Professor @RockefellerUniv - Laboratory of Synthetic Embryology
Manhattan, NY
Joined November 2018
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- Following125
- Followers508
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Crosstalk between tissue mechanics and BMP4 signaling regulates symmetry breaking in human gastrula models
cell.com/cell-stem-cell/full…
Ali H. Brivanlou retweeted
In a new @CellStemCell study, scientists in the @BrivanlouLab have used light-inducible gene expression to demonstrate that the formation of the body axes in human embryo models requires an interplay between chemical cues and mechanical forces.
rockefeller.edu/news/38639-m…
🚨Postdoc Opportunity!
Join us to explore stem cell fate and regeneration in corals 🌊🧬
We’re looking for creative, motivated scientists ready to drive new discoveries at the intersection of development & environmental resilience. xenopus.rockefeller.edu/abou… #Postdoc #CoralReef
We're hiring! 🌊🔬 Seeking a Coral Research Technician to join our team. Ideal candidates have experience in coral lab techniques. Apply now: careers-rockefelleruniversit…
Excellent conversation with @davidasinclair and @JannaLevin
Could there be a cure for aging and death? @JannaLevin talked to brilliant biologists @davidasinclair @BrivanlouLab to find out. Watch the latest installment Scientific Controversies now. youtube.com/watch?v=rhW_vxA-…
Ali H. Brivanlou retweeted
Are you here for a good time or a long time? Watch two heavyweights of the anti-aging debate, Prof @davidasinclair and Prof @BrivanlouLab, in conversation with @JannaLevin for the latest installment of Scientific Controversies. youtube.com/watch?v=rhW_vxA-…
Ali H. Brivanlou retweeted
Join me for a free discussion, food and music event in NYC: Is Aging a Disease? @PioneerWorks_ Oct 22. Details below👇
The next generation!
Congratulations Amir Brivanlou!
The human mitochondrial mRNA structurome reveals mechanisms of gene expression | Science science.org/doi/10.1126/scie…
Is IVF at risk in the US? Scientists fear for the fertility treatment’s future nature.com/articles/d41586-0…
Ali H. Brivanlou retweeted
A new platform from the @BrivanlouLab promises to reveal much about how human embryos form during the earliest stages of pregnancy.
Brivanlou: “Gastrulation was a tremendous black box. We had never seen ourselves at that stage."
#RockefellerScience
rockefeller.edu/news/35605-s…
Ali H. Brivanlou retweeted
Read our latest entry in the News section - EHDN newsletter, Charles Sabine TEDx talk and Gratitude day. factor-h.org/hd-in-the-news-… #hdgratitudeday
📣 Exciting Opportunity! Join our research team as a Postdoc. 🧪🔬 If you're passionate about stem cells and thrive in a collaborative environment, we want you. Apply now: careers-rockefelleruniversit… #Postdoc #ResearchOpportunity #ScienceCareers
Ali H. Brivanlou retweeted
The @BrivanlouLab and @RiceLaboratory collaborated to grow synthetic “mini lungs” by the thousands, creating a high-throughput cell culture platform for studying respiratory diseases from viruses like SARS-CoV-2. #RockefellerScience #yearinreview bit.ly/3MK2pfw
Ali H. Brivanlou retweeted
Congratulations to Liz Robertson on being appointed CBE in the New Years Honours list
Much deserved recognition for her contributions to dev bio and mouse genetics
Ali H. Brivanlou retweeted
Bill Harris certainly would’ve thought it:
cell.com/neuron/pdf/0896-627…
Ali H. Brivanlou retweeted
The @BrivanlouLab (including @dr_earo) and @RiceLaboratory collaborated to grow synthetic “mini lungs” by the thousands, creating a high-throughput cell culture platform for studying respiratory diseases from viruses like SARS-CoV-2 (blue). Read more: bit.ly/3MK2pfw
Ali H. Brivanlou retweeted
We asked the HFEA years ago how to define onset of PS & they suggested mol markers like T were not enough – morphological changes needed.
This manuscript poses interesting questions about how to define the PS (& possibility of extended dev in the future) that is worth discussing
Ali H. Brivanlou retweeted
Check out our latest preprint describing the onset of human gastrulation upon in vitro attachment! Here we show that stem cell-derived models of the human blastocyst, blastoids, and natural human embryos initiate gastrulation with a surprising timeline upon extended culture.