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.
https://t.co/HA7j5oX4Sb
🚨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. https://t.co/RTKZOoblQE #Postdoc#CoralReef
We're hiring! 🌊🔬 Seeking a Coral Research Technician to join our team. Ideal candidates have experience in coral lab techniques. Apply now: https://t.co/TB79qbYVPd
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. https://t.co/o1xRhMk2gT
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. https://t.co/o1xRhMk2gT
The next generation!
Congratulations Amir Brivanlou!
The human mitochondrial mRNA structurome reveals mechanisms of gene expression | Science https://t.co/TW0eZUu4H9
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
https://t.co/THwIAEyp9G
📣 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: https://t.co/JFSBs2PCA5 #Postdoc#ResearchOpportunity#ScienceCareers
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 https://t.co/n2mMkIkXvK
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
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: https://t.co/n2mMkIkXvK