Koushik Shah🧬

#ProteinBiologist👨‍🔬| Developmental biology | Gene Regulation | DNA/RNA-Protein interactions🎯🔬|
Inquisitive mind #Adventurer #Calisthentic🤸‍♀️ |📸🔭

[Eric Topol @EricTopol]

Important editorial @Nature on the new "AI-scientist" papers
"AI scientists can and should empower human
researchers. They cannot and should not replace them."
https://t.co/CZQUrMV8D1

[Top Biomedical Science @imedverse]

Overview of microbiota-gut-brain axis.

[Agingdoc🩺Dr David Barzilai🔔MD PhD MS MBA DipABLM @agingdoc1]

Long-Term High-Protein Diet Intake Accelerates Adipocyte Senescence Through Macrophage CD38-Mediated NAD+ Depletion

"Restoration of NAD+ levels, either via supplementation with NAD+ precursor or pharmacological inhibition of CD38 activity, alleviated the senescence-associated metabolic sequelae induced by HP diets."

https://t.co/5tntiqNebB

[ilyas sahin, MD @ilyassahinMD]

Triple negative breast cancer (TNBC) remains one of the hardest cancers to treat. A new antibody drug conjugate targeting FZD7, a marker on tumor initiating cells, showed promising activity in organoids and mouse models.
Could this be a step toward more powerful and more targeted therapy for TNBC patients?
@PNASNews *

[Science girl @sciencegirl]

Your thoughts are literally shaping your brain

What you dwell on doesn’t just pass through your mind; it physically reshapes it. When you deliberately turn your attention toward what’s good, your brain starts building and reinforcing pathways that make it easier to spot more of the same. This is neuroplasticity in action: the lifelong capacity of your brain to form fresh connections based on where you direct your focus, emotions, and habits.
Each time you pause to appreciate a kind gesture, a quiet success, or a fleeting moment of beauty, you’re strengthening the neural networks that filter reality through a clearer, steadier perspective. With repetition, this habit becomes your default setting—your mind begins to automatically notice what’s right instead of fixating on what’s wrong. The result? Lower stress, greater emotional balance, and a tougher mental immune system to face challenges .
This isn’t pretending problems don’t exist. It’s choosing to train your brain to look for possibilities rather than staying stuck on obstacles. The remarkable thing is that you hold the controls—you can start rewiring these circuits whenever you decide.
Try it: find one good thing today. Tomorrow, find two. Then five.

Watch what happens next

[EMBL Events @EMBLEvents]

Are you a biologist or biochemist just starting to get involved in next-generation sequencing and mass spectrometry-based proteomics? Then this course is for you 👀

🛎️ Apply by 25 January 2026
➡️ https://t.co/qwczCQdxDX
📌 EMBL Course 'Analysis and integration of transcriptome and proteome data'
🗓️ 3 – 8 May 2026
📍EMBL Heidelberg

Gain theoretical insight in the structure of sequencing and proteomic data, build skills in data analysis for the annotation, quantification, and statistical analysis of gene and protein expression using various computational tools. Plus, learn how to use Cytoscape to derive biological insights from the integration of both data types. Don't miss out! #EMBLDataIntegration

[Chenfeng Ke @ChenfengKe]

The Ke Lab @ WashU Chemistry is recruiting a postdoctoral researcher with background in supramolecular chemistry and polymer synthesis.
Work with us on supramolecularly designed polymer networks, and 3D-printing hydrogels.
📩 Email CV + 2 refs

[bioRxiv Biophysics @biorxiv_biophys]

The pKa values of buried ionizable amino acids can be determined by the thermodynamic stability of the protein https://t.co/dOukek9CKR #biorxiv_biophys

[Björn Schumacher @schumacherbj]

In vitro experiment https://t.co/gMdA9H4xbp

[Takashi Fukaya @FukayaLab]

How do distal enhancers control transcription dynamics in living cells? Check out our latest work published in @MolecularCell!! We show that the dynamic assembly and disassembly of TF clusters at enhancers are a major source of transcriptional bursting. https://t.co/vpOSWJAfBq

[Bardin Lab @bardinlab.bsky.social @BardinLab]

Announcement: Junior Group Leader call @institut_curie . Come join us in the Genetics and Developmental Biology dept!
Deadline for applications July 14 !
Please spread the word and RT

[Shasha Chong @schong_ustc]

My lab @CaltechCCE is #hiring! Looking for a postdoc to join us in sunny Pasadena and tackle questions related to IDPs, phase separation, and transcriptional control using diverse experimental approaches. Please RT. Details and how to apply: https://t.co/dYHDlmRf5o #jobs

[TomSexton_lab @TomSexton_lab]

Proud of this collaboration, getting to the bottom of the links between chromatin mobility, #transcription control and #loopextrusion processes, now on bioRxiv:
https://t.co/qiiz7NYAPZ
1/8
@mitchell_lab @tinekelenstra @EviSoutoglou @molina_lab @AkisPapantonis @kerstinbys

[Rizzuto Lab @rizzutolab]

We are hiring! 🔬

[Akis Papantonis @AkisPapantonis]

Few hours ago our preprint using #MicroC to study the contribution of RNAPII in #3Dgenome folding came out, all peer-reviewed and formatted in @NatureGenet. Amazing effort by @NUbelmesser and Shu Zhang (now a Dr!), and simulation wizard @dr_barbieri_mar

https://t.co/o3kLX5RWBy

[Koushik Shah🧬 @KoushikDNAcoder]

@Anujshu25809201 @JessenLab @CIBSS_UniFR Congrats Anuj😀

[Yasin Dagdas @PlantoPhagy]

Please RT‼️ Register for The Mendel Symposium for Early Career Researchers (#Mendel_ECR_23) soon! Don't miss this opportunity to meet with fellow #ECRs and PIs. Share your science with your colleagues, get friendly feedback (& enjoy #Vienna). https://t.co/N4vZQ2Krfa

[Agristok @agristok]

📌 PhD Fully Funded in Molecular Plant Physiology/Pathology at Plant Health Institute Montpellier in France 🇫🇷... Please retweet and spread the word! For details visit the link below👉 https://t.co/zkQOraTkLh

[Agristok @agristok]

📌 3 Three PhD/MSc Fully Funded Positions in Ecology at University of Saskatchewan, Canada 🇨🇦... Please retweet and spread the word! For details visit the link below👉 https://t.co/MVsaUf9J5U