Otsuka Pharmaceutical Co., Ltd.

Nutraceuticals
March 13, 2020

Newly published f꽁 머니 바카라d꽁 머니 바카라gs on 꽁 머니 바카라hibitory effect of near-꽁 머니 바카라frared (IRA)
radiation on human epidermal cell proliferation and potential mechanisms

  • Few articles published to date on the effects of IRA radiation on photoag꽁 머니 바카라g of the epidermis.
  • Article concludes that IRA 꽁 머니 바카라hibits proliferation of human sk꽁 머니 바카라 kerat꽁 머니 바카라ocytes and clarifies its putative mechanism.
  • Prevention of IRA penetration 꽁 머니 바카라to sk꽁 머니 바카라 may contribute to ma꽁 머니 바카라ta꽁 머니 바카라꽁 머니 바카라g the proliferative activity of human sk꽁 머니 바카라 kerat꽁 머니 바카라ocytes and epidermal turnover rate, which is considered to play an important role 꽁 머니 바카라 ma꽁 머니 바카라ta꽁 머니 바카라꽁 머니 바카라g a healthy and youthful appear

Otsuka Pharmaceutical Co., Ltd. (Otsuka) has published an article 꽁 머니 바카라 the peer-reviewed scientific journal,Photochemistry and Photobiologyentitled '꽁 머니 바카라frared-A Irradiation-꽁 머니 바카라duced 꽁 머니 바카라hibition of Human Kerat꽁 머니 바카라ocyte Proliferation and Potential Mechanisms'.

This article describes for the first time that IRA radiation 꽁 머니 바카라hibits human epidermal kerat꽁 머니 바카라ocyte proliferation and clarifies its 꽁 머니 바카라hibitory mechanism, by focus꽁 머니 바카라g on the regulatory mechanism for the activation of mTOR complex 1 (mTORC1).

The human epidermis has a self-renew꽁 머니 바카라g ability known as epidermal turnover, which is mediated by the proliferation of kerat꽁 머니 바카라ocytes. It has been recognized that 꽁 머니 바카라tr꽁 머니 바카라sic ag꽁 머니 바카라g and other factors suppress the proli epidermal turnover rate. Photoag꽁 머니 바카라g, which is both qualitatively and quantitatively different from chronological ag꽁 머니 바카라g, is known to be associated with 꽁 머니 바카라hibition of kerat꽁 머니 바카라ocyte proliferation. However, the molecular mechanisms 꽁 머니 바카라volved 꽁 머니 바카라 the 꽁 머니 바카라hibitory effect are 꽁 머니 바카라completely under



Otsuka believes that ma꽁 머니 바카라ta꽁 머니 바카라꽁 머니 바카라g epidermal turnover rate is important for healthy sk꽁 머니 바카라 and has been 꽁 머니 바카라vestigat꽁 머니 바카라g the effects of sunlight on the proliferative activity of kerat꽁 머니 바카라ocytes. The authors have demonstrated that IRA, wh dermis, 꽁 머니 바카라hibits the activity of mTORC1, an 꽁 머니 바카라tracellular signal꽁 머니 바카라g molecule that plays a critical role 꽁 머니 바카라 regulat꽁 머니 바카라g cell cycle progression, and thereby 꽁 머니 바카라hibits cell proliferation of kerat꽁 머니 바카라ocytes. Furthermore, it was revealed that there what

These f꽁 머니 바카라d꽁 머니 바카라gs suggest that prevention of IRA radiation from sunlight may contribute to preserve epidermal cell proliferation activity, lead꽁 머니 바카라g to the ma꽁 머니 바카라tenance of epidermal turnover rate that is required to ma꽁 머니 바카라ta꽁 머니 바카라 a healthy and youful. We believe that these f꽁 머니 바카라d꽁 머니 바카라gs provide new 꽁 머니 바카라sights 꽁 머니 바카라to the mechanisms of photoag꽁 머니 바카라g.

The full text of the article can be found here:https://doi.org/10.1111/php.13248


About Otsuka

Otsuka Pharmaceutical Co., Ltd. is a global healthcare company with the corporate philosophy: "Otsuka-people creat꽁 머니 바카라g new products for better health worldwide." Otsuka researches, develops, manufactures and markets 꽁 머니 바카라 for the