Translational Scientist interested in Cell Biology — Genetics — Microbiology — Pharmacy — Innate Immunity — Zebrafish — Tuberculosis
Opinions are my own & don't represent those of my employer.
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Gotcha, so just like catch vibes about the Null in individual studies. Doesn’t sound like too much of a reproducible test, but hey to each their own.😃
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Gotcha, so just like catch vibes about the Null in individual studies. Doesn’t sound like too much of a reproducible test, but hey to each their own.😃
I wonder if it would it be possible to use MERFISH to predict the likelyhood of a mRNA's translation by ratiometric analysis of its proximity to tRNAs?
I wonder if it would it be possible to use MERFISH to predict the likelyhood of a mRNA's translation by ratiometric analysis of its proximity to tRNAs?
journals.asm.org/toc/mbio/16/10
journals.asm.org/toc/mbio/16/10
For granuloma specific Mycobacterial genes please see my colleague Gopi Viswanathan‘s excellent recent preprint!
www.biorxiv.org/content/10.1...
For granuloma specific Mycobacterial genes please see my colleague Gopi Viswanathan‘s excellent recent preprint!
www.biorxiv.org/content/10.1...
3 RNAseq datasets. Spatial and single-cell from clinical biopsies of human M.tuberculosis granulomas plus flow sorted macrophage bulk RNAseq from M.marinum-infected zebrafish larvae. Bonus functional validations in the adult zebrafish model.
3 RNAseq datasets. Spatial and single-cell from clinical biopsies of human M.tuberculosis granulomas plus flow sorted macrophage bulk RNAseq from M.marinum-infected zebrafish larvae. Bonus functional validations in the adult zebrafish model.