Difference between revisions of "User:Ykyoo5498"
From Biolecture.org
| Line 1: | Line 1: | ||
| − | Yoo Yeon Kyeong's User ID<br/> <br/> '''Contact info '''<br/> <br/> yk980315@naver.com <br/> ykyoo5498@unist.ac.kr<br/> <br/> <br/> '''Research interest'''<br/> <br/> <span style="color:#16a085;">Aging</span><br/> (Inhibiting synchronized aging by eliminating the transition of senescent cells and their SASPs.)<br/> [file:///C:/Users/yk980/OneDrive/How%20can%20we%20cure%20aging.pdf Narrative review of aging | + | Yoo Yeon Kyeong's User ID<br/> <br/> '''Contact info '''<br/> <br/> yk980315@naver.com <br/> ykyoo5498@unist.ac.kr<br/> <br/> <br/> '''Research interest'''<br/> <br/> <span style="color:#16a085;">Aging</span><br/> (Inhibiting synchronized aging by eliminating the transition of senescent cells and their SASPs.)<br/> [file:///C:/Users/yk980/OneDrive/How%20can%20we%20cure%20aging.pdf Narrative review of aging]<br/> <span style="color:#f39c12;">BBB</span><br/> (Protecting the permeability of the BBB by understanding the mechanisms that compromise it and the cross-talk between BMECs and neighboring cells.)<br/> <span style="color:#e74c3c;">''in vitro'' work</span><br/> (Organ-on-a-chip, Transwell, 3D-plana angiogenesis chip in Microtissue engineering and nanomedicine lab at UNIST)<br/> <span style="color:#8e44ad;">Senolytics</span><br/> (now I am in ''Laboratory of aging research and technology'' at KU!)<br/> <br/> '''Self evaluation '''<br/> '''[https://1drv.ms/w/s!AvSSCOB07UK9gpdlXm6RCi_1RLsh9g?e=tPFtRX https://1drv.ms/w/s!AvSSCOB07UK9gpdlXm6RCi_1RLsh9g?e=tPFtRX]''' |
Revision as of 19:12, 20 June 2024
Yoo Yeon Kyeong's User ID
Contact info
yk980315@naver.com
ykyoo5498@unist.ac.kr
Research interest
Aging
(Inhibiting synchronized aging by eliminating the transition of senescent cells and their SASPs.)
[file:///C:/Users/yk980/OneDrive/How%20can%20we%20cure%20aging.pdf Narrative review of aging]
BBB
(Protecting the permeability of the BBB by understanding the mechanisms that compromise it and the cross-talk between BMECs and neighboring cells.)
in vitro work
(Organ-on-a-chip, Transwell, 3D-plana angiogenesis chip in Microtissue engineering and nanomedicine lab at UNIST)
Senolytics
(now I am in Laboratory of aging research and technology at KU!)
Self evaluation
https://1drv.ms/w/s!AvSSCOB07UK9gpdlXm6RCi_1RLsh9g?e=tPFtRX
