at this moment there are millions of people in the hospital right now
people in the hospital right now
people in the hospital right now suffering and in pain there are many
suffering and in pain there are many
suffering and in pain there are many debilitating diseases such as
debilitating diseases such as
debilitating diseases such as Alzheimer’s Parkinson’s spinal cord
Alzheimer’s Parkinson’s spinal cord
Alzheimer’s Parkinson’s spinal cord injury that caused the injured our
injury that caused the injured our
injury that caused the injured our nervous system and cause disability and
nervous system and cause disability and
nervous system and cause disability and death once I was the daughter of one of
death once I was the daughter of one of
death once I was the daughter of one of those patients I’ve spent most of my
those patients I’ve spent most of my
those patients I’ve spent most of my childhood at the hospital waiting for my
childhood at the hospital waiting for my
childhood at the hospital waiting for my mom to go from one painful treatment
mom to go from one painful treatment
mom to go from one painful treatment after the next for us patients and
after the next for us patients and
after the next for us patients and family the only hope is signs we always
family the only hope is signs we always
family the only hope is signs we always hope that a scientist in some part of
hope that a scientist in some part of
hope that a scientist in some part of the world will find a new cure or a new
the world will find a new cure or a new
the world will find a new cure or a new medication to alleviate the pain of
medication to alleviate the pain of
medication to alleviate the pain of those we love as I grew up I’ve decided
those we love as I grew up I’ve decided
those we love as I grew up I’ve decided to become a scientist myself and I
to become a scientist myself and I
to become a scientist myself and I decided to try to solve it or at least
decided to try to solve it or at least
decided to try to solve it or at least try to help those people at the hospital
try to help those people at the hospital
try to help those people at the hospital but even after many years of studies and
but even after many years of studies and
but even after many years of studies and all my efforts I couldn’t do much why
all my efforts I couldn’t do much why
all my efforts I couldn’t do much why because science is slow every question
because science is slow every question
because science is slow every question generates more questions what is pain
generates more questions what is pain
generates more questions what is pain it’s a response of the nerves to injury
it’s a response of the nerves to injury
it’s a response of the nerves to injury what’s nerve injury it’s a lesion caused
what’s nerve injury it’s a lesion caused
what’s nerve injury it’s a lesion caused to the nerve by a disease an accident or
to the nerve by a disease an accident or
to the nerve by a disease an accident or tumor how can we understand it to really
tumor how can we understand it to really
tumor how can we understand it to really understand the mechanism of neuronal
understand the mechanism of neuronal
understand the mechanism of neuronal degeneration and how it leads to
degeneration and how it leads to
degeneration and how it leads to disability and death we have to go
disability and death we have to go
disability and death we have to go deeper into our nervous system the
deeper into our nervous system the
deeper into our nervous system the nervous system is formed by a network of
nervous system is formed by a network of
nervous system is formed by a network of neurons and neurons are smaller units
neurons and neurons are smaller units
neurons and neurons are smaller units that are made by cell bodies and axons
that are made by cell bodies and axons
that are made by cell bodies and axons little wires that passes information
little wires that passes information
little wires that passes information from our brain the power source to the
from our brain the power source to the
from our brain the power source to the rest of our body enabling us to speak to
rest of our body enabling us to speak to
rest of our body enabling us to speak to think and to move to work prop similar
think and to move to work prop similar
think and to move to work prop similar to them well let’s say similar to the
to them well let’s say similar to the
to them well let’s say similar to the electric wiring of a house to work
electric wiring of a house to work
electric wiring of a house to work properly the
properly the
properly the nervous system relies on the network and
nervous system relies on the network and
nervous system relies on the network and on the precision of neuronal connections
on the precision of neuronal connections
on the precision of neuronal connections if the axons they equivalent to the
if the axons they equivalent to the
if the axons they equivalent to the wires or the neuronal connections the
wires or the neuronal connections the
wires or the neuronal connections the equivalent to the switch are damaged the
equivalent to the switch are damaged the
equivalent to the switch are damaged the information path is compromised and
information path is compromised and
information path is compromised and function may be compromised as well just
function may be compromised as well just
function may be compromised as well just like the electric wiring of a house we
like the electric wiring of a house we
like the electric wiring of a house we can have a small damage that just burn a
can have a small damage that just burn a
can have a small damage that just burn a book or a big damage and a complete
book or a big damage and a complete
book or a big damage and a complete blackout when you find a dark room in
blackout when you find a dark room in
blackout when you find a dark room in your house we have to investigate what
your house we have to investigate what
your house we have to investigate what is the cause it could be a bad bulb a
is the cause it could be a bad bulb a
is the cause it could be a bad bulb a burned fuse or something else to
burned fuse or something else to
burned fuse or something else to investigate lesions in the nervous
investigate lesions in the nervous
investigate lesions in the nervous system is even more challenging and
system is even more challenging and
system is even more challenging and difficult because we do not have access
difficult because we do not have access
difficult because we do not have access to the precise region of the injury and
to the precise region of the injury and
to the precise region of the injury and we cannot just open someone’s brain and
we cannot just open someone’s brain and
we cannot just open someone’s brain and try to figure out what’s working and
try to figure out what’s working and
try to figure out what’s working and what’s not
what’s not
what’s not in addition all the structures the
in addition all the structures the
in addition all the structures the neuronal connections and also the axles
neuronal connections and also the axles
neuronal connections and also the axles they are very very small they are in the
they are very very small they are in the
they are very very small they are in the micro and nanoscale and to understand
micro and nanoscale and to understand
micro and nanoscale and to understand how they work
how they work
how they work we need micro and nano tools and that’s
we need micro and nano tools and that’s
we need micro and nano tools and that’s the reason the wire came to Montreal
the reason the wire came to Montreal
the reason the wire came to Montreal Montreal is a very famous city in your
Montreal is a very famous city in your
Montreal is a very famous city in your science research mantra is the city of
science research mantra is the city of
science research mantra is the city of dr. Wilder Penfield and dr. Brenda
dr. Wilder Penfield and dr. Brenda
dr. Wilder Penfield and dr. Brenda Milner pioneer neuroscientist in the
Milner pioneer neuroscientist in the
Milner pioneer neuroscientist in the study of the brain and spinal cord
study of the brain and spinal cord
study of the brain and spinal cord injury I started working at the Montreal
injury I started working at the Montreal
injury I started working at the Montreal Neurological Institute in a
Neurological Institute in a
Neurological Institute in a collaboration with the McGill physics
collaboration with the McGill physics
collaboration with the McGill physics department where once Nobel Prize winner
department where once Nobel Prize winner
department where once Nobel Prize winner Ernest Rutherford also used to work for
Ernest Rutherford also used to work for
Ernest Rutherford also used to work for me it was the equivalent of being in a
me it was the equivalent of being in a
me it was the equivalent of being in a Disney word for scientists Montreal had
Disney word for scientists Montreal had
Disney word for scientists Montreal had it all you know we had the great
it all you know we had the great
it all you know we had the great scientists great facilities and all the
scientists great facilities and all the
scientists great facilities and all the tools they need to finally understand
tools they need to finally understand
tools they need to finally understand how the nervous system is injured and
how the nervous system is injured and
how the nervous system is injured and how we could reconnect it so my plan was
how we could reconnect it so my plan was
how we could reconnect it so my plan was to use nanotechnology to take one neuron
to use nanotechnology to take one neuron
to use nanotechnology to take one neuron at a time cut it and try to reconnect it
at a time cut it and try to reconnect it
at a time cut it and try to reconnect it try to make it functional again just
try to make it functional again just
try to make it functional again just like the same processes a disease does
like the same processes a disease does
like the same processes a disease does the disease cut a neuron so I was trying
the disease cut a neuron so I was trying
the disease cut a neuron so I was trying to mimic this in the lab and then try to
to mimic this in the lab and then try to
to mimic this in the lab and then try to understand how I could fix it so I
understand how I could fix it so I
understand how I could fix it so I prepared
prepared
prepared through on the petri dish I took the
through on the petri dish I took the
through on the petri dish I took the culture to the microscope and then I saw
culture to the microscope and then I saw
culture to the microscope and then I saw this entangled mass neurons on a petri
this entangled mass neurons on a petri
this entangled mass neurons on a petri dish just do not organize like in the
dish just do not organize like in the
dish just do not organize like in the human body
human body
human body they get entangled they form clumps and
they get entangled they form clumps and
they get entangled they form clumps and it’s very hard to identify single axons
it’s very hard to identify single axons
it’s very hard to identify single axons cut them after injury find where in this
cut them after injury find where in this
cut them after injury find where in this mess is the other half and try to
mess is the other half and try to
mess is the other half and try to reconnect it back to see if it’s working
reconnect it back to see if it’s working
reconnect it back to see if it’s working or not
or not
or not back to the house analogy you know when
back to the house analogy you know when
back to the house analogy you know when you have that broken electric cable in
you have that broken electric cable in
you have that broken electric cable in your house and then you try to fix it
your house and then you try to fix it
your house and then you try to fix it and this full of those mini wires they
and this full of those mini wires they
and this full of those mini wires they are all the same color all entangled and
are all the same color all entangled and
are all the same color all entangled and you have no idea how to connect them
you have no idea how to connect them
you have no idea how to connect them back well that’s exactly the petri dish
back well that’s exactly the petri dish
back well that’s exactly the petri dish and that’s what I was trying to fix even
and that’s what I was trying to fix even
and that’s what I was trying to fix even worse every time we prepare neurons on a
worse every time we prepare neurons on a
worse every time we prepare neurons on a new petri dish they form a different
new petri dish they form a different
new petri dish they form a different network completely different from the
network completely different from the
network completely different from the previous one so if I just found a way to
previous one so if I just found a way to
previous one so if I just found a way to reconnect neurons in petri dish number
reconnect neurons in petri dish number
reconnect neurons in petri dish number one I try to repeat the experiment in
one I try to repeat the experiment in
one I try to repeat the experiment in petri dish number two and it takes me
petri dish number two and it takes me
petri dish number two and it takes me ages just to find the localization how
ages just to find the localization how
ages just to find the localization how the network is working well let’s go
the network is working well let’s go
the network is working well let’s go back to the house analogy let’s imagine
back to the house analogy let’s imagine
back to the house analogy let’s imagine now that you finally fix that broken
now that you finally fix that broken
now that you finally fix that broken cable and then every time you turn on a
cable and then every time you turn on a
cable and then every time you turn on a switch a different bulb turn on aha what
switch a different bulb turn on aha what
switch a different bulb turn on aha what happened we have to change that so if
happened we have to change that so if
happened we have to change that so if you ask someone else if you ask another
you ask someone else if you ask another
you ask someone else if you ask another scientist to use exactly the same
scientist to use exactly the same
scientist to use exactly the same technique to reproduce what you did it’s
technique to reproduce what you did it’s
technique to reproduce what you did it’s just not possible it will not work it’s
just not possible it will not work it’s
just not possible it will not work it’s almost impossible for someone to make
almost impossible for someone to make
almost impossible for someone to make the same si that you did that and what
the same si that you did that and what
the same si that you did that and what happens is that every science has to
happens is that every science has to
happens is that every science has to repeat the same experiment over and over
repeat the same experiment over and over
repeat the same experiment over and over and over again and every time you repeat
and over again and every time you repeat
and over again and every time you repeat the experiment what’s up what’s
the experiment what’s up what’s
the experiment what’s up what’s happening we’re increasing the time it
happening we’re increasing the time it
happening we’re increasing the time it were delaying the delivery of new drugs
were delaying the delivery of new drugs
were delaying the delivery of new drugs for those people at the hospital that
for those people at the hospital that
for those people at the hospital that are waiting for you we’re also
are waiting for you we’re also
are waiting for you we’re also increasing the costs because we’re using
increasing the costs because we’re using
increasing the costs because we’re using more scientists more equipment more
more scientists more equipment more
more scientists more equipment more reagents to produce a new test so
reagents to produce a new test so
reagents to produce a new test so everything is becoming more expensive
everything is becoming more expensive
everything is becoming more expensive and it’s delaying in fact
and it’s delaying in fact
and it’s delaying in fact today from 10,000 drugs being tested
today from 10,000 drugs being tested
today from 10,000 drugs being tested only one we arrive at the market after
only one we arrive at the market after
only one we arrive at the market after 10 to 15 years of research and over a
10 to 15 years of research and over a
10 to 15 years of research and over a billion dollars investment this is just
billion dollars investment this is just
billion dollars investment this is just too long you know in the past 100 years
too long you know in the past 100 years
too long you know in the past 100 years on more than a hundred years ago the
on more than a hundred years ago the
on more than a hundred years ago the petri dish was invented to culture cells
petri dish was invented to culture cells
petri dish was invented to culture cells in the lab and it has not changed until
in the lab and it has not changed until
in the lab and it has not changed until today they use exactly the same
today they use exactly the same
today they use exactly the same procedure in the meantime scientists
procedure in the meantime scientists
procedure in the meantime scientists have evolved they have become
have evolved they have become
have evolved they have become increasingly qualified in microscopes
increasingly qualified in microscopes
increasingly qualified in microscopes have become complex machines with a much
have become complex machines with a much
have become complex machines with a much better vision than the human eye this
better vision than the human eye this
better vision than the human eye this means that today we do have the
means that today we do have the
means that today we do have the technology to perform multiple tests a
technology to perform multiple tests a
technology to perform multiple tests a day we do have the technology to
day we do have the technology to
day we do have the technology to automate the whole process but we just
automate the whole process but we just
automate the whole process but we just cannot do this because the petri dish is
cannot do this because the petri dish is
cannot do this because the petri dish is an outdated model it’s archaic and it
an outdated model it’s archaic and it
an outdated model it’s archaic and it cannot standardize the culture we cannot
cannot standardize the culture we cannot
cannot standardize the culture we cannot send it to a microscope to read it by
send it to a microscope to read it by
send it to a microscope to read it by itself
itself
itself in fact lack of reproducibility is a big
in fact lack of reproducibility is a big
in fact lack of reproducibility is a big problem in science today and what I’ve
problem in science today and what I’ve
problem in science today and what I’ve realized that my major challenge as a
realized that my major challenge as a
realized that my major challenge as a scientist was not to have the best
scientist was not to have the best
scientist was not to have the best facilities the best equipment or the
facilities the best equipment or the
facilities the best equipment or the money my major challenge was to try to
money my major challenge was to try to
money my major challenge was to try to reproduce the nervous system environment
reproduce the nervous system environment
reproduce the nervous system environment on a petri dish so that we can get
on a petri dish so that we can get
on a petri dish so that we can get standardized reproducible data and this
standardized reproducible data and this
standardized reproducible data and this way we can accelerate the drug
way we can accelerate the drug
way we can accelerate the drug development cycle so that you better
development cycle so that you better
development cycle so that you better understand what I’m talking about and
understand what I’m talking about and
understand what I’m talking about and how the petri dish works let’s make an
how the petri dish works let’s make an
how the petri dish works let’s make an analogy let’s say we want to evaluate
analogy let’s say we want to evaluate
analogy let’s say we want to evaluate how people to react to different events
how people to react to different events
how people to react to different events in the park right there is a concert as
in the park right there is a concert as
in the park right there is a concert as people arrive in the park some like to
people arrive in the park some like to
people arrive in the park some like to stay crowded close to the band others
stay crowded close to the band others
stay crowded close to the band others prefer to stay distant in a more
prefer to stay distant in a more
prefer to stay distant in a more comfortable East’s if we take pictures
comfortable East’s if we take pictures
comfortable East’s if we take pictures from the event what we are going to see
from the event what we are going to see
from the event what we are going to see is that depending on where the pictures
is that depending on where the pictures
is that depending on where the pictures are taking we could have multiple
are taking we could have multiple
are taking we could have multiple subjective interpretations if you see
subjective interpretations if you see
subjective interpretations if you see the picture close to the band you say
the picture close to the band you say
the picture close to the band you say all the events crowd if you see the
all the events crowd if you see the
all the events crowd if you see the picture further away you say oh the
picture further away you say oh the
picture further away you say oh the event was empty nobody was there and
event was empty nobody was there and
event was empty nobody was there and it’s very hard to compare between events
it’s very hard to compare between events
it’s very hard to compare between events that’s exactly what happens to the petri
that’s exactly what happens to the petri
that’s exactly what happens to the petri dish the cells when they fall on a petri
dish the cells when they fall on a petri
dish the cells when they fall on a petri dish they organize themselves
dish they organize themselves
dish they organize themselves randomly so now imagine we organized the
randomly so now imagine we organized the
randomly so now imagine we organized the same event on a stadium and then it’s
same event on a stadium and then it’s
same event on a stadium and then it’s much easier to quantify how many people
much easier to quantify how many people
much easier to quantify how many people were present because they are precisely
were present because they are precisely
were present because they are precisely seated on specific positions so if we
seated on specific positions so if we
seated on specific positions so if we take an image we can say how many people
take an image we can say how many people
take an image we can say how many people were present how many seats were empty
were present how many seats were empty
were present how many seats were empty we could even automatically write a
we could even automatically write a
we could even automatically write a program to count how many people were at
program to count how many people were at
program to count how many people were at the event just using a computer and it
the event just using a computer and it
the event just using a computer and it will be much easier to compare the
will be much easier to compare the
will be much easier to compare the reaction of people between events in
reaction of people between events in
reaction of people between events in addition we could even get more data we
addition we could even get more data we
addition we could even get more data we could ask the computer check how many
could ask the computer check how many
could ask the computer check how many people were wearing a red shirt how many
people were wearing a red shirt how many
people were wearing a red shirt how many people are standing you see how
people are standing you see how
people are standing you see how organization makes data analysis much
organization makes data analysis much
organization makes data analysis much faster that’s what we want to do with
faster that’s what we want to do with
faster that’s what we want to do with the petri dish so I spoke to my friend
the petri dish so I spoke to my friend
the petri dish so I spoke to my friend engineer and I said I have this idea why
engineer and I said I have this idea why
engineer and I said I have this idea why don’t we build a stadium for the cells
don’t we build a stadium for the cells
don’t we build a stadium for the cells and then we did and that’s what I have
and then we did and that’s what I have
and then we did and that’s what I have here in my hands in this small device
here in my hands in this small device
here in my hands in this small device made of silicon is a little mold that we
made of silicon is a little mold that we
made of silicon is a little mold that we create to grow 120 mini spinal cords in
create to grow 120 mini spinal cords in
create to grow 120 mini spinal cords in less than a centimeter square now
less than a centimeter square now
less than a centimeter square now instead of having you know sitting in
instead of having you know sitting in
instead of having you know sitting in the microscope and try to find one or
the microscope and try to find one or
the microscope and try to find one or two axons a day I have 120 perfect axon
two axons a day I have 120 perfect axon
two axons a day I have 120 perfect axon similarly organized as in the body that
similarly organized as in the body that
similarly organized as in the body that I could use a test as a will I could
I could use a test as a will I could
I could use a test as a will I could slash all those 120 axons at once and
slash all those 120 axons at once and
slash all those 120 axons at once and try to reconnect it see which drug is
try to reconnect it see which drug is
try to reconnect it see which drug is working or not asking my other friends
working or not asking my other friends
working or not asking my other friends in other countries other scientists to
in other countries other scientists to
in other countries other scientists to test the same thing easily we could
test the same thing easily we could
test the same thing easily we could compare the results you see the micro
compare the results you see the micro
compare the results you see the micro moulds just by organizing the cells make
moulds just by organizing the cells make
moulds just by organizing the cells make drug testing faster more efficient and
drug testing faster more efficient and
drug testing faster more efficient and more reproducible and I’m very proud to
more reproducible and I’m very proud to
more reproducible and I’m very proud to say that by using this technique we
say that by using this technique we
say that by using this technique we achieved a major breakthrough because
achieved a major breakthrough because
achieved a major breakthrough because now I had much more time to think and to
now I had much more time to think and to
now I had much more time to think and to do other things we had this great idea
do other things we had this great idea
do other things we had this great idea why not to try to elongate the axles and
why not to try to elongate the axles and
why not to try to elongate the axles and we managed to do that well or gaiter the
we managed to do that well or gaiter the
we managed to do that well or gaiter the axon 60 times faster than they grow
axon 60 times faster than they grow
axon 60 times faster than they grow naturally we were capable to reconnect
naturally we were capable to reconnect
naturally we were capable to reconnect the axons to other cells very precisely
the axons to other cells very precisely
the axons to other cells very precisely and make this connection functional what
and make this connection functional what
and make this connection functional what does it mean it means that in the future
does it mean it means that in the future
does it mean it means that in the future we just need some more studies but in
we just need some more studies but in
we just need some more studies but in the future it will surgeons will be able
the future it will surgeons will be able
the future it will surgeons will be able to use the same technique to reconnect
to use the same technique to reconnect
to use the same technique to reconnect nerves after injury this is a huge hope
nerves after injury this is a huge hope
nerves after injury this is a huge hope I could finally help those people at the
I could finally help those people at the
I could finally help those people at the hospital or give them more hope you know
hospital or give them more hope you know
hospital or give them more hope you know we can maybe in the future develop a new
we can maybe in the future develop a new
we can maybe in the future develop a new technique to reconnect your nerves and
technique to reconnect your nerves and
technique to reconnect your nerves and to help you regain your thoughts your
to help you regain your thoughts your
to help you regain your thoughts your memories and your movements as I started
memories and your movements as I started
memories and your movements as I started presented this data in different
presented this data in different
presented this data in different conferences people came to me and said
conferences people came to me and said
conferences people came to me and said oh could I have this micromoles to use
oh could I have this micromoles to use
oh could I have this micromoles to use in my research after one year
in my research after one year
in my research after one year we’ve sold over 2,000 devices to people
we’ve sold over 2,000 devices to people
we’ve sold over 2,000 devices to people to accelerate research in Alzheimer’s
to accelerate research in Alzheimer’s
to accelerate research in Alzheimer’s disease Parkinson’s multiple sclerosis
disease Parkinson’s multiple sclerosis
disease Parkinson’s multiple sclerosis spinal cord injury cancer even in
spinal cord injury cancer even in
spinal cord injury cancer even in parasitic disease at this time I
parasitic disease at this time I
parasitic disease at this time I realized you know I develop these
realized you know I develop these
realized you know I develop these devices just to make my work more
devices just to make my work more
devices just to make my work more efficient but suddenly by mass-producing
efficient but suddenly by mass-producing
efficient but suddenly by mass-producing it I saw that it could help everyone
it I saw that it could help everyone
it I saw that it could help everyone else making their work more efficient
else making their work more efficient
else making their work more efficient and this is a very rewarded feeling is a
and this is a very rewarded feeling is a
and this is a very rewarded feeling is a feeling like you know you can contribute
feeling like you know you can contribute
feeling like you know you can contribute to society we can make a better world so
to society we can make a better world so
to society we can make a better world so in fact if you chat today ten of the
in fact if you chat today ten of the
in fact if you chat today ten of the most cited papers of all times seven of
most cited papers of all times seven of
most cited papers of all times seven of them are new techniques or software’s
them are new techniques or software’s
them are new techniques or software’s that became essential in their field it
that became essential in their field it
that became essential in their field it means that seven of the small cited
means that seven of the small cited
means that seven of the small cited papers were scientists that develop a
papers were scientists that develop a
papers were scientists that develop a new tool that enable other scientists to
new tool that enable other scientists to
new tool that enable other scientists to achieve better results much faster not
achieve better results much faster not
achieve better results much faster not very standardized and reproducible way
very standardized and reproducible way
very standardized and reproducible way unfortunately
unfortunately
unfortunately reproducibility is a big problem in
reproducibility is a big problem in
reproducibility is a big problem in science today and in a recent survey
science today and in a recent survey
science today and in a recent survey published by nature magazine they show
published by nature magazine they show
published by nature magazine they show that in biology alone over 60% of the
that in biology alone over 60% of the
that in biology alone over 60% of the research produced cannot be reproduced
research produced cannot be reproduced
research produced cannot be reproduced scientists cannot reproduce their own
scientists cannot reproduce their own
scientists cannot reproduce their own research they are doing a lot of tests
research they are doing a lot of tests
research they are doing a lot of tests what does it mean means that they have
what does it mean means that they have
what does it mean means that they have to make more and more tests and use the
to make more and more tests and use the
to make more and more tests and use the cells over
cells over
cells over and over and over again and that means
and over and over again and that means
and over and over again and that means more costs and longer time to deliver
more costs and longer time to deliver
more costs and longer time to deliver drugs for those people that need it we
drugs for those people that need it we
drugs for those people that need it we have to change that it is about time
have to change that it is about time
have to change that it is about time that we develop something better than
that we develop something better than
that we develop something better than the petri dish because we have the
the petri dish because we have the
the petri dish because we have the technology and there are millions of
technology and there are millions of
technology and there are millions of people in the hospitals right now
people in the hospitals right now
people in the hospitals right now waiting for us to bring medication from
waiting for us to bring medication from
waiting for us to bring medication from the lab to the bedside what we’re
the lab to the bedside what we’re
the lab to the bedside what we’re solving now it’s much bigger than just
solving now it’s much bigger than just
solving now it’s much bigger than just cells on a petri dish we’re bringing
cells on a petri dish we’re bringing
cells on a petri dish we’re bringing research into the 21st century the
research into the 21st century the
research into the 21st century the message I would like to leave is for all
message I would like to leave is for all
message I would like to leave is for all the kids watching all the kids that like
the kids watching all the kids that like
the kids watching all the kids that like me have parents at the hospital don’t
me have parents at the hospital don’t
me have parents at the hospital don’t lose your faith in science because we
lose your faith in science because we
lose your faith in science because we can do better we can do much better we
can do better we can do much better we
can do better we can do much better we have the technology and we have the
have the technology and we have the
have the technology and we have the minds for it for all the scientists
minds for it for all the scientists
minds for it for all the scientists watching
watching
watching let’s bring more innovation to science
let’s bring more innovation to science
let’s bring more innovation to science because we need it
because we need it
because we need it thank
”
Be First to Comment