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know what I am now
do you think
this guy has
phone in hands and we
talking about technology
future and man
future will now be
some kind of cool
technological
officially
even if it is shining
flashlight but at the very
no, you have not guessed
engage in their
affairs and
wasting your time i
I apologize for this
because it is considered
that time is
irreplaceable resource
so I did
irreparable damage
sorry but is it so
in fact they say
that all resources can be
replenish energy
knowledge of money even
if you live on
scene
and time is not that
there is time for
each
rights
some philosophers
think that
Duration
life but average
Duration
18th century life was 30
years in the nineteenth 40
today in developed
countries more than 80 years
means this resource
can be replenished
thanks to which
became possible
it is clear that with
increase in the total
standard of living
lack of
global wars in
the last 70 years but in
first priority
of course with development
medicine and
health with
development of obstetrics
declining children
diseases with discovery
antibiotic vaccine
with the development of new
medical
of technologies
so what for we
pay doctors for
what do we buy
own time but
after all, each of us
your sense of time
its biological
age
is it different
treat us equally
after all, on health
influence in addition to
environmental factors
environment and way of life
sports and
etc
genetic
predisposition
on individual
resistance to
viruses and bacteria
did you know that such
terrible
disease as AIDS
people are sick
differently in
some are
a mutation that does not
allows the virus
immunodeficiency
penetrate
inside the cell or
penetrate
very very slowly
and of course in such
people symptomatology
is slower
and more
time but what to do
if the disease is already
has come and we want
to each of us
was individual
approach is possible
individual
approach in the mass
let’s application
let us turn to history
It is believed that
a huge impetus
for development
of humanity
so called
technological
revolution 1
technological
the revolution took place
at the turn of the 18-19th centuries and
she’s a sign
was commemorated
transition from manual
production to
machine it led
not only to development
machines but this led
to increased
productivity
this has changed
structure of society in
the whole
has led to an increase
quality of life
and duration
life 2
technological
revolution
marked flow
method of production
we were able to do
a large number of
identical parts and 3
technological
revolution which
we are now experiencing
with you it’s a combination
digital and
personal
production ie
every person
becomes available
methods of production
in other words
every one of us can
invent and create
methods of production
become the same
available as
software
provision of other
words atoms
become the same
Available as bits and
symbol of this
the
3d printer
accordingly, we
we can receive
rather complex
things
customized
large quantities
of course it became
applied in
medicine and
health for
today is 95
percent of auditory
their
interior
printed on 3d
printer according to
anatomic
features
auditory meatus
patient dentifrices
dental implants
large joints
printed on 3d
printers and this
becomes a routine
but what could be
more
customized
individualized
than an implant who
you get on the basis of
from your
anatomic
features and blunt
received from your
own cells
this technology
is called
3d technology
biopress when we
use live
cells as
printed matter
but as it is often
there is technology
arose absolutely
accident early
two thousand years
Professor Boland sitting
I took my
old printer
here he came to
head idea that
injectors through
which passes
Ink in conventional
printers they
comparable to
with nozzles with
cell diameter and he
decided to add
cell suspension
your printer and so
the first
experiment on
biopressi 0 course
it was not any
three-dimensional printing
because he printed
by the liquid daihs scientists
proposed
use this way
called inkjet
print we all of it
well know
because in the extreme
least I hope so
everyone is here this morning
squeezed out dental
paste on a toothbrush
This is an example
extrusion printing
while in our case
instead of toothpaste
we use
special running or
with cells instead of
we use the tube
very complex and
precise machines and all
this happens in
micron size here
it looks like this
the first Russian be a
printer itself is the most
frequently given
question but well but
when it will be
printed organ
which will
unmount
to a person we think
that this will happen 2030
year to more
accurately answer
this question I want
to divide the ambassador
bodies of complexity
printing on 4 groups and
the simplest group
this is the so-called
flat organs such
like skin or cartilage
for example, and actually
when we talk about
2030, we are talking about
about these bodies 2 on
complex group is
so called
tubular hollow
bodies such say
like trachea vessels
ureters so on
and in fact
today in
laboratories
successful
preclinical
animal testing
with the seal of the vessels
of large diameter
third group of bodies
this body is not full
tubular such as
uterus bladder
and in the laboratory too
actively working on them
work and the most
complex group 4 so
called
parenchymatous
bodies such as
kidney liver
Of course, it’s the
of these bodies
will change the world because
what for today
80 percent day
people standing sheet
expectations for
transplantation
bodies
expect these
bodies when we
talking about neoprene
tenge we are talking about
additive
technologies when we
create something
layer by layer
biopress techniques
they develop and
some
laboratories
appear
fundamentally new
Approaches that on
in fact it is known
everyone here is inherent
especially Siberians
these are approaches
molding snow well or
turnout dumplings looking
who likes what
more to love and
actually here on
This video shows
really build cartilage
from cartilage cells and
we do this with
use of
magnetic and
acoustic waves but
in conditions
laboratories it all
time hinders
gravity therefore
our group and group
other scientists decided
undertake such
experiments in
conditions
microgravity in
international
space station and
experimenter
will act
cosmonaut
this will allow
create canin
engineering
design in space
and explore the impact
space for
human tissue
which will allow
hold
more time in
we again
you returned to
issue of my time
friends often
ask me
listen, here you are
are engaged in new
technology is like
do you think that
buying time so
the way we stay
the same people
I get new cloths I
I think it’s a question
not at all about new
technology is not about
technology in principle
this question
enough old
old enough
called the paradox
According to
ancient Greek
the myth of the Returning
in Athenes inserted his own
whose ship
overshadows
Athenians for a long time
looked after and changed
rotten boards and
some moment
there is no time left
not a single board
which would concern
the hand of the philosophers
asked this question a
can we call it
ship of Theseus in
each of us in
during the day
the order
two kilograms
cells and almost all
cells of our
organism
are updated during
7 year cycle
does this mean that
when today we
come home
see the mirrors
We will not be watched
the same person
who watched seven
years ago
you know how
look at the sun
it seems to us that we
look at it in
real
time actually
we look or
8 minutes delay to them
so much light is needed
to get from
land from sun to
land but according to
theory
relativity
time for each
observing his
and he has his own hours
means time
subjectively it is exactly
is
what do you think of it
I hope you think
held
I will use my thanks
and appreciate the time
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