I discuss the urgent crisis from the loss of federal support of science in the US and recent clinical gene editing breakthroughs with @WalterIsaacson & @amanpour on @AmanpourCoPBS, airing on @PBS tonight at 11 pm ET, and on @cnni earlier today. Pls share!
https://t.co/cyVZpAwJiq
Trump’s back at Mar-a-Lago for another golf weekend. He’s now spent 38% of his presidency at his resorts — costing $85 million in taxpayer cash.
This money at the NIH could fund more than 40 biomedical research labs for the next 5 years.
Metabolism (and horse) nerds: You have to check out this paper! Keap1 mutations in equine species permit increased Nrf2 activity and help explain why horses have such big, strong, oxygen consuming muscles 💪🏼🐴 The nature of the mutation is as provocative as the physiological output.
👀Running a genetic stop sign accelerates oxygen metabolism and energy production in horses
https://t.co/MixN0uJklB
I need people to understand how difficult it is to get an NIH grant. You spend months writing a proposal, following strict guidelines that include a detailed multiyear budget, bios of everyone on your team, plans for participant safety & ethical conduct. Then you send it off -1/n
Delighted to share our experience in creating and sustaining inclusivity in this new @BiophysicistJ article "Empowering Women in Biomedical Engineering: A Departmental Pathway to Inclusion and Support" https://t.co/9RYrLrR0Cn
I had the best time at #ISEV2024 this past week with the @carney_lab and friends. I’m grateful I got to share my work, meet and learn from leaders in the EV field, and enjoy Melbourne!
Explore how can biomedical engineering drive innovations in women’s health at @NSF ElevateHER: Engineering Innovations in Women’s Health Discovery.
Co-organized by @DrErikaMoore@UMDBIOE and @LabRaghavan @bmentamu
Info: https://t.co/m3ev5TrEsp
Pls RT!
#WomeninSTEM#ElevateHER
Thanks to all past and present members of the Health Equity and Wellness committee (read here: https://t.co/MGhRqbStFL) for the hard work on this and many other initiatives!
Thanks to our leaders, including @UCDavisBMEGG Chair @ChristiansenLab and Program Coordinator Christal Wintersmith, for active participation and engagement!
We launched Women+ in BME to create space discussing the issues women and historically excluded populations face in biomedical engineering. Read about the initiative led by @AlbaAlfgar and supported by @UCDavisBME chair and Women+ ally @steven_c_george: https://t.co/R7rZSuxHri
Alita D'Almeida (@Alita_DAlmeida) of our group just published her first manuscript on utilizing T2 mapping for tracking neuropathology and therapeutic rescue after organophosphate exposure. Congratulations, Alita! @lein_lab_ucd@UCDRadiology@UCDavisCMGI
https://t.co/YmD9YWx35D
Did you know that only 4% of scientists and engineers are Black and Latina women?
Today, let’s celebrate those women who keep venturing into this field. Happy International Day of Women and Girls in Science! 👩🏽🔬🔬🧪🧬
UPDATED: our database of POSTDOC funding opportunities and fellowships.
For each of the 316 fellowship opportunities, we provide link to funder, deadline $ amount, and eligibility criteria.
Download this database here:
https://t.co/EbTahdzJ9X
Download our free database of POSTDOC fellowships.
373 different types of postdoc fellowships. For each entry, we provide description, deadline, $ amount, and eligibility.
Download here: https://t.co/EbTahdzbkp
@ColinHisey@UCDavisGrad does great holistic reviews + workshops. We use Slate and each department reviews applications so they are admitting the students that will be most successful in their fields. Rubrics and equitable assessment are so important!
The Raman effect is the change in the wavelength of light that occurs when a light beam is deflected by molecules. It was named after Sir Chandrasekhara Venkata Raman who was born #OnThisDay, 7 November 1888. The Raman effect is used to analyse different types of material.