Weiping
@Weiping_Han
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"I am convinced that if I had to spend less time on securing funding, I would be more productive and creative." https://t.co/TDiFm0ONWy
@SudhofThomas
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Congratulations, Scott!
I’m proud of this one. Grateful for the hard work by my terrific team and wonderful Merck colleagues @Merck @uofunuip @UofUDMRC @TrevorTippetts1 @sciencemagazine
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Using a multi-omic approach, Ericksen et al. find that loss of BCAA catabolism in carcinogenesis enhances mTORC1 activity and promotes tumor development and progression: https://t.co/VCdBsZHCUl
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Announcing a new writing project today, called Heureka!, that explores stories of creativity, identifying methods to be more creative, and using heuristics to learn lessons of what others have already learned and discovered themselves. New articles at https://t.co/WBFvKDBG1N
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Passing of Dr Sydney Brenner, Nobel Laureate, renowned pioneer in molecular biology, A*STAR Senior Fellow. https://t.co/dl0r3nG2yR
#scientists #research #science #biology #NobelPrize #physiology #Medicine
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News & Views: A Nature paper reports that histones can also be modified by the addition of serotonin, a molecule with essential roles in regulating neuron activity.
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A new #imaging method could be used during an operation to make #surgery more precise https://t.co/jgeZ6xS8Sp | #breastcancer #ultrasound
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One of the most brilliant minds! and he lives in Singapore.
24 essays on #evolution reveal humanity’s place in time in new book, Sydney Brenner’s 10-on-10 https://t.co/BtTiZui7jK | #SydneyBrenner
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AMPK can either inhibit or promote tumor growth depending on tumor type and context. Eichner et al. show that AMPK, unlike LKB1, has a pro-tumorigenic role in a Kras-dependent, non-small-cell lung cancer model.
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Smaller teams tend to produce new ideas and concepts, whereas larger teams tend to develop existing ones, according to an analysis of more than 65 million papers, patents and software products, published in Nature. https://t.co/tomh8vtEph
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Bertero et al. link extracellular matrix stiffening of both cancer cells and carcinoma-associated fibroblasts to metabolic rewiring through a YAP/TAZ-dependent glutamate/aspartate crosstalk in the tumor niche.
cell.com
Bertero et al. link extracellular matrix (ECM) stiffening of both cancer cells and carcinoma-associated fibroblasts (CAFs) to metabolic rewiring through a YAP/TAZ-dependent glutamate/aspartate...
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