Pavan Mysuru, PhD

Postdoc @sahlgrenskaAcad | ESC/iPSC enthusiast |
Interests: Stem cell-based modeling of development & disease | Biochemistry | RNA-Protein interactions

[Pavan Mysuru, PhD @PavanMysuru]

🚨Read our research on how RNA binding motif 47 regulates the cell-fate decisions of embryonic stem cells
https://t.co/MK8CVMqyGP
@DBT_NCCS_Pune @SharmilaBapat the late @anjalishiras @DBT_NCCS_Pune @Vaishal65204404
#ESCs #RNABindingProteins

[CRISPRGuru @CRISPRGuru]

Prof: Your CRISPR editing experiment worked?
Student: CRISPR won’t EDIT, it only CUTS✂️
P: Who edits then?
S: Cell does. But it is unpredictable
P: How can you find out?
S: Using CRISPR-KRISPR
P: What?
S: Yeah, CRISPR-KRISPR, a new method. See paper &🧵 https://t.co/FQ5GdFcBdZ

[Ganesh Kumar Barik, PhD @itsme_gkb]

Happy to share that I'll guest edit an interesting Special Collection on role of ubiquitin biology in Cancer metastasis @TCRT_Cancer.
@sehbanamu @UbiStories https://t.co/Q8ilrkJTcv

[Barna Lab @mbarnalab]

Excited to share our new publication on creating a roadmap for ribosome heterogeneity during stem cell differentiation and its impact on organismal development. A single ribosomal protein can control development of one of the three germ layers! https://t.co/KtT3xTLfKA

[BRIC-NCCS @DBT_NCCS_Pune]

Learn about our #cancer #biology #research from @SharmilaBapat, Sandhya Sitasawad, Srikanth Rapole & @manassantra56, who were featured on the #YouTube channel, The Curious Biotechnologist:
https://t.co/FuMDBUAEVD

@rajesh_gokhale @DBTIndia @SciComm_India @Sci_Rio @Sciroi_IN

[Pavan Mysuru, PhD @PavanMysuru]

A major breakthrough....

[Magdalena Zernicka-Goetz @ZernickaGoetz]

Our paper is finally out! After 10 years of model building we generate complete embryoids from three types of stem cells - they develop heart, brain structures and more. We show the first proof of concept knocking out a gene required for neurodevelopment https://t.co/8lX3TxgOUo

[Manel Esteller @ManelEsteller]

Have you ever wondered if you have a double? Thrilled to announce our @CellReports @CellCellPress article describing the multiomics study of look-alike humans!
https://t.co/muLQ8ZHu9a

[Massimo @Rainmaker1973]

If you take a Petri dish, castor oil and some ball bearings and put all in an electric field, you might happen to spot an interesting behavior: self-assembling wires who appear to be almost alive

[Stanford Complexity Group: https://t.co/QCN01QrcZS]

[Labocine @labocine]

The first few hours of development of 9 organisms
@TessaMontague
#SCENE

[Tanentzapf Lab @TanentzapfLab]

“This grant proposal describes breeding experiments in peas. This reviewer remains unconvinced about the translational benefits. Applicant should switch to a more economically important crop like wheat. Applicant’s productivity also an issue, no paper published in last 8 years”.

[Pavan Mysuru, PhD @PavanMysuru]

Check our latest research published in @JNeurooncol. It was my pleasure to generate neural stem cells from human iPSCs and contribute to gene silencing methods for the project. Congratulations to the team. #GlioblastomaResearch #BrainTumor #CancerStemCells

[Journal of Neuro-Oncology @JNeurooncol]

NSG-70, a novel GSC-enriched cell model, from a patient with recurrent GBM, harbors a unique cytogenetic feature, viz. isochromosome 9q, comprising proneural and mesenchymal subtypes. @DBT_NCCS_Pune
https://t.co/YcNo1GlsJq

[BRIC-NCCS @DBT_NCCS_Pune]

#Research groups of Dr. Sharmila Bapat and the late Dr. Anjali Shiras @DBT_NCCS_Pune report here the establishment and characterization of a new human #glioma stem cell line with a unique #cytogenetic feature, isochromosome 9q -
https://t.co/fmF1iFDPjc
#stemcells @DBTIndia

[Dr. Esther Verheyen @EstherVerheyen]

Are you a model organism researcher interested in writing a review on some aspect of molecular biosciences, including molecular biology and biochemistry? I'm a reviews commissioning editor for @FEBS_Letters and would be interested to hear your ideas.

[Kathrin Leppek @KatLeppek]

Published today: Combinatorial optimization of mRNA structure, stability, and translation for RNA-based therapeutics. https://t.co/3OBdX8jyR1 @NatureComms 🎉

[Pavan Mysuru, PhD @PavanMysuru]

@CellReproLab @Lund_Stem @LuWcmm Congratulations!!

[HentzeTeam @HentzeTeam]

We are excited about our latest @biorxivpreprint, reporting the first RNA-bound proteome from three different mammalian organs. Novel binders, organ-specific activity, close connections to metabolism and much more. Check it out: https://t.co/BPEGEkLiuL #RBP #metabolism #eRIC

[Slava Bobrov @slava__bobrov]

Visualization of nerves (light blue) and endothelial cells (e.g. blood vessels, dark blue) in a 13.5-day old mouse embryo:

#neuroscience by Nathan Burns

[Yasuhide OHINATA ᓚᘏᗢ ᘛ⁐̤ᕐᐷ @y_ohinata]

Our new paper on “Establishment of mouse stem cells that can fully recapitulate the developmental potential of primitive endoderm”, is now out in @Science. https://t.co/NoEQqRxV5I (1/6)

[Jomon Joseph @JomonJosephJoe]

SUMOylation modulates the function of DDX19 in mRNA export https://t.co/Mv6tAmNBfk

[ElowitzLab @ElowitzLab]

What does it take to generate and control multiple cell states? To find out, we designed and built "MultiFate", a synthetic circuit that generates multistability in mammalian cells. https://t.co/BPh7NKl5oH. Work from brilliant student @RonZhu2015 w/ @jesusdelrio_7 and @jgojalvo.