remember what I wanted to do when you were
great that I wanted to be great when
you were a boy
I wanted to be a scientist and study
stars of the universe
I was passionate about my astronomy books
because my grandparents were teachers and I had
a huge library and although I did not know
read and I did not understand what they were saying to me
it was enough to see the photographs of the
galaxies the planets and the universe was
what he enjoyed and to date never
has used a telescope
Now I’m a technologist so I’m not
or the macro but the micro what does not
we can see at a glance
because I advanced technology
university the word biotechnology me
It sounded challenging, they told me it was the
career of the future
and it’s going to be my decision in that I went
fortunate and my choice was successful
so now I’m passionate about what I do and
I fell in love thinking about what I could do
think about what could cure cancer
think about what could reverse the damage
of pollution or even in that
could take care of food safety
of the planet and the most important thing that
I could redesign life that way I imagined
the future world
in this world the technology and the planet
they are not fighting because the technology
understands life and in this world
future we can change the color of
flowers
we can regenerate our organs
we can even
eat super nutritious foods that do not
come from an animal or wear clothes and
that do not come from a fiber made in
animals
for some this future is
500 years
for another 100
but for me it has already begun
and all thanks to this moment
and to them who deserves to have
discovered the DNA the molecule that
originates a whole chain of information
that tells us where we came from and where
come on and well the DNA is in
each cell and if we think that each
cell is like a computer the
computers need programs to
work that in turn are made of
information a code ones and zeros good
for a cell to work it needs to
many genes and these genes are made
of genetic information ones and zeros
of the life
and good
this reminds me
since we know that DNA was
discovered in 1953 that has happened
the discovery of human insulin
produced by bacteria
comes to replace the porcine insulin
giving a better quality of life for the
people later without 2050 years later
from this moment the project is concluded
of the human genome that is now deciphered
the code that gave rise to man and that
now he has brought advances in medicine
modern that they take us to today
day on which we can delete paste delete
genetic information to treat
diseases like cancer
this is news this month about a
treatment where a new one is used
revolutionary technology crisis but
that if we think that DNA is like a
text in a document this technology is
able to function as a draft and
be able to correct the errors that they give us
with us in diseases
this reminds me of this moment the
invention of the computer what was
a technological revolution however
they were huge machines that only
they could be operated by their inventors
specialist engineers after
they were making smaller come to
internet and we all have the need to
share information
this is achieved thanks to the law of moore
that tells us that we can double the
number of transistors per
microprocessor every two years in summary
the sizes and prices decrease
what we can now all have a
smartphone but what about the
good biotechnology that’s like the law
from moore but from the adn rock carson we
says that now we can sequence and
synthesize DNA is to write and
translate the DNA
lowering your costs by letter
however the information that right now
can we share access to
through a computer we do it from
efficient way every day through
from our smartphone from our mail
images photographs documents that
impasse with genetic information perhaps
we can all access it we can
use it we can access the information
Genetics of other organisms
only specialists or
institutions but that’s about to
change
it is a fact that biotechnology
and continues to generate solutions that before
were unimaginable and that the following
generations should see it as a
tool of everyday life
and this we will achieve only through
of education a word that has
great weight but I talk about education
scientific not like the traditional one that
is lacking and limited we must innovate
in education through experiences
because because the world changes
quickly and our models of
education remain motionless
and before so much information that there is no
we can memorize everything we can not
learn by making plans we should
learn to use this information
so that the time will come when
anyone can have a
experience and that is the brand that
generate learning
currently there are trends like
virtual reality augmented reality
gamification as well as many others
that what they are looking for is that the models of
teaching and learning of
experience for the students and this is
achieved with the computer again
in primary school they did not teach us to use the
computer with drawings or drawings
we had a computer we could
turn it on off using word powerpoint
then we start to program up
get to the point where now any
child could put together his robot
what about biotechnology who
are educating in the sciences of the
lifetime
You must mention that they are few but here
is that what they are doing is changing
the rules of the game
and there are institutions like
nate be the magazine with the greatest impact to
global level that has now generated a
platform that is called site tv that
allows student researchers
teachers can heal information
information that is freely accessible and
from anywhere in the world can
have this experience
then there are companies like boeing
a pharmaceutical company from the USA and what do
they make medicines
medicines for diseases
chronic-degenerative than for more than 10
years have implemented a model through
of a community laboratory for children
they invite both parents to children to
join to learn science they put the
experience of entering a laboratory
carry out a research project and
strengthen the scientific method and now
these children are the generations that
they are doing our medications
and then there are my favorites I hate it
hackers bio hackers are people who
they do science but they do not belong to a
academy to an institution or a center
research
he saw them hackers share these values
to educate and democratize and they are the
that are changing the world
I will give the example of baio that today is a
community laboratory of gioja kers
when I mentioned that one day
we could do our medications in
good house they are doing to
through the open insulin project a
collaborative project on a global level that
has the mission that anyone
in your homes you can make your own
insulin because it’s a medication that already
it has been almost 50 years
then in the market as discovered
and yet only the
pharmaceutical institutions have the
decision to take action on him
then they are come chis when he said that
we could consume food that does not
would come from an animal this is the case of
a cheese that is produced in a
synthetic retaining all
ingredients but it does not come from milk
of an animal
and then there are the I hackers like andy
a passionate about education that makes
super crazy workshops to teach
genetic engineering to children
andy faces the barriers of
biotechnology, the high costs for
technologies that are needed to carry
out a plan a practice and he will
sum to the movement of du jour be go
do it yourself with biology and he created
your equipment like microscopes like others
laboratory equipment to be able
teach others to use them and do
biotechnology in this practice is called
molecular sushi and teaches how it could be
the insertion of genes in a cell
and good in the movement of georges the
valley allows the community to deliver
technology and make it accessible and that
anyone can make a microscope
with the cost of one dollar
these are international scenarios and
I wonder what’s happening in Mexico
and I think about them I generate a
civil association of monterrey that has
impacted on the life of more than 1,300
children through courses of
biotechnology mainly children of
and secondary school children in areas
vulnerable
and well I told them that I am
technologist that I’m a hacker but he has not
talked about what is my role in this
history
I want a day anyone can
learn and do biotechnology
and for that I want to put my own
laboratory
however, it did not have the infrastructure
of work to achieve it
so I started I felt that now it’s a
state that designs technology in a way
accessible that generates educational material
and that promotes scientific dissemination
in order to make the way for these
educators a simpler way
this project started as an idea
we went to a hackathon and we won the
vertical education what we
It allowed us to attend our first
teams after we got together with a
community the communities of javier
hackers and young biotechnologists and we
keep motivating that we should
continue with this idea because no
it was only a problem for mexico
but for the entire Latin American region
and now what about the idea of
laboratory, we have not abandoned it
we continue working on it and we wait
that this year is in three months or a month
we can open the first laboratory
community in the city of monterrey
now in order that as well as I that
I can make bacteria shine in the
darkness
you can get to do it and that
someday you can use your own
genetic information thanks
[Applause]
[Music]
[Applause]
great that I wanted to be great when
you were a boy
I wanted to be a scientist and study
stars of the universe
I was passionate about my astronomy books
because my grandparents were teachers and I had
a huge library and although I did not know
read and I did not understand what they were saying to me
it was enough to see the photographs of the
galaxies the planets and the universe was
what he enjoyed and to date never
has used a telescope
Now I’m a technologist so I’m not
or the macro but the micro what does not
we can see at a glance
because I advanced technology
university the word biotechnology me
It sounded challenging, they told me it was the
career of the future
and it’s going to be my decision in that I went
fortunate and my choice was successful
so now I’m passionate about what I do and
I fell in love thinking about what I could do
think about what could cure cancer
think about what could reverse the damage
of pollution or even in that
could take care of food safety
of the planet and the most important thing that
I could redesign life that way I imagined
the future world
in this world the technology and the planet
they are not fighting because the technology
understands life and in this world
future we can change the color of
flowers
we can regenerate our organs
we can even
eat super nutritious foods that do not
come from an animal or wear clothes and
that do not come from a fiber made in
animals
for some this future is
500 years
for another 100
but for me it has already begun
and all thanks to this moment
and to them who deserves to have
discovered the DNA the molecule that
originates a whole chain of information
that tells us where we came from and where
come on and well the DNA is in
each cell and if we think that each
cell is like a computer the
computers need programs to
work that in turn are made of
information a code ones and zeros good
for a cell to work it needs to
many genes and these genes are made
of genetic information ones and zeros
of the life
and good
this reminds me
since we know that DNA was
discovered in 1953 that has happened
the discovery of human insulin
produced by bacteria
comes to replace the porcine insulin
giving a better quality of life for the
people later without 2050 years later
from this moment the project is concluded
of the human genome that is now deciphered
the code that gave rise to man and that
now he has brought advances in medicine
modern that they take us to today
day on which we can delete paste delete
genetic information to treat
diseases like cancer
this is news this month about a
treatment where a new one is used
revolutionary technology crisis but
that if we think that DNA is like a
text in a document this technology is
able to function as a draft and
be able to correct the errors that they give us
with us in diseases
this reminds me of this moment the
invention of the computer what was
a technological revolution however
they were huge machines that only
they could be operated by their inventors
specialist engineers after
they were making smaller come to
internet and we all have the need to
share information
this is achieved thanks to the law of moore
that tells us that we can double the
number of transistors per
microprocessor every two years in summary
the sizes and prices decrease
what we can now all have a
smartphone but what about the
good biotechnology that’s like the law
from moore but from the adn rock carson we
says that now we can sequence and
synthesize DNA is to write and
translate the DNA
lowering your costs by letter
however the information that right now
can we share access to
through a computer we do it from
efficient way every day through
from our smartphone from our mail
images photographs documents that
impasse with genetic information perhaps
we can all access it we can
use it we can access the information
Genetics of other organisms
only specialists or
institutions but that’s about to
change
it is a fact that biotechnology
and continues to generate solutions that before
were unimaginable and that the following
generations should see it as a
tool of everyday life
and this we will achieve only through
of education a word that has
great weight but I talk about education
scientific not like the traditional one that
is lacking and limited we must innovate
in education through experiences
because because the world changes
quickly and our models of
education remain motionless
and before so much information that there is no
we can memorize everything we can not
learn by making plans we should
learn to use this information
so that the time will come when
anyone can have a
experience and that is the brand that
generate learning
currently there are trends like
virtual reality augmented reality
gamification as well as many others
that what they are looking for is that the models of
teaching and learning of
experience for the students and this is
achieved with the computer again
in primary school they did not teach us to use the
computer with drawings or drawings
we had a computer we could
turn it on off using word powerpoint
then we start to program up
get to the point where now any
child could put together his robot
what about biotechnology who
are educating in the sciences of the
lifetime
You must mention that they are few but here
is that what they are doing is changing
the rules of the game
and there are institutions like
nate be the magazine with the greatest impact to
global level that has now generated a
platform that is called site tv that
allows student researchers
teachers can heal information
information that is freely accessible and
from anywhere in the world can
have this experience
then there are companies like boeing
a pharmaceutical company from the USA and what do
they make medicines
medicines for diseases
chronic-degenerative than for more than 10
years have implemented a model through
of a community laboratory for children
they invite both parents to children to
join to learn science they put the
experience of entering a laboratory
carry out a research project and
strengthen the scientific method and now
these children are the generations that
they are doing our medications
and then there are my favorites I hate it
hackers bio hackers are people who
they do science but they do not belong to a
academy to an institution or a center
research
he saw them hackers share these values
to educate and democratize and they are the
that are changing the world
I will give the example of baio that today is a
community laboratory of gioja kers
when I mentioned that one day
we could do our medications in
good house they are doing to
through the open insulin project a
collaborative project on a global level that
has the mission that anyone
in your homes you can make your own
insulin because it’s a medication that already
it has been almost 50 years
then in the market as discovered
and yet only the
pharmaceutical institutions have the
decision to take action on him
then they are come chis when he said that
we could consume food that does not
would come from an animal this is the case of
a cheese that is produced in a
synthetic retaining all
ingredients but it does not come from milk
of an animal
and then there are the I hackers like andy
a passionate about education that makes
super crazy workshops to teach
genetic engineering to children
andy faces the barriers of
biotechnology, the high costs for
technologies that are needed to carry
out a plan a practice and he will
sum to the movement of du jour be go
do it yourself with biology and he created
your equipment like microscopes like others
laboratory equipment to be able
teach others to use them and do
biotechnology in this practice is called
molecular sushi and teaches how it could be
the insertion of genes in a cell
and good in the movement of georges the
valley allows the community to deliver
technology and make it accessible and that
anyone can make a microscope
with the cost of one dollar
these are international scenarios and
I wonder what’s happening in Mexico
and I think about them I generate a
civil association of monterrey that has
impacted on the life of more than 1,300
children through courses of
biotechnology mainly children of
and secondary school children in areas
vulnerable
and well I told them that I am
technologist that I’m a hacker but he has not
talked about what is my role in this
history
I want a day anyone can
learn and do biotechnology
and for that I want to put my own
laboratory
however, it did not have the infrastructure
of work to achieve it
so I started I felt that now it’s a
state that designs technology in a way
accessible that generates educational material
and that promotes scientific dissemination
in order to make the way for these
educators a simpler way
this project started as an idea
we went to a hackathon and we won the
vertical education what we
It allowed us to attend our first
teams after we got together with a
community the communities of javier
hackers and young biotechnologists and we
keep motivating that we should
continue with this idea because no
it was only a problem for mexico
but for the entire Latin American region
and now what about the idea of
laboratory, we have not abandoned it
we continue working on it and we wait
that this year is in three months or a month
we can open the first laboratory
community in the city of monterrey
now in order that as well as I that
I can make bacteria shine in the
darkness
you can get to do it and that
someday you can use your own
genetic information thanks
[Applause]
[Music]
[Applause]
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