Shalin Naik
@shalinhnaik
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Scientist @WEHI_research, Host of https://t.co/h6USpl5ZrE podcast, part-time singer of the #Inflammatones, co-host of #AskTheDoctor and #ABCCatalyst on @ABCTV.
Melbourne, Victoria
Joined September 2011
A triumph of perseverance from twitterless Tom Weber, Christine Biben and the team, our in vivo barcoding "LoxCode mouse" used to resolve epiblast fate to fetal organs is finally published in @CellCellPress and available to import through @jacksonlab
https://t.co/PsihI0BeLC
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New “discrete state” model of hematopoiesis published in Nature Immunology. https://t.co/E1bSt1cGN7 We propose a hierarchical model of hematopoiesis where stable “discrete states” serve as key regulatory nodes. With @nsalomonis @morris_lab @BioLegend @CytekBio @NIH @NIDDKgov and
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👇👇Please be sure to sign up and submit your abstracts for these exciting @KeystoneSymp on #Hematopoiesis and #Myeloid Cells! 🗓️ February 24-26, 2026
The parallel @KeystoneSymp #Myeloid and #Hematopoiesis is going to be epic! I asked GPT to create a side-by-side schedule with the invited speakers. Going to be tough to choose!!
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I am proud to present my latest research during Plenary V at the ISSCR 2026 Annual Meeting, taking place in Montréal, Canada on 8-11 July 2026. Register to hear my presentation! #ISSCR2026
https://t.co/pmyufoIzqw
@ISSCR
invt.io
Register now
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Calling superstar students seeking a PhD @WEHI_research. Two weeks left to apply for a scholarhip. Our lab would consider students interested in ageing/CH/monogenic disorders in haematopoiesis (mouse and human), gene editing, clonal lineage tracing.
wehi.edu.au
Our International PhD Scholar Initiative enables outstanding international students to join WEHI's Medical Biology PhD Program.
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The parallel @KeystoneSymp #Myeloid and #Hematopoiesis is going to be epic! I asked GPT to create a side-by-side schedule with the invited speakers. Going to be tough to choose!!
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Excited to share our pre-print "γδ T cells modulate anti-tumor immunity in small cell lung cancer" from @Sutherland_Lab! https://t.co/YUYripxp7r We demonstrate that γδ T cells are potentially valuable targets for SCLC therapy, especially in a MHC-I low setting. 🧵1/8
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📢 Open Positions 📢 We're hiring motivated PhDs & Postdocs to join a cutting-edge research program @VIBLifeSciences @ugent 🔬in vivo CRISPR screens 💻Multi-omics, Modelling & Deep Learning 🧬Macrophages, Liver Homeostasis, Regeneration & Metastasis 💶ERC AdG, FWO & Cancer Grant
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The reality of therapeutic Myeloid cells is closer than ever. Attend this @KeystoneSymp to grasp the latest developments and possibilities from academia and industry. Parallel haematopoiesis Keystone too! You won't be disappointed.
An honor to co-organize this symposium @shalinhnaik and Charlotte. Explore emerging research with field leaders @KeystoneSymp Myeloid Cells: Functional Heterogeneity with Therapeutic Promise, this February in Keystone! https://t.co/wb26A3kZmd
#KSMyeloid26
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Thanks to the organizers @Fabre_Thomas_89 @shalinhnaik & Charlotte Scott for the fantastic opportunity to discuss our most recent data in this great @KeystoneSymp meeting!!! Looking forward to meeting all the #myeloid community!
An honor to co-organize this symposium @shalinhnaik and Charlotte. Explore emerging research with field leaders @KeystoneSymp Myeloid Cells: Functional Heterogeneity with Therapeutic Promise, this February in Keystone! https://t.co/wb26A3kZmd
#KSMyeloid26
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🤯Three (!!!) new papers today in @ScienceMagazine on the application of generative AI for the de novo design of peptide/HLA binding molecules! Completely unique 3D structure and binding mode compared with natural TCRs and TCR mimics! Links to papers 👇
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Spatial of human BM trephine. Epic technical development.
Excited to share our teamwork on spatially profiling human bone marrow trephines is now online! 🔬🗺️🦴 https://t.co/85kSWG6PTE More high-res atlases to come - liquid/solid cancer in bone, cellular therapies settings..💪 #Xenium #myeloma #spatialomics
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Excited to share our teamwork on spatially profiling human bone marrow trephines is now online! 🔬🗺️🦴 https://t.co/85kSWG6PTE More high-res atlases to come - liquid/solid cancer in bone, cellular therapies settings..💪 #Xenium #myeloma #spatialomics
ashpublications.org
Key PointsThe first map of human bone marrow was generated using single-cell spatial transcriptomics profiling of 5001 genes.Malignant plasma cells form sp
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Now out in the July 10th issue of @CellCellPress LoxCode in vivo barcoding reveals epiblast clonal fate bias to fetal organs: Cell
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🔬Applications for the EMBL Australia #PhD Course are now OPEN!🌟 Ready to kick-start your scientific career? Don't miss this opportunity to learn from Aus's best researchers! 📅 1-12 December, 2025 📍 @SAiGENCI, Adelaide ℹ️ Info & apply by 27 July: https://t.co/BdhInFxbLi
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Honestly, am so honoured that the next generation of researchers selected me to speak. This was fun to record!
We're kicking off our Interview Spotlight Series with the 2025 New Investigator Invited Speaker @shalinhnaik. Prof. Naik dives into his current work, career inspirations and life outside of the lab. Watch the interview on https://t.co/2NCQisaloN
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Just got back from #ozsinglecell2025. One of the high points of my year so far :-). Amazing science, chill vibe, nurturing research community. Congrats to @drjosephpowell @shalinhnaik @AliciaOshlack and the entire team for building something great!
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Absolutely thrilled to share with you the final version of EPIclone, out now (open access) in @Nature. This has been an amazing collaboration with the lab of Lars Velten (@larsplus) at @CRGenomica
https://t.co/BI12Ir7fyz
nature.com
Nature - The discovery that DNA methylation of different CpG sites can serve as digital barcodes of clonal identity led to the development of EPI-Clone, an algorithm that enables single-cell...
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Full thread of our first preprint can be found here
We are ready to make a big splash with our new in vivo barcoding 'LoxCode' mice in an updated preprint. With it, we answer a key question in development: how does each cell of the pre-gastrulation mammalian epiblast contribute to organogenesis? 1/n
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