a professor once told me whenever possible bring your patient a glass of
possible bring your patient a glass of
possible bring your patient a glass of water this should be your first line of
water this should be your first line of
water this should be your first line of treatment the reason behind this is that
treatment the reason behind this is that
treatment the reason behind this is that the body is always trying to heal itself
the body is always trying to heal itself
the body is always trying to heal itself when it’s sick and we need to do
when it’s sick and we need to do
when it’s sick and we need to do whatever we can to facilitate that
whatever we can to facilitate that
whatever we can to facilitate that process this fundamental advance let me
process this fundamental advance let me
process this fundamental advance let me to change completely my perception of my
to change completely my perception of my
to change completely my perception of my role as a medical doctor our job was not
role as a medical doctor our job was not
role as a medical doctor our job was not necessarily to cure the body directly
necessarily to cure the body directly
necessarily to cure the body directly but rather to help the body heal itself
but rather to help the body heal itself
but rather to help the body heal itself we could do this by for example
we could do this by for example
we could do this by for example improving our cellular environment and
improving our cellular environment and
improving our cellular environment and we do this with the glass of water for
we do this with the glass of water for
we do this with the glass of water for example or with the pills that we put in
example or with the pills that we put in
example or with the pills that we put in our patients but also by empowering the
our patients but also by empowering the
our patients but also by empowering the genes that can restore the patient’s
genes that can restore the patient’s
genes that can restore the patient’s health our genes is the strongest
health our genes is the strongest
health our genes is the strongest defense mechanism we have in fact did
defense mechanism we have in fact did
defense mechanism we have in fact did you know that every day we produce
you know that every day we produce
you know that every day we produce cancer cells in many of our organs and
cancer cells in many of our organs and
cancer cells in many of our organs and there is a special group of genes there
there is a special group of genes there
there is a special group of genes there is charge of destroying them and
is charge of destroying them and
is charge of destroying them and constantly keeping us healthy now what
constantly keeping us healthy now what
constantly keeping us healthy now what does it seem as if our body sometimes
does it seem as if our body sometimes
does it seem as if our body sometimes forget to use this useful cancer
forget to use this useful cancer
forget to use this useful cancer destroying genes and we get sick you get
destroying genes and we get sick you get
destroying genes and we get sick you get cancer and more importantly what can we
cancer and more importantly what can we
cancer and more importantly what can we do to restore and empower teens these
do to restore and empower teens these
do to restore and empower teens these questions led me to study genetics
questions led me to study genetics
questions led me to study genetics epigenetics and eventually I ended up
epigenetics and eventually I ended up
epigenetics and eventually I ended up hacking up a bacteria a new system to
hacking up a bacteria a new system to
hacking up a bacteria a new system to empower teens
empower teens
empower teens let me show share with you today the
let me show share with you today the
let me show share with you today the power our discovery inside our DNA and
power our discovery inside our DNA and
power our discovery inside our DNA and how revolutionary technique called
how revolutionary technique called
how revolutionary technique called CRISPR can help unleash the power of our
CRISPR can help unleash the power of our
CRISPR can help unleash the power of our genes now the human genome is a fixed
genes now the human genome is a fixed
genes now the human genome is a fixed code very much like this but is shared
code very much like this but is shared
code very much like this but is shared by every cell in our body
by every cell in our body
by every cell in our body this code has roughly 24,000 genes a
this code has roughly 24,000 genes a
this code has roughly 24,000 genes a little bit less now if you think about
little bit less now if you think about
little bit less now if you think about it
it
it 20,000 genes is not that much if you put
20,000 genes is not that much if you put
20,000 genes is not that much if you put this into perspective
this into perspective
this into perspective even a small hardware store half has
even a small hardware store half has
even a small hardware store half has more than 25,000 different products
more than 25,000 different products
more than 25,000 different products that’s more than a bigger store will
that’s more than a bigger store will
that’s more than a bigger store will have more than 60,000 different products
have more than 60,000 different products
have more than 60,000 different products you can get online and find more than
you can get online and find more than
you can get online and find more than three so our catalog of genes of 20,000
three so our catalog of genes of 20,000
three so our catalog of genes of 20,000 it’s not that worth it doesn’t have the
it’s not that worth it doesn’t have the
it’s not that worth it doesn’t have the variety we need and I want you to
variety we need and I want you to
variety we need and I want you to picture ourselves as a structure built
picture ourselves as a structure built
picture ourselves as a structure built by our nucleus using this catalog how
by our nucleus using this catalog how
by our nucleus using this catalog how can these new trees build all sort of
can these new trees build all sort of
can these new trees build all sort of cells that composes the muscle cells the
cells that composes the muscle cells the
cells that composes the muscle cells the skin cells even the neurons
skin cells even the neurons
skin cells even the neurons well we have something called
well we have something called
well we have something called epigenetics and epigenetics works like
epigenetics and epigenetics works like
epigenetics and epigenetics works like this start of Kostis marks it actually
this start of Kostis marks it actually
this start of Kostis marks it actually through their epigenetic marks
through their epigenetic marks
through their epigenetic marks it creates bookmarks in our catalog of
it creates bookmarks in our catalog of
it creates bookmarks in our catalog of genes and these bookmarks tells the
genes and these bookmarks tells the
genes and these bookmarks tells the nucleus which genes are on and which
nucleus which genes are on and which
nucleus which genes are on and which genes are off which materials to him
genes are off which materials to him
genes are off which materials to him does he need to get from this catalog of
does he need to get from this catalog of
does he need to get from this catalog of genes to build the cell so combination
genes to build the cell so combination
genes to build the cell so combination of bookmarks around this catalog allows
of bookmarks around this catalog allows
of bookmarks around this catalog allows him to build a muscle cell but a
him to build a muscle cell but a
him to build a muscle cell but a different set of bookmarks allows him to
different set of bookmarks allows him to
different set of bookmarks allows him to build a skin cell and a third one a
build a skin cell and a third one a
build a skin cell and a third one a neuron and so on now imagine each one of
neuron and so on now imagine each one of
neuron and so on now imagine each one of ourselves as a small house and when you
ourselves as a small house and when you
ourselves as a small house and when you group those houses together in
group those houses together in
group those houses together in neighborhoods we each one of those with
neighborhoods we each one of those with
neighborhoods we each one of those with a specific function they generate energy
a specific function they generate energy
a specific function they generate energy they conduct trade around the body they
they conduct trade around the body they
they conduct trade around the body they distribute the goods that we absorb or
distribute the goods that we absorb or
distribute the goods that we absorb or they eliminate the garbage produced by
they eliminate the garbage produced by
they eliminate the garbage produced by other organs they form this big and come
other organs they form this big and come
other organs they form this big and come city full of variety and interactions
city full of variety and interactions
city full of variety and interactions now this city is built using one single
now this city is built using one single
now this city is built using one single set a very limited amount of genes of
set a very limited amount of genes of
set a very limited amount of genes of materials now the beauty of this system
materials now the beauty of this system
materials now the beauty of this system of epigenetics is that the system is
of epigenetics is that the system is
of epigenetics is that the system is dynamic and it adapts to the environment
dynamic and it adapts to the environment
dynamic and it adapts to the environment so there are actually things that you
so there are actually things that you
so there are actually things that you can do to improve the genetic balance
can do to improve the genetic balance
can do to improve the genetic balance inside of you things like eating healthy
inside of you things like eating healthy
inside of you things like eating healthy doing exercise meditate or like my
doing exercise meditate or like my
doing exercise meditate or like my professor said drink a healthy amount of
professor said drink a healthy amount of
professor said drink a healthy amount of fresh water all of these things actually
fresh water all of these things actually
fresh water all of these things actually change the bookmarks and has an impact
change the bookmarks and has an impact
change the bookmarks and has an impact in ourselves now on the contrary if you
in ourselves now on the contrary if you
in ourselves now on the contrary if you eat too much sugar or salt you smoke you
eat too much sugar or salt you smoke you
eat too much sugar or salt you smoke you become to stress over time or you drink
become to stress over time or you drink
become to stress over time or you drink too much alcohol all of these things
too much alcohol all of these things
too much alcohol all of these things also affect our bookmarks and can lead
also affect our bookmarks and can lead
also affect our bookmarks and can lead to the path to a genetic imbalance in
to the path to a genetic imbalance in
to the path to a genetic imbalance in ourselves now to put this in a practical
ourselves now to put this in a practical
ourselves now to put this in a practical way join me to travel to London where we
way join me to travel to London where we
way join me to travel to London where we can produce energy out of thin air
can produce energy out of thin air
can produce energy out of thin air now lands will faces a terrible danger
now lands will faces a terrible danger
now lands will faces a terrible danger because the city likes to smoke and the
because the city likes to smoke and the
because the city likes to smoke and the air becomes polluted around bicycle and
air becomes polluted around bicycle and
air becomes polluted around bicycle and this damage every one of it of those
this damage every one of it of those
this damage every one of it of those houses and the new trees needs to adapt
houses and the new trees needs to adapt
houses and the new trees needs to adapt to this toxic environment and how does
to this toxic environment and how does
to this toxic environment and how does he do that by changing the bookmarks and
he do that by changing the bookmarks and
he do that by changing the bookmarks and he started messing up activating one
he started messing up activating one
he started messing up activating one gene is a deactivating the other one and
gene is a deactivating the other one and
gene is a deactivating the other one and these can be very very risky because the
these can be very very risky because the
these can be very very risky because the at some point the house can change and
at some point the house can change and
at some point the house can change and this can lead to a cancer cell now here
this can lead to a cancer cell now here
this can lead to a cancer cell now here comes the good guys the group of genes
comes the good guys the group of genes
comes the good guys the group of genes that I was talking about these are the
that I was talking about these are the
that I was talking about these are the Tor suppressor things this is one
Tor suppressor things this is one
Tor suppressor things this is one bookmark you
bookmark you
bookmark you because they are the ones that need to
because they are the ones that need to
because they are the ones that need to detect and repair every damage we do to
detect and repair every damage we do to
detect and repair every damage we do to ourselves and if they cannot repair it
ourselves and if they cannot repair it
ourselves and if they cannot repair it they will initiate a process of control
they will initiate a process of control
they will initiate a process of control demolition of the house to make sure it
demolition of the house to make sure it
demolition of the house to make sure it doesn’t get cancerous although we use a
doesn’t get cancerous although we use a
doesn’t get cancerous although we use a more fancy term of apoptosis but it’s
more fancy term of apoptosis but it’s
more fancy term of apoptosis but it’s basically that it destroyed the cancer
basically that it destroyed the cancer
basically that it destroyed the cancer cell and it keeps us healthy now right
cell and it keeps us healthy now right
cell and it keeps us healthy now right now every one of us everyone in the
now every one of us everyone in the
now every one of us everyone in the audience and myself is producing one of
audience and myself is producing one of
audience and myself is producing one of these cancer cells one rope cell wants
these cancer cells one rope cell wants
these cancer cells one rope cell wants to try to become the bread house at this
to try to become the bread house at this
to try to become the bread house at this very moment and these jeans are the ones
very moment and these jeans are the ones
very moment and these jeans are the ones that are active and protecting us by
that are active and protecting us by
that are active and protecting us by killing or repairing those cells these
killing or repairing those cells these
killing or repairing those cells these are the keepers of our genetic balance
are the keepers of our genetic balance
are the keepers of our genetic balance but that genetic balance can be lost and
but that genetic balance can be lost and
but that genetic balance can be lost and if the cells start losing bookmarks
if the cells start losing bookmarks
if the cells start losing bookmarks because the damage of over time it’s
because the damage of over time it’s
because the damage of over time it’s accumulated it can lose one critical
accumulated it can lose one critical
accumulated it can lose one critical bookmark that tumor suppressor bookmark
bookmark that tumor suppressor bookmark
bookmark that tumor suppressor bookmark and if you lose the that defense
and if you lose the that defense
and if you lose the that defense mechanism the cell becomes unhinged and
mechanism the cell becomes unhinged and
mechanism the cell becomes unhinged and start proliferating everywhere and it
start proliferating everywhere and it
start proliferating everywhere and it doesn’t just create havoc globally in
doesn’t just create havoc globally in
doesn’t just create havoc globally in length will over time it will detach
length will over time it will detach
length will over time it will detach from the neighborhood matrix and we try
from the neighborhood matrix and we try
from the neighborhood matrix and we try to invade all the organs other
to invade all the organs other
to invade all the organs other neighborhoods in a process we call
neighborhoods in a process we call
neighborhoods in a process we call metastasis that is observed in the late
metastasis that is observed in the late
metastasis that is observed in the late stages of cancer now I want you to think
stages of cancer now I want you to think
stages of cancer now I want you to think really hard about this book Mart that
really hard about this book Mart that
really hard about this book Mart that disappeared because it plays a key role
disappeared because it plays a key role
disappeared because it plays a key role in the treatment I’m going to show you
in the treatment I’m going to show you
in the treatment I’m going to show you the gene clarified by that bookmark
the gene clarified by that bookmark
the gene clarified by that bookmark inside the catalog hasn’t been changed
inside the catalog hasn’t been changed
inside the catalog hasn’t been changed the gene still remains within the
the gene still remains within the
the gene still remains within the catalog it’s just that the nucleus
catalog it’s just that the nucleus
catalog it’s just that the nucleus doesn’t know it needs to read it because
doesn’t know it needs to read it because
doesn’t know it needs to read it because the bookmark disappeared the bookmark
the bookmark disappeared the bookmark
the bookmark disappeared the bookmark vanished because of the
vanished because of the
vanished because of the we create do you see why would be that
we create do you see why would be that
we create do you see why would be that important if we could restore that
important if we could restore that
important if we could restore that Dorman tumor suppressor gene but what
Dorman tumor suppressor gene but what
Dorman tumor suppressor gene but what can we do to restore it even if our diet
can we do to restore it even if our diet
can we do to restore it even if our diet exercise meditation might not be enough
exercise meditation might not be enough
exercise meditation might not be enough can we restore and reinstall an
can we restore and reinstall an
can we restore and reinstall an artificial bookmark to tell the nucleus
artificial bookmark to tell the nucleus
artificial bookmark to tell the nucleus to use back tap tumor suppressor well a
to use back tap tumor suppressor well a
to use back tap tumor suppressor well a couple of years ago a new technique
couple of years ago a new technique
couple of years ago a new technique called CRISPR staggered a revolution in
called CRISPR staggered a revolution in
called CRISPR staggered a revolution in the scientific community because it
the scientific community because it
the scientific community because it expanded the toolkit we have to control
expanded the toolkit we have to control
expanded the toolkit we have to control our genome CRISPR stand for clustered
our genome CRISPR stand for clustered
our genome CRISPR stand for clustered regularly interspaced short palindromic
regularly interspaced short palindromic
regularly interspaced short palindromic repeats and it doesn’t make any more
repeats and it doesn’t make any more
repeats and it doesn’t make any more sense to me than it does for you so let
sense to me than it does for you so let
sense to me than it does for you so let me assure you forget about that just
me assure you forget about that just
me assure you forget about that just let’s call it CRISPR what it is is the
let’s call it CRISPR what it is is the
let’s call it CRISPR what it is is the immune system of bacteria to protect
immune system of bacteria to protect
immune system of bacteria to protect itself against viruses it does it by
itself against viruses it does it by
itself against viruses it does it by recognizes recognizing all invaders and
recognizes recognizing all invaders and
recognizes recognizing all invaders and destroying destroying them cutting in
destroying destroying them cutting in
destroying destroying them cutting in half
half
half the system works actually in a two part
the system works actually in a two part
the system works actually in a two part the first one is a programmable
the first one is a programmable
the first one is a programmable targeting system very much like a GPS in
targeting system very much like a GPS in
targeting system very much like a GPS in the form of an RNA guide this RNA guide
the form of an RNA guide this RNA guide
the form of an RNA guide this RNA guide has a sequence that can find any other
has a sequence that can find any other
has a sequence that can find any other sequence in our DNA or whatever the DNA
sequence in our DNA or whatever the DNA
sequence in our DNA or whatever the DNA we want to target and when it finds it
we want to target and when it finds it
we want to target and when it finds it much it binds to the position now comes
much it binds to the position now comes
much it binds to the position now comes the second part of the system
the second part of the system
the second part of the system a big fat protein called Kasner and can
a big fat protein called Kasner and can
a big fat protein called Kasner and can I have this little pair of scissors and
I have this little pair of scissors and
I have this little pair of scissors and with them it can cut the DNA if you
with them it can cut the DNA if you
with them it can cut the DNA if you happen to be a virus you get cut in half
happen to be a virus you get cut in half
happen to be a virus you get cut in half good like you’re dead now we don’t want
good like you’re dead now we don’t want
good like you’re dead now we don’t want to go around cutting our genes right so
to go around cutting our genes right so
to go around cutting our genes right so what do we do we exchange those scissors
what do we do we exchange those scissors
what do we do we exchange those scissors by a big flashy bookmark this is called
by a big flashy bookmark this is called
by a big flashy bookmark this is called in the scientific term an activator
in the scientific term an activator
in the scientific term an activator domain
domain
domain because what it does it that it
because what it does it that it
because what it does it that it activates the gene expression wherever
activates the gene expression wherever
activates the gene expression wherever it is installed it forced the cell to
it is installed it forced the cell to
it is installed it forced the cell to read the gene or the region of the code
read the gene or the region of the code
read the gene or the region of the code next to it so when the caste nine can
next to it so when the caste nine can
next to it so when the caste nine can install this where our RNA guard is
install this where our RNA guard is
install this where our RNA guard is targeted it will start producing that
targeted it will start producing that
targeted it will start producing that gene now if you happen to target it to a
gene now if you happen to target it to a
gene now if you happen to target it to a tumor suppressor gene nearby the cell
tumor suppressor gene nearby the cell
tumor suppressor gene nearby the cell would be forced to start expressing that
would be forced to start expressing that
would be forced to start expressing that tumor suppressor gene and that’s what we
tumor suppressor gene and that’s what we
tumor suppressor gene and that’s what we did we decided to target one of our tone
did we decided to target one of our tone
did we decided to target one of our tone suppressor in this big catalog of Dean’s
suppressor in this big catalog of Dean’s
suppressor in this big catalog of Dean’s arm disk of discussing with the big
arm disk of discussing with the big
arm disk of discussing with the big flashy bookmark now if you go back to
flashy bookmark now if you go back to
flashy bookmark now if you go back to the cancer cell this one more challenge
the cancer cell this one more challenge
the cancer cell this one more challenge that hasn’t been met so far and is that
that hasn’t been met so far and is that
that hasn’t been met so far and is that the cancer cell will do whatever it can
the cancer cell will do whatever it can
the cancer cell will do whatever it can to prevent us of reactive to reactivate
to prevent us of reactive to reactivate
to prevent us of reactive to reactivate the tumor suppressor gene because it
the tumor suppressor gene because it
the tumor suppressor gene because it would jeopardize its dreams of global
would jeopardize its dreams of global
would jeopardize its dreams of global domination
domination
domination they’ll have systems in place to prevent
they’ll have systems in place to prevent
they’ll have systems in place to prevent the expression of these tumor suppressor
the expression of these tumor suppressor
the expression of these tumor suppressor gene so we have to use the
gene so we have to use the
gene so we have to use the state-of-the-art activator models
state-of-the-art activator models
state-of-the-art activator models engineer so far the biggest and flash
engineer so far the biggest and flash
engineer so far the biggest and flash it’s bookmark basically in order to
it’s bookmark basically in order to
it’s bookmark basically in order to activate this in an enough level to be
activate this in an enough level to be
activate this in an enough level to be relevant and also you need to choose
relevant and also you need to choose
relevant and also you need to choose your targets very well you have multiple
your targets very well you have multiple
your targets very well you have multiple tumor suppressors that you can target
tumor suppressors that you can target
tumor suppressors that you can target and we did that by targeting to a very
and we did that by targeting to a very
and we did that by targeting to a very well studied tumor suppressor called
well studied tumor suppressor called
well studied tumor suppressor called masking masking is relevant in in lung
masking masking is relevant in in lung
masking masking is relevant in in lung cancer and we ship this system into the
cancer and we ship this system into the
cancer and we ship this system into the lung cancer cells and the teen
lung cancer cells and the teen
lung cancer cells and the teen expression went up more than twenty two
expression went up more than twenty two
expression went up more than twenty two thousand times and reached the level of
thousand times and reached the level of
thousand times and reached the level of a normal cell can you imagine that a
a normal cell can you imagine that a
a normal cell can you imagine that a cancer cell that started to reacts press
cancer cell that started to reacts press
cancer cell that started to reacts press a tour suppressor team up to the level
a tour suppressor team up to the level
a tour suppressor team up to the level of a normal cell but did we observe well
of a normal cell but did we observe well
of a normal cell but did we observe well the cancer cells stopped drawing at the
the cancer cells stopped drawing at the
the cancer cells stopped drawing at the rate of accounts
rate of accounts
rate of accounts I’m more like a normal Selleck and even
I’m more like a normal Selleck and even
I’m more like a normal Selleck and even we saw science of apoptosis remember
we saw science of apoptosis remember
we saw science of apoptosis remember that fancy Chandler explain about
that fancy Chandler explain about
that fancy Chandler explain about controlled demolition the cells start
controlled demolition the cells start
controlled demolition the cells start dying so we decided to try this in
dying so we decided to try this in
dying so we decided to try this in another organ we’re beside the lawn
another organ we’re beside the lawn
another organ we’re beside the lawn where it’s also relevant this tumor
where it’s also relevant this tumor
where it’s also relevant this tumor suppressor gene called masking and that
suppressor gene called masking and that
suppressor gene called masking and that is in breast cancer and we observe the
is in breast cancer and we observe the
is in breast cancer and we observe the same results the cells stopped growing
same results the cells stopped growing
same results the cells stopped growing and they started committing apoptosis
and they started committing apoptosis
and they started committing apoptosis finally we decided to test another tumor
finally we decided to test another tumor
finally we decided to test another tumor suppressor gene called rapid emo that is
suppressor gene called rapid emo that is
suppressor gene called rapid emo that is relevant in gastric cancer and the
relevant in gastric cancer and the
relevant in gastric cancer and the result were the same
result were the same
result were the same once the expression of the gene of this
once the expression of the gene of this
once the expression of the gene of this rare primo another tumor suppressor gene
rare primo another tumor suppressor gene
rare primo another tumor suppressor gene went up the cells stopped growing and
went up the cells stopped growing and
went up the cells stopped growing and start committing apoptosis by this
start committing apoptosis by this
start committing apoptosis by this experiments we showed that we can use
experiments we showed that we can use
experiments we showed that we can use CRISPR in cancer cells to wake up those
CRISPR in cancer cells to wake up those
CRISPR in cancer cells to wake up those tumors suppressor genes and use them to
tumors suppressor genes and use them to
tumors suppressor genes and use them to cure cancer now I know there are still
cure cancer now I know there are still
cure cancer now I know there are still major limitations to this technology and
major limitations to this technology and
major limitations to this technology and we need to do a lot of work before we
we need to do a lot of work before we
we need to do a lot of work before we can put together a therapy that can
can put together a therapy that can
can put together a therapy that can reach the patients the main challenge is
reach the patients the main challenge is
reach the patients the main challenge is to take this big fat protein called cast
to take this big fat protein called cast
to take this big fat protein called cast iron and it’s tiny arena guide into the
iron and it’s tiny arena guide into the
iron and it’s tiny arena guide into the cells and this has been one of the
cells and this has been one of the
cells and this has been one of the biggest bottleneck of CRISPR technology
biggest bottleneck of CRISPR technology
biggest bottleneck of CRISPR technology so far but also we need to select the
so far but also we need to select the
so far but also we need to select the best targets that we are going to use
best targets that we are going to use
best targets that we are going to use this technology with I’m not just
this technology with I’m not just
this technology with I’m not just depending on the organs but our now
depending on the organs but our now
depending on the organs but our now personalized assessment of each patient
personalized assessment of each patient
personalized assessment of each patient genetic imbalance despite these
genetic imbalance despite these
genetic imbalance despite these limitations I’m excited because we’re
limitations I’m excited because we’re
limitations I’m excited because we’re just incremental steps away from taking
just incremental steps away from taking
just incremental steps away from taking this technology are controlling the
this technology are controlling the
this technology are controlling the expression of our genes and tapping the
expression of our genes and tapping the
expression of our genes and tapping the tremendous power that is healing in our
tremendous power that is healing in our
tremendous power that is healing in our DNA
DNA
DNA by adapting this technology to activate
by adapting this technology to activate
by adapting this technology to activate genes we might not just
genes we might not just
genes we might not just cancer but we could look at other
cancer but we could look at other
cancer but we could look at other diseases where genetic imbalance is
diseases where genetic imbalance is
diseases where genetic imbalance is important blood pressure diabetes
important blood pressure diabetes
important blood pressure diabetes metabolic diseases turning on fat
metabolic diseases turning on fat
metabolic diseases turning on fat burning proteins regenerative medicine
burning proteins regenerative medicine
burning proteins regenerative medicine the applications are endless so we can
the applications are endless so we can
the applications are endless so we can use CRISPR to empower our genes and by
use CRISPR to empower our genes and by
use CRISPR to empower our genes and by doing that we can do our job to help the
doing that we can do our job to help the
doing that we can do our job to help the body heal itself your genes can cure you
body heal itself your genes can cure you
body heal itself your genes can cure you and now we have the technology to
and now we have the technology to
and now we have the technology to unleash the true potential thank
unleash the true potential thank
unleash the true potential thank [Applause]
”
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