Thanks.
All right.
Hi, everyone.
Welcome.
Hello.
Yeah, yeah.
Yeah.
Oh, yeah.
Okay.
Hi.
Yeah.
Oh.
Oh, yeah.
Oh.
Oh, yeah.
Hello.
Okay.
So let's just start. I'll start with with prayer.
Let's give this time to the Lord so that we're really receiving what
God wants us to receive.
Because this is all about him and about the life and health that he
designed for us to have. So.
So Lord, we just thank you.
Your word and your promise that we're two or three.
I gathered in your name that you are here.
We thank you for your presence with us.
We thank you that you are the author of all knowledge.
All true knowledge.
And we thank you.
Who's that you are going to be releasing today.
So your blessings on this time. We thank you.
In Jesus name.
Amen.
Well, welcome everyone.
I can see it's great to see a couple of names that I know from,
from my practice. So welcome guys. Thank you for, for joining us.
So I'm going to, I'm going to, I'm going to,
I'm going to start with what's actually.
The thing that's on everyone's lips to start on the bigger topic,
which is the whole question around.
Well, the COVID question. Okay. And because this is a,
because we've got a safe group here.
I am going to say whatever I need to say,
and I'm not going to bother about perhaps using the, you know,
a safe, safe language or whatever.
But if we don't have the knowledge,
the knowledge and the knowledge is what matters.
And it's the, the, the,
the science and the science literature and the actual world medical
literature,
which is not the same thing as being put out there in public.
They are totally different things.
And, you know, the truth and the Lord says, you know,
we should know the truth and the truth will set us free.
So we need to know what the truth is.
We need to have the knowledge of that so that we're armed with that.
And that being armed, then we don't need to be afraid.
If we don't really know what this is about,
if we don't really know what we're facing, we can't be properly armed.
We can't be prepared and we're afraid.
And then they control us. So, so we mustn't go there.
Okay.
So this is all about trying to arm everyone with enough knowledge that,
that you can, for yourself, stand your ground.
You mightn't be able to go and lecture on it. That's fine.
You don't have to.
but at least so that you know your own truth,
you know why you're going to take the stands
that you're gonna take,
and that you feel armed and empowered
that you can take care of it yourself.
Okay, so that's where I'm coming from.
So I wanna start on talking around
just the topic of viruses.
So I'm gonna walk you through a few things.
I wanna cover today the concept of viruses.
What are they?
I wanna talk about the coronavirus in particular,
and then talk about talking from there
across into this particular type of coronavirus
and what's.
No, not again.
What's going on here?
Sorry, I might get everyone to mute their screens, please.
It will make it easier for Professor Robin to be heard.
Sure.
Have you muted?
Okay.
You've muted, thank you.
I'm sure Dr. Robin will be back soon, Professor Robin.
So we'll just wait for her.
She's always had a few technical issues.
She'll probably log back in.
But yeah, if we can get you to mute your screens
when she logs back in,
it just makes it really nice and clear
so we don't get any of that.
I'm pretty confident she'll be back real soon.
Please, in the meantime,
can we just cover all the dimensions
and the airwaves and hardware and software and everything?
Yes, so I've done as much as that
behind the scenes as I can already,
but we do need everyone to mute.
I might mute everyone.
And can I mute everyone?
Okay.
If you're not muted already, I am muting you.
My apologies.
So everyone I can see is muted.
And to see, where's Robin?
Just Robin.
Okay.
She's gone.
I can't see her here.
Okay.
We'll be back.
I've just.
Two.
That's so.
That the satellite seems to have dropped off the mountain
or something.
So I'm in the two as needed
until we know that things are working.
So hope I've got you all back there again.
So the joys of living on the side of a mountain.
I apologise everyone.
We literally cannot get in being here.
Yes.
So I'm dependent on a variable home,
a fine hotspot or a satellite,
which also depends on what's happening
with storms and clouds.
So we're gonna need the grace of God to cover this.
All right.
So we were starting to talk about viruses.
So viruses are a very unique category in,
in let's say creation.
They actually in themselves are not alive.
A virus cannot multiply or exist and continue to,
well, multiply really outside of a.
being host in that all they are. So all they are is inside an envelope. So okay, so a package
of genetic material inside an envelope. So there's a dispute really about you know, in
among scientists are these living creatures, they really don't fulfill a lot of the criteria
for living creatures. They don't have any internal cell organelles like all the other
living creatures do. They don't have mitochondria. So they don't have the ability to produce
energy themselves. They don't have the ability to produce proteins or produce substances
themselves. They are simply a little package of genetic material encased in a coating.
So to be able to do anything, they have to get into a living host. And they hijack if
you like the cellular machinery of that living host to be able to multiply themselves. And
that's how they work. They have to gain entry into a living cell,
a living host and more precisely the cellular machinery to be able to replicate. So there
are some what's interesting is that we make ourselves very similar structures. We make
things called exosomes. And what exosomes are, are little packages of genetic material
coated by a membrane with often messenger things on the outside. And so scientists believe
that and this is a developing field, the field of exosomes. It's a fairly recent understanding.
So that we make these exosomes ourselves and we will make them after our body has been
in a time of stress or something has happened and perhaps there's been a bit of damage to
our own DNA that we've then repaired and chopped out and packaged off. Or some other insult
has attacked our cells and we're trying to package it up to get it back out of our body.
So we make exosomes ourselves. So if you think about when do people tend to get viruses,
they tend to only get them. What's your classic story? I've just been working really hard. I've
gone on holidays. Oh, bang, damn it, I'm sick. Classic story, isn't it? Or I've had been working
really hard. I've had a week of bad sleep. Oh, now I'm sick. So we see this pattern that it's
typically after a time that the body has been under some kind of stressor, whether it's the
cold of winter, whether it's working too hard, whether it's poor sleep, whatever it is, but the
body has been under some kind of stressor. And so then we get sick with a virus. And so as I said,
there's a group of scientists who find that they're wondering whether is it an
internal virus or is it what we're seeing actually open to us? So there are some interesting questions
around that. I told you this was on today. Mute. Someone there needs to mute.
So thank you. So back to, sorry, back to the virus. So there are two different main types.
There are viruses that are DNA, which is like our main chromosomes are made of deoxyribonucleic
acid, DNA, or there are viruses that can be made of RNA, ribonucleic acid. So the ribonucleic
acid is like a mirror copy of the DNA. This is kind of like the messaging system or the
replicating system. But our actual, our coding is our DNA, deoxyribonucleic acid.
So that's kind of your viruses. So then we come across to the coronaviruses. Now the coronavirus
group is a massive group. There are hundreds, if not thousands of different types of viruses
in this category. And the common cold is one of them. We know that there's over 200 types
of the common cold. So, you know, the common cold is a
coronavirus. So it's not like they are in themselves a particularly nasty category.
They're common, they're around all the time. And again, we all know we're more likely to get a
common cold after a time, you know, that we've been stressed. Viruses are able to transmit more
easily in cold environments. And there's a whole story around that, which I'll get to when I talk
about, you know, initial management. And that has to do with heat and body temperatures and what
have you, as well as immune system drops. So it's a common cold type of coronaviruses. Now,
bats get colds as well. And so bats have coronavirus. So but in the normal, the way
God made things, the way things normally go, animal viruses do not, under usual circumstances,
transmit across to humans. There are a few viruses, and there's a specific thing called
zoonoses, where there will be a carrier that can transmit that, well, a mosquito typically, right?
Mosquitoes will transmit zoonoses to an animal and bring what that animal has across into us.
And so we can get injected with what that mosquito is.
Because that can transmit a disease that can make us sick. But in general, your coronaviruses,
your animal viruses can't just jump onto humans. It just doesn't work that way. The specificity,
the degree of what's needed on these viruses to be able to connect to the receptors on our cells,
it just, it doesn't happen. So you always get a little bit suspicious when we start saying,
oh, you know, this is happening. And that's happening. It's like, why have we suddenly
got this jumping occurring? Now, certainly, there are some cases that can happen. If, for example,
you've got cases, places where you've got intense animal farming, abnormal animal farming, not how
it would be, you know, natural or historically, but intense animal farming, and humans in that
context. So that creates an artificial environmental pressure. So if we do have
environments where we have an artificial environmental pressure, then that can put
pressure on the virus to what we call mutate, to start to change little bits of its DNA
that alters how it behaves. So certainly, artificial environments will tend to do that,
to encourage viruses to shift a bit, to change a bit. So the flu virus, but most viruses will
only change little bits, you know, little bits at a time. The flu virus is an interesting virus,
because the flu virus can do both what we call shift and drift. So that's why one, one year,
they'll be talking about one particular flu type, and another year, they talk about another different
flu type, because the flu can both shift little bits, and big bits. And when the flu makes a big
drift, we've basically got a different type of virus. So then more people will get sick,
because we don't have so many people who've got a memory for that residual immunity format for that.
But back to coronaviruses, back to the bat coronavirus. So should we be worried about bat
coronaviruses? Well, no. So how did this bat coronavirus get across to humans? Because it's
well accepted now that SARS-CoV-2 has, well, it's basically a 98% homology with the bat
coronaviruses. So it's well accepted that the base of this thing is a bat coronavirus.
So this is where the story does become interesting. And there are papers that have been published in
quite a number of scientific journals, going back to as early as, I think, 2002, certainly 2007.
Prestigious journals as Nature for Gain of Function.
Sorry, everyone looks muted. I can't find that. Sorry, Robin.
Sorry, what's happened then? The dog barking. I can't find it anywhere. Sorry.
Are you all good? According to mine, I'm not muted and I'm talking. You can hear me?
Can everyone, yeah, on chat? Can everyone hear me? Yeah. It's all thumbs up. Okay.
Back to what I was saying. Okay. So this gain of function research,
So so gain of function research is is all done in labs,
and it is deliberately growing these viruses in culture
to see how can they make them more pathogenic?
What can they change in these viruses?
Right. What can they change in these viruses?
What can they change in the the attachments on these viruses
to make them that they are going to create more disease,
make them that they can attach to humans more readily.
So this is a deliberate line of research.
So this was being done initially through the USA,
through the National Institutes of Health in the USA.
Now, as that became and so the key thing that they were
researching initially was spike proteins,
actually introducing
teams into these coronaviruses to make them that they could attach better.
So I started playing with the spike proteins.
Now, if this did, the
the government did become aware of this research
and decided that it was too dangerous.
And so it was shut down ostensibly.
However, this is where the stories do get tricky, because
it has been able to be confirmed
that that, in fact, what happened was this research
got moved across into a very particular lab in China.
So the labs that are doing this sort of level research
are all called biosecurity for labs.
They're very high security, the highest security that you can get.
And so it's it's, again, very key scientists working in these labs.
And these scientists know each other from around the world
because there are so few of these labs and not ordinary scientists.
They're very highly skilled and very specialized.
So so this work got shifted across to a very particular
biosecurity level for lab in China, of which the key lab.
And I'm sure you can all guess that you could shout it out,
put it in the chat for me.
I'm sure everyone can tell me where this lab in China was.
Exactly. That's exactly it.
That's where it was.
Isn't that intriguing?
So this level four biosecurity lab,
which they moved the gain of function research
on the bat coronaviruses to was in Wuhan.
It was in Wuhan.
Very interesting.
Where did the coronavirus first outbreak?
I'm sure, again, everyone can throw me a little thing in the chair.
Where did it first outbreak?
Somebody.
Hi, Wuhan.
So there are a lot of questions around that.
Was this an accidental?
Yeah, bioweapons.
And so that's a good question, Virginia.
You know, it was an issue of bioweapons.
The excuse being used by the authorities was so that they would be able
to develop antidotes and treatments in case someone else
released this as a bioweapon.
Isn't that rather funny?
We are making it and and we are going to send it to another country
so that they can have it.
But the argument is we are going to be able
to have an antidote for it when it comes back to bite us.
So.
By it, so that's a whole other story.
So we have questions, of course, that are unresolved
and no one really knows, was it an accidental leak from Wuhan?
Was it a deliberate leak from Wuhan?
And in a sense, we don't need to know what that answer was.
But what is interesting is that they first blamed the animal markets
and they said it's because there are bats in the Wuhan markets.
What's interesting about that is that the Wuhan markets don't have bats.
They never have that.
They don't have fresh bats.
The nearest bat colony to Wuhan is a place some 200 K.
I think it was further south.
And as it happens, that was the place that the scientist involved
used to go to to collect the bat droppings to do the research on.
So very interesting stuff here.
So this virus makes it out of the Wuhan lab
and people start getting very sick.
So what's interesting when you you then look around,
well, where are the places in the world that this first broke out?
So, again, someone know where where where were the places
that it first broke out?
So we know Wuhan. What else?
Yeah, but we're in USA Milan.
Yeah, but a bit more precise than you.
Yeah, Milan as your capital, the capital of what state USA?
We're in the USA, New York. Thank you. Yeah.
So where's Milan, the capital of what area?
Someone know?
So the three key places.
Yeah, no, Lombardy is where I'm after the three key places in the world where it broke out was Wuhan, Lombardy, that's it, with a wide Lombardy, and New York.
So what's very interesting about each of those places. When you look at it from an environmental perspective, not just where the virus is but look at it from an environmental perspective.
These are, and it also, there was also another focus that started to follow in Belgium.
So these are three places where there is very high levels of pollution, extremely high levels of pollution.
So, sorry I just had a message come in and that message is incorrect I'll just have to ignore it.
So extremely high levels of environmental pollution, agricultural pollution in the case of Lombardy. Lombardy was known, it was an agricultural centre of Italy and it had only just not long been reported in several journals as the focus of agricultural pollution
for all of Europe, so intensely polluted. Wuhan also intensely polluted. New York, high levels of pollution, and a number of papers that have been written around that correlating your levels of environmental pollution with your respiratory disease.
Now, environmental pollution correlates with respiratory disease anyway.
So, okay, we have a new virus that is triggering an acute reaction but we have a background high level of respiratory disease in each of those places as a result of environmental.
But there's another interesting factor that again some papers have been released on, and there was something else that was happening in those key places at that same timeframe. Does anyone have an idea what that was?
Chinese workers? No, I'm not going to blame the Chinese workers. Yes, there were Chinese workers who brought it across into Lombardy and there was a story behind that. We can't blame Chinese workers for New York or Belgium.
Smart cities, Catherine's coming on to it. What's the issue with smart cities, Catherine?
5G. There are some papers out that are showing a correlation of 5G, so our particular type of the new network system, the electromagnetic messaging, with immune effects and with the breakout of the coronavirus, SARS-CoV-2.
So SARS-CoV-2 stands for Severe Acute Respiratory Syndrome, Coronavirus No. 2. SARS-CoV-1 came out a few years ago and that was kind of like a little blip on the radar, it didn't do what they wanted. MERS, Middle Eastern Respiratory Syndrome, was another blip on the radar, it didn't go very far.
And so, you know, I had to try again with SARS-CoV-2.
So when the outbreaks first occurred, what I actually did was I superimposed the maps of the new release of 5G around the world, the cities where 5G was being released, over the map of where was SARS-CoV-2 being reported.
And guess what? Close to 100% homology. The maps read basically the same.
So the point I'm making here is that it's not necessarily or only about the virus. In fact, it's not only about the virus, it is very much about what's happening in the environment around the virus.
That's what it's very much about. And she just gives me one second, I will answer that message because it's people who are trying to get in.
Okay, let's come back to this. Where are we? Okay, so our initial outbreaks were occurring in places with a high population, and that's so four things, three things we really had.
Well, four if you count the virus. Yes, we had release of the virus and then transport of the virus. We had high population density.
We had high population density, we had high environmental pollution, and we had rollout of 5G.
So these three things, these four things were happening
and came together to result in a sudden apparent outbreak
of this virus around the world.
So what's very interesting is also to track
the changes that occurred in the messaging
from the World Health Organization over all this time.
So is there anyone here who's been taking an interest
in following what World Health Organization
decrees and declares?
Anyone who's been on the game with that?
Not particularly.
So what's very interesting is that
the World Health Organization has changed over time
the definitions for a number of different things.
And you would think kind of like health definitions
would be health definitions, but that is not the case.
So the first thing they changed
was the definition of pandemic.
And they changed that definition in 2009,
I believe it was.
Forgive me if I might have my dates exactly wrong,
not exactly right.
But I believe it was 2009, just before the swine flu
came out.
Isn't that interesting that they knew how to, came out.
Changed from being a widespread disease
that was also dangerous
to just plain being a widespread disease.
Isn't that a, that's a nice change, isn't it?
So it doesn't have to be dangerous anymore.
It can just be everywhere.
We could call a cold pandemic if we wanted to
by their definition.
It just needs to be everywhere.
So that was their first change.
Next thing that happened
was a change, if you like, in your diagnostic techniques.
And so this is where the story of the PCR comes in.
Now, again, anyone been following the PCRs
and know anything much about the PCRs?
Not really, I'll walk you through the story.
So it's a very interesting story.
So PCR stands for polymerase chain reaction.
And before that we put RT, real-time PCR.
And yes, they stick it up your nose, true.
And there are reasons behind that one as well.
But real-time polymerase chain reaction.
What it means is on the spot, we are taking bits of,
so what they do is they take bits of DNA and they amplify it.
It's a bit like looking under a magnifying glass.
And we magnify it and magnify it and magnify it
and magnify it until we can see it.
So they started using real-time,
oh, actually there's a step before that,
which I should put in.
And that is, well, how do I identify this virus?
So we're saying that there's a virus
that is causing this disease.
And it was first isolated in these workers in Wuhan.
Now, I'm a bit of a pain in that
I like to look at original research.
I like to pull original papers
and actually read original papers and see what they've said.
So I pulled the original papers
written by the doctors who looked, who'd done,
because there were a couple of reports
on the first patients who died.
And they actually did electron microscopes,
micrographs, pictures from the lung tissues of these people.
And in those pictures, they had little circular bits of DNA
that they said was the virus.
So back to my story where I spoke earlier about exosomes,
what's intriguing is that exosomes look exactly the same.
So whatever it was,
it was kind of like circular corona bits of packaged DNA.
And they called that the SARS-CoV-2 coronavirus.
Fine.
Except did that get isolated?
Did we actually take,
has anyone anywhere in the world
actually taken that virus out of tissue
and been able to get it to replicate
and put it back into another living creature
so that it then creates the same disease?
No.
So this so-called virus has never fulfilled
what we call Cox postulates.
So Cox postulates is,
it's a longstanding scientific premise, if you like,
that goes back to a very famous microbiologist
called Robert Cox, K-O-C-H.
from Germany and what he said was if something is causing a disease then you should be able to
isolate it out of the creature or person you know who's got the disease and put it back into another
creature or person and it'll create the same disease and then take it out of them again and
give it to someone else it'll create the same disease so in other words you really can say
this is an infective thing that creates this disease pattern. Has that been fulfilled with
this virus? No. By anyone on this planet? Not to the best of my knowledge or to any
other scientists and scientific reports I've been able to read. So to the best of our knowledge
this virus has never been isolated so if this has never actually been isolated
how can we be sure that the genetic material that was was being seen in the lungs of that
person in Wuhan was not their own damaged genetic material stuck in an exosome because
they were exposed to 5G and extreme pollution instead or that it's an actual infective
virus? How can we be sure and if we are going to say that that's a virus how can we then match the
DNA that's in that thing and find it and so that's where we start running into a few problems
because people don't realise that they guessed the genetic profile it was computer modelled guessing
it wasn't that they'd isolated the virus and analysed it and hey this is our genetic profile.
Now the spike protein we do know and that's another story you know they did genetically
engineer your spike protein and in fact I forgot another step when I was talking about the gain of
function I might have to come back to that when we talk about the virus again. So they did
genetically engineer that but the whole virus have we got a whole virus or have we just got
a pathogenic spike protein that was genetically engineered to be able to transmit get into people
and transmit and cause a problem? So it's not a whole virus it's a bit of it's a spike protein
that's another question. So we haven't got a genetic basis on which we can actually
accurately test and so along comes the real-time polymerase chain reaction test anti-PCR test.
So this was actually first developed by a very famous Nobel Prize winning scientist
who developed it first for genetic testing and his name was Carl Mueller
Swedish I think he was now intriguingly he died in June 2019. Isn't that interesting just before
all this broke out I'm not sure what he died of but he seemed otherwise didn't help you so that's
another question mark in this whole story. So but what he had said and was quoted as saying was on
record as saying that this anti-PCR test cannot be used to diagnose a disease. So the developer
the inventor of the real-time PCR test himself before he died of whatever it was
before the pandemic broke out said this cannot be used to diagnose a disease.
He was talking in that context because they were trying to use it to diagnose HIV and he said you
can't. So and he was not popular with the powers that be because of that.
Right so the real-time PCR is the test that got put out and again there's a whole heap of
politics behind that which is a totally separate story the people who developed it and promulgated
it for its use to test for this virus and this is where we really do get into other stuff that I'm
not going to go to today but suffice it to say that if we haven't found the genetic
the actual original virus and we have guessed its genetic profile start thinking how accurate then
can an anti-PCR test be in telling you that that's what you've got. They clearly can't can it.
Well it'll tell you you've got that genetic match to whatever it is they've matched it
to genetically but what was that? Our next problem we have with the real-time PCR and the WHO
themselves have acknowledged this is that it all has to do with what we call the cycle threshold
which is how many times have we amplified the DNA? How many times
claims, how much magnification have we used to look at it?
So if we've been able to find this so-called viral DNA
pattern in less than 27 cycles, then we're
saying that, OK, well, that could be a whole virus.
OK, that could be real.
But if it takes more than 27 cycles,
and in fact, 42 is a favorite number in most labs,
then what you're doing is you're picking up
little bits of that DNA, not the whole virus,
but little bits of the DNA.
And it can't tell you actually what that DNA has come from.
It can't tell you, have you had the whole virus,
or is this there from before?
Have you coped with the virus?
And it can't tell you what else.
So the interesting thing, and people don't realize this,
there is a huge amount of homology between DNA
of different species.
In fact, it's said that our human DNA has got something
like, I might get the figure wrong,
but it's something like 90% homology with a tree.
It's like there is a huge amount of crossover with DNA.
In Africa, there have been a number
of presidents who have not liked the story, one of whom
was a Christian chemist himself.
Early in the piece, he used the real-time PCR
to test a number of different organic and inorganic
substances.
He tested coal, I think was one of the things he tested.
But he also tested, I think it was avocado and kiwi fruit.
And to be honest, I've forgotten the list.
I'd have to go back and find it again.
But he did test a number of other things.
And they all turn up positive.
So all these other things, avocado or kiwi fruit
or pawpaw or whatever it was, also had coronavirus.
Did they maybe all have SARS-CoV-2?
I don't know.
But they all tested positive on the RT-PCR test.
So we're using a test to test for genetic material
from a virus that we haven't isolated.
At a cycle threshold, all your standard labs
are running at a threshold of 40 to 42.
At a cycle threshold, which we'll pick up, it was Nigeria.
Yes, thank you, Yolandi.
And what happened with him and all the other African presidents
who stood up is they've been assassinated.
Just by the by.
Doesn't, yeah.
So cycle thresholds of 42 are what are being used in the labs.
And so what we have around the world is a massive,
not pandemic, but case-demic.
A massive situation where around the world,
we are rolling out these incredible numbers
of saying all these people have SARS-CoV-2
when all they've done is test positive on an RT-PCR test
at a cycle threshold of 42.
Numbers of scientific papers that
have said that our false positive rate
is running as high as 92%, 94%.
So very high.
So false numbers of cases.
So again, going back to historically,
historically, we would say someone had a disease
when they actually had symptoms.
And here we are counting people as having COVID
just because they've turned positive on a test that
has a 94% false positive rate.
So case-demic.
So that's our first thing about the whole story.
So our next thing about the story,
and so the question, well, yes, someone's just asking,
liking to know if these tests are harmful.
We don't have solid answers around all of this.
And thanks, Catherine.
There's a list of the guys who have been mysteriously
disappeared, shall we say.
And it's all the connection is always
that they took a stand against the vaccines
and stand against the narrative.
And they all got replaced, as it happens,
as I understand, with presidents who aren't pro.
But that's by the by.
That's part of the bigger picture.
Back to the nasal testing.
There are several issues here.
First thing is that the testing is being done right up
into the roof of the nose.
The base of the nose is a very fine piece of bone
called the cribriform plate.
Very, very thin.
It's the thinnest piece of bone in the skull.
And it separates the top of the nose from the base of the brain.
That's all it separates.
It's a very fine little piece of bone.
And this fine little piece of bone
actually has holes in it.
the nose to travel directly into the brain.
So the olfactory nerve is the one nerve that does make it directly
into the brain.
None of the other cranial nerves do, but the olfactory nerve does.
So we take this one and we stick it right up
and cause irritation, inflammation and in some cases
actual damage to the preform plate, which can then result in direct
inflammation and infection, even in the brain.
So that has been reported to happen.
There's a second question about the fact that these are collecting our DNA,
viral DNA, they are collecting our DNA.
And there's quite a bit of evidence around the world
that all of what's going on here is part of a bigger picture,
which is a plan to to map out the DNA.
So if they can get hold of our DNA,
which they can through a nasal swab, doing a real time PCR test,
then they've just documented us, they've nailed us.
Our DNA is now known.
And that brings to that, that's a whole separate other question.
And that's not talking conspiracy.
There's fact behind that.
We can we can point to the facts behind that one.
I'm not going to go into how might they do things with it.
That's a whole separate story.
But the bottom line is there is a massive DNA data collection
in the process of happening.
And the real time PCRs is one way or the best way they're planning to do it.
They were doing it before
through people wanting to know about their DNA,
through things like ancestral DNA and things like that,
they were doing it through things like that.
But but now.
Yes. Yeah.
So the DNA collection since it's yes, it's very interesting
to look at the connections, isn't it, Catherine?
So DNA connection is another thing.
There are questions as to whether the tips on these DNA swabs
are actually abnormal fibers.
And this kind of correlates back across with things
like Morgellons fibers and this other story.
Hard to dispute or refute that either way.
The longer the shorter it is, don't get one.
Do your best to avoid doing that.
As it happens now, the powers that be, so mid last year,
the CDC acknowledged that the the PCRs were highly inaccurate,
that they did not confirm or detect or dismiss
whether only picked up on that in December.
And so officially now the the PCRs are not being used in the USA
and they've gone across to the rapid antigen testing, the rap testing.
And Australia now is finally following suit.
It is interesting, because in the beginning of this whole story,
I spoke to a head microbiologist, one of the top Australian labs
about all that.
And they said, oh, no, no, no.
You know, 42 cycles is fine.
We do cross testing.
And I don't know.
Yeah, there's not really there really is a drop in flu,
even though we're not testing for it.
And I don't know.
Yeah, no, the rapid antigen testing is not not not accurate.
And we're not going to be using it or not.
Robin, you might not know we can't hear you again.
You're frozen on us.
Sorry, guys, I really do think it's her.
There you go. You froze.
You were gone for quite a while there, Robin.
Definitely her reception.
Coming back.
Yeah, good.
OK, so so back to talking about.
The antigen testing now, so you're
able to fall back onto the rapid antigen testing for most things in Australia,
if not all, we can certainly make an argument now for all.
In Australia. Yeah, New Zealand. Well, I'm not going to vouch for New Zealand.
Hold separate stories of what's going on with New Zealand.
So the deaths. So this is another situation where we see there is a deliberate,
false narrative. Absolute false narrative. So part of this is because of directives that have
come from the World Health Organization. So the World Health Organization, again,
is your one kind of, and everyone is saying yes, yes. So they said that everyone who has tested
positive for COVID, and let's say on a 42 cycle threshold, everyone who tests positive on
an RT-PCR test for COVID, if they are hospitalized and die, that will be a COVID death.
That gets put down as a COVID death. Now, it doesn't matter whether they go into hospital,
and if they go into, anyone who got COVID, they are COVID tested and serially COVID tested while
they are in hospital. And anyone who turns a positive on a COVID test, regardless of what
they die of, gets counted as a COVID death. So we've got documented and proof that this is
applied to car accident victims. This is applied to stroke victims. This is applied to people
falling downstairs. This even applied to a young person with streptococcal meningitis,
pneumococcal meningitis. So deaths are being recorded as being COVID deaths on the basis
of a test being positive that has a high false positive rate.
It's not on the basis of what people have actually died from.
So the CDC have acknowledged, and they have acknowledged according to the CDC on the US
figures, only 6% of those who are put down as having died of COVID have actually died
from COVID. Everyone else died with it or with a positive test.
6%. So you look at the global figures and drop them down by a factor of 20-fold,
and we come in closer to what the actual COVID mortality has been, in which case it's not really
very different. In fact, it's pretty much the same as we see, if not less in some cases,
to what we see with the flu. And indeed, the flu is more dangerous to young people than COVID is.
COVID has a close to 0% mortality in your young people, close to zero.
So when I say COVID, so we've got to separate out here. So SARS-CoV-2 is the virus. COVID is
the symptom picture you get that we are calling being related to the virus.
But again, this is interesting because there's nothing specific about your COVID symptoms.
It's like the flu. Perhaps your only difference is there's a little bit more of an involvement,
it would appear, with the olfactory nerve. So there seems to be a bit more of an issue with
the loss of taste and loss of smell. But that can be put down to zinc deficiency,
because zinc deficiency, and we need zinc to fight this. So that's another interesting question.
But really, your symptoms are pretty much the same as the flu. And for some people, a bad flu.
So yes. And so what we see with the COVID picture is there's two main phases. So your first phase,
your first five to seven days, it kind of looks like a normal flu. Then we hit a critical
inflammatory phase. And this is where what's called the cytokine storm kicks in. So the cytokine
So the cytokine storm is where the body throws an excessive inflammatory response.
Okay, so the body's become excessively inflamed.
And from that cytokine storm, that excessive inflammation, then we've got a risk of getting
much higher respiratory involvement. And that's when people might go into the severe acute.
respiratory distress syndrome. Okay, and so those are the ones that end up being sick and in trouble.
Now, so what are our risk factors for people to actually get severe COVID? Well, that we've been
able to very easily tease out, and the figures are very clear on this. So for anyone who's not
in those risk categories, really they just need to think of this as well as just another flu.
For those people in your risk groups, and so what are your risk groups? So certainly the very
elderly. Our highest risk group are the elderly in a nursing home. But what's interesting, let's
break this down a little further, your average age of death is people who are already beyond
the average lifespan. They have already exceeded your average lifespan. Average age of death is
over 80. So they have already lived a long life. So you could almost view it as, okay, well these
are people, it's sad that they die, of course, but unfortunately we humans are limited in our lifespan.
Something would have happened, but it happened that this happened.
So we blame it on SARS-CoV-2. But had the flu been going around, it could have been the flu.
Had a bad cold been going around, it could have been a bad cold, but it happened it was SARS-CoV-2.
So you're very elderly in a nursing home. So what are their risks? They have multiple risks.
Typically those, it is known, general figures, that once someone's admitted to a nursing home,
typically they have a lifespan from then on, on average of nine months.
So once someone goes into a nursing home, we're anticipating that they're not going to be living
that much longer anyway. So that's already kind of the category they're in. That's the stage
at which they're typically put in a nursing home. So they already have multiple comorbidities.
They're old, usually. They're usually over 70. Not that I call over 70 old. Believe me.
But they have multiple comorbidities. So there's a lot else that's going wrong with them.
They're locked, and I don't know how many of you have got much dealing with nursing homes,
but they're not generally conducive to good health, right? They're locked inside rooms.
They're lucky to get natural light. They're lucky to get natural air. They are lucky to get anything
near what you could call nutritious food. They are vitamin D deficient. They are socially and
emotionally starved. There are a lot of factors for why these people should get sick and die.
A lot of factors, not just SARS-CoV-2. So you're elderly in a nursing home.
What are our next risk group? Yes, obesity is more of an issue for anyone
over the age. Our biggest jump, nursing home. Next big jump over 70s.
Little bit of a jump over 50s, but only you're over 50s who've got, I mean,
other disease processes, so the ones that really put people at risk, being overweight.
Why is that? Because being overweight typically means a number of other things for that system.
It typically means, or it automatically, being overweight is a pro-inflammatory state.
Being overweight is automatically what we call inflammo-thrombogenic. It is a state in which
the body already is inflamed, and this can be measured, and has a higher risk of
poor blood flow and clotting. So obesity itself, without anything else, is a risk factor.
Because with diabetes, in addition to that, we've got high blood sugars, which themselves create,
and this is a whole separate story I'll come into much later, what we call AGEs,
Advanced Glycation End Products, which then become reactive and get called RAGEs,
Reactive Advanced Glycation End Products. In other words, the body is on fire.
So that group are highly at risk of anything, but yes, COVID. So then we get to the group of people
with blood pressure problems. So what's the issue with blood pressure? The issue with blood pressure
is that blood pressure is happening, again, it's an inflammogenic state in the body,
but with blood pressure, we've got involvement of the ACE receptor, Angiotensin Converting
Enzyme receptor. This is a receptor that is key in the body's ability to control and manage
blood pressure, where does the COVID virus attach? It attaches to the ACE receptor.
So people with blood pressure already are having an over-activation of these receptors and so
lots of points this virus can attach to and cause a problem.
So blood pressure and then of course we have your group of cancer patients if they're on chemo and
what have you because immune systems dropped and so on. But really for your average person
who doesn't have other comorbidities, we don't need to be concerned
about this virus. We need to be looking at the comorbidities.
I might backtrack a little bit and talk a little more on the spike protein. Yeah,
is everyone okay with that? Let's throw on the chat. Anyone like to hear a bit more about the
spike protein? No one's interested in the spike? Oh, there's a yep. Okay, good, good.
All right, well let's go into that. Thank you. Thank you for the thumbs up there. Much appreciated.
All right, let's go into the spike protein because this really is the key issue.
This is the part that was genetically engineered
and this is the issue both with the COVID in SARS-CoV-2 infection that creates the disease
picture COVID. It is also the issue, a major issue with post-COVID, inverted commas,
and your major issue when we talk about what's going on with the vaccines and what are the
vaccine side effects. And yes, bicarb soda can do, and that's a whole separate question,
of system acidity. But I'd be careful about only using bicarb because it's soda only,
it's bicarb sodium, and the sodium can put up blood pressure. I have a formulation we've made
up that it's got your mixed mineral bicarbs is safer, but that's another story. Vaccines I'm
going to cover in a whole separate section because it's a huge issue. So I'm going to
stick with the question of spike protein now. So the spike protein, as I said, is genetically
engineered. It is not a natural part of the coronavirus. It's genetically, or the spike
protein as it is now, is highly genetically engineered. And it's been genetically engineered
to add three particular components. It's what we call chimeric, which means, so a chimera
is a creature, a thing, which has got genetic particles from different things put together.
Right? So the spike protein is chimeric. And what are the three components it's got in it?
The first component they genetically engineered was the ACE receptor component.
Why did they want that? Well, the ACE receptor is where the spike protein, or the part of the
spike protein that connects to our ACE receptors, our angiotensin converting enzyme receptors. Why
is that important? It's because these are the receptors that we have pretty much throughout
our body, but certainly lining all our blood vessels. And of course our blood vessels are
through the body. So the ACE receptors are in our blood vessels, the ACE receptors are in our lungs.
Where are the two key places we're seeing symptoms with COVID? Right? Your blood vessels and your
lungs. So this is why. It's because the spike protein has been engineered, genetically modified,
engineered, deliberate gain of function research to develop an ACE receptor attachment. Now,
if all it had was the ACE receptor attachment, we wouldn't be in too much trouble. And that was the
first SARS ones. All it had was the ACE receptor. It didn't cause too much trouble. So they had to
pack a bit more punch to it. There's another disease process that you all might've heard of
called HIV, human immunodeficiency virus. There are a whole heap of stories, interesting stories
around HIV, which I won't go into, but there is again, a whole group of scientists who suspect,
believe that HIV is another genetically engineered, deliberate lab creation.
But the point is that HIV has got a specific genetic sequence, a specific part of the HIV
virus that is capable of causing the immunodeficiency effect, human immunodeficiency
virus. And so the spike protein has part of its spike protein homology with the HIV virus.
It appears that part of the genetic components of the HIV virus has been engineered into the
spike protein. So that's part number two. Part number three is a very
a specific site that was only made it in, in, in the, the parent was the recent
research, apparently. And that is what's called the furin cleavage site. So we
have particular types of sugars as receptors all over our cell membranes.
This is a whole separate of biochemistry called glyconutrients. And this is part
of why standard sugar is such a big problem. But anyway, we have sugars
don't read when I say that don't read standard sugar there. But we have all
these other sugars as receptors on our cell membranes. And one of furin is one
of those one of those. And so what they did was they managed to engineer part of
the spike protein to be able to attach to furin molecules and break it open so
that the virus can enter into the cell. So yes, it attaches to an ace receptor,
but then it has to break open our membrane. And that's what the furin
cleavage site is about. So it actually breaks our cell membranes open to gain
entry. So it's deliberately very cleverly engineered the spike protein. So
that it is the spike protein, pretty much alone, it appears, or on its own, it
appears that is able and does cause the pathology of COVID. It doesn't need to
be attached to a virus. The spike protein can do it itself. So the spike
protein, man, it gets into our cells, engineers gets gets into our cellular
machinery gets our cellular machinery to make more of it. And then because our
body doesn't like this stuff, we excrete it on our own exosomes with the spike
protein on the outside, as we try to get it back out again. But in the meantime,
that spike protein has caused a whole heap of inflammation and damage and
immune problems. Okay. So furin, f-u-r-i-n, furin cleavage site. So that's
that's a little bit about the spike protein. So I've spoken so far about the
whole background concept of viruses being genetic packages that they cannot
self replicate, they need to come into a human cell. I've spoken about the you
know, all coronaviruses at the colds, a type of coronavirus is the bat
coronavirus is how that got how particular bat coronavirus has been
manipulated and engineered to have spike protein and the spike protein has
been deliberately engineered to have these three components on it. So that it
is pro inflammatory, and it is potentially nasty, but not as nasty, I
suspect is what the original developers were hoping. So and the people at risk,
I've spoken about the people at risk being people who are already in an
inflammo thrombogenic state and age itself is an inflammatory state. Unless
you've deliberately done a lot to keep yourself really fit and well, age itself
is a pro inflammatory and thrombogenic state. So those are the people who are
going to get sick with is because they already are in an inflammo
thrombogenic state.
All right. Now with I've been talking for an hour straight, I can go into my
thinking is that all of this is, you know, it's quite a huge topic. My
thinking is what I'll go into today to complete this is, and then we can go
switch across to questions is to talk about, well, just how do we protect
ourselves, and then I might next week put a focus on all of what can be done to
treat, because treatment itself is another huge area, there are so many
things that that can be done. And in that also, we can talk about what you do
for the people who are in a post COVID state, and then the week after that,
look into all the vaccines, because that's another huge area and what the
vaccines are doing, and how do we protect for those is that that sound
okay. So I want to make sure that you're all on page with me. And you're
actually because if I go too fast, there's too much here, and you won't get
it. But everyone's with me, you're all following what I'm saying. It's making
sense. Yeah. Okay. So, so how do we protect? And so this, so this is
baseline protection. Okay, now I'm going to go into this in a great deal more
detail when we actually kick into the rest of the of the course in full. But
but you can jot down and use this as your as your background. So the premise
I'm coming from, there's a program I've put together called healthy 100. And the
idea of the healthy 100 is it's a wheel. So what is it about a wheel? What if if
the wheel it has a
central axle and it has seven spokes. So for that wheel to roll well, the spokes have all got to be
balanced, haven't they? They've got to be the same length. If you've got one spoke that's short
and another that's long, when you come to that point in the wheel, just it stops.
So the point of this is that it all needs to be even. It all needs to be balanced. If we're
going to roll well, that's what's supposed to happen. So there's seven spokes. So I'll
quickly run through those and bearing that this is in mind from this idea of
how are we going to in the background just reduce our risk, right?
So first spoke is the breath. Of course the first thing and now I've based the Healthy 100
on the order God did things in creation. So what's the first thing he did? He breathed.
He spoke creation into existence. You have to breathe to speak, right? You can't speak and not
breathe. So God spoke, vibrated the world into existence. So breathing. So if you've got breathing
difficulties, you need to look at this. If you don't know how to breathe correctly, and again
we'll talk, there'll be a whole session on all of this. So it's about how you breathe. It's about
the air you breathe. So of course if anyone's smoking, that's another automatic high risk factor.
Being around smokers is a risk factor. So you look at the question of the air you breathe,
how you're breathing, the air you breathe. You want time outside in real fresh air.
So the next thing is light. So what's the first thing God did? He created light. He spoke light
into being. The light that's separated from the dark. So light is essential. We must have time
outside in sunlight. We cannot be healthy if we live ourselves locked inside with shutters
closed the whole time. We simply will not be. A lot of things about light, and again I'm going to
talk a lot more about that as time goes on, but we need it to, we need to be in sync with the body's
clock, the earth's clock. The earth has a clock, we have a clock, and our clock should be in sync
with the earth's clock. We've done a lot to disconnect from that, but it really needs to be.
And then the issue of vitamin D as well, the fact that light itself is energy and power and then
vitamin D. So the next thing is, the next thing God did was he separated the waters. He speaks
about water. So as interesting as the earth is two-thirds water, we are two-thirds water. We're
actually a bag of fluid with things floating in it. We're not actually the solid we think we are.
So we have to look to the question of making sure we're well hydrated always, that we're
drinking good water. These days, you know, what comes out of the tap is not the sort of water God
made. So look into that question. And again, we'll be talking more about that. So the next thing God
did was he made day and night, right? He set the sun and the moon, the things that started to separate
out day and night. He made light first, but then he separated day and night. It was two separate steps.
So what's the thing about day and night? Sleep. We are to sleep. Sleep is good sleep. There are a lot
of studies now, sleep is becoming a whole separate story in itself. So sleep. And the studies are
showing that your peak time is seven to eight hours of refreshing sleep. If we're needing more
than nine hours, there's a problem. We need to get something needs to be addressed. If we are taking
less than seven hours, if there's not a problem yet there will be, we need seven to eight hours.
And I'll talk a lot more into that in another time. But optimal immune function requires good sleep.
And that's part of why, as I said before in the intro, you know, the times we'll tend to be sick
will tend to be after we've had a run of poor sleep because the immune system drops.
We get a higher load of toxin in our body. Our brain can only detoxify when we sleep.
So the next thing, you know, God said, I'm going to make all these things for you.
And so God made all these foods for us. And so we do have to look to what we're eating.
So if we want a functioning immune system, we must avoid refined foods.
Don't be eating white foods, go for rainbow colored foods. Even one teaspoon, get really
good at packet label reading, right? Start reading about what sugars are in all the packet stuff that
you're eating. One teaspoon of sugar disrupts the immune system for three hours afterwards.
One teaspoon disrupts the immune system for three hours afterwards. So if you're in the
habit of having a cup of tea with sugar in it or coffee with sugar in it, forget your immune
system for three hours afterwards. If you've just had a cake or biscuit with sugar in it,
forget your immune system for three hours.
after. Okay. So, sugar, big, big problem. Refined foods, big problem because they all have added
stuff that's being pulled out of them. Okay. So, again, we'll talk a lot more into that when we
come fully into the program, your basis of how to do all of that. But just start getting your
head around thinking colored foods and rainbow foods, rainbow food. We'll talk a lot more about
that. Then the next thing is optimal nutrition. Now, that's a bit different to basic diet because
unfortunately, you know, unless and even then, unless you are living, you are blessed to have
an amazing part of the world with perfect soils that you know that you've nourished up and they're
totally organic and totally chemical free. You are growing your own food. You are picking it and
eating it the second you've grown it. You know, even then, these days, there's nowhere on our
planet that is chemically clean. Polar bear livers are contaminated. The ice caps are contaminated.
So, we really, the old thing of you can get everything you need just from your food is
almost impossible. I think everyone, and I really do mean it, I think everyone needs to be taking
some form of additional baseline supplementation. What that looks like for individuals will depend
on your individual state and that's something we can look at more, but everyone needs it.
My preference is for organic whole food based supplements. When I put all of this stuff,
not all of this, but when I get to the treatments and everything, I will be putting out a
big handout that you guys will get and that'll have suggestions and links for all of this on it.
But in the meantime, you know, I'm thinking whole food supplements, one old-fashioned supplement,
and those of us who've been around long enough might even have the joy of being fed it when we
were kids. Certainly, Europeans know it. Arctic, well, not as Arctic cod liver oil, but cod liver oil.
My preferred type is Arctic cod liver oil because that's your cleanest these days.
But cod liver oil is a traditional food for centuries. And what does that give us? It gives
us essential fatty acids that protects our brain and our cell membranes, gives us omega-3s,
that's a particular type of essential fats, cuts down inflammation, but it also gives us vitamin A
and vitamin B. And I'll be talking a lot more about those when I start talking about your
actual treatment, you know, for COVID. But background cod liver oil.
I've also, I think some of you might have heard my introductory talks. When did I do this? In a
talk I did with Benji, I think. I strongly suggest that everyone makes for themselves a morning drink.
Well, it's my morning drink, but there's reason behind it. And that is where you take a whole
lemon, so the skin and the seeds, the pith, all of it, the whole lemon. You take three cloves of
garlic, a big knob of fresh root ginger, stick all of that in a blender. The healing benefits,
the protective benefits that come from garlic, the protective benefits that come from ginger,
the protective benefits that come from the essential oils in the skin of the lemon and
in the pith of the lemon, the antimicrobial, antiparasitic effects that come from the lemon
seeds. So there's so much in all of that. So you stick all that in the blender, take a heap
teaspoon of that in the morning with boiling water and make that your morning tea. It's probably,
for those who are used to sugars, it's probably an educated taste. You might start off wanting
something else, like a bit of honey in that as well. I would suggest that you move away and
manage it without. But if you must have honey, you must go for your medicinal grade, unprocessed,
raw, not pasteurised, real honey where you know the bees have actually foraged somewhere decent
for it, okay, if you must. But that then becomes a baseline drink that helps control inflammation
and helps, you know, feed everything. If you can't do garlic, you just do it without garlic.
There isn't really anywhere an equivalent to garlic. You could do onion, but it's not as
good as garlic and it's in the same family anyway. And lots of other herbs, but that would be,
and sometimes, I mean, you can add, if you're growing in your garden, some sage or some thyme
particularly, or some holy basil. You could throw a little bit of that in
and they have other benefits, antimicrobial and everything benefits as well.
The other thing that's a really good thing to put in as a baseline, and again, we'll
give suggestions for a formulation if you want to have that encapsulated, is turmeric.
your Indian spice turmeric. But the problem with that is that unless it's also taken with peppers
and spices, you don't absorb it. Peppers and spices and like a bit of oil. So it works in
this drink if you've also got pepper and spices in it, because you've got a bit of oil coming from
the lemon skin. So yeah, so that's your optimal nutrition. So then we come to your seventh spoke,
which is movement exercise. Okay, we must move the immune system depends on it. And we can talk a
lot more about that in the whole session. I'll give about exercise and different types of exercise.
It's variable for different people where you're at. But we must move God put us in a garden and
told us to tend to the garden. He didn't stick us in a garden and say just sit there and look at it.
We were attended, we were to work, we were to move. Okay. So every God got, you know,
when you look at the story of the garden, everything is there, you know, you look at
the story of creation, and God has put it all there for us to understand and do. So that's
sort of your background. Now, I mean, again, if we want to look at I touched a bit on baseline,
baseline supplementation, depending on what else is going for you, this is the
end is protective baseline, you know, you could make sure that you've got a bit of zinc.
But, you know, if the right whole food supplement, the right other stuff, then you might not need
that on your baseline. But that's that's moving into the whole question of optimal nutrition.
I think I'll leave the whole question of, of COVID, you know, treating treating COVID for
another time, we've already gone nearly an hour and a half. And the COVID treatment itself is a
solid, you know, a solid hour or more. So let's, let's maybe open up now for, you know, for
questions just around all of all of this area, or other questions as you need, if it gets too much
into what I'm going into, you know, for the next week or two, then I might not go into that too
much. But, but fire away, people, let's see what what comes and what we can do.
So you can you I don't mind if people want to do. Yeah, protecting people who are already
vaxxed. That's a quite a big question. I'll come into that when I'm talking about the post
vaccination, because the problem that they've got, and we'll, as I said, I'll really discuss
this when I talk about the vaccination. The problem that they've all got is that they are now
manufacturing machines for the spike protein. Whereas if you get COVID, you get a hit of spike
protein and you get rid of it. People have been vaccinated, ongoing manufacturing it and according
to their own actual metabolic rates. There are some studies indicating that could be as high
as a billion times more. So it's, that's it's not an easy question. There's not not a quick answer
to that. But the first thing would be to get them to at least be open to the idea that maybe
there's a problem that they need to look at. So no questions, there must be some questions. I
don't mind if someone wants to unmute and try voicing something. So okay, an exercise. Yeah,
good question, Deborah. Baseline. Now, you don't need to worry about the names of it. So a lot of
Christians get get really concerned that we can't touch any of these exercises that have come out
of some of your traditional cultures. You know, that we can't we can't touch say, you know, Tai Chi
or Qi Gong or, or these things because, you know, there'll be a wrong spirit attached. Where I come
from is that God made us and God made movement. And we can very easily make sure that we are
worshipping God the creator as we breathe in and as we move, we don't we don't have to be hooked
in at all to whatever hijacking if you like, happened, you know, with those movement things
as it got taken into other cultures and other and other religions. So my suggestion from a science
basis, if you like, and I can put science here, because there's been a lot of yoga to a degree,
but better still, there's been a lot of science behind Tai Chi, Qi Gong. So Tai Chi, Qi Gong is
very gentle. And it really is about moving with the breath. Yoga is a lot more static.
But Tai Chi, Qi Gong is very gentle movement.
I'm much more a fan of movement than than static posturing. And
again, you know, it's very easy to go. I praise you Lord. Let
the breath of life come into me. Stretch out, you know, my
tent pegs. Enlarge the sphere of my influence. You know, you can
very easily be put in scripture and breathing in the breath of
life with every movement you make. The beauty of Tai Chi is
that you can start off very gentle and as you get stronger,
you get stronger and more powerful with it. So it's a
very good starting point. Even just walking. Again, we've got
evidence that just plain walking does still give
measurable health benefits. The beauty of exercise is that
even a little makes a difference. So there's a
difference. Sure, there's a difference between, you know, a
little and optimum, right? But even a don't don't let yourself
get fall fall into a trap that said that you go book yourself
into a gym. Oh dear, I have to go, you know, three times a
week for an hour a week and then that's too hard. You don't do
anything. Don't do that. Starting instead and think,
well, I'm just going to do 10 minutes twice a day and one 10
minute might be some gentle stretching and gentle stuff.
Another 10 minute might be a gentle walk. Lock that in.
Start small. Make it regular. Find stuff that you actually
will enjoy. Okay? So that's that's my that's my
recommendation for people who are starting off and for whom
exercise isn't yet a thing. And so you so you go in
categories. So so back to coming up to some other
questions here. So shedding. Touching going back to the to I
spoke about how our body doesn't want the spike protein in it.
And and so the body tries to excrete it and the body also
tries to send messaging to the rest of our body cells to say,
look, I've got this problem, help. And so it makes these
exosomes, these package particles and on the outside of
the exosomes is the spike protein. So people who have
been vaxxed are producing, we've got papers that show this so
far we've proven for four months, may well be a lot
longer, but so far we know four months post vaccination,
people are still shedding, if you like, excreting actively
exosomes that contain spike protein on their surface, which
means that people who come in contact with them can
definitely end up with a reaction to spike protein. And
so depending the whole thing about about this is that
it's a bit like smoking, an analogy that I often use is
smoking that smoking is a known toxin, right? It contains a
lot of toxic inflammatory carcinogenic components, not
the least of the fact being that you've got hot particles
passing directly down into your airways. But the symptoms that
the side effects that people will get from smoking varies
dramatically. You've got some people who will end up earlier
with coughing and spluttering, they'll start off coughing and
spluttering when they're in their teens, they end up with
chronic bronchitis, they end up with chronic obstructive
airways disease in their 30s, 40s, suffocating their lungs at
50s. There are others who get mouth cancer, throat, you know,
cheek cancer, tongue cancer, throat cancer, others get lung
cancer, others get pancreatic cancer, others get bladder
cancer. Other people get gangrene in their legs. So it's
all the same cigarettes. So so what pattern of symptoms
someone will get from the the spike protein will vary
according to their own genetic profile, and what else their
system is already dealing with. Okay, so it's highly, highly
variable. So coming back. Back to now, this is really good
comment. I spoke about the spokes of the wheel. And I
didn't tell you what the axle was. Do you remember right in
the beginning, I said there are seven spokes and a central
axle. Yeah. The central axle is love, joy, peace, top three
fruits of the spirit, then our whole focus, our whole core has
to be the Lord, love, joy, peace, the spirit, that's your
central axle. Okay, so well picked. Who was that? John? So
yes, I hadn't said that. Now, and this is where I come into
some really interesting other questions. How much do
government officials, health officials and medical officials
really know of what's going on?
It's a very, very difficult question.
When you do look, and certainly we've got the situation in Australia, when we look at
the group, ATAGI, for example, which is your group that was set up to be advising the government
on guidelines, you know, this was the therapeutic guidelines, it was a group that was purely
set up for COVID.
Anyone of the people in that group have got industry affiliations, which means there is
a direct financial link.
When you do go looking at those who are in policy places, and you look closely, you'll
find very few of them are actual clinical face-to-face professionals, they're usually
academics, and most, I dare not say all, but certainly the ones that I've looked at have
got strong industry affiliations.
How much they actually get to see of the real science, and how much they choose not to see,
how much it is coloured by, you know, the industry leanings to only feed them what they
want them to be fed, we really, we can't, you know, we can't answer for that.
We don't know, right?
We don't know.
You know, we know from the word that there's a massive number of people who are deceived.
But the deceiver himself is deceived.
So you know, that's his self-deception.
And so for a lot of people, the question is whether they're self-deceived or whether they've
allowed themselves to be deceived by others.
But either way, they're not walking in the truth.
The truth is they're not walking in the truth.
And yeah.
So shedding, do you need that shedding gone over again?
So Tony's asked on shedding again.
Tony, can you quickly say, did you get that?
Yeah.
Not sure.
Anyway, we'll come back to that.
I mean, look, certainly God is the answer, you know, for everything.
And the blood of Jesus washes clean.
So I think, you know, this is where we ultimately have to go is, okay, Lord, you know, because
Jesus is a name above all names.
He's above the name of spike protein.
He's above the name of the pharmaceutical industry.
You know, he's above all names.
Every name that he's named.
Everything that has been created.
God still made the atoms.
We might have stuck them together in a certain pattern.
But God still made them.
So God is still above all.
No matter what.
God is above all.
Jesus is above all.
So we keep standing on that.
EMF protection.
There's a whole different section on all of that.
There are just so many possible things that you can look at for that.
I'm sort of reserving judgment on exactly, you know, which particular devices I might say at this time.
Because there are a lot.
There is one particular device which is a form of EMF protection which comes back to the breath of life, which I'm going to be devoting a full session to in a few.
The scientists involved are actually going to come in.
We're going to have a full session around.
Because I think it's crucial.
And it's scriptural.
And it's based on the scientists.
So we will be looking more at all of that.
But, I mean, your best thing for EMF protection is to do the simple stuff of making sure your house is not EMFed so that you do not have Wi-Fi in your house, do everything back to cable.
That you don't Bluetooth anything.
That you have your phone with either on speaker or cable with air tubes.
And so on.
So do the best, you know, to get your house protected and then be spending as much time outside in real areas as you can.
So if the vacs keep producing spike, well, this is a whole shiny, a whole big immune question which I will be going into.
The question of actually immunity and what makes us immune.
The problem is that the vaccines are only inducing one type of immunity.
They are getting the body irritated to make antibodies.
But antibodies are a late type of immunity.
They're not the first type.
And antibody production, the body would get exhausted if it continued to make antibodies to things the whole time.
It's designed to deliberately not do that.
What it's designed to do instead is to make what we call antibodies.
memory cells which remember that we've had this, we've met this thing before, so that if we meet
it again, then we will make antibodies then. We are not designed to be continually 24 hours a day
exposed to something that we are meant to be making antibodies to. Whole separate other
questions which I'll go into, question of immune exhaustion. So it's a big separate story.
You know, ivermectin when we get into treatment, it's a whole big separate
story. So it's only 3.30 on and I'm talking to COVID treatment just so we fill up our full
three hours. Taking longer than you think. So what do you all record? So everyone's run out
of questions. Do I go on? It looks like I might have to. Yeah. Yes, well said, Tony.
Exactly. And that's what we've got to do. Whether it's fear of man or fear of the things man is
doing, we mustn't be in a place of fear. Because as soon as we're in fear, then things. Yeah,
that's a good idea, Catherine. Why don't we all take a five minute break? I need to get up and
stretch and, you know, let's all do that. And come back in five. Great idea. Spike protein.
And so what's effectively happening inside our bodies, because our bodies, you know,
we are very used inside our systems to controlling what's going on to getting rid of stuff that
shouldn't be there, to sending messaging systems to other parts of our body to say, hang on,
I've got this problem, guys, can you help. And so that's what we do with these these messaging
systems, these exercise. So what we're doing is our cells that have been spiked by vaccine or
COVID, try to get the spike out and stick it in these exosomes or on the coating of the exosomes
to both get it out of the body, but also to say to the rest of the body, hey, you know,
can you find a way to help with this, please. And these are being excreted, because the body
wants them out, they're being excreted. And so there is an active excretion of spike protein
coming from people who have been vaccinated. And we know so far in the studies, four months,
that may well be longer than that. This is all new data, it takes a while, both for a study to
be done, and then written up and then published, you know, so by the time any study comes out,
it's already behind the time. So it may well be longer. And given that we're going not just from
double vaccinated to triple vaccinated, now in Australia, and probably New Zealand and much of
the world, Western world, if you're unfortunate enough to be in Israel, you're going to quadruple
vaccinated, then there is an ongoing spike protein excretion for goodness knows how long after.
We don't know. We simply do not know how long this goes on for. The other total, there are several
other unknowns in this. And that is that remembering, and this is kind of jumping
forward to what I was going to talk on, you know, in next week about the vaccines. But
seeing we're kind of going near for a start, we can always come back.
So the vaccines, the ones that we're using most of, so we'll talk about, we'll say your Pfizer,
your messenger RNA, and Moderna also, your messenger RNA vaccines, are sending into the
cells, messengers into our own cellular machinery to turn our cellular machinery on to make spike
protein. It's a bit like getting COVID, the virus coming in and taking over the cellular machinery
and making spike protein, except that the virus kind of does it once, because the COVID, the virus
comes in once, gets it to replicate, and then it's gone. But this is messenger RNA, this is genetic
messaging that is coming into our cellular machinery, and we don't know how long that
genetic messaging lasts for. The next question, though, is that we do now have the science that
proves, because initially it was said that can't go into your DNA. That was based on a false premise.
That was based on the premise that we don't have a particular enzyme called reverse transcriptase
that can reverse read the messenger RNA across back into the DNA. A bit like this idea, you know,
I think with, you know, sending code and trick messages where you used to be able to, you know,
like shade stuff over and you'd have a hidden message that you had to, right? So we can get
that hidden message in the messenger RNA back into our DNA.
it does happen. Not necessarily for everyone, but it does happen. So those people for whom that
happens, not only have we had their messenger RNA making spike protein, but now their DNA is
telling their body to make the spike protein. That we can't, short of the hand of God,
do anything about. The messenger RNA just into the cellular machinery will, we believe,
and slow down. But again, that's variable. The amount people make is variable.
The amount of time that's going to take is variable.
So this is a massive experiment on so many levels. It's just a massive experiment. So yes,
shedding is a very real phenomenon. How it's going to affect individuals depends on the degree of
shedding the person they're with or the environment they're in is producing. It's
going to depend on what their own individual weak points are, what's their level of background
protection, and so on. There's no hard and fast rules about anything of this. No hard and fast
rules. A good question here, I mentioned 5G being implicated in corona-like symptoms,
and how can we tell the difference? Well, that's a really good question.
That's a very good question. I guess we come down to a thing that the body has only got
a limited number of ways it can tell you it's got a problem.
There are only a limited number of ways.
It can give excretions out your mouth, out your nose, out your wherever. It can give excretions.
It can throw things out to the skin, in which case you'll get various types of
rashes and whatever. It can get stuff out the gut, say, you know, my gut's got it,
can I get it out the gut, in which case you'll get a diarrhoeal process.
It can cause a brain inflammation, in which case you'll get various kinds of headaches,
depending where in the brain the inflammation is, where it goes to individual cranial nerves,
you'll get individual. So anything can create different symptom pictures. According to that,
person's underlying points of weakness, their own genetic inheritance, their own load already.
There's a thing called the Kobner phenomenon, and this illustrates that point really well.
So an example of this would be a child who's got eczema. So the child already has a skin problem,
but then they get a dose of what would be in someone else a normal cold sore,
but they've already got eczema. What happens to them? That virus is able to go to the area
of skin that is already damaged by the eczema, Kobner phenomenon, and they get a nasty condition
called eczema hepatiformis. So anything, whether we talk 5G, whether we're talking coronavirus,
whatever we're talking, can give different symptoms in different people
according to what their own points of strengths or weaknesses are.
Back to what I said about smoking. Smoking is an absolute classic, and this was part of the
arguments that the people who said there's nothing wrong with smoking used for a long time,
they looked at all your tough guys. Guys do tend to have a stronger constitution than women in
terms of not showing symptoms. And so you can take someone who started smoking at 14 and they
might still be alive at 80 with no apparent symptoms from that until they suddenly develop
something at 80, 85, and then they're gone. They are probably in that category who should have
made it to 100, 120. Then you take someone else who I said earlier might be coughing and
spluttering earlier or someone else who will get a cancer earlier. So it's with any disease,
you've got this interplay of your own genetics, transmitted familial effects, which can be
toxin, can be, and of course, emotional, spiritual, that's not even counting,
you know, your spiritual familial spirits and all that sort of stuff that can pass through,
not even counting that. Infections, hidden infections, and so on that comes through and
affects your own DNA, your own epigenetic potential, and we get what's called epigenetics,
changes around the genes. But then allo gets added to that. So any so called disease process,
when it ends up being labeled, medicine's really good at giving you a label in disease process,
fine, I don't care so much what people's in disease label is.
What I'm interested in is what are all these things
that have added up in that person
to getting to that disease label?
Because to heal that disease,
it's not about giving the drug that matches the disease,
it's about dealing with these things
that have led to the disease.
That all making sense?
Everyone's on board with me?
So yes, Deborah, that's exactly it.
It's about going for the root, which is biblical, isn't it?
You know, you'll know a tree bites fruit.
So what's the root?
That tree is always gonna produce fruit, its own root.
So, very much so.
So Yolanda, yeah, can we get infected
by those who are shedding?
Well, this is a really interesting question.
It kind of depends on what's our definition of infection?
What's our definition of infection?
Can we get spike protein into our body
that causes us symptoms?
Yes, definitely.
Bigger question, is that spike protein that comes into us
then going to be able to replicate and go on?
We're looking at that question.
What's interesting is there are,
and now we are getting into some interesting science, okay?
This is where we're moving out of standard realms here,
but I tend to look outside a lot of things.
Animal studies.
There was some, and interestingly, this is Australian.
There was a particular vaccine developed in Australia
to deal with a rat problem.
And this vaccine was developed in such a way
that it was given to the female rats.
It would concentrate then in their ovaries.
Anyone heard where the spike protein
and the lipids concentrate from the vaccines?
So it would concentrate in the ovaries,
but then also be manifested out their skin.
So that as the rats, these female rats
that had been vaccinated mixed in,
and rats are very friendly, gregarious creatures,
they'd go back to their families, their colonies,
and mix with all the other rats.
This vaccine, which created infertility
and all of these other problems,
would get transmitted across by the skin
to the rest of the rats.
And they found that this,
they found that this vaccine
could go at least two generations.
So they could vaccinate the mums
and make it pass at least two generations
on this transfer process,
let alone the effect that it had on the ovaries
and the infertility and problems
for the ones who were born to those female rats.
Now, can I prove that's what's happening here with these?
Of course not.
There's a lot here yet that we can't prove.
But as I said, I read widely
and I look at a whole heap of other science
and you do a little bit of dot connecting
and you go, hmm, isn't that interesting?
So, all right, so do we know,
we do not, it's a big, such a big question.
We do not know the implications for most of this
because this is all totally experimental.
There is truly no doubt,
unless you're totally blinded, this is bioweapon.
There is no doubt about that.
There really is no doubt.
And they've played with it,
they don't know themselves what it's gonna do.
They're watching to see.
And that seems to be, I think,
part of the mechanism behind this thing
that has been shown
that there are variable strength doses
according to different vial colours and vial numbers
that it would appear
they're trying to do some kind of tracking,
but I don't quite see how they're doing that
because side effects are not being monitored.
So I'm not sure on the validity of that,
but it would appear
that they seem to be playing around with dosage strengths.
So, say yes.
Yeah, again, we just need to come back, I think,
to this much bigger picture and say,
so this is the same story as the beginning of creation.
What is it?
The devil, right?
What is he out for?
He is out to kill and rob and destroy.
That's what he is out to do.
And this is, you know,
sure, this is just another part of his agenda,
but this time he's managed to find something
that he's been not find.
He's had his minions working on this for a long time.
This is not a new planet.
This has been in the working
for when you really track through the people involved
for absolutely hundreds of years.
while by the for the large part, the Western world and Western
Christianity has been fast asleep. And all through the
world, the word, it says, wake up, wake up, sleepers, wake up,
arise. So it is time for us to wake up to the reality of evil.
And the many forms it can take. This is just another part of the
reality of evil. It's not a God's creation. None of this is
you know, what what God made we we ate man ate from the tree of
knowledge, we will be gods. And this is this is this group who
set themselves up to be gods. They've eaten very well from the
tree of knowledge there, then the knowledge is they've got
good knowledge. But we have God, they don't, we have God. We're
on the right side. So anyway, so, yeah, so so so we're kind
of getting across into some strange other other other
topics. Exactly. And that's right, there is nothing there
is nothing new under the sun, you know, right, this is part of
an ancient strategy, only it's being played out on a bigger
scale, because this is the first time. So thinking back, of
course, to the Tower of Babel, right. So that was the one other
time in history where all of the nations at the time were
uniting under one language, what's happened here, we've got
this this worldwide internet uniting everyone in one
language, it's it's like we've recreated the Tower of Babel.
And so it is being used for great evil, we need to turn
around and be using it for good. So that's right. And yes, the
spirit of slumber. Absolutely. So anyway, so I think that's
probably enough on all of. So we've gone very kind of
conspirational here. We're probably turning or come back to
something a bit more solid. Yeah, everyone's okay, we'll
come back actually into what what can we do for if you get
COVID and there is just my goodness, there is so much
stuff in in all of here. And what I do want you to recognize
is that a good old saying, there's more than one way to
skin a cat. Okay, you don't have to think when I when I and this
is going to be printed up and sent out, as we're able to do
it, but it will happen. You don't have to think that you
can you have to do everything. Here, you don't have to do
everything. You only need to pick the things that you know,
that you happen to have on hand, or you can get easily or what's
right for you. Very rarely does anyone in fact, no one does
absolutely everything. So let's start with basic stuff.
Certainly, if you already know or you have anyone who you know
has underlying respiratory issues, you know, underlying
chest weakness, or they are at higher risk, then it's not a bad
idea to ahead of time by a pulse oximeter have it at home, you
can even buy oxygen concentrators and have them at
home. And they're not ridiculously expensive. So if
you really are concerned, you can, you know, you can do that.
So once your first thing, if you're getting sick water,
drinking now, and it was touched on earlier, the question of a
bicarb, when you're acutely sick, outcome, alkalizing water
is a good move. Just never drink alkaline water with food, never,
ever. So alkalizing water can certainly be a good move.
Another first basic thing fasting. Again, you know, it's
scriptural, the old saying feed a cold, starve a fever. What's
the reason behind that if we fast in the body is able to put
all its energies across into fighting what it needs to fight.
Okay, the body only has so much available energy. So it can put
the energy across into fighting what it needs to fight. It's
also that with the process of fasting, we seem to be able to
trigger this thing called a process called autophagy. What
does that mean? What it means is we are actually able to there
are processes that the body has and switches that can flick on
when food isn't available, that will get the sick cells to
actually die, they will, it's like they'll be eaten up. But
that only happens in fasting. So don't, if we're going to if
you're really going to do this way, and particularly if you're
feeling feverish, don't feed yourself vegetable juices and
orange juice and stuff in orange, don't do that. Water
supplements with water, because you actually want to trigger the
fasting thing that will make your body work for you to fight
the infection and kill off the dead cells.
only needs to be three days 72 hour fast doesn't need to be really long and then after that go
into doing juices and broths and and so on but if you're reading your body well you'll find you
don't feel like eating them anyway no so go with that another old-fashioned traditional thing and
we've got science behind it heating up hot water bathing so so we tend to in modern society as
soon as someone's got the fever oh dear oh dear cold washes out cool you down give you some
paracetamol that is exactly the opposite of what we should do because the febrile response is
actually needed by the body to switch on the immune system and when the body is hot enough
and our air or what have you is hot enough that in itself will kill the viruses viruses in general
because viral particles don't take heat so so hot water bathing so there's all sorts of ways that
that you can do that if you happen to have a you know far infrared sauna fantastic if you happen
to have a steam sauna even better in fact i had a this is only sort of anecdotal but it just fits
this very very well last time i went down to sydney it hit a cold snap my body doesn't like
cold it hit a cold snap and i got acutely viral as it happened my daughter had booked a birthday
present for me in the local spa thing for a a hot water flotation tank and a steam sauna thing and
so that was pre-booked and i thought let's hope they just don't don't notice me sniffling as i'm
walking into the place but anyway i'm heading down and you know yep made it into there and sure enough
by the time i'd finished those treatment sessions and this was a serious hot steam
sauna i mean you know serious hot you'd have a couple of minutes of this burning steam coming
at you and then i'd do the cold shower then burning steam cold shower which is exactly
the protocols that you need to be doing to kill a virus and by the time that it all finished the
virus was gone i was completely well and that was i hadn't taken vitamin c i hadn't done anything
else i did because the onset had come just as i was supposed to be heading to this place
so heat hot water bathing getting your body heat up hot bath then cold hot cold
so that is very very effective do not um do not jump into using paracetamol there are several
things with that but again as i said you shut down the fever which you need to activate the immune
system but but even more of that um paracetamol depletes our body of a very key nutrient called
n-acetyl cysteine and n-acetyl cysteine is part of the tripeptide three molecule glutathione
and glutathione is a major component that we need to keep our immune system functioning well
and to detoxify and as an antioxidant so glutathione is three very key things so paracetamol
depletes you of n-acetyl cysteine and n-acetyl cysteine nac is what we call the rate limiting
nutrient we don't have nac we can't make glutathione so don't do paracetamol we don't
want to switch off a fever if you want to modulate a fever because it's just a bit too high or you've
got a child you're a bit concerned there you can use a homeopathic instead called the one i use is
one called neurodol which is a combination of three homeopathics it's a combination of aconite
and ferrum phos and belladonna homeopathically but we've got that in our clinic but that will
mod it won't switch off a fever it'll modulate a fever okay we don't want to switch it off
so water fasting heat right making your body hot then we come to the anti-inflammatory drink and
this is where we come back to the drink that i already mentioned uh your lemon garlic ginger
and this is where if you're acutely infected i would be adding something like your thyme
or your sage or your oregano or your holy basil uh or turmeric black pepper any of those things
according to what you've got there or you can add a few of them according to what you've got right
what you've got growing in your garden or available in your garden and i'll be drinking that
at least four times a day providing you haven't added honey to it there's no calories in that
that's not going to break you fast if you add honey to it you're breaking your fast
so that's your general body stuff next thing i do is go to the nose so you want to be doing
stuff too because the virus attaches first we breathe at first to go attaches through the nose
and then attaches through the mouth down into the chest so we want to get it out of the nose
and out of the mouth so the first thing is the nose so several things that you can do we've got
growing number of studies you know looking at
this. So nasal inhalations are really important. Even just good old fashioned saline nasal
inhalations will help. My preference is to add something like I have, I've had compounded
for our clinic, xylitol and bicarbonate in AC altogether. So, so we have those available.
There's another Indian herbal one called nasia, herbal nasal spray, essential oils, right?
That's another thing we use an awful lot of. Young Living's my preferred brand, but essential
oils. And there's quite a few of those. And I've got suggestions on our list. So a simple
one to go for is one called the RC blend. That's just an easy one to get ahold of, but
you can also do eucalyptus or tea tree. So, and just in inhaling those or put it under
the nose or inhaling. So that's, that's sort of inhalation sprays. Or you can then go for
a full on irrigation. And this is where you're actually making up a fluid blend that you're
actually squirting in, right? So that's the next level. I wouldn't probably do that straight
up unless you're actually feeling already feeling congested. First up, I'd just do it
with, with inhaling. And I would suggestions for this is all in the one that'll come out,
but basically you can mix some salt and some bicarb into water and inhale that up, add
some essential oils. And that will then break up, you know, congestion and mucus that's
beginning to, to grow. As I said, the virus has to attach through mucus first to get
deeper into the body. If we can break it up at the first level, it won't even get into
the body. Then the next thing they've done studies for, we've got studies around is the
mouth, how to protect it out of, out of the mouth. In the background, again, we've, we've
mixed up a mixed mineral bicarb tooth powder that I get patients to use mixing with a bit
of coconut oil and peppermint oil. And that changes in the background means that you've
got clean teeth and healthy oral flora in the background, back to the question of sugar,
sugar feeds up your wrong mouth bacteria very, very, very quickly, like immediately, you
can feel the effect immediately. An old fashioned thing of, or trendy thing, almost really mouth
swishing where you put some oil into your mouth and swill it around your mouth and spit
it out. The two oils that are recommended for that, I personally would do coconut oil.
That works really well. I have addicts would tend to do it with something like black sesame
oil. But the idea is that you swill it around your mouth and it'll, it'll mop up the wrong
bacteria and toxins out of your mouth. So swish that around, spit it out. Don't swallow
it, whatever you do, or you've just swallowed all the wrong bacteria and toxins that you're
trying to get rid of. If you've got a bit of a sore throat, apple cider vinegar can
be gargled. Again, spit it out. Don't swallow it. So again, we're trying about working with
things that can stop the virus at the, at the first level. And again, essentially young
living have got a brilliant spray called the thief spray that we use a lot of. You can
gargle hydrogen peroxide. Some studies say as high as 3%, but generally we'd use about
1%. But you can gargle. And in fact, the Ministry of Health in Malaysia have, have an official
recommendation of a mouthwash with 1 to 1.5% hydrogen peroxide or a betadine mouthwash
to, to kill virus off and kill things off. So that's mouth, nose, now inhalation, full
on inhalation. So steam inhalation. I talked about the steam bath, you know, that I'd had.
And of course, you have to think of what we will do with kids with croup. Well, we will
turn the shower on super hot and stick the kids in the bottom of the shower to get the
steam going in. So, you know, you think that's doing nothing, but in fact, that hot steam
will be killing the virus, the rhino, the respiratory syncytial virus that is causing
the croup. So steam, steam inhalations. And again, you can put essential oils into, into
that steam, or you can just plain breathe the steam. And then going another level again.
And again, if someone's got a background respiratory problem, then I'd be suggesting
that they do buy a little nebuliser. They're not overly expensive or hard to come by.
So you get a little nebuliser. And then what you can nebulise again, you can dilute hydrogen
peroxide. The exact instructions to how to do that are a bit complex. I'll send them
out. They'll come out in the brochure. But basically a very low concentration of hydrogen
peroxide into some normal saline, just some salt, salt water. Or you can even do it with
iodine. They've even done some, some studies now where you can put a couple of drops of
iodine into the nebuliser and inhale that.
So nebulizing. Okay, so I'm running through that again. So we said this is the note that
this is stuff that you can do with anyone. This is before we've even got near anywhere
near saying take anything. Okay, we still haven't even said take anything. And already,
you know, okay, you can drink lots, you can fast, you can make your body hot, you can
do some nasal washouts, you can clean your mouth out, you can do some gargling, you can
do some inhalations, and we still haven't taken anything. Oh, sorry, your drink, your
lemon drink, you've you've been drinking four times a day, your lemon drink, but that's
it so far. And this this might be enough, you know, you might you might already be under
control. topically, this is also really good for children, you can do essential oils directly
on the chest if someone's got asthma. So this is a bit of a rider if someone's got asthma,
then I wouldn't be inhaling the essential oils. So if someone's got asthma, I'd be putting
that under their feet. You can also put garlic on two feet, garlic will the nutrients in
garlic that are antiviral and and activating systems will come across the skin. So you
can put garlic on defeat, you can put an onion compress onto the chest. So again, we still
haven't got anywhere near what you can take. Okay, so so that's that's a whole heap of
home stuff you can do if you've got nothing else in the house, make sure that you've got
garlic that you've got onion, you know, you've got some steam. So there's there's an awful
lot that that you can do. And you don't hold oil in your mouth, you put it in your mouth
and you swill it around and you spit it back out. You don't hold it in there, please. You
put it in swill it around a few times and spit it out. You don't have to leave it in
for 20 minutes. supplements. So there are a few key supplements. Okay, and we'll start
with your your your top key ones. And then it gets a bit fancier according to what you've
got access to and how much you want to take and all the rest of it after that. So your
first absolute key one is vitamin D. We've now got so many studies showing that levels
of vitamin D itself alone predicts whether you're going to get COVID at all, how badly
you're going to get it, whether you're going to be hospitalized and whether you're going
to die from it, whether you're going to be in intensive care and whether you're going
to die from it vitamin D levels alone. And of course, that's the single biggest problem
we've got for our elderly and nursing homes. But do you think there's an official recommendation
to test vitamin D levels on everyone? Of course not. Of course not. So so vitamin D. So with
the vitamin D and your comment on NAC, they haven't banned NAC, it's been made prescription
only. There's a big difference. Vitamin D 20,000 international units straight off the mark. Now
we used to think that 1000 international units was a good dose where we're ramping up, you know,
our recommendations. So 20,000 straight off. And then I would be doing 10,000 a day for the
remainder of your disease and then drop down to 5000, you know, for after or through winter.
And once things are good, you don't need it ongoing like that. Vitamin A, this is very much
a forgotten vitamin, you know, in the West. But again, that harkens back to the old cod liver oil
that I was telling you about, because cod liver oil contains vitamin A. And vitamin A is really
important for what we call mucosal immunity. Vitamin A is really important for the health of
mucous membranes, and for the production of a particular antibody called IgA. Vitamin A, IgA.
So IgA is the antibody that we make directly at mucosal surfaces. It's not dependent on the
infection getting into the body and making the other antibodies later. It is made at the surface.
And that's where we want to stop the infection. We want to stop it at the surface. We don't want
it to get into the body. We want to stop it at the surface. So vitamin A 100,000 international units
straight up. Now, most capsules are 10,000 capsules. If you can't swallow 10 capsules at once,
do five once and then five later in the day. Do divided doses. But we want to get vitamin A levels
up quite quickly. A couple of ways that you can take vitamin C. Your vitamin C powders,
you don't want to go to a pure sodium ascorbate. Pure sodium ascorbate is too acidic. You need a
buffered vitamin C powder that has what we call mixed mineral ascorbates. I have a preferred one
that we use in our clinic. It also has bioflavonoids and zinc in it as well. So if you're
going to use a pounded vitamin C, the suggestion is that you take an ideally a full teaspoon,
well a level teaspoon. That's about, depending on the size of your teaspoon,
could be up to 3,000 ml.
grams every hour you think my goodness that's crazy what I'm aiming for when I say that what
I'm aiming for is to get a rapid saturation of your white blood cells with vitamin c because
what people don't realize is our own white blood cells make hydrogen peroxide it's called the
peroxide burst but we need vitamin c to make that peroxide burst we don't have enough vitamin c we
can't make the peroxide burst if we load up too much vitamin c in a single dose so it doesn't
work just to say well surely that's great okay I'll take 10 teaspoons all at once that doesn't
work because we have a limit in our gut absorption level what will happen if you do that is you just
get a sudden case of diarrhea so not worth it so you make it a teaspoon every hour until such time
as you start to get a rumbly tummy at that stage your white blood cells are loaded
and the gut absorption mechanism is cut in so you do it every hour until the gut starts to
to to complain once you once you've got to there drop it back to every second hour
same thing until the gut starts to complain then drop it back to every third hour
then back to every fourth hour then back to four times a day until you're completely well
now if you're following all of this you might only need to do that for a day or two it won't be long
if we load hard enough and early enough with all the nutrients you're out of this quite quickly
so that's using your powdered vitamin c the other alternative is to use what I call
what's called liposomal c now there are different types of liposomal c
liposomal means that it's been attached to particular types of fats called liposomes
which our body makes our body makes liposomes that enables it to more rapidly absorb vitamin c
is itself is water soluble but liposomes because our cell membranes are a fat layer then a protein
layer then a fat layer things that are fat get in sooner and more easily so so the liposomes unless
in the case of the spike protein it's broken our membrane right that's why it breaks the
membrane to get it but liposomes will travel through the fat components of the membrane and
make it in my preferred type of liposomal is one that is attached to phosphatidylcholine
which is again a natural particular type of liposome that our body has phosphatidylcholine
and this is a key one for cell membranes and the brain and everything like that why do I say that
because separate studies have shown that phosphatidylcholine is useful itself in the
treatment of COVID and a spike protein right so if you're going to use a liposomal form
use one that's liposomal connected with phosphatidylcholine and again we've got
one of those in in our clinic so zinc so with the if you're doing liposomal you only need to
take that four times a day because one one liposomal dose is said to be equivalent to having
some IV certainly it absorbs much better than the powder zinc there are varying protocols of zinc
dosages and so different people have got different protocols but short term you could do 20 milligrams
four times a day short term so those are your top ones if you're only ahead of time get a few things
in get those in they're they're your top ones then the list goes on from there there's a lot
of other things that that we can run to after that quercetin and quercetin helps the zinc get
into the body it's what's called a zinc ionophore quercetin is a bioflavonoid it's one of these plant
polyphenols so it's a plant-based molecule if you're you know I mentioned earlier onions well
particularly red onion red onions have got good quercetin so it's a red it's in red foods
generally berries red wine green tea has got some apples have got some so so a good healthy diet is
going to be having good quercetin in the background anyway if you're going to get
supplemental quercetin then you want about 500 milligram twice a day
N-acetylcysteine still available in Australia and New Zealand
US yes they converted it into a prescription only and yes the official Australian
ATAGI guidelines have now listed NAC as something that is inadvisable
so we we are not supposed to use it does that mean they're going to start targeting
doctors who do probably that's part of why I'm no longer on the medical register because
I decided I was going to talk about everything rather than
then have them tell me what we can and cannot do. So N-acetylcysteine. So as I mentioned earlier,
N-acetylcysteine is your precursor molecule for glutathione. N-acetylcysteine, N-A-C,
N-acetylcysteine. What that means is the amino acid cysteine, which is a sulfur-containing amino
acid on the nitrogen end of it, N, has got an acetyl group attached to it. That's a bit of
biochemistry for you. So N end of cysteine has got an acetyl group, N-acetylcysteine.
The cysteine really is the key part of that molecule. The cysteine is what gets used in
the making of glutathione. But cysteine, the advantage of NAC over just using glutathione
is that the cysteine gets used for other sulfonation functions in the body. The body
will use cysteine for a lot of other detox type things as well. So I wouldn't necessarily
automatically say go to glutathione instead of N-acetylcysteine. So N-acetylcysteine, 500
milligrams twice a day is your usual kind of dosage. You could go to four times if you're
really concerned or sick. New cab off the rank is stuff called NLC glutathione.
So NLC is nanoliposomal glutathione. And there've been a number of publications now on that,
proving that it does get into the cells, it does raise levels, it is effective. So there are a
couple of sources of that, which in my, when I put the paper out, I'll be putting the links for those.
So you can go to that. Then there are quite a few of the antioxidant type things. And you've
heard about, no doubt if you've been looking in that space, you've heard about pine needle tea,
you can do that. There are quite a few maritime pine needle supplements that can be worth doing,
but you don't have to go there. You can get similar effects just by doing green tea.
Epigallocatechogallate, EGCG is one of the components in green tea, but green tea's got
other stuff in it that is good as well. So you could just get some green tea, good quality
green tea, and between your four cups of your lemon drink, be drinking green tea. And that's
how you get your water and your fluid and you'll get your antioxidants all happening.
If you like to take other things in other forms, then black cumin seed, Nigella sativa,
some interesting data coming out about that. Yes, you can use the oils and things for it,
or you just, they taste nice. Just eat them, put them on something after you're out of your three
day fast. That is, otherwise you just take them neat. So Nigella sativa.
Come back to the gut immune system. So I haven't really spoken much about this,
but this is coming into another level. So 70 to 80% of our immune system, depending on which
researcher you talk to, lines the gut. So we want to protect mucosal immunity. And this is where
an old fashioned helpful thing called colostrum can come into play. You can take colostrum.
If you're into probiotics, there's one particular type of probiotic that evidently is being
depleted. Now I haven't seen enough papers on this, so I'm saying a query,
but bifidobacteria perhaps is being depleted in this infection and might be worth adding.
So that's most of most of all of those things. Now, when we move across, I actually know one
other food thing we could put is the chaga mushroom. There are a whole heap of different
medicinal mushrooms that do different things for the immune system, but it appears in relation
to COVID that the chaga, C-H-A-G-A, mushroom has particular benefit. It's an Indian mushroom,
whereas a lot of the others are Asian mushrooms. This is an Indian one.
You can do iodine. So back up in kind of this supplement category, there again,
some studies indicating iodine. Caution on that. Anyone has thyroid disease,
particularly if they've got a history of hyperthyroidism, don't do it.
But most people are iodine deficient. There's a whole heap of stories around why that is so,
which I won't go into now. So 25 milligrams a day is said to be the dose. But again,
I would only be doing that short term, just in the acute infection phase.
And there has also been some other studies around melatonin. But the problem is that's now
prescription. So that really comes to the prescription category. I don't know about
New Zealand, but certainly Australia now they've made that prescription only. So basically what
happens with all of these things is as soon as the pharmaceutical industry can get a synthetic
version of it and one or two papers behind it to justify them loading it as a drug,
they stick a trade name on it. So melatonin has been trademarked circadian. And now it's
scriptonine, which was a bummer because I used to use a lot of it.
But anyway, nevermind.
There, we have means, there are other things we can do.
So that's it for that.
Now, from the herbs, there are so many herbs,
so many, so many herbs that there is a degree
of varying degrees of evidence for being useful
for your management of COVID.
So it's not that you have to use all of them by any means.
You don't.
We actually have put together in our clinic
a blend of a whole heap of them together
and people just ask for the COVID blend
and it's just got a whole heap of them all together in one,
but you don't have to do that.
So good old fashioned olive leaf.
That's a herb that is worth everyone keeping on hand
for pretty much whatever, anyway.
Multiple actions in the body, cheap, gentle, easy,
even pregnant women and children can do olive leaf.
So that's a really good one to have on hand.
Garlic comes in under these herbs,
but you've already, if you're already doing your drink,
you've got garlic going back in the drink
that you started off in the first place.
So garlic, we've got covered.
Echinacea, traditional herb that has been used,
antiviral things, again, being shown to have benefit here.
So echinacea.
Another traditional antiviral,
which has been shown to have benefit in COVID is elder.
So Sambucus, it's also called Sambucus nigra.
So the old elderflower.
The old, you'd hear in Europe about the elderberry wine.
So elderflower, elderberry wine, elderleaf.
So elder, the elderbush.
And that's available, you know, again,
most health food shops have got antiviral herbs.
So pretty much any of your antiviral herb mixes
are going to contain herbs that'll give us
a degree of activity some way or other
against COVID, whether it's going to help
do the blocking of it,
whether it's going to settle the cytokine storm
that I spoke about that comes in at around the day seven mark,
whether it's going to protect against the immune system drop
that the virus causes, or the spike protein,
I should say, causes.
So these herbs are incredible because all of your herbs
have got a multiplicity of active ingredients,
hundreds often of active ingredients.
And that's how it is that herbs are able to perform
so many different functions,
not like drugs that can really, you know,
that we've narrowed down to one active ingredient
and then all the rest of the things that,
what it does are called side effects.
So artemisia is another traditional one
that has so many uses for so many diseases.
And it can certainly be used again
in your management of COVID.
And I'm not going to talk about the doses per se,
because the issue here is that it depends
on the formulation.
So really your best thing is whatever your formulation is
you happen to have,
you follow the instructions on the bottle.
You can acutely with any of your herbs go high dose,
like, you know, even perhaps double what the bottle says
just for a few days, a couple of days.
So there's no harm in high dosing short term,
but you don't do it long term.
Licorice, licorice root.
Licorice is traditionally used
in a lot of Asian medications
to help boost the action of those medications,
but it's got a lovely soothing effect
and it's very supportive to mucous membranes
and to the lungs.
So licorice can be a good one.
What else would I mention from this?
There's a whole heap of things on a list
I've got here in front of me,
but most of these are sort of fairly specific herbs
aren't going to be ones
that you're going to be able to get a handle on easily.
So I'm trying to keep the list to ones
that you can get with relative ease
without having to go to a specialist herbalist.
Well, phyllanthus.
So astragalus, but this is actually more,
astragalus is not so much for your acute phase.
Astragalus is very good
for supporting the immune system in the background
or can be good post COVID.
Don't use astragalus acutely.
It's not an acute herb.
Excuse me.
I've been talking too much.
So what else have we got that's worth telling you about?
Ginger, I've already spoken about.
And of course, ginger, we've got,
if you're doing the drink,
you've already got ginger going in the drink.
Green tea, we've already spoken about a lot of actions
in the green tea aside, as I said, from the EGCG.
So interestingly.
and they've actually shown directly that another component of green tea, stuff called theanine,
L-theanine or theaflavin, actually blocks the ability of the spike protein to bind into our
machinery to get replicated. So it's got a genuine blocking effect. Now there's another,
a beautiful Indian herb called withithania, withithania somnifera. And it's thought to,
it's not usually thought of as an antiviral herb. It's called somnifera because it's often
used as a sleep herb. It's an adaptogenic sleep herb, general health herb. But in this context,
what they've actually found is that it appears to have the ability to block COVID getting into the
cells. So you could think on having some withithania there to be using perhaps ahead of
time in the background. And I mentioned your black cumin seed already. I've mentioned pepper.
I've mentioned the olive leaf. Okay. Those I think are the main, the main ones that we've got
evidence for that you could get a hold of. I mean, as I said, there's a lot of other very specific
but they're not ones that you're likely to be able to get. Oh, did I mention andrographis? No,
I don't think I've mentioned andrographis yet. So andrographis is another very commonly used
antiviral herb that is quite common in a number of the, if you like commercial herbal
antiviral tablets even. So it's a very powerful one. And it does, again, this actually inhibits
the ability of the SARS-CoV-2 again, to, to be able to replicate. And it also reduces the
inflammatory response of the body to the spike protein. So that's a good one.
I think that's, that's it from the useful things. So that's your herb. So now you've,
now you're armed, right, you know, all the general body things you're going to do,
you've got your vitamin C and your vitamin A and your vitamin D and your zinc, you've got
all of those things. Then in a separate group, if you want to go that far, you've got your NAC,
your glutathione, you're drinking your pine needle, or more easily your green tea. You might
be wanting to add in some propolis, if your gut's feeling a bit off, you've got black cumin seed to
take. So you've got all of that going. Then you've got all the herbs, you've got your echinacea,
you've got your olive leaf, you've got your andrographis, and even just those three is going
to do you well, because in your other drink, you've got your ginger and your garlic. So you've
got a lot of great stuff going already. And we haven't even talked about any of the over-the-counter
pharmaceutical medications. So you've already got what, 20 things that you can use. And we haven't
even got to the over-the-counter stuff. So what can we add from over-the-counter?
Aspirin, not paracetamol. But I wouldn't use aspirin for the fever, I would only be using
aspirin once you start to ache, if you're starting to ache. And use aspirin for the aching, because
aspirin will stop inflammation. Aspirin will also be good to stop abnormal platelet action
in cases, you know, for these people who might be at risk of clotting. So aspirin, you can use your
non-steroidal, so brufen, ibuprofen, those sorts of things, also for aching and inflammation.
Now, there's a particular antihistamine called
diphenhydramine. It's sold as, in Australia at least, as a cough suppressant, Benadryl.
So yes, you can do it for the cough phase, but it actually does have a deliberate action,
a specific action to block SARS-CoV-2. So if you're wanting to be using a drug,
Benadryl, over-the-counter cough syrup. I said, you might not need any of these,
because you've already nailed it with all the nutritional stuff that you've done,
and all the herbs that you've done, but know that there is more.
Cetrazine. So this is one of your, again, over-the-counter antihistamines. So the histamine
blockers, this is an over-the-counter one. So you don't yet have to go to your doctor and get
scripts for anything. Now, the time that we need to watch
is if you've come up to like a week of this, and you're starting to feel worse. You're starting to
feel more inflammatory. You're starting to feel that you're coughing, that you're getting
respiratory distress. And that's the stage where we have to start putting in a doctor,
and we have to start getting into some of the pharmaceutical prescription medications.
Now, that shouldn't happen with what I've just given you to do. If you do everything I've given
you to do, then you shouldn't ever get to this stage, at the day seven stage of needing to do
these other things. But, and this is where, yes, you know, if we had easy access to
ivermectin. Yes, you can still import it if you want to risk
doing that you can do ivermectin. If you had easy
access to hydroxychloroquine. Yes, you know, we can be doing
hydroxychloroquine. But assuming we don't have that. So and your
doctors are feeling nervous about doing anything. Well, the
doctors can still give you some of the prescription
antihistamines. They can give you things called cimetidine.
They can give you things called promethazine. They can give you
a thing called famotidine. They can give you steroids. steroids
will help at the short term phase block and a quick hit of
steroids in and out on steroids will help block if you've made
it to this inflammatory stage. Then there's a particular drug
that tends to get used in severe asthma. Some of you may know
someone who's had this and this is your Monte Lucas. So it's
typically used in severe asthma to block inflammation. So you
can be given a short course of Monte Lucas. If we've got we've
already probably got you on on aspirin if if by the time you
get to the doctor, you're looking sick and they do a test
and find your D dimer, which is a measure of clotting is a
little bit up they might want to give you some blood thinning
drugs. So there's things other things that can be done. And if
it's starting to look like that, as well, then yes, certainly we
can be talking about your antibiotics as if for a myosin
doxycycline. And this is where we come to the fancy protocols,
the FLCCC protocol, which Dr. Peter McCulloch has worked with
or the Zelenko protocol. But all of those are using those
prescriptions. So not really needed. I think if you you know,
if you get into that first phase of what I gave you what I
suggested, then you're not going to need it. The trick with
COVID, the trick with this is not to wait until you are short
of breath and feeling like you're on death's door before
you do anything about it. Which too many people do. First sign,
first sign cough, sniffle, sore throat, feeling unwell hit with
this protocol, and that can be gone in a couple of hours. Give
yourself a hot bath, you know, first sign down, down a
liposomal vitamin C, give yourself a whack of zinc or
vitamin D first sign you've got if you've got the olive leaf
there, take a squeak. So don't sit around. Right? If you do it
first sign and hit with high dosing four times a day, for you
know, a couple of days, you can whack this on the head and it
just doesn't go anywhere. Okay, so so I'm glad you're writing
there will I will, as I said, get all this put into, I want to
get you know, Benji to edit it up and make it so it's not just
black typing on white paper to get them to make it look pretty
for you. So it'll be nicely coloured and all the rest of it.
And then then the idea of when I what I've done with this is not
just to you guys, but I would ask please, if you guys would
distribute it to just like everyone, you know, because the
idea is to empower people, right? It's not just about
making this an exclusive little club that I'm saying, okay, you
guys have this and no one else gets it. That's not what I'm on
about. You know, we want to get this out wide. And that's what
I'll be, you know, be making raising royalty to put it out
through everywhere. I want you guys to put it out through
everywhere. I'll be putting it out through all my patients and
wherever else I can. Because the more we can arm people and
empower people, then then the less both the less afraid you
are, you know, the the more you're taking back your life,
we're taking back control. The beauty of these protocols
understand this as well as this protocol I'm treating you isn't
just about COVID. You're going to be able to treat pretty well
any infective anything that dares to come near you by doing
this. Okay. You're being armed, not just for COVID. So get your
little armamentarian going, have it there. And nothing can get
you. Okay. So we're pretty well done. I think questions in our
closing bit of time.
I've got a question. You mentioned with the protocols,
there were just a couple of words that I missed. That's all
Dr. Zelenko's protocol and what's the other doctor?
This is this is when we're talking to the serious medical
protocols. Yes, yes. Yeah. The FLCCC protocol. So this is the
one that Dr. Peter McCulloch. Yes. Okay. Peter McCulloch.
Thank you. And then the others is Zelenko protocol. So really
well they're just that serious stuff yeah they took me into you know your hospital management
your day so i'm what i'm trying to focus on while it's good to know those right good to know those
are there and to be able to have them on hand to kind of like go with your if you have to go to the
doctor go to your doctor armed with it and say you know yeah you shouldn't get to that stage
doing what yeah you're not going to get to that stage yeah we just had a brother-in-law in
hospital with covid like two weeks ago who were not backed and it would have been great to know
more of this you know as with all of us i'm sure thanks you know yeah at least you got it going
forward um that kind of i guess kind of brings us to the post-covid phase so i've got a few minutes
i might talk a little bit on the post-covid phase i'll cover a lot more on that when we talk about
vaccination because there's an awful lot of overlap between what's going on post-vaccination
and what's happening post-covid so we're still coming to grips with understanding this but really
post-viral syndrome is something that can occur whether it's after the flu whether it's after
glandular fever whether it's after ross river virus can be after pretty much any virus we can
get post-viral syndrome and and it really depends on how effective has our body been
in in both clearing the original infection and then switching off the inflammatory response
okay it's all all about body switching so the more toxin load the body has had in the background
the more other hidden infection stuff the body has had in in the background the harder it is
for the body to be able to properly clear whatever this infection is and in a sense it doesn't matter
what you want to call it but the harder it is for the body to clear it and the harder it is for the
body to switch back off the pro because remembering that inflammation acute inflammation is a deliberate
thing the body does to activate another whole level of mechanisms we don't really want it to
have got there but it's a deliberate thing the body does to activate a whole heap more mechanisms
and we need it to be able to switch it back down if it can't switch it back down then we're locked
in a pro-inflammatory state that is going to create illness so it's thought that quite a few
of the post-covid symptoms are due to being locked in a pro-inflammatory state as well as
like persistence of the of the spike protein so so really a post-covid personally i treat post-covid
pretty much like the acute phase of covid it's like well the body is still dealing with
inflammation it's still dealing with spike protein so all of what we've said in the acute phase is
going to apply for someone who's post-covid and they shouldn't be post-covid if they've gone
through this in the first place anyway right your post-covid people will be the people who haven't
done covid terribly well so they go get them onto the onto the acute covid protocol that i've got
if they are really fatigued because the other thing we know the spike protein will do is
damage mitochondria and the damage and the mitochondria is your energy producing packages
in the cell so it's not just that you've got persistent inflammation persistent infection
toxin but you've got damage to the mitochondria and so that's where there might be a need for
mitochondrial support but that's kind of when you're moving into the category of needing to get
sort of professional nutritional and you know biochemical kind of help but do all the first
phase stuff if they're still not doing well then it's like okay maybe we need to talk to someone
else and just see what's happened to their mitochondria but yeah post-covid isn't a
particular thing to be scared of in itself i guess is what i'm trying to say can i just have
another one there um we had a house full of people um with covid just a couple of weeks ago
and i did end up initially i thought i just had a migraine from my neck and then i realized like
i had lots of paste what do you call it the metallic paste in my mouth and i was sort of
off my food for four days and normally even if i'm sick that doesn't happen but i've still got
a little bit of a scratchy cough so i'm not sick at all but um i've just been taking um
i normally just go back to the old ones like centigrade ammonia um cough mixture or something
is there something or should i just get the benadryl or what's your thought well so this
is where i would actually go across to specific again most of your health food shops would have
a herbal cough syrup we've got particular blends we've made up precisely for this but yeah a herbal
cough syrup because the main reason people will have a persistent cough
after is is that the original infection activated what we call the the cough reflex. So it's a there's
this thing receptors called J receptors and they've been activated and again a bit like
the inflammatory response they haven't switched off so the airways think they're still irritated.
Okay. Right even if you actually don't have infection the airways think they're still
irritated so you want you want some soothing cough herbs. Yeah that that'd be what what I'd be going
to. Thank you and will you let us know what because I'm in New South Wales does your place
do they post or? We post all over the world. Okay okay but you'll let us know at the end of today
if we. Actually that's a point why don't I see if I can quickly create
bear with me a second and I'll quickly create a new document as a screen share.
That will give you the centre details.
All right.
We are in the processes of changing names and moving all sorts of things but
this will still work anyway when we do do that this there are a lot of things on the hop at the
moment. So Northern Beaches Care Centre is the official still the official name and the address
still at the moment is 56 Garden Street North Narrabeen. So so whereabouts in New South Wales
are you because I was wondering whether I was recognising that beach shot.
Oh this is actually Narrabeen behind me.
I yeah it is looking at that and saying I'm sure that yeah yeah I live nowhere near there. I live
in Kellyville so in the hills but I just took that shot and so I have that on my website and
I just love it. So yeah I was looking at it thinking that's got to be Narrabeen Beach.
But anyway so 56 Garden Street North Narrabeen the phone of course Sydney 61
2 901 33744 email is reception at nbcc.net.au that will be changing shortly or if it's just
going straight to orders you can go orders at nbcc.net.au and the and the lady there is Nikki
and she knows all of this stuff if you just say what's the nasal spray she can go yep
as you say what's the COVID viral herbs she'll go yep. So Nikki is all over it.
Can I ask a question? Yes certainly. Two questions very quickly you mentioned about the Arctic cod
liver oil is that something to be taking on a daily basis anyway is that yeah so A&D and that's
enough A&D in that? Yeah well it's it's enough oh where did that go I thought I just created this to
do a screen share and it's gone weird. If you message me in that group Robin those details I'll
make sure everyone gets them. Yeah yes all right I'll will yes okay I'll send it to you Elyse
that's what we'll do. Yeah so just that's on a daily basis. Arctic cod liver oil should be I
believe personally a background like food-based it's really think of it as a food a background
food-based supplement for everyone okay that gives you a baseline essential omega-3 essential
fatty acids gives you a baseline A and a baseline D and then if you've got added problems after that
or you're acutely sick after that yes then we go to more but I'm usually only doing more if I've got
you know particular tissue levels on people that I'm treating that tell me yes okay we need we need
this we need that and then you know I'll treat specifically after that but you're not good no
one can go wrong really with with baseline cod liver oil you really can't. Okay and the second
one was with your blend of lemon garlic ginger tea thing you're making up that that will make
a reasonable quantity how long will that last? I've never known it to go off yeah stick it in
the fridge I've never known it it'll sit there quite comfortably and mature over weeks and which
makes sense because it's got so much antibacterial and anti everything in it you know no
self-respecting mold or anything can go near it for a long time. Okay very good thank you.
Sorry Robin what was the toothpaste you said it was coconut oil
and bicarbonate.
carb and what's the third one?
For mouthwashing.
Yeah.
Yeah, yeah, yeah.
No, toothpaste.
Oh, the toothpaste.
Look, we've mixed up.
Again, it's from our center.
We have a tooth powder that I've had compounded.
So it's the tooth powder, but then you
can mix it if you want to make it more paste-like.
I use it neat, but if you want to make it more paste-like,
you can mix it with some coconut oil and a bit of peppermint oil
makes it more like a tooth oil paste thing.
All right, thank you.
OK, we've just about got there.
So does everyone sort of feel they've
got a better handle on the whole viral story, on what's real,
what's not real, what you can do if you get?
Oh, look, one big thing I haven't said here,
and this is an important thing to get.
They're trying to scare everyone with our, look,
we've got a new variant.
We've got a new variant.
Oh, it's mutated again.
Well, yes, it is mutating, but this is natural for a virus
to do that.
Part of why it's mutating is because of the pressure
we're putting on it with the vaccines and inoculations.
Sorry, they're not vaccines.
With the drugs, the injections, whatever name
you want to give them.
So these injections are activated
against the spike protein.
They're giving a spike protein.
So because that then means people
are making antibodies to the spike protein and the virus,
the job of any bit of these genetic material viruses
is to find ways for them to just keep surviving and keep
replicating.
So they're going to do whatever they can to evade
the effect of that vaccine.
So what are they going to change?
Their spike protein.
What's actually happening, intriguingly,
is that the virus appears to be losing
the genetically engineered parts of the spike protein.
And so it's getting progressively weaker.
And now in normal viruses, that's exactly what happens,
that the more we pass them through stuff,
the weaker they get.
Because if the virus is too powerful
and it kills all of its host, then it's got nowhere to go.
It doesn't want to do that.
Viruses want to get endemic.
They want to get that they're living at a low grade
or all around the place all the time
so that people just get a little bit sick and then pass it on
and it just keeps circulating.
That's what a virus wants to do.
So what these variants, progressively these variants
are, progressively these variants
are reverting more to original coronavirus
without the added stuff in the spike protein.
They're getting weaker.
So yeah, there'll be new variants.
Don't worry about them.
They're gearing everyone up ready for the next pandemic
in 2025, the data indicates.
So we'd be ready for that.
Watch for when it comes.
Know what it is when it comes and know that you're armed.
Yeah.
Is there enough lemon for the blender
to work chopping up the garlic?
Or do you need to add water?
Well, that depends entirely on your lemon.
So sometimes, yes.
Other times, no.
I need to add a bit of water.
You'll figure that out with your own particular lemon.
We done, you think?
Haven't blown you all away?
All good.
OK.
Wonderful.
Yeah, you can use a garlic crusher.
You just want to make sure you get the juice in that
from that as well.
You don't want to lose any of it.
Well, thank you all.
So next week, what I'll do is talk
into the actual descriptions of the different vaccines
and questions on the Novavax, because a lot of people
are questioning, well, what's the deal with that one?
And then about what's happening with your vaccine
adverse reaction and what can we do about that?
So, yeah.
Sorry, is it next week or is it the fortnight?
Is it definitely each week?
I believe it's each week.
I think it's each week.
Being told each week, it'll be Wednesday
unless something different happens.
So at the same time, unless we notify you otherwise.
And it's the same thing, guys.
I will resend the link, but it's got a recurring meeting.
So it's going to be the same link every week.
OK?
Now, for next week, just to let you know ahead of time,
I'll start at 2.
But the very famous Dr. Peter McCulloch
has organized a Zoom with us Australian doctors at 3.
So I.
I'm not going to miss out on that. He is important. So I'll be on that Zoom for an hour from three
to four and then I'll come back to you guys and we'll pick up again. Okay, so I'll do
an hour and then jump across and then come back. All right, so yeah, go and digest all
that. And, and hopefully I haven't blown you away too much. And, yeah, if please give me
the feedback if you think I'm traveling too fast and putting too much in, you know, we'll
whack it back down. I'm trying to get a feel of, you know, what level to do it at. I'm
used to running pretty high powered lectures where a lot of stuff I throw out hard and
fast and so it's a luxury for me to have this amount of time to, to spread it out. But yeah,
so please do give feedback if I'm not doing what you guys want to need. Okay, so all right,
good. It looks to be going fairly well.
Now I, just letting you know, this is going to be up on the page. I've added to all of
you to be members. I've never stopped it and recorded it and downloaded it. So I'm following
Benji's instructions. I apologize if anything goes wrong in advance, but I'm doing, you
know, it apparently takes a while too. So yeah, please give it at least three or four
hours apparently. So we'll give it a go. Okay.
Yeah. Yeah. Just to clarify what will come when the notes come is really just the treatment
protocols. It's clearly not possible to put all of what I've been speaking about in note
form. Okay. It'd be a book. So, so that's, that's why you're, you know, you're listening
and you can write your own notes as you listen to, to replays. Okay.
Yeah. Thanks. Thanks everyone. See ya.
Oh, okay. Bye.
Bye.