at the end of the day you are right, the most Stemson has shown us (so far) is some shitty hairs on a shitty mouse, just like Tsuji. Seems like we're stuck at this stage forever. Some shitty hairs on a human scalp would already be a huge step forward.
f*** YOU ALL - DR TAKASHI TSUJI UPDATE
- Thread starter RolfLeeBuckler
- Start date
You can start here:
As far as I know Tusji never spoked with the western media. And even when there are articles in the japanese press about him it's always about generic info, PR stuff.
The head scientist and cofounder of the company doing a LIVE YT interview is a big step forward regarding transparency IMO.
I'm afraid there is a good chance it will play out like that, unfortunately
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Why it is so difficult for this community here to find a Japanese who will watch the recent Tsuji video of November 2020 and give the content to us?
„More relevantly, in November 2020, Dr. Tsuji and his hair growth research was featured in a local NHK BS television broadcast. It was titled “Humanience-4 Billion Years of Plans.” Thanks to the various people who posted or e-mailed the above links. I sent the video link to “Fuji Maru” and hope he lets us know if it contains anything useful.“
„More relevantly, in November 2020, Dr. Tsuji and his hair growth research was featured in a local NHK BS television broadcast. It was titled “Humanience-4 Billion Years of Plans.” Thanks to the various people who posted or e-mailed the above links. I sent the video link to “Fuji Maru” and hope he lets us know if it contains anything useful.“
NorwoodGuardian
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I think it's just some scientific TV programme, not hair specific.
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ç†åŒ–å¦ç ”ç©¶æ‰€ã€€å™¨å®˜èª˜å°Žç ”ç©¶ã‚°ãƒ«ãƒ¼ãƒ—
www.cdb.riken.jp
2020.11月 【Media】
NHK BS放送「ヒューマニエンス 〜40億年のたくらみ〜」にて、毛髪再生研究が取り上げられました。
November 2020 [Media]
Hair regrowth research was featured on the NHK BS broadcast "Humanience-4 Billion Years of Plans".
why it should be shared on Takashi Tsujis Organ Lab Homepage if this tv show isn’t connected to him?
It means that HIS (Dr. Takashi Tsujis) hair regrowth research was featured in this TV Show.
It is embarrassing that Japanese Blogger like @Fuji Maru Kagurazaka cant find and translate this.
NorwoodGuardian
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Wait for his reply. But he hasn't showed up for a long time.
NorwoodGuardian
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Spot on. He has hope, but he always says there will be no cure and waiting for someone to tell him otherwise.
NorwoodGuardian
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I am 36, between teenage and old man. I can tell you that at 30s, being bald gives you the same feeling as you are at 20s, no difference. We are not in 200 years ago, 30s 40s is relatively young in modern age.
Only at 60s I will care less.
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He ist still alive!
geneticliteracyproject.org
kin provides a barrier and physical cushion that protects the body from the external environment. In addition to responding to external physical stimuli such as pressure and tension, the skin is constantly in a state of “tensional homeostasis” in which the cells near the outer layer of skin maintain a stable and steady tension through collagen fibers. This tension helps keep internal structures strong, yet flexible. When skin is cut from an organism, it contracts in the same direction in which collagen fibers, texture, and the hairline are aligned. While synthetic skin models have been developed as alternatives to testing animals when developing safe and functional skincare products, it is difficult to study the tension distribution in the body because of its complexity.
In collaboration with the ROHTO Pharmaceutical Co., Ltd., the research team led by Takashi Tsuji at RIKEN BDR developed a human skin equivalent (HSE) that reproduces the tension balance of natural skin.
Although the healthcare market is expected to grow to 5.25 trillion dollars within 10 years, social demands to reduce using animals, especially for skincare products and medicines, is increasing. “HSEs have crucial roles for scientific evidence-based skin health care and disease research that can help us reduce research in animals,” Tsuji says.
Socially responsible artificial skin: Skin-equivalent functions almost like the real thing and does not need to be tested on animals
Skin provides a barrier and physical cushion that protects the body from the external environment. In addition to responding to external physical stimuli
geneticliteracyproject.org
Socially responsible artificial skin: Skin-equivalent functions almost like the real thing and does not need to be tested on animals
Masataka Sasabe, Takashi Tsuji | RIKEN | December 3, 2020In collaboration with the ROHTO Pharmaceutical Co., Ltd., the research team led by Takashi Tsuji at RIKEN BDR developed a human skin equivalent (HSE) that reproduces the tension balance of natural skin.
Although the healthcare market is expected to grow to 5.25 trillion dollars within 10 years, social demands to reduce using animals, especially for skincare products and medicines, is increasing. “HSEs have crucial roles for scientific evidence-based skin health care and disease research that can help us reduce research in animals,” Tsuji says.
H
Senior Member
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Nice so they should start testing their lab grown hair implanted in the lab grown skin when the healthcare market is right about 26.25 trillion.He ist still alive!
Socially responsible artificial skin: Skin-equivalent functions almost like the real thing and does not need to be tested on animals
Skin provides a barrier and physical cushion that protects the body from the external environment. In addition to responding to external physical stimuli
Socially responsible artificial skin: Skin-equivalent functions almost like the real thing and does not need to be tested on animals
Masataka Sasabe, Takashi Tsuji | RIKEN | December 3, 2020
kin provides a barrier and physical cushion that protects the body from the external environment. In addition to responding to external physical stimuli such as pressure and tension, the skin is constantly in a state of “tensional homeostasis” in which the cells near the outer layer of skin maintain a stable and steady tension through collagen fibers. This tension helps keep internal structures strong, yet flexible. When skin is cut from an organism, it contracts in the same direction in which collagen fibers, texture, and the hairline are aligned. While synthetic skin models have been developed as alternatives to testing animals when developing safe and functional skincare products, it is difficult to study the tension distribution in the body because of its complexity.
In collaboration with the ROHTO Pharmaceutical Co., Ltd., the research team led by Takashi Tsuji at RIKEN BDR developed a human skin equivalent (HSE) that reproduces the tension balance of natural skin.
Although the healthcare market is expected to grow to 5.25 trillion dollars within 10 years, social demands to reduce using animals, especially for skincare products and medicines, is increasing. “HSEs have crucial roles for scientific evidence-based skin health care and disease research that can help us reduce research in animals,” Tsuji says.
He ist still alive!
Socially responsible artificial skin: Skin-equivalent functions almost like the real thing and does not need to be tested on animals
Skin provides a barrier and physical cushion that protects the body from the external environment. In addition to responding to external physical stimuli
Socially responsible artificial skin: Skin-equivalent functions almost like the real thing and does not need to be tested on animals
Masataka Sasabe, Takashi Tsuji | RIKEN | December 3, 2020
kin provides a barrier and physical cushion that protects the body from the external environment. In addition to responding to external physical stimuli such as pressure and tension, the skin is constantly in a state of “tensional homeostasis” in which the cells near the outer layer of skin maintain a stable and steady tension through collagen fibers. This tension helps keep internal structures strong, yet flexible. When skin is cut from an organism, it contracts in the same direction in which collagen fibers, texture, and the hairline are aligned. While synthetic skin models have been developed as alternatives to testing animals when developing safe and functional skincare products, it is difficult to study the tension distribution in the body because of its complexity.
In collaboration with the ROHTO Pharmaceutical Co., Ltd., the research team led by Takashi Tsuji at RIKEN BDR developed a human skin equivalent (HSE) that reproduces the tension balance of natural skin.
Although the healthcare market is expected to grow to 5.25 trillion dollars within 10 years, social demands to reduce using animals, especially for skincare products and medicines, is increasing. “HSEs have crucial roles for scientific evidence-based skin health care and disease research that can help us reduce research in animals,” Tsuji says.
Isn't he quite a lot of years late to the game?
L'Oreal already done this.
"In the early 1980s, one of our young biologists managed to reconstruct the first human epidermis.
Since then, almost a dozen more complex skin tissue models have emerged in our laboratories: from the first reconstructed epidermis in 1983, followed by a pigmented one in 1994, to full skin (epidermis + dermis) in 1986 and with immune function in 2006, to — more recently — photo-aged skin or skin with modular regenerative potential in 2007 and Asian skin in 2010.
These tissue models are fantastic tools for modeling different physiological functions of the skin, such as its ability to pigment or renew itself, in order to better understand it. They are also remarkable assets for predicting complex phenomena such as allergy or skin irritation. Finally, they play a key role in demonstrating the efficacy of active ingredients." - L'Oreal
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tsuji is now focused on doing research only. He got set back many year. hairlosscure2020 still have hope in tsuji but he is always wrong about everything and too optimistic
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what are your thought on tissue?
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PLEASE ALL GO TO YOUTUBE AND DISLIKE THIS VIDEO:
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Takashi Tsuji recently startet human trials!
NorwoodGuardian
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Serious?
I found that Tsuji said in August that he believes human trials can start in 2020, so it turns out to be true now?
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12:59 A cdb.riken.jp-Public information on the purpose and method of using samples and information due to revision of medical research guidelines-RIKEN-For those who are conducting in the organ guidance research team Regarding medical research, in order to cooperate in providing samples-information, etc. for these researches, medical institutions, etc. will explain the research purpose, research outline, etc. in writing, and conduct the research after obtaining their consent. We carry out (called informed outlet). These studies are conducted based on the "Ethical Guidelines for Medical Research for Humans" established by the government. By disclosing information on the research being conducted to everyone who cooperates based on these guidelines, we will provide information (publication) on samples and what kind of research the information is used for, and provide information on samples, etc. To provide an opportunity for consent to those who wish to stop cooperating in research or do not want to use their analysis data, records, etc. regarding consent for provision and use. It will be public information (opt-out). Please contact us if you would like to withdraw your consent to the following changes in the research plan. Update date (approval date) / Approval number 2020/10/28 / Kobe 1 2020-02 (2) Research subject name Purpose of additional analysis research opt-out for storage of hair property analysis data and establishment of hair diagnosis method It is related to outsourcing the analysis of the data acquired so far to your key walker in order to promote the research. 1 Sample-Purpose of use and method of use of information The research data acquired by the research of the Hair Diagnosis Consortium will be stored and analyzed for return to society as research results (until March 31, 2022). In this research, data analysis is outsourced to Open Key Walker, but personally identifiable information is never provided, and data is moved by electronic distribution. 2 Samples to be used or provided-Items of information The information to be used is the data information obtained as a result of analyzing the provided hair and the questionnaire information regarding the provided health information. No personally identifiable data will be provided. 3 User range Outsource to Keywalker Co., Ltd. as an outsourcer for data analysis. Specimen-Responsible for information management Person in charge: RIKEN Center for Biosystems Research, Organ Induction Research Team, Team Leader Takashi Tsuji 5 Withdrawal of consent It is possible to withdraw consent at any time, and it is not possible to withdraw consent. You will not benefit. Immediately after the consent is withdrawn, the samples and collected data will be discarded, but if the research results have already been published in a treatise, etc., it may not be possible to discard them. 6 Withdrawal of consent and inquiries Takashi Tsuji, Organ Induction Research Team, RIKEN Center for Biosystems Biosciences e-mail tsujilab [at] riken.jp When making inquiries by email, replace [at] with @ Please ABRIR EN 6