Thrilled and proud to share that our study on human gonadal development is now out in @Nature! Incredible teamwork led by @LuzGarAl, @vlorenzi3 and @ceci_icoresi. A little thread below
Single-cell roadmap of human gonadal development disq.us/t/48z7i8i
roser
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Using genomics, organoids & computational tools to reconstruct tissues• ♥️ development & immunology @sangerinstitute VenToLab.org • diving & trekking passionate
- Our article is out in @nature. We use single-cell transcriptomics and our new database for ligands and receptor -cellphonedb.org- to study the communication between the fetus and the mother during early pregnancy 👇
- Interested in the fascinating process of fetal trophoblast invasion into the maternal uterus during early pregnancy? Then, check out our mind-blowing work @Nature & see how we gain insights into the process in human samples using a multiomics approach nature.com/articles/s4158…
- Delighted to receive #ERCStG to continue studying early cell fate decisions in the placenta using high-throughput genomics, computational/AI and synthetic biology tools!
- Interested in genomics, organoids, development, immunology & bioinformatics? We are expanding our team with a computational postdoctoral and senior staff scientist positions 👇. Join us for doing great science in a fantastic multidisciplinary team @sangerinstitute. Please, RT.
- Check out our last preprint- We use single-cell & spatial technologies to map the human uterus and inform organoids experiments Mapping the temporal and spatial dynamics of the human endometrium in vivo and in vitro
- 📢 Excited to announce 20 new @ChanZuckerberg Data Insights projects that will gain insights into health + disease from existing #SingleCell datasets to help accelerate progress toward challenges associated with large atlas-scale data czi.co/DataInsights
- ~40% of women reporting gynaecological conditions and yet we know very little about the reproductive system. Take a look in how genomics coupled with bioinformatics & in vitro modelling can make a difference in the field
- Thank you @guardian for highlighting our research in the human fetal placenta and its communication with the maternal uterus theguardian.com/science/2023/j… [theguardian.com]
- I am thrilled to be recognised by @MichelsonPhils. This is credit to all our team members, collaborators and the creative & supportive scientific environment I have the privilege to work on a daily basis.Congratulations to Dr. Aleksandar Obradovic for receiving the 2023 @MichelsonPhils & @ScienceMagazine Prize for #Immunology grand prize for his outstanding research on precision #immunotherapy. Dr. @roserventotormo, Dr. Joshua Tan receive finalist awards. bit.ly/3S7oaYU
- Our team is growing! Join us to combine -omics, synthetic biology, organoids and tissue engineering to develop an artificial immune niche to generate B cells. You will be part of the vibrant @WellcomeLeap community 👇. Pls, RT.
- Novel single-cell technologies & computational tools are providing novel insights into endometriosis. Take a look at our N&W discussing recent manuscript from Lawrenson lab. A pleasure to write this with @LuzGarAl @KrinaZondervan nature.com/articles/s4157…
- cellphonedb.org v2.0 is out! A detailed protocol with new functionalities to build and visualise ligand-receptor communicating networks from scRNASeq data. A lovely collaboration with @mirjana_e and @ydevscom 👇🏼biorxiv.org/content/10.110…
- I am so excited to be recognised by the @BiochemSoc Very grateful to our brilliant team {ventolab.org} for their work @LuzGarAl @immunobananna @reggie_hoo Carmen Tarryn & collaborators for their support!The first of two Early Career Research Awards goes to Dr Roser Vento-Tormo @roserventotormo @sangerinstitute for her work to build cellular communication networks from single-cell transcriptomics data #BiochemAwards biochemistry.org/2021-award-win…
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