脳細胞を増やせる幹細胞
一昔前には大人の脳には幹細胞はなく、毎日脳細胞神経細胞は
10万個レベルで壊れて減っていくといわれていましたが、今
では大人でも記憶を担当する海馬にも幹細胞は残っていて、
条件が整えれば年取っても脳神経を増やせるといわれています。
再生医療「幹細胞治療」勉強会を致しました。
you tube 参照ください。
[HTBニュース]再生医療画期的治療法
札幌医大から世界へ
2012年ノーベル賞を受賞された京都大学の山中先生のips 細胞
の応用技術では、諦めていた目の角膜や脊髄損傷回復など、
障害が治るのではと言われていました。
最近ではこの幹細胞を培養する液体には幹細胞が育つ過程で
出す様々な分泌物、成長因子、サイトカインなどが含まれて
おり、これが幹細胞が分化して細胞を生み育てる時の成長因子
に多量に得られる上に、自分の細胞から取り出すこの液体は
再生医学での幹細胞特有のリスクもなく、効果が得やすいという。
この再生医療の世界一を行っているのが日本で、現在注目を
浴びています。
100歳寿命到来がすぐそこにやって来ています。
Stem cells that can increase brain cells
A long time ago, it was said as follows.
There are no stem cells in the adult brain,
and every day, brain cells and nerve cells are
destroyed and reduced at the level of 100,000.
But now the way of thinking is changing.
But now the way of thinking is changing.
Even adults have stem cells in the hippocampus,
which is in charge of memory, and if the conditions
are right, they can increase their cranial nerves even
as they get older.
We had a study session on regenerative medicine "stem
We had a study session on regenerative medicine "stem
cell therapy".
It is said that the applied technology of ips cells by Professor
It is said that the applied technology of ips cells by Professor
Yamanaka of Kyoto University, who won the 2012 Nobel Prize,
will cure the disorders that we have given up until now,
such as recovery from corneal and spinal cord injuries.
Here's what we've come to understand lately: The fluid that
Here's what we've come to understand lately: The fluid that
cultivates these stem cells contains various secretions,
growth factors, cytokines, etc. that are produced during the
process of stem cell growth.
And this is obtained in large quantities as a growth factor
when stem cells differentiate to produce and grow cells.
In addition, this liquid does not have the risks peculiar to
In addition, this liquid does not have the risks peculiar to
stem cells in regenerative medicine, and it is easy to obtain
the effect.
Japan is at the top of the world of regenerative medicine
Japan is at the top of the world of regenerative medicine
and is currently in the spotlight.