Jonathan Chou (@jonchou05) 's Twitter Profile
Jonathan Chou

@jonchou05

ID: 710968735780110336

calendar_today18-03-2016 23:18:50

52 Tweet

85 Followers

142 Following

Michael Evans (@mikeevans_ucsf) 's Twitter Profile Photo

Latest work with Rahul Aggarwal, Jim Wells, Felix Feng, Jonathan Chou, Ning Zhao and many other fantastic colleagues showing CDCP1 is a promising candidate for targeted radiotherapy in prostate cancer, including PSMA low/null disease. UCSF Imaging pubmed.ncbi.nlm.nih.gov/35604681/

Di Zhao MDA (@dr_di_zhao) 's Twitter Profile Photo

Excited to see our B7-H3 paper published by STM today! Many thanks for all lab members, collaborators and funding sources! @Wei_Shi90 @BradStCroix Ana Aparicio MD Anderson Cancer Center Prostate Cancer Foundation CPRIT NIH science.org/doi/10.1126/sc…

Niklas Klümper (@niklas_kluemper) 's Twitter Profile Photo

Simon C Journal of Clinical Oncology Paolo Tarantino ASCO UroToday.com OncoAlert Top Biomedical Science Markus Eckstein Thanks Simon C We and others (aacrjournals.org/clincancerres/…) believe yes: Membranous NECTIN4 expression is correlated to EV response. Further, app. 40% of oUC metastatic samples are lacking membranous NECTIN4 aacrjournals.org/clincancerres/…

OncoDaily (@oncodaily) 's Twitter Profile Photo

Nectin4 amplification predicts response to enfortumab vedotin in metastatic urothelial carcinoma - Paolo Tarantino Niklas Klümper #BreastCancer #DanaFarberCancerInstitute #GU24 #HER2 #ExperimentalOncology #LungCancer oncodaily.com/32899.html

Niklas Klümper (@niklas_kluemper) 's Twitter Profile Photo

Great overview on UC pathology Markus Eckstein 🔥 important to keep these pathways of UC carcinogenesis in mind for ADC targets as well, as NECTIN4 is overexpressed in luminal tumors as nicely demonstrated by Jonathan Chou pubmed.ncbi.nlm.nih.gov/34108177/ in Clinical Cancer Research UroToday.com OncoAlert

Markus Eckstein (@markuseckstein3) 's Twitter Profile Photo

Our latest paper ist out in Histopathology ! We comprehensively studied the membranous protein expression of the two important #ADC targets TROP2 and NECTIN4 (surfaceome 🏄‍♂️). it is the first paper on protein expression in a large cohort of over 200 muscle-invasive and metastic

Markus Eckstein (@markuseckstein3) 's Twitter Profile Photo

We are happy to share our new study published today Journal of Clinical Oncology (👉 ascopubs.org/doi/10.1200/JC…) on the role of NECTIN4 amplifications to predict responses to Enfortumab Vedotin treatment in metastatic urothelial cancer. With a huge contribution of our multinational team we uncovered

We are happy to share our new study published today <a href="/JCO_ASCO/">Journal of Clinical Oncology</a> (👉 ascopubs.org/doi/10.1200/JC…) on the role of NECTIN4 amplifications to predict responses to Enfortumab Vedotin treatment in metastatic urothelial cancer. 
With a huge contribution of our multinational team we uncovered
bioRxiv Cancer Bio (@biorxiv_cancer) 's Twitter Profile Photo

Histologic variants in bladder cancer harbor aggressive molecular features including TM4SF1 expression and a CA125+ cell state biorxiv.org/cgi/content/sh… #biorxiv_cancer

Prostate Cell News (@prostatecell) 's Twitter Profile Photo

In prostate cancer, sensitivity to poly ADP-ribose polymerase inhibitors is dependent on the specific type and zygosity of the CDK12 mutation, reports Dr. Jonathan Chou's team at UC San Francisco. bit.ly/3zBmdzq

In prostate cancer, sensitivity to poly ADP-ribose polymerase inhibitors is dependent on the specific type and zygosity of the CDK12 mutation, reports Dr. Jonathan Chou's team at <a href="/UCSF/">UC San Francisco</a>. 

bit.ly/3zBmdzq
UChicagoCancerCenter (@uccancercenter) 's Twitter Profile Photo

🔥 Hot off the press: Lixing Yang, PhD, and collaborators at UC San Francisco have published a ground breaking work in Nature Cancer, demonstrating how unrepaired collision of DNA replication and transcription can drive aggressive cancers. UChicago Committee on Cancer Biology Jonathan Chou ow.ly/VkTT50U9bYt

🔥 Hot off the press: Lixing Yang, PhD, and collaborators at <a href="/UCSF/">UC San Francisco</a> have published a ground breaking work in <a href="/NatureCancer/">Nature Cancer</a>, demonstrating how unrepaired collision of DNA replication and transcription can drive aggressive cancers. <a href="/UChicagoCCB/">UChicago Committee on Cancer Biology</a> <a href="/jonchou05/">Jonathan Chou</a> 
ow.ly/VkTT50U9bYt
UChicagoCancerCenter (@uccancercenter) 's Twitter Profile Photo

📕 New publication alert: Lixing Yang, PhD and his collaborators at UC San Francisco published an exciting work demonstrating new approaches to correct the errors generated by the collision of DNA replication and transcription. Jonathan Chou Nature Cancer UChicago Committee on Cancer Biology ow.ly/QEtK50UahjS

📕 New publication alert: Lixing Yang, PhD and his collaborators at <a href="/UCSF/">UC San Francisco</a> published an exciting work demonstrating new approaches to correct the errors generated by the collision of DNA replication and transcription. <a href="/jonchou05/">Jonathan Chou</a> <a href="/NatureCancer/">Nature Cancer</a> <a href="/UChicagoCCB/">UChicago Committee on Cancer Biology</a>
ow.ly/QEtK50UahjS
Nature Cancer (@naturecancer) 's Twitter Profile Photo

📢Check out this Article NOW ONLINE! Nature Cancer '#Transcription and #DNAreplication collisions lead to large tandem duplications and expose targetable #therapeutic vulnerabilities in #cancer' ✏️By Jonathan Chou, Lixing Yang and colleagues 📎nature.com/articles/s4301…