Nabangshu Shekhar Das (@dasnabangshu) 's Twitter Profile
Nabangshu Shekhar Das

@dasnabangshu

Postdoctoral Researcher at the University Health Network

ID: 1089378524757057536

linkhttps://scholar.google.com/citations?user=1Hw-4YcAAAAJ&hl=en calendar_today27-01-2019 04:24:14

76 Tweet

80 Followers

315 Following

Dufourlab (@dufourlab) 's Twitter Profile Photo

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…

McCaig Institute (@mccaiginstitute) 's Twitter Profile Photo

Healthy controls needed for Pain in Knee OA – Joint and Brain Imaging Study! Check out the poster below to see if you qualify and for contact info.

Healthy controls needed for Pain in Knee OA – Joint and Brain Imaging Study! Check out the poster below to see if you qualify and for contact info.
McCaig Institute (@mccaiginstitute) 's Twitter Profile Photo

To celebrate our 30th, and our accompanying social media campaign running every day this month, one lucky follower will win a prize pack. Follow us on any any of our channels to win: Swag bundle, "The Anti-Inflammatory Cookbook", Tour of select McCaig Institute facilities.

To celebrate our 30th, and our accompanying social media campaign running every day this month, one lucky follower will win a prize pack. Follow us on any any of our channels to win: Swag bundle, "The Anti-Inflammatory Cookbook", Tour of select McCaig Institute facilities.
Dufourlab (@dufourlab) 's Twitter Profile Photo

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…

Tannin Schmidt (@tanninschmidt) 's Twitter Profile Photo

New lab paper characterizing recombinant human #lubricin proteins! We demonstrate ECF843 has significantly altered size, charge, and diminished biological function compared to #rhPRG4. #Structure=#Function. We continue to study and develop rhPRG4 as a treatment for #dryeye.(1/3)

Tannin Schmidt (@tanninschmidt) 's Twitter Profile Photo

We’re hiring! 2 DOD funded postdoc positions, collaborating with Ali, on biologic loaded biomaterial treatments of corneal & skin wounds. Interest/expertise in immunology, biomaterials, cell culture and animal work are assets. Formal posting soon, reach out if interested!

Veronika K Pettersen (@microbioquester) 's Twitter Profile Photo

Do you have bioinformatics background and experience in computational analyses of microbiome data? Apply for the Arctic MSCA-PF Program! I am looking for a motivated researcher eager to study strain persistence in the gut microbiome. uit.no/arcticmsca

Amit Sandhu (@sandhuamit90) 's Twitter Profile Photo

Epigenetics in the development of osteoarthritis is a powerful and rapidly emerging field. If you're interested in learning more, you're welcome to join us at this conference. #EpigrneticsOA2024 #Osteoarthritis #Epigenetic #Toronto #ScienceConference #KrembilResearchInstitute

Epigenetics in the development of osteoarthritis is a powerful and rapidly emerging field. If you're interested in learning more, you're welcome to join us at this conference. 

#EpigrneticsOA2024 
#Osteoarthritis #Epigenetic #Toronto #ScienceConference #KrembilResearchInstitute
Schroeder Arthritis Institute (@schroederinst) 's Twitter Profile Photo

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

Research study led by Dr. Mohit Kapoor, Hayley Peters, Pratibha Potla et al. at <a href="/SchroederInst/">Schroeder Arthritis Institute</a>  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