[Music]
the laws
[Applause]
eat hamburgers without killing animals
manufacture specific medicines for
each patient create organs for each
person who needs it
these three ideas that sound like science
fiction have a point in common the
print technology suit during
the last year of high school
being in the square and looking at what
any teenager miranda plaza
national geography is where I find
an article about prosthetics
myoelectric robotic prostheses
commanded by muscular contractions
I think it’s a challenge
super super attractive technician
interesting and researching a little more
I find that I also had a factor
social a human impact and it ‘s because
this type of prosthesis here in the
Argentina at that time were from
difficult access due to its high costs
and because they were only imported
that’s why I embarked on the
I develop a myoelectric prosthesis
of a superior member but within the
framework of the philosophy of the code
open where all the planes all the
circuits and all programs
today they are free and open access
although this type of prosthesis presents
interesting results we are still
looking for a mechanical solution for
a biological need at that time
begins to boom more and more
this gives the impression of being a
manufacturing technology
additive manufacturing where are we going
adding material to create a piece
that had previously been designed in
the computer as if it were a manga
to decorate cake that layer by layer goes
depositing the material and converting that
piece that was virtual in something tangible
in something real technology that has been
widely used prototypes in
autoparts
giving for life -size houses up
burgers getting a little more
meeting held on the bio
3d printing printing but now with
biological materials with cells
alive to create organs and tissues like
what we all have now
inside and now I want it to be taken in a
second and that they accompany me and that all
close your eyes
I think they inspire deep and that he plays in
the back of the hand they try to
stretch the skin feel the heat or
the touch
we are working to create that in a
via printer psoe knew print
imagine that person who is
trying to explain to the people of
airport security that the
cicada sounds because it has an implant
titanium
we are getting closer to creating
bone replacement pieces and how
we do this from the print path that
it sounds something of the first world that requires
millionaire investments in our case
it was with two old office printers
I got that I give away a scanner
and a floppy disk drive and it was with those
mechanisms that build the first prototype
of vido printer with this prototype I
I approach Dr. Maria born of the
engineering faculty who already came
working on the protein collagen
that works as scaffolding for all
Our fabrics par excellence
to print biological structures
together with her we started working
synergistically to fine-tune the
material and technology enhancing
we mutually
basically the work dynamics was
get the tendons given in the
the corner butcher took me
home hiding from my sister who
they play hide and seek daughter with several
top
You will be sitting at the desk
glass that you took out of the scanner
it was my surgical table scalpel
syringes clamps the gloves
desk lamp and cutting by the
surgeon very concentrated in my
operation is that there is next in a
moment the pillow abstraction
in which he slept every night
in that moment I realized how deep
that I had got into the project as
motivates me captivates me later
we started working with gastón
galanter nick with whom we became
this room project and a little
academic also in a venture
of technological base and entrepreneurship
from which we started to develop
new models of the printer and
work with new institutes of the
conicet in applications that neither
had happened between them printing
3d medicine when the doctor
santiago palma is approaching us with this
restlessness and print pills between g
first it brought us down because it was something
that was very far from what we came
doing but the same thing we investigated
we started looking for bibliography and there
we found the vision he had
we found that in 2016 the year
passed the fd to that is like the anmat
Argentina approved the first medication
printed on 13
we also find that geometry
of the pill that we consume affects in
how the drug is released in the
organism
it is not the same to take a pill
spherical a cube shaped pill
and in turn and taking advantage of technology
3d printing
we had the ability to combine
different drugs and materials
all excipients on the same tablet and
with the specific doses that the
patient needs
we all know someone who takes the
number of pills per day
imagine with first all that in one
we throw the grandmother’s pillbox
on the other hand 3d printing of organs
and tissues something that sounds like science
fiction and this line of application in
particular seeks to solve two of the
most important problems and
greatest impact when making a
transplant
on the one hand if we manage to create the organ
that the patient needs no longer
we need a specific donor not
let’s continue that waiting list
on the other hand if that organ is created
with the cells of the same patient
we drastically decreased the
rejection probability
some of these lines of application
they take advantage of the years and years of
evolution of the organism by providing it
the complete solution without an initiator
scaffolding as in the case of bone by
example a scaffold is created so that the
same organism
I made the solution you need
now a biological solution for
a biological need have arisen
new solutions applications
aesthetics for specific patients or
even 3d printing tissues but in the
space like making the year
next
this technology poses challenges and
concerns that some have been
resolved but still continue to emerge
new among them from the point of
ethical view that is what we are going to create
how far will we go
from the regulatory point of view
what will be the agency in charge of
regulate this and how are you going to do it and it is
the point of view of accessibility
how do we developers of
the technology to make these
solutions reach every patient that
you need it
the more than
of a thousand Argentines and Argentines that today
are on the waiting list or in the process
of registration to receive an organ
or tissue
have been and continue to be the engine of
this project project that allowed us
see the importance of bonding
between science and technology between
academic researchers and
technology – based ventures
linkage that allows to advance on
the research lines or even
create new and expand your reach
its application is why it is crucial
that we continue to push and promote
connection between these two worlds that
still many times they seem unconnected
but this great challenge of a factor
key is a cultural factor and in the
confidence in Argentine developments
how many of us have heard
talk about the creativity of
Argentines of that capacity
solve all the problems that
arise with the resources of those who
has
even if the only resource is a
wire but how many of us have
listened to is also a product of
national manufacturing as a synonym of
cheaper and in lower quality than the
Foreign
consolidate that trust in the
Argentine developments let’s make our own
that creativity and new
[Applause]
[Music]
to
the laws
[Applause]
eat hamburgers without killing animals
manufacture specific medicines for
each patient create organs for each
person who needs it
these three ideas that sound like science
fiction have a point in common the
print technology suit during
the last year of high school
being in the square and looking at what
any teenager miranda plaza
national geography is where I find
an article about prosthetics
myoelectric robotic prostheses
commanded by muscular contractions
I think it’s a challenge
super super attractive technician
interesting and researching a little more
I find that I also had a factor
social a human impact and it ‘s because
this type of prosthesis here in the
Argentina at that time were from
difficult access due to its high costs
and because they were only imported
that’s why I embarked on the
I develop a myoelectric prosthesis
of a superior member but within the
framework of the philosophy of the code
open where all the planes all the
circuits and all programs
today they are free and open access
although this type of prosthesis presents
interesting results we are still
looking for a mechanical solution for
a biological need at that time
begins to boom more and more
this gives the impression of being a
manufacturing technology
additive manufacturing where are we going
adding material to create a piece
that had previously been designed in
the computer as if it were a manga
to decorate cake that layer by layer goes
depositing the material and converting that
piece that was virtual in something tangible
in something real technology that has been
widely used prototypes in
autoparts
giving for life -size houses up
burgers getting a little more
meeting held on the bio
3d printing printing but now with
biological materials with cells
alive to create organs and tissues like
what we all have now
inside and now I want it to be taken in a
second and that they accompany me and that all
close your eyes
I think they inspire deep and that he plays in
the back of the hand they try to
stretch the skin feel the heat or
the touch
we are working to create that in a
via printer psoe knew print
imagine that person who is
trying to explain to the people of
airport security that the
cicada sounds because it has an implant
titanium
we are getting closer to creating
bone replacement pieces and how
we do this from the print path that
it sounds something of the first world that requires
millionaire investments in our case
it was with two old office printers
I got that I give away a scanner
and a floppy disk drive and it was with those
mechanisms that build the first prototype
of vido printer with this prototype I
I approach Dr. Maria born of the
engineering faculty who already came
working on the protein collagen
that works as scaffolding for all
Our fabrics par excellence
to print biological structures
together with her we started working
synergistically to fine-tune the
material and technology enhancing
we mutually
basically the work dynamics was
get the tendons given in the
the corner butcher took me
home hiding from my sister who
they play hide and seek daughter with several
top
You will be sitting at the desk
glass that you took out of the scanner
it was my surgical table scalpel
syringes clamps the gloves
desk lamp and cutting by the
surgeon very concentrated in my
operation is that there is next in a
moment the pillow abstraction
in which he slept every night
in that moment I realized how deep
that I had got into the project as
motivates me captivates me later
we started working with gastón
galanter nick with whom we became
this room project and a little
academic also in a venture
of technological base and entrepreneurship
from which we started to develop
new models of the printer and
work with new institutes of the
conicet in applications that neither
had happened between them printing
3d medicine when the doctor
santiago palma is approaching us with this
restlessness and print pills between g
first it brought us down because it was something
that was very far from what we came
doing but the same thing we investigated
we started looking for bibliography and there
we found the vision he had
we found that in 2016 the year
passed the fd to that is like the anmat
Argentina approved the first medication
printed on 13
we also find that geometry
of the pill that we consume affects in
how the drug is released in the
organism
it is not the same to take a pill
spherical a cube shaped pill
and in turn and taking advantage of technology
3d printing
we had the ability to combine
different drugs and materials
all excipients on the same tablet and
with the specific doses that the
patient needs
we all know someone who takes the
number of pills per day
imagine with first all that in one
we throw the grandmother’s pillbox
on the other hand 3d printing of organs
and tissues something that sounds like science
fiction and this line of application in
particular seeks to solve two of the
most important problems and
greatest impact when making a
transplant
on the one hand if we manage to create the organ
that the patient needs no longer
we need a specific donor not
let’s continue that waiting list
on the other hand if that organ is created
with the cells of the same patient
we drastically decreased the
rejection probability
some of these lines of application
they take advantage of the years and years of
evolution of the organism by providing it
the complete solution without an initiator
scaffolding as in the case of bone by
example a scaffold is created so that the
same organism
I made the solution you need
now a biological solution for
a biological need have arisen
new solutions applications
aesthetics for specific patients or
even 3d printing tissues but in the
space like making the year
next
this technology poses challenges and
concerns that some have been
resolved but still continue to emerge
new among them from the point of
ethical view that is what we are going to create
how far will we go
from the regulatory point of view
what will be the agency in charge of
regulate this and how are you going to do it and it is
the point of view of accessibility
how do we developers of
the technology to make these
solutions reach every patient that
you need it
the more than
of a thousand Argentines and Argentines that today
are on the waiting list or in the process
of registration to receive an organ
or tissue
have been and continue to be the engine of
this project project that allowed us
see the importance of bonding
between science and technology between
academic researchers and
technology – based ventures
linkage that allows to advance on
the research lines or even
create new and expand your reach
its application is why it is crucial
that we continue to push and promote
connection between these two worlds that
still many times they seem unconnected
but this great challenge of a factor
key is a cultural factor and in the
confidence in Argentine developments
how many of us have heard
talk about the creativity of
Argentines of that capacity
solve all the problems that
arise with the resources of those who
has
even if the only resource is a
wire but how many of us have
listened to is also a product of
national manufacturing as a synonym of
cheaper and in lower quality than the
Foreign
consolidate that trust in the
Argentine developments let’s make our own
that creativity and new
[Applause]
[Music]
to
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