Leveraging diurnal shifts in bacterial transgenes:
Time-restricted feeding causes diurnal functional shifts in microbes. D. newyorkensis bile salt hydrolase exhibits diurnal expression. DnBSH1-E. coli improves glucose metabolism & reduces body fat in mice
https://t.co/dPdgkSl9cg
Leveraging diurnal shifts in bacterial transgenes:
Time-restricted feeding causes diurnal functional shifts in microbes. D. newyorkensis bile salt hydrolase exhibits diurnal expression. DnBSH1-E. coli improves glucose metabolism & reduces body fat in mice
https://t.co/dPdgkSl9cg
Happy to announce that I successfully defended my thesis and now have a PhD in biomedical sciences from UCSD! 🎉🍾Thank you to my mentors @Zarrinparlab@KnightLabNews for their support, my family, and all the other people that have helped me get to where I am 💜
RESEARCH | @LabAllaband@Zarrinparlab et al. (@UCSD):
The authors analyze how timing of sample collection affects the conclusions that can be drawn from #microbiome studies, which has implications for study design.
https://t.co/zJ0UHXRnym
If you want the TLDR of our @NatMetabolism paper on how time of sample collection can impact microbiome study design, check out this short research briefing!
Congrats to #PDSoros Fellow @Steph_BloomingT on her new paper in @Nature!
Stephany was born in the Sierra (highlands) region of Peru and grew up in Maui. A @QuestBridge Scholar, Stephany is now a PhD student in the #biomedical sciences at @UCSanDiego.
https://t.co/n895PJ2PeZ
Today, I spoke alongside a banyan tree beloved by this community for 150 years.
Today it’s burned, but it’s still standing.
This tree survived for a reason. It’s a powerful symbol that we can and we will get through this. We’re in this for as long as it takes.
My family was lucky not be affected by the fire but a lot of people in our community were. Please consider donating to the relief efforts on Maui. It’s devastating how much destruction and death this fire has caused. https://t.co/P9ca8XLvMD