Leal Oburoglu (@oburogluleal) 's Twitter Profile
Leal Oburoglu

@oburogluleal

Experimental hematologist at IREM, University of Zurich. Interested in developmental hematopoiesis, cellular metabolism and cell fate decisions.

ID: 1432672611348123649

calendar_today31-08-2021 11:53:19

22 Tweet

179 Takipçi

245 Takip Edilen

Leal Oburoglu (@oburogluleal) 's Twitter Profile Photo

It’s a great pleasure to share our new publication EMBO Reports describing how pyruvate metabolism guides primitive and definitive hematopoietic fates🩸thanks to all co-authors Els Mansell, Canals Lab, V Sigurdsson, C Guibentif, @SonejiLab and N-B Woods doi.org/10.15252/embr.…

Lund Stem Cell Center (@lund_stem) 's Twitter Profile Photo

The Woods lab's latest study in EMBO Reports show that a metabolic switch during embryonic hematopoiesis is a major regulator of lineage commitment. Read a summary 👉 bit.ly/3GqmF1D or full-text 👉 bit.ly/3zT2RRO Medicinska fakulteten, Lunds universitet Lund University

Leal Oburoglu (@oburogluleal) 's Twitter Profile Photo

Are you working on developmental hematopoiesis? As a guest editor at JoVE, I’m organizing a collection of video articles on “In vivo and in vitro models of developmental hematopoiesis”. Interested in contributing? Please submit an abstract here: jove.com/methods-collec…

Leal Oburoglu (@oburogluleal) 's Twitter Profile Photo

Delighted to share our work on the role of FOXO1 and the pentose phosphate pathway in early erythropoiesis, out now Frontiers - Cell Biology! frontiersin.org/articles/10.33…

Delighted to share our work on the role of FOXO1 and the pentose phosphate pathway in early erythropoiesis, out now <a href="/FrontCellDevBio/">Frontiers - Cell Biology</a>! frontiersin.org/articles/10.33…
Frontiers - Cell Biology (@frontcelldevbio) 's Twitter Profile Photo

New Research: FOXO1 regulates pentose phosphate pathway-mediated induction of developmental erythropoiesis: Primitive, neonatal and adult erythroid cells have been previously shown to have an active pentose phosphate pathway (PPP) that fuels… frontiersin.org/articles/10.33… #celldevbio

Sanjee Baksh (@s__baksh) 's Twitter Profile Photo

welcome to MITO METABOLISM MADNESS!!!! inputs, outputs, cofactors and coenzymes, it's time to settle once and for all who is the true powerhouse of the cell! voting lasts 2 days -- metabolites, start your engines and may the best molecule win!

welcome to MITO METABOLISM MADNESS!!!! inputs, outputs, cofactors and coenzymes, it's time to settle once and for all who is the true powerhouse of the cell!

voting lasts 2 days -- metabolites, start your engines and may the best molecule win!
Els Mansell (@elsydutchy) 's Twitter Profile Photo

Join us on November 10th to learn about #HSC #ageing from the experts! 🪄 registration is FREE! #ISEH #NewInvestigatorCommittee

Els Mansell (@elsydutchy) 's Twitter Profile Photo

Very excited to share that I am soon starting my lab @erasmusmcblood investigating how #mitochondria drive stem cell fate. Now recruiting PhD candidates & technicians (see ads in 🧵). Please share far and wide!

Very excited to share that I am soon starting my lab @erasmusmcblood investigating how #mitochondria drive stem cell fate. Now recruiting PhD candidates &amp; technicians (see ads in 🧵). Please share far and wide!
@BrainComms (@braincomms) 's Twitter Profile Photo

Canals et al. report a new hESC-based disease model of FTD generated to identify impaired astrocytic glutamate homeostasis and alterations in neuronal network connectivity and synchronization. Canals Lab Henrik Ahlenius Lund Stem Cell Center Lund University shorturl.at/acfN9

Canals et al. report a new hESC-based disease model of FTD generated to identify impaired astrocytic glutamate homeostasis and alterations in neuronal network connectivity and synchronization. <a href="/Canals_Lab/">Canals Lab</a> <a href="/AhleniusHenrik/">Henrik Ahlenius</a> <a href="/Lund_Stem/">Lund Stem Cell Center</a> <a href="/lunduniversity/">Lund University</a> shorturl.at/acfN9
Nature Metabolism (@natmetabolism) 's Twitter Profile Photo

REVIEW | Tara TeSlaa et al. (David Geffen School of Medicine at UCLA): The authors comprehensively review the fundamental biochemical aspects of the PPP & discuss its biological relevance in the context of physiology & pathology. nature.com/articles/s4225…

Leal Oburoglu (@oburogluleal) 's Twitter Profile Photo

Looking for a PhD Student position and want to study #hematopoiesis #stemcells #metabolism? Amazing place to work, with great mentors, in the ☀️ south of France. Please apply here: emploi.cnrs.fr/Offres/Doctora…

Leal Oburoglu (@oburogluleal) 's Twitter Profile Photo

📢 Hey there, researchers! While you're enjoying that coffee, why not take 5 minutes to share your publishing journey in our quick survey? Help us crack the code of academic publishing 🎲☕ #PeerReview Please share this with your friends and colleagues! gukennczi05.typeform.com/to/sUNvJ0mo

FORRT (@forrtproject) 's Twitter Profile Photo

We’re excited to announce new project aimed at improving feedback practices across research. Our goal: to create accessible recommendations for all researchers, regardless of privilege/region/discipline. Share your best practice in our survey: bit.ly/3SEjSKk #Inclusivity

We’re excited to announce new project aimed at improving feedback practices across research. Our goal: to create accessible recommendations for all researchers, regardless of privilege/region/discipline. Share your best practice in our survey: bit.ly/3SEjSKk #Inclusivity
Jan Van den Bossche Lab (@immunometlab) 's Twitter Profile Photo

CENCAT; an immunometabolic profiling tool that blends the SCENITH. Single Cell Metabolism approach with BONCAT click chemistry to measure metabolic dependencies of cell subsets Cell Reports Methods paper online now ➡️ cell.com/cell-reports-m…

Leal Oburoglu (@oburogluleal) 's Twitter Profile Photo

It’s a great pleasure to share our latest paper on the impact of oxidative stress on newly emerging hematopoietic cells 🧫 Thanks to everyone who contributed, and made it possible. Out now in Journal of Biological Chemistry 👉 sciencedirect.com/science/articl…