
Nabangshu Shekhar Das
@dasnabangshu
Postdoctoral Researcher at the University Health Network
ID: 1089378524757057536
https://scholar.google.com/citations?user=1Hw-4YcAAAAJ&hl=en 27-01-2019 04:24:14
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Sjögren’s syndrome is a challenging disease to diagnose. We performed a proteomics investigation of tears and saliva from these patients. Great work by Nabangshu Shekhar Das Luiz Gustavo Tannin Schmidt. McCaig Institute frontiersin.org/article/10.338…

From a PRG4/lubricin perspective, we also showed a) PRG4 is decreased in SS tear wash #dryeyedisease, and b) PRG4 is present in saliva! Great work indeed. Dufourlab Nabangshu Shekhar Das Luiz Gustavo Lyndon Jones





Our new study lead by PhD student Nabangshu Shekhar Das with the support of Afshin Derakhshani Luiz Gustavo is out Nature Communications. Teamwork is key to grad students success now. Also thank you to my mentors Roman Krawetz and Tannin Schmidt and the $ support from Arthritis Society Canada


Paper led by Ejaife Agbani is out online JTH McCaig Institute UC PhysPharm Snyder Institute for Chronic Diseases

Post- PhD ice dump celebration tradition! Proud of my PhD student Nabangshu Shekhar Das Congrats Dr Das 😀🥳


Looking forward to this event and plenty of time to sign up Snyder Institute for Chronic Diseases McCaig Institute Hotchkiss Brain Institute (HBI) UC PhysPharm


Our new paper is out where we found new mesenchymal progenitor cells (MPCs) in primary human cells in inflamed and non inflamed patients post-ACL injury. Great work lead by Roman Krawetz 👍 McCaig Institute UCalgaryMedicine UC PhysPharm Nabangshu Shekhar Das stemcellres.biomedcentral.com/articles/10.11…




Our team, lead by Vinit Mahajan, is excited to present TEMPO Cell. A new method to trace cellular origin of >5,900 proteins at a single cell level. @AlexBassuk Stanford Medicine @ByersEye UCalgaryMedicine Hotchkiss Brain Institute (HBI) McCaig Institute Snyder Institute for Chronic Diseases cell.com/cell/fulltext/…




Research study led by Dr. Mohit Kapoor, Hayley Peters, Pratibha Potla et al. at Schroeder Arthritis Institute has been published in @ARD_BMJ. Using sophisticated omic approaches, this research demonstrates the cellular and transcriptomic diversity of the infrapatellar fat pad during knee
