Congratulations to Shirin on her first publication from her doctoral thesis work investigating Circannual regulation of behaviour and reproductive physiology of spotted munia. Read the paper here 👉 doi.org/10.1093/biol...
Read our latest publication on the effects of light pollution on Avian physiology here 👉 doi.org/10.1111/php....
Congratulations to all the authors.
@msi-sajib.bsky.social talks about his doctoral work at @sbohvm.gla.ac.uk Research Away day!
For an extra burst dopamine from my photo below look for the 6-petalled forget me not. If you have f-m-n in your garden look closely at the centres of the flowers. If they’re yellow they contain nectar,but when they’ve been pollinated they fade to white-tiny bees know which flowers have a snack in 🐝
Amazing talk by @iremdenizlimsc.bsky.social on her doctoral work on Siberian Hamsters at @stevensonlab.bsky.social in the @sbohvm.gla.ac.uk Research Away day! 🐹
Sayantan Sur
www.sciencedirect.com/science/arti...
Read our latest paper on the Endogenous trade-offs in spotted munia 👉
Congratulations to new JNE ECR Editorial Board Member Dr Jessica Chadwick
“I’m looking forward to engaging with a broad range of exciting neuroendocrinology research and to deepen my understanding of the inner workings of the journal.”
www.neuroendo.org.uk...+
Sayantan Sur
We will soon be entering a new era as Sue Thorn, our ‘virtual CEO’ for the last 12 years, leaves us in Sept. Sue has been a major reason for our success in recent years. 👏Thank you Sue for your tireless efforts behalf of our neuroendocrine community. 👏
www.neuroendo.org.uk...
Sayantan Sur
A labour of love. Congrats to Calum & colleagues for 6 years of research being recognized by their publication in eLife. The groups discovered that the gene DIO3 is essential for circannual timing in mammals. Work funded by @leverhulme.ac.uk
@sbohvm.gla.ac.uk
elifesciences.org/reviewed-pre...
Excited to share Sayantan's latest publication! The group found prolactin enhanced N-cadherin expression in the convoluted tubules and increased kidney volume. The findings show water stability is regulated by prolactin.
@sbohvm.gla.ac.uk
@physiologyuog.bsky.social
academic.oup.com/endo/advance...
Annual reproductive processes are timed by the endogenous circannual clock and environmental cues. Although seasonal phenotypic plasticity is well-doc…
Abstract. Seasonal changes in photoperiod regulate multiple physiological systems in vertebrates, including metabolism, reproduction, and immune function.
