Negar
@ngr6610
PhD in Biochemistry, interested in molecular cardiovasular biology with looking at proteins
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1/ 🧵 No, you do not always need Single-Cell RNA-seq. Single-cell RNA-seq is popular and powerful, but it's not always the best choice. Here's why you should think carefully before diving in.
Today is my first day as an Assistant Professor of Medicine at Stanford University! My research program is focused on understanding and enhancing engineered T cell immunotherapies for cancer and immune-mediated diseases. If interested in joining please reach out!
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☹️Google Scholar is a great tool. But it doesn't show you how papers are connected with each other. 😀Here's how to fast-track your literature review with visual search using Google Scholar's database: (And export papers to Zotero, Mendeley, or EndNote.)
Looking for a new postdoc? If you're interested in academia, join my lab! We have a track record of helping postdocs publish in top journals and secure transition awards. Let's advance neuroscience together!
Don't use Sci-Hub — it's a "controversial" website with 84M+ research papers freely available. We should all try to make billion-dollar academic publishers richer. Anyway, here's a thread on how to integrate Sci-Hub with Zotero 7 to get free papers. DO NOT DO IT!
We analyzed ~ 3,000 single nuclei & quantified ~ 1,300 proteins / nucleus. It's a technological milestone for sensitive mass spec proteomics. ◼️ It enabled much cool analysis ably spearheaded by @_JasonDerks. biorxiv.org/content/10.110…
We used this strategy to acquire >3k single nuclei on a timsTOF SCP. These nuclei come from macrophages which were LPS-treated for 10, 30, or 60 minutes, or left untreated. (5/n)
Stats: Sample preparation: ~ 3,500 single cells / day. Mass spec analysis: ~ 120 single cells & ~ 400,000 single-cell protein datapoints per day.
Discover nPOP, a method to parallelly prepare and analyze thousands of single cell samples. Implemented on the CellenONE and #timsTOF platform, using plexDIA to accurately quantify up to 3700 proteins per human cell. Read more: goto.bruker.com/49uP303 #singlecell #proteomics
We are hiring ! The opportunities are for colleagues who want to pursue big bold ideas in a well-resourced non-profit environment. We support open science & career growth. Requirements: Enjoying challenges & collaborations. parallelsq.org/careers Please RT.
Excited to share our recent work where we identify two FDA-approved drugs that induce heart regeneration in small and large animals. Outstanding work by @Mahmoudsalama83 and @NhiNguyen1984! Bringing regenerative therapies a step closer to the clinic rdcu.be/dANtR
A new mass analyzer enables protein identification at high speed and depth - @kusterlab #NBTNV go.nature.com/3vT8CRB rdcu.be/dxEq3
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