NYU GSOM Precision Medicine (@nyugsom_pmed) 's Twitter Profile
NYU GSOM Precision Medicine

@nyugsom_pmed

NYU GSOM Precision Medicine brings together clinicians and computational scientists to perform innovative, clinically relevant research

ID: 1580989471763447808

linkhttps://med.nyu.edu/departments-institutes/medicine/divisions/precision-medicine/ calendar_today14-10-2022 18:31:21

43 Tweet

113 Followers

42 Following

Morgan Grams (@meg21212) 's Twitter Profile Photo

Public health at work: NYU Grossman School of Medicine MGR today by Dr. Allison Arwady of Chicago Dept of Public Health: scary uptick in syphilis and congenital syphilis in the US! Innovative social media education campaigns at work to try to eliminate this preventable disease.

Morgan Grams (@meg21212) 's Twitter Profile Photo

Despite the crazy amount of particulate matter outside, fantastic day inside: so proud of the NYU GSOM Precision Medicine team -- so much interesting work presented at NYU Langone Health #ResearchDay

Despite the crazy amount of particulate matter outside, fantastic day inside: so proud of the <a href="/NYUGSOM_PMED/">NYU GSOM Precision Medicine</a> team -- so much interesting work presented at <a href="/nyulangone/">NYU Langone Health</a> #ResearchDay
NYU GSOM Precision Medicine (@nyugsom_pmed) 's Twitter Profile Photo

Congratulations to our Division's very own, Dr. Kelly Ruggles who was appointed to Director of Integrated Sciences in Office of Medical Education at @Nyugrossman!

Congratulations to our Division's very own, Dr. Kelly Ruggles who was appointed to Director of Integrated Sciences in Office of Medical Education at @Nyugrossman!
NYU GSOM Precision Medicine (@nyugsom_pmed) 's Twitter Profile Photo

Dr. Ruggles and her team has developed PhosphoDisco 🪩 a toolkit for the identification of co-regulated phosphosites from MS/MS data. Here they demonstrate its use for defining co-regulated signaling modules in CPTAC breast and lung cancer. @TobiasSchraink mcponline.org/article/S1535-…

Aristotelis Tsirigos (@artsinyc) 's Twitter Profile Photo

Thrilled to introduce Dr. Rami Vanguri, our newest faculty member in Precision Medicine NYU Grossman School of Medicine! Dive into his recent publication on #AI and multi-modal data integration for #PrecisionMedicine: pubmed.ncbi.nlm.nih.gov/36038778/ NYU GSOM Precision Medicine🧬

Thrilled to introduce Dr. Rami Vanguri, our newest faculty member in Precision Medicine <a href="/nyugrossman/">NYU Grossman School of Medicine</a>! Dive into his recent publication on #AI and multi-modal data integration for #PrecisionMedicine: pubmed.ncbi.nlm.nih.gov/36038778/ <a href="/NYUGSOM_PMED/">NYU GSOM Precision Medicine</a>🧬
NYU Grossman School of Medicine (@nyugrossman) 's Twitter Profile Photo

NYU Langone Health researchers found that collecting genetic information from seemingly healthy tissue near lung tumors may be a better predictor of cancer recurrence after treatment compared to analyzing the tumor itself. Learn more: bit.ly/3ubQphy

NYU Langone Health researchers found that collecting genetic information from seemingly healthy tissue near lung tumors may be a better predictor of cancer recurrence after treatment compared to analyzing the tumor itself.
 
Learn more: bit.ly/3ubQphy
Perlmutter Cancer Center at NYU Langone Health (@perlmutter_cc) 's Twitter Profile Photo

Gene expression in tumor-adjacent tissue holds significant prognostic information in lung adenocarcinoma, research from NYU GSOM Precision Medicine finds. Learn about the findings from investigators Dr. Igor Dolgalev (Igor Dolgalev) and Dr. Aristotelis Tsirigos (Aristotelis Tsirigos): bit.ly/49BZy2R

Gene expression in tumor-adjacent tissue holds significant prognostic information in lung adenocarcinoma, research from <a href="/NYUGSOM_PMED/">NYU GSOM Precision Medicine</a> finds.

Learn about the findings from investigators Dr. Igor Dolgalev (<a href="/bioigor/">Igor Dolgalev</a>) and Dr. Aristotelis Tsirigos (<a href="/artsinyc/">Aristotelis Tsirigos</a>): bit.ly/49BZy2R
Perlmutter Cancer Center at NYU Langone Health (@perlmutter_cc) 's Twitter Profile Photo

Gene expression in tumor-adjacent tissue holds significant prognostic insight in predicting lung adenocarcinoma reoccurrence, NYU GSOM Pathology research finds. Learn more with investigators Dr. Igor Dolgalev (Igor Dolgalev) & Dr. Aristotelis Tsirigos (Aristotelis Tsirigos): bit.ly/3SKy97u

Gene expression in tumor-adjacent tissue holds significant prognostic insight in predicting lung adenocarcinoma reoccurrence, <a href="/NYUGSOM_Path/">NYU GSOM Pathology</a> research finds. 

Learn more with investigators Dr. Igor Dolgalev (<a href="/bioigor/">Igor Dolgalev</a>) &amp; Dr. Aristotelis Tsirigos (<a href="/artsinyc/">Aristotelis Tsirigos</a>): bit.ly/3SKy97u
NYU Department of Medicine (@nyulh_deptofmed) 's Twitter Profile Photo

Thank you to Dr. Olivier Elemento @Elementolab for an outstanding Med #GrandRounds NYU Grossman School of Medicine on the future of personalized medicine @WCMenglanderIPM @wcmc_ctsc @weillcornell #genome #organoid #AI #FutureofMedicine Aristotelis Tsirigos NYU GSOM Precision Medicine

Thank you to Dr. Olivier Elemento @Elementolab for an outstanding Med #GrandRounds <a href="/nyugrossman/">NYU Grossman School of Medicine</a> on the future of personalized medicine @WCMenglanderIPM @wcmc_ctsc @weillcornell #genome #organoid #AI #FutureofMedicine <a href="/artsinyc/">Aristotelis Tsirigos</a> <a href="/NYUGSOM_PMED/">NYU GSOM Precision Medicine</a>
Aristotelis Tsirigos (@artsinyc) 's Twitter Profile Photo

Curious about AI's potential in Pathology? Discover how self-supervised AI autonomously learns histologic patterns: no need for experts to perform tedious annotations! Dive into our latest research: rdcu.be/dKtEp #PrecisionPathology NYU GSOM Precision Medicine NYU GSOM Pathology

Curious about AI's potential in Pathology? Discover how self-supervised AI autonomously learns histologic patterns: no need for experts to perform tedious annotations! Dive into our latest research: rdcu.be/dKtEp #PrecisionPathology <a href="/NYUGSOM_PMED/">NYU GSOM Precision Medicine</a> <a href="/NYUGSOM_Path/">NYU GSOM Pathology</a>
Aristotelis Tsirigos (@artsinyc) 's Twitter Profile Photo

Excited to share our latest in Nature BME! 🚀Led by Jimin Tan and with David Fenyo, we developed CANVAS—a vision transformer trained on single-cell spatial data to enable systematic studies of tumor heterogeneity: nature.com/articles/s4155…

Excited to share our latest in Nature BME! 🚀Led by <a href="/tan_jimin/">Jimin Tan</a> and with <a href="/DavidFenyo/">David Fenyo</a>, we developed CANVAS—a vision transformer trained on single-cell spatial data to enable systematic studies of tumor heterogeneity: nature.com/articles/s4155…
Aristotelis Tsirigos (@artsinyc) 's Twitter Profile Photo

🔬 Our latest study shows how self-supervised learning uncovers links between histologic features, molecular phenotypes and clinical outcomes—without annotations! 🧬 AI-driven pathology brings us closer to precision medicine. nature.com/articles/s4146… NYU GSOM Pathology NYU GSOM Precision Medicine

🔬 Our latest study shows how self-supervised learning uncovers links between histologic features, molecular phenotypes and clinical outcomes—without annotations! 🧬 AI-driven pathology brings us closer to precision medicine.  nature.com/articles/s4146… <a href="/NYUGSOM_Path/">NYU GSOM Pathology</a> <a href="/NYUGSOM_PMED/">NYU GSOM Precision Medicine</a>