Jorge Andrade

[Mikko Taipale @mike_tilapia]

We assayed the subcellular localization of ~3,500 missense variants of >1,000 disease-associated genes, comparing the localization of variant and reference (wt) proteins. Computational and manual annotation of images identified 250 mislocalized variants for >150 phenotypes. 2/

[Jorge Andrade @Jcalheirosandra]

] nythm
https://t.co/k8rjRyTTDf

[Jorge Andrade @Jcalheirosandra]

@ASCO , h7, ui k vv/

[NAVBO @vascularbiology]

Amazing overview of endothelial cell metabolism by Dr. Michael Potente, recipient of the 2023 NAVBO Folkman Award! 🏆

Congratulations to all the awardees!! 🥇

@potente_michael #NAVBO2023

[Stefanie Dimmeler @StefanieDimmel1]

🥳😀We are very happy that our collaborative research center on "Cardiovascular noncoding RNAs" @trr267 is extended for the next 4 years! Many thanks to @dfg_public for allowing us to continue exploring the RNA world with our great team @goetheuni @LMU_Uni @MHH_life @mpi_hlr

[Claudio A. Franco @ClaudioAFranco1]

We are looking for postdocs to join our team!
(please help spread the word).

[Nature Reviews Molecular Cell Biology @NatRevMCB]

Now online: 🌟"Normalizing career choices outside academia"🌟
@Sciezgin from @karolinskainst/@scilifelab urges academic scientists to normalise non-academic careers and stop penalising scientists choosing these paths. Read his thoughts here:

🔗https://t.co/SRaYOELPWN

[Lorea Valcarcel @LoreaFlorea]

Great opportunity here! Do not miss it and apply!👇👇👇

[Pradeep Natarajan @pnatarajanmd]

New insights in vascular endothelial cell development & diversity from single-cell genomics and in vivo genetic labeling https://t.co/IEj5LDlXch @NatRevCardiol E. Trimm @kristyredhorse @StanfordMed

[Hao Yin @HaoYin20]

This time, TAZ has a leading role (vs #YAP), coupling #NutrientSensing with retinal #Angiogenesis🤠

⏫TEAD-dependent transcription of AA transporters SLC7A5, SLC1A5, etc->
⏫mTORC1 activity

Dr. Michael Potente lab @NatMetabolism 2022 @potente_michael
https://t.co/0HkVhkodrM

[Computational Multi-Omics Lab @biocomicslab]

Our paper showing how genetic/microenvironmental heterogeneity impacts colorectal cancer progression is finally published! Thanks to our friends and collaborators who made this work possible! @UCIBIO_Research @IMMolecular
https://t.co/c2a7LdekGD

[SvenReischauer @ReischauerS]

Interested in #regenerativebiology? We are looking for TWO motivated PhD students to join our new lab at the @jlugiessen on the topic of heart regeneration. Both positions are fully funded by the #DFG. Please spread the word. #phdpositions #Zebrafish https://t.co/68U3nVBmG6

[Ralf Brandes @Ralf_P_Brandes]

We are happy to accounce openings for two professorships! Contact me if you are interested! With the excellence cluster CPI and the DZHK #goetheuniversity #Frankfurt is the perfect place for cutting edge CV research from basic science towards #translation. #jobs #hiring

[Translational Vascular Biomedicine @VasBioBerlin]

Students, postdocs, if you are interested in understanding how cells sense their environment and like the combination of experimental and computational technologies, then apply to MDC’s recent recruit, Yoichiro Sugimoto: https://t.co/7k7P1jMBYi

[SFB 1531 @SFB1531]

📢 Join a fantastic team and benefit from the excellent training program in our new integrated research training group - check our website https://t.co/v544RYfn3M for available PhD positions in various projects! Don`t miss this chance! @goetheuni @mpi_hlr @MDC_Berlin @uni_mainz

[FrezzaLab @FrezzaLab]

I thought I wanted to be a professor. Then, I served on a hiring committee https://t.co/8kFf3hatg7

[Nature Metabolism @NatMetabolism]

🔆JUNE issue🔆

A nice mix of topics, including angiogenesis (on the cover), several papers on #cancerresearch, BAT & #inflammation, autoimmune diseases, as well as periphery to #brain crosstalk on #feeding behavior. Enjoy!

https://t.co/yMoEvjAID9

[Jorge Andrade @Jcalheirosandra]

👇👇https://t.co/bQrHPZjcRj

[PotenteLab @PotenteLab]

Hungry blood vessels: A team effort led by Yu Ting Ong reveals how endothelial cells regulate nutrient acquisition during angiogenic growth. Read more about our latest work in @NatMetabolism under the following link: https://t.co/IdYS3jMiXu

[PotenteLab @PotenteLab]

If you are interested in blood and lymphatic vessels, this is the place to be: the Kloster Seeon “Angiogenesis” Meeting. Cutting-edge biomedical research in a beautiful setting close to the Bavarian Alps. There are still a few slots available: https://
https://t.co/GQVCP7JlFy