#Camels are well known to endure long trips across #deserts. This time they reached all the way to Spain. Thanks @abc_ciencia for covering our story in @CommsBio. https://t.co/f77jH5ChJ4

@AlviraIraizoz et al. compared transcriptome and proteome data from dromedary camels in chronic dehydration stress and after acute rehydration. Results suggested that suppression of cholesterol biosynthesis may facilitate water retention. @vasopressinUoB https://t.co/zlJiMBezCV

A productive week in the lab! See our latest paper in @JEndocrinology. Osmoregulation of the transcriptome of the hypothalamic supraoptic nucleus: a resource for the community.

Thank you @TechExplorist, @ScienceTimesCom, FloridaNewsTimes, SoylentNews @Informational King, @Jegtheme and @ScienceAlert to cover the publication of our paper ( https://t.co/4Psx8Y3pSk) in @CommsBio.

Thank you @LeverhulmeTrust for generously fund this project. More papers to come!

We are delighted to publicly present our latest work on #camels🐪, published today in @CommsBio. You can find the paper at https://t.co/QfDNapfYiE. Also check out the post we wrote for the @NaturePortfolio at https://t.co/AZQ6VhG59M. The best way to celebrate #WorldCamelDay2021.

Cholesterol drives camel kidney responses to dehydration.

Thirsty for more camel science? It may not be #WorldCamelDay anymore, but camels are still important 🐪🐪 #WorldCamelDay2021

Thanks @physorg_com for sharing our work! We are so happy to see it life in @CommsBio. @vasopressinUoB

And Lado et al. @VetmeduniVienna also examined dromedary (🐪) genomes from across Asia and Africa to map camel migration patterns, showing they may have followed historic caravan routes like the Silk Road. https://t.co/tAYIOdjUMX

Tomorrow is the final day of #FuturePhysiology2021! Join us tomorrow for: 👩‍🏫 The Education & Teaching session ✏️ Online skills workshops Download the programme book to find out more about tomorrow's schedule:

Thanks for joining us on day 2 of #FuturePhysiology2021! We'll be back tomorrow with a great line up of talks, covering: 🔬Endocrinology 🚦Epithelia & Membrane Transport 📊Plus an ePoster session and panel discussion Join the conversation on Twitter with #FuturePhysiology2021

Really nice talk by @ev_parr about time restricted eating (TRE) patterns and their positive effects in our bodies #FuturePhysiology2021

Almost there!! @ThePhySoc @ThePhySoc #FuturePhysiology2021

Do you know when and how individual variability should be embraced as an important source of information? Register now for our online symposium to learn how best to understand, interpret and learn from variation within your own data: https://t.co/3EDyLAeD94 #Variability2020

Did we know that something was coming already? Vincent et al (2007!!). Severe Acute Respiratory Syndrome Coronavirus as an Agent of Emerging and Reemerging Infection #COVIDー19 #ListenToYourScientists https://t.co/iXFhlbTKo6

Comparative genetic analysis of the novel coronavirus (2019-nCoV/SARS-CoV-2) receptor ACE2 in different populations @nresearchnews #COVIDー19 https://t.co/CRJ9Yj5FxF

#GW4 Technical Staff Travel Bursary scheme has opened the application process. Great opportunity for technical staff to visit one of the @GW4Alliance universities and gain experience or learn new techniques @UniofBath @BristolUni @UniofExeter @cardiffuni https://t.co/VgdukYUXdV

I'm teaching a RNAseq course in April, at EBI-EMBL, along with several other instructors. Maybe you'd like to attend?

Comparative and population genomics approaches reveal the basis of adaptation to deserts in a small rodent https://t.co/YIqFc7Akm3 #bioRxiv