Example of Creativity
One of my favorite @[email protected] covers for this week’s issue
🐦🔗: https://twitter.com/meharpist/status/1618613685077028866
Excited to share our latest paper @[email protected]. Together with another paper of ours in 2019 (also @[email protected]), we described a Ca2+ signaling pathway that is important for genome protection during replication stress. Congratulations to Shan Li, Lingzhen Kong and other co-authors! https://twitter.com/MolecularCell/status/1617913886476492801
🐦🔗: https://twitter.com/YouLab_WashU/status/1618276340989591552
📢Please RT: We're hiring two tenure-track group leaders, one in Multicellular Systems and one in Genome Regulation/Structural Biology. Apply by March 19 at:
https://bit.ly/MulticellularSystemGL
or
https://bit.ly/StructuralBiologyGL
#AcademicTwitter
🐦🔗: https://twitter.com/FMIscience/status/1615293656834924544
Scientists-in-training: find the mentor that is right for you. Here are my guidelines for how to do that 🧵
1. Make sure to choose a mentor who will be deeply committed to your career; someone who will continue advising and supporting you well after your time working together.
🐦🔗: https://twitter.com/ItaiYanai/status/1614779177906970627
“Scientists-in-training: find the mentor that is right for you. Here are my guidelines for how to do that 🧵 1. Make sure to choose a mentor who will be deeply committed to your career; someone who will continue advising and supporting you well after your time working together.”
Our data suggest that genome evolution is largely driven by damage occurring in mature sperm and the consecutive outcome of the maternal DNA repair of the paternal genome in the zygote https://twitter.com/schumacherbj/status/1605596989885804544
🐦🔗: https://twitter.com/schumacherbj/status/1605661604154003457
“Our new must-read Nature paper: Inheritance of paternal DNA damage by repair restriction @CECAD_ @UKKoeln @UniCologne @CGA_age @dfg_public https://t.co/4OGWmFm3BQ”
