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Nanotechnology Now - Press Release: Visualizing the invisible: New fluorescent DNA label reveals nanoscopic cancer features

Nanotechnology Now - Press Release: Visualizing the invisible: New fluorescent DNA label reveals nanoscopic cancer features
nanotech-now.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from nanotech-now.com Daily Mail and Mail on Sunday newspapers.

United States , Hongqiang Ma , Jianquan Xu , Kwangho Kim , Yang Liu , Xuejiao Sun , Allison Hydzik , Douglas Hartman , Asher Jones , Mingfeng Bai , National Institutes Of Health , University Of Pittsburgh , Berkeley Lab , Vanderbilt University , Wave Inc , Hillman Cancer Center , Home Press , Science Advances , Nobel Prize Winning , National Institutes , Nanotechnology Now , Europe March , New No Free Lunch ,

Visualizing Invisible: New Fluorescent DNA Label Reveals Nanoscopic Cancer Features

Visualizing Invisible: New Fluorescent DNA Label Reveals Nanoscopic Cancer Features
miragenews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from miragenews.com Daily Mail and Mail on Sunday newspapers.

Hongqiang Ma , Jianquan Xu , Douglas Hartman , Mingfeng Bai , Kwangho Kim , Yang Liu , Xuejiao Sun , National Institutes Of Health , University Of Pittsburgh , Vanderbilt University , Hillman Cancer Center , Science Advances , Nobel Prize Winning , National Institutes ,

Cheap, potent pathway to pandemic therapeutics


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VIDEO: A diverse collections of simulated nanobodies bind to different parts of a protein antigen.
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Credit: Zhe Sang
PITTSBURGH, Feb. 15, 2021 - By capitalizing on a convergence of chemical, biological and artificial intelligence advances, University of Pittsburgh School of Medicine scientists have developed an unusually fast and efficient method for discovering tiny antibody fragments with big potential for development into therapeutics against deadly diseases.
The technique, published today in the journal
Cell Systems, is the same process the Pitt team used to extract tiny SARS-CoV-2 antibody fragments from llamas, which could become an inhalable COVID-19 treatment for humans. This approach has the potential to quickly identify multiple potent nanobodies that target different parts of a pathogen thwarting variants. ....

Israel General , United States , Jianquan Xu , Lirane Bitton , Yufei Xiang , Allison Hydzik , Yi Shi , Dina Schneidman Duhovny , Carnegie Mellon University , School Of Medicine , Hebrew University Of Jerusalem Center , University Of Pittsburgh School Medicine , National Institutes Of Health , National Science Foundation , Israel Science Foundation , Hebrew University Of Jerusalem , Technology Of Israel , Interdisciplinary Data Science Research , Ministry Of Science , Pittsburgh School , Cell Systems , Zhe Sang , Hebrew University , National Institutes , Jerusalem Center , Interdisciplinary Data Science ,