ZhangLab (@zhanglab1) 's Twitter Profile
ZhangLab

@zhanglab1

We study cell signaling and create new ways to restore and enhance cell functions.

ID: 1340406896285593604

linkhttp://publish.illinois.edu/kaizhanglab/ calendar_today19-12-2020 21:41:25

77 Tweet

120 Followers

111 Following

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rdcu.be/cSmLO Our new collaborative work with Dr. Jiajie Diao has been published in Nature Communications! A fun project indeed.

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We received a Cancer Center at Illinois (CCIL) research grant to apply optogenetic control in cancer cells!cancer.illinois.edu/category/cance…

We received a Cancer Center at Illinois (CCIL) research grant to apply optogenetic control in cancer cells!cancer.illinois.edu/category/cance…
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taylorfrancis.com/books/edit/10.… First edited book with Dr. Yubin Zhou on opsin-free optogenetics. Thank you all contributing authors! Hope to catch up with everyone in person soon.

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Just came back from my first in-person editorial board meeting for JMB at San Diego. It is great to finally meet all the great colleagues! Peter, thanks for the 33 years of leadership!

Just came back from my first in-person editorial board meeting for JMB at San Diego. It is great to finally meet all the great colleagues! Peter, thanks for the 33 years of leadership!
Research Corporation for Science Advancement (@rcsa1) 's Twitter Profile Photo

8 cross-disciplinary teams will receive awards in the final year of #Scialog: Microbiome, Neurobiology and Disease, sponsored by RCSA, Paul G. Allen Frontiers Group Allen Institute & Frederick Gardner Cottrell Foundation, with Walder Foundation support. bit.ly/3OHarZ7

U of I School of Molecular and Cellular Biology (@mcb_illinois) 's Twitter Profile Photo

Biochemistry prof Kai Zhang ZhangLab will use Minflux super-resolution imaging to investigate assembly and interactions between supra molecular complex and organelles in cells.

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We published our first paper on optogenetic induction of cell death. Good job, TJ! Article Link: sciencedirect.com/science/articl… Thanks, UIUC News Bureau, for the report! news.illinois.edu/view/6367/6334…

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We found that PI3P mediates Arc trafficking between cells. Congratulations, Kritika, on publishing our first paper on Arc! pnas.org/doi/10.1073/pn…

U of I School of Molecular and Cellular Biology (@mcb_illinois) 's Twitter Profile Photo

A team of researchers including ZhangLab combined techniques in biochemistry, cell biology, and live cell imaging to determine the trafficking pathway used by Arc protein to communicate with other cells. go.mcb.illinois.edu/arc

A team of researchers including <a href="/ZhangLab1/">ZhangLab</a>  combined techniques in biochemistry, cell biology, and live cell imaging to determine the trafficking pathway used by Arc protein to communicate with other cells.

go.mcb.illinois.edu/arc
ZhangLab (@zhanglab1) 's Twitter Profile Photo

Our first paper on Arc capsid assembly is online now! pnas.org/doi/10.1073/pn… Good job team. Thanks to all our collaborators and also MCB for reporting the work: mcb.illinois.edu/news/2024-09-1…

U of I School of Molecular and Cellular Biology (@mcb_illinois) 's Twitter Profile Photo

Thrilled to officially welcome cancer researcher Dr. Diana Ranoa to our school as an assistant professor of biochemistry! Learn more about Dr. Ranoa and the field of immuno-oncology: go.mcb.illinois.edu/ranoa

Thrilled to officially welcome cancer researcher Dr. Diana Ranoa to our school as an assistant professor of biochemistry!

Learn more about Dr. Ranoa and the field of immuno-oncology: go.mcb.illinois.edu/ranoa