[Music]
[Music]
Hello
passion I invented the first meat
vegetable printed in 3d
I tell him a secret to renew
you really have to go to another one
speed is a speed we are
we like the speed of the speed
tweet the speed of the followers
information speed that is not of
quality and this results in problems
as fake news you know they go a lot of
fashion and if you do them like a flatter
and then there is another speed
true innovation is done to another
speed the speed of the big ones
changes the speed of nature
speed of our planet
you know this animal this animal
has a special ability and this other
you know what was the first one
salamander
and this is called axel ott both
they have a special ability that we do not
we have
they know how to regenerate the parts of their body
because we do not succeed because they do not
we are made to regenerate the parts
our body our species is made in
so that if we lose an arm not
it is better to regenerate it should close it
with a wound and like a scar e
then try to avoid infections of the
bacteria and there are problems we are looking for
to solve by studying these animals
that know how to regenerate in the united states
for example, there is a need
ever-increasing number of spare parts
however, as you can see in the graph the two
bottom are like tissue grows
organ donation
so we are not at the same level
of what is required of us and this
it also serves to regenerate the organs
to solve problems not just of
organ transplants but to study for
example the new drugs or for simple
analysis that we think they can
be simpler but the cosmetic for
example is a very large market
to get to a moment when we will know
change the pieces of our body like
if we were machines
human tissues and human organs ai
animal tissues and animal organs yes
they look like what you see with i
red dots that are the cells that
they live inside of a structure inside
a structure called tritsch
extracellular the laboratory e
we try to regenerate on the left
you see a like real cartilage a
right you see what we are looking for
do the laboratory to imitate it or
in this case on the left you see that
which are collagen fibers and to the right
what we try to do by imitating it
But you see that it is not the same and therefore
now I present the bio print labio
printing is a new technology that
allows to use techniques of
3d printers from printers
three-dimensional to build organs and
human or animal tissues
in the case of these images the image
of the wake forest university in which
they try to build a kidney
the lab i’m in barcelona and
when he worked at university up to
a short time ago I was specialized in
this field in the time of the bio press
and then those green dots you see
they are the cells that live inside one
three-dimensional macroscopic structure
that in my case I decided to do a
ear to prove that capable of
build something complicated that
had the form difficult to imitate with
other technologies
the bio print in allowed to build
fabrics that turned out to be a lot
similar to the three-dimensional model
good initial could be built for
example models similar to an ear and
they used things called
therefore hydrogen of the polymers or yes
they could use this technique
to regenerate bones via pottery like
this image and to try to
replace hosting parts in the case in
whose body is not capable of regenerating it
on his own
or you can build systems of
titans and using printers
three-dimensional with micro capacity
extrusion to build plants of
titanium adapted to the patient or stand
all biodegradable cardiovascular products
these images you have seen the
images
processes that he developed together with
university bio engineering group
Polytechnic of Catalonia
but then one day I thought and if I did
I could impact with this technique
bio print not just one of the
objectives of the UN which is that of the
health improves health but it could
attack all these points
[Music]
you know that in the case for example i
47 percent of the land is united
they are used for the production of the
eat and you know even in this it does not
you know
probably 70 percent of this
it is feed for breeding results that
there is a very serious problem of lack
of proteins in a population that is
growing and we will be 9 billion in 2050
we will need alternatives to
proteins the current system of
breeding is unsustainable
we simply are not able to have
enough resources we will not be able to
feed 9 billion people
for which this system is
plus it has an effect on greenhouse gases
the effect of breeding is greater than
all those of all the photos of the vehicles
of transport put together
the planes the cars the trains all
together they have an effect on their gases
there are lesser greenhouses in the farm
already technologies that are developing
for the technology that was going on
developing until now were those that
allowed
as you see above in vitro meat
cultivated in vitro then cultivating it
with cells in the laboratory or underneath
you can see the bio hamburger case
that you saw that it had been launched
in Italy just now all impossible
burger that there is in the united states that
they taste like animal meat but they are from
vegetable meat or based structures
in soybean soy extrusion
allow to build something of
vegetable that resembles the texture no
to the consistency of an animal meat
but to really study how to imitate
the meat must go to another
speed
one must study in nature as it is
made the meat inside the meat
we see so but inside it is formed by
muscle fibers 11 an organization
special that allows this fabric
to respond to the mechanisms I have
need to live and to move well
studying under a microscope you can see that there
it is these muscle fibers that have a
specific order and are not messy
we must try to imitate this
structure to make a filly meat
vegetable that really is similar to the
animal meat, however, not only for example
consistency is sufficient or for example not
just a hamburger that tastes like meat
animal but it is a hamburger is not meat
fibrous must find a solution
that is sustainable for example and not
need to use cells though that
can give us the chance to have
something that has consistency
the taste is so tasteless and must
really look like and meat too
from the macroscopic point of view I have to
always seem to us a quarry a piece of
meat also putin is microscopic in
italy how it’s really made inside for
using only ingredients
vegetables and using a process that
I invented I decided to apply
these bio print know-how for
build a vegetable meat through
the bio press and then I started with
small ip products to imitate as you
he could build this microstructure e
at the same time have the flavor
consistency and appearance
three-dimensional of a piece of
meat and then built to what of a while
more complex however in this case still
it resembled something that was one
color a little strange for which I am now
trying to build something that can
really seem and have the same
nutritional and have the flavor
of the real flesh in this case for
example you see above a piece of chicken
real
in the pan alongside a piece of meat
vegetable that has the same properties
nutritional aspects of the above in the sense
that the amount of protein and the quality
of amino acids that make up these
protein and similar in the amount of
fat the amount of fiber and the
quantity of minerals and vitamins and therefore
now you are a process in which I am
trying to use this technique
to change the world and finally
I just wanted to remind you that to have
quality innovation to have
quality information must go
at another speed and as he said
leonardo da vinci if you have a goal
complex goals are obtained
when one works, he can instead be talented
passion but also when we dedicate ourselves
time we do not have the time to dedicate
for important things and for this type
innovations need to time to
talent of fortune time
agree and we can get to something
that can really interest us can
be a project of our life and there
it can accomplish in the sense that we feel
happier because we do good
the impediment wax delay I
bend stubborn rigor and put him in
his logo when he produced something is the
sentence that I like best you do not turn to
who star is fixed does not turn who is
fixed to a star
thank you
[Applause]
[Music]
[Music]
[Music]
Hello
passion I invented the first meat
vegetable printed in 3d
I tell him a secret to renew
you really have to go to another one
speed is a speed we are
we like the speed of the speed
tweet the speed of the followers
information speed that is not of
quality and this results in problems
as fake news you know they go a lot of
fashion and if you do them like a flatter
and then there is another speed
true innovation is done to another
speed the speed of the big ones
changes the speed of nature
speed of our planet
you know this animal this animal
has a special ability and this other
you know what was the first one
salamander
and this is called axel ott both
they have a special ability that we do not
we have
they know how to regenerate the parts of their body
because we do not succeed because they do not
we are made to regenerate the parts
our body our species is made in
so that if we lose an arm not
it is better to regenerate it should close it
with a wound and like a scar e
then try to avoid infections of the
bacteria and there are problems we are looking for
to solve by studying these animals
that know how to regenerate in the united states
for example, there is a need
ever-increasing number of spare parts
however, as you can see in the graph the two
bottom are like tissue grows
organ donation
so we are not at the same level
of what is required of us and this
it also serves to regenerate the organs
to solve problems not just of
organ transplants but to study for
example the new drugs or for simple
analysis that we think they can
be simpler but the cosmetic for
example is a very large market
to get to a moment when we will know
change the pieces of our body like
if we were machines
human tissues and human organs ai
animal tissues and animal organs yes
they look like what you see with i
red dots that are the cells that
they live inside of a structure inside
a structure called tritsch
extracellular the laboratory e
we try to regenerate on the left
you see a like real cartilage a
right you see what we are looking for
do the laboratory to imitate it or
in this case on the left you see that
which are collagen fibers and to the right
what we try to do by imitating it
But you see that it is not the same and therefore
now I present the bio print labio
printing is a new technology that
allows to use techniques of
3d printers from printers
three-dimensional to build organs and
human or animal tissues
in the case of these images the image
of the wake forest university in which
they try to build a kidney
the lab i’m in barcelona and
when he worked at university up to
a short time ago I was specialized in
this field in the time of the bio press
and then those green dots you see
they are the cells that live inside one
three-dimensional macroscopic structure
that in my case I decided to do a
ear to prove that capable of
build something complicated that
had the form difficult to imitate with
other technologies
the bio print in allowed to build
fabrics that turned out to be a lot
similar to the three-dimensional model
good initial could be built for
example models similar to an ear and
they used things called
therefore hydrogen of the polymers or yes
they could use this technique
to regenerate bones via pottery like
this image and to try to
replace hosting parts in the case in
whose body is not capable of regenerating it
on his own
or you can build systems of
titans and using printers
three-dimensional with micro capacity
extrusion to build plants of
titanium adapted to the patient or stand
all biodegradable cardiovascular products
these images you have seen the
images
processes that he developed together with
university bio engineering group
Polytechnic of Catalonia
but then one day I thought and if I did
I could impact with this technique
bio print not just one of the
objectives of the UN which is that of the
health improves health but it could
attack all these points
[Music]
you know that in the case for example i
47 percent of the land is united
they are used for the production of the
eat and you know even in this it does not
you know
probably 70 percent of this
it is feed for breeding results that
there is a very serious problem of lack
of proteins in a population that is
growing and we will be 9 billion in 2050
we will need alternatives to
proteins the current system of
breeding is unsustainable
we simply are not able to have
enough resources we will not be able to
feed 9 billion people
for which this system is
plus it has an effect on greenhouse gases
the effect of breeding is greater than
all those of all the photos of the vehicles
of transport put together
the planes the cars the trains all
together they have an effect on their gases
there are lesser greenhouses in the farm
already technologies that are developing
for the technology that was going on
developing until now were those that
allowed
as you see above in vitro meat
cultivated in vitro then cultivating it
with cells in the laboratory or underneath
you can see the bio hamburger case
that you saw that it had been launched
in Italy just now all impossible
burger that there is in the united states that
they taste like animal meat but they are from
vegetable meat or based structures
in soybean soy extrusion
allow to build something of
vegetable that resembles the texture no
to the consistency of an animal meat
but to really study how to imitate
the meat must go to another
speed
one must study in nature as it is
made the meat inside the meat
we see so but inside it is formed by
muscle fibers 11 an organization
special that allows this fabric
to respond to the mechanisms I have
need to live and to move well
studying under a microscope you can see that there
it is these muscle fibers that have a
specific order and are not messy
we must try to imitate this
structure to make a filly meat
vegetable that really is similar to the
animal meat, however, not only for example
consistency is sufficient or for example not
just a hamburger that tastes like meat
animal but it is a hamburger is not meat
fibrous must find a solution
that is sustainable for example and not
need to use cells though that
can give us the chance to have
something that has consistency
the taste is so tasteless and must
really look like and meat too
from the macroscopic point of view I have to
always seem to us a quarry a piece of
meat also putin is microscopic in
italy how it’s really made inside for
using only ingredients
vegetables and using a process that
I invented I decided to apply
these bio print know-how for
build a vegetable meat through
the bio press and then I started with
small ip products to imitate as you
he could build this microstructure e
at the same time have the flavor
consistency and appearance
three-dimensional of a piece of
meat and then built to what of a while
more complex however in this case still
it resembled something that was one
color a little strange for which I am now
trying to build something that can
really seem and have the same
nutritional and have the flavor
of the real flesh in this case for
example you see above a piece of chicken
real
in the pan alongside a piece of meat
vegetable that has the same properties
nutritional aspects of the above in the sense
that the amount of protein and the quality
of amino acids that make up these
protein and similar in the amount of
fat the amount of fiber and the
quantity of minerals and vitamins and therefore
now you are a process in which I am
trying to use this technique
to change the world and finally
I just wanted to remind you that to have
quality innovation to have
quality information must go
at another speed and as he said
leonardo da vinci if you have a goal
complex goals are obtained
when one works, he can instead be talented
passion but also when we dedicate ourselves
time we do not have the time to dedicate
for important things and for this type
innovations need to time to
talent of fortune time
agree and we can get to something
that can really interest us can
be a project of our life and there
it can accomplish in the sense that we feel
happier because we do good
the impediment wax delay I
bend stubborn rigor and put him in
his logo when he produced something is the
sentence that I like best you do not turn to
who star is fixed does not turn who is
fixed to a star
thank you
[Applause]
[Music]
[Music]
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