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Stardew Valley — PyTK - Platonymous Toolkit / Editors and programs / Cheats
Stardew Valley — PyTK - Platonymous Toolkit / Editors and programs / Cheats
Stardew Valley is a farmer simulator with elements of a role-playing system, a sandbox in an open world with an isometric camera and a visual style reminiscent of 90s arcades. Having inherited an abandoned farm, the player begins to restore the lost...
Stardew Valley — PyTK - Platonymous Toolkit / Editors and programs / Cheats
TikTok - Make Your Day
TikTok - Make Your Day
74 likes, 2 comments. “I’m bout to eat this chic the fla😛”
TikTok - Make Your Day
Akasam Enatido from Nireekshana Movie - YouTube
Akasam Enatido from Nireekshana Movie - YouTube
Akasam Enatido From Nireekshanaఏ మేఘం ఏ వాన చినుకైచిగురాకై మొలకెత్తునోఏ రాగం ఏ గుండె లోతునఏ గీతం పలికించునోహృదయాలే తెర తీసి తనువులకలబోసి మరపించమనగకౌగిలిలో చె...
Akasam Enatido from Nireekshana Movie - YouTube
iamxcd正在创作Tkinter布局助手 | 爱发电
iamxcd正在创作Tkinter布局助手 | 爱发电
将创作的自由还给创作者!爱发电是让创作者简单地获得稳定收入的粉丝赞助平台。无论你在创作什么,都能在这里获得持续的资金支持,让创作从此更自由。
iamxcd正在创作Tkinter布局助手 | 爱发电
爱发电 · 连接创作者与粉丝的会员制平台
爱发电 · 连接创作者与粉丝的会员制平台
将创作的自由还给创作者!爱发电是让创作者简单地获得稳定收入的粉丝赞助平台。无论你在创作什么,都能在这里获得持续的资金支持,让创作从此更自由。
爱发电 · 连接创作者与粉丝的会员制平台
《创作者指南》 | Lain音酱的作品集 | 爱发电
《创作者指南》 | Lain音酱的作品集 | 爱发电
将创作的自由还给创作者!爱发电是让创作者简单地获得稳定收入的粉丝赞助平台。无论你在创作什么,都能在这里获得持续的资金支持,让创作从此更自由。
《创作者指南》 | Lain音酱的作品集 | 爱发电
页面不存在 | 爱发电
页面不存在 | 爱发电
将创作的自由还给创作者!爱发电是让创作者简单地获得稳定收入的粉丝赞助平台。无论你在创作什么,都能在这里获得持续的资金支持,让创作从此更自由。
页面不存在 | 爱发电
页面不存在 | 爱发电
页面不存在 | 爱发电
将创作的自由还给创作者!爱发电是让创作者简单地获得稳定收入的粉丝赞助平台。无论你在创作什么,都能在这里获得持续的资金支持,让创作从此更自由。
页面不存在 | 爱发电
丁丁框正在创作插画和动画 | 爱发电
丁丁框正在创作插画和动画 | 爱发电
将创作的自由还给创作者!爱发电是让创作者简单地获得稳定收入的粉丝赞助平台。无论你在创作什么,都能在这里获得持续的资金支持,让创作从此更自由。
丁丁框正在创作插画和动画 | 爱发电
【发电前必读】写在前面丨丁框丨爱发电
【发电前必读】写在前面丨丁框丨爱发电
将创作的自由还给创作者!爱发电是让创作者简单地获得稳定收入的粉丝赞助平台。无论你在创作什么,都能在这里获得持续的资金支持,让创作从此更自由。
【发电前必读】写在前面丨丁框丨爱发电
【发电前必读】写在前面丨丁框丨爱发电
【发电前必读】写在前面丨丁框丨爱发电
将创作的自由还给创作者!爱发电是让创作者简单地获得稳定收入的粉丝赞助平台。无论你在创作什么,都能在这里获得持续的资金支持,让创作从此更自由。
【发电前必读】写在前面丨丁框丨爱发电
A PINK1 input threshold arises from positive feedback in the PINK1/Parkin mitophagy decision circuit: Cell Reports
A PINK1 input threshold arises from positive feedback in the PINK1/Parkin mitophagy decision circuit: Cell Reports
Waters et al. show that activation of the PINK1/Parkin mitophagy circuit is regulated by a PINK1 input threshold and an input-reciprocal circuit activation delay. The two regulatory behaviors emerge from the positive feedback architecture of the circuit. These findings suggest a mechanism by which cells can avoid errant mitochondrial degradation.
A PINK1 input threshold arises from positive feedback in the PINK1/Parkin mitophagy decision circuit: Cell Reports
Structural basis for the folding of PINK1 by the HSP90–CDC37 chaperone complex | bioRxiv
Structural basis for the folding of PINK1 by the HSP90–CDC37 chaperone complex | bioRxiv
PTEN-induced kinase 1 (PINK1) is a mitochondrial serine/threonine kinase that plays a central role in Parkin-dependent mitophagy. Mutations in PINK1 are associated with autosomal recessive forms of Parkinson’s disease. PINK1 is identified as a high-affinity client of the HSP90–CDC37 complex. Stability of PINK1 is regulated by the HSP90–CDC37 chaperone system. However, the molecular mechanism by which HSP90– CDC37 recognizes and facilitate the folding of PINK1 remains unclear. Here, we present a cryogenic electron microscopy (cryo-EM) structure of the human PINK1–HSP90–CDC37 complex. The β5 strand of the PINK1 N-lobe projects into the central channel formed at the interface between two protomers in the HSP90 dimer, which holds the PINK1 kinase domain in a partially unfolded state. The C-lobe and unique C-terminal extension (CTE) of PINK1 is folded. HSP90 covers the CTE of PINK1, which overlaps with interaction sites for TOM5, TOM20, and the intramolecular N-helix. The HPNI motif of CDC37 interacts with the C-lobe of PINK1, mimicking the HPNI motif in the N-lobe of PINK1. A pathogenic mutation L347P is suggested to disrupt the interaction with the HPNI motif of CDC37. Another pathogenic mutation H271Q is located within the HPNI motif of the N-lobe of PINK1. These findings provide structural insights into the folding of PINK1 and its dysfunction in Parkinson’s disease. ### Competing Interest Statement The authors have declared no competing interest. Japan Society for the Promotion of Science, 21K15084, 24H01894, 18H05501
Structural basis for the folding of PINK1 by the HSP90–CDC37 chaperone complex | bioRxiv