Fangyu Wang
@FangyuWang39
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Research Fellow in Kaelin lab @DFCI/HMS | Biochemistry & Cell Biology | NCI K00 Fellow
Boston, MA
Joined September 2015
RT @kaelin_lab: Check out the group’s recent collaborative project to establish a mouse model of Vhl-deficient clear cell kidney cancer! Gr…
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Check out the latest publication from the Kaelin Lab! Congrats Muhannad 🎉
🚨 Excited to announce my first publication from the @kaelin_lab in PNAS! 🎉 Our study reveals how total loss of VHL function significantly impairs neuroblastoma cell fitness via HIF2α overactivation. This sheds light on why certain VHL mutations lead to specific tumor types.
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RT @CornellMolMed: @FangyuWang39 is doing some exciting stuff in the Cerione Lab. Check out her #LabFeatureFriday over on our LikedIn https…
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RT @davidrliu: Today in @Science_Magazine we report the laboratory evolution of compact degrons that enable targeted protein degradation tr…
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Deeply sad to hear. Judy’s talk was so insightful. Her legacy and impactful work will always inspire us. RIP.
I'm deeply saddened to share that we have lost a remarkable friend, a wonderful mentor and esteemed colleague, Judith Campisi. Judith's impact on those around her was profound and lasting. Her legacy will continue to inspire us all. Rest in peace, Judy. You will be greatly missed
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RT @NobelPrize: BREAKING NEWS The 2023 #NobelPrize in Physiology or Medicine has been awarded to Katalin Karikó and Drew Weissman for their…
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RT @JayXiaojunTan: STING neutralizes the pH of Golgi-derived vesicles through a channel in its transmembrane domain. This function is conse…
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RT @NatureAging: Online now! A change to #lysosome morphology from vesicular to tubular form supports #lifespan extension upon #dietaryrest…
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RT @deniswirtz: Large database of POSTDOC fellowships in cancer research and oncology. 50 fellowships; each entry has description, deadlin…
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RT @aliceyting: LOV-Turbo is published today in @naturemethods and plasmids for LOV-Turbo are available on Addgene, here:
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Check out our latest study about glioma stem cells promote radioresistance by transferring the metabolic enzyme NAMPT to radiosensitive cells through microvesicles.
Capturing radio-resistance in glioblastoma is key to advancing treatment options. My latest study shows how proteome-level regulation accurately identifies radio-resistant glioblastoma. #CancerResearch #Glioblastoma Thanks to all authors including @natevacanti @FangyuWang39 1/2
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RT @ISEV_Journals: 👏New in #JEV👏Hypoxia promotes EV secretion by impairing lysosomal homeostasis in HNSCC through negative regulation of AT…
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RT @davidasinclair: Delighted to share with you our latest paper. Here, we test the hypothesis that aging may be driven by DNA damage-induc…
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RT @dgonzales1990: I wrote a blog post on the academic job market. This is mostly to share my own materials like research/teaching statemen…
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RT @NCICancerBio: Using experimental models in a study supported by our division, @ara_latifkar, @FangyuWang39, et al. showed that IGF2BP2…
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Thanks a lot to @elepanizza,@scientist_irma, and other people from Cerione lab and our collaborators for their huge help with the project!
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RT @davidasinclair: Aging and cancer have the same root cause: cells forget how to behave. Aging is reversible. Maybe cancer is too
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