Our work on investigating the plant circadian transcriptome using ensemble machine learning is available as a pre-print on biorxiv
https://t.co/k7Pi3KfI6y
A high-resolution #circadian transcriptome in #wheat reveals the balance of circadian expression in a complex #polyploid crop. >20% of wheat genes are circadian regulated and many triads exhibit unbalanced rhythmicity @hannah_r88@a_hall_lab#PLOSBiology https://t.co/xTHeFdHQXu
Next week at #EIInnovate we'll welcome Turing Fellows from the Earlham Institute, @JohnInnesCentre and @TheSainsburyLab, who were funded through the @turinginst AI for Science and Government Strategic Priorities Fund and @BBSRC.
Register by 14 November:
https://t.co/GucxPCvgRP
Our work exploring circadian rhythms in hexaploid wheat is now available to view on biorxiv as a pre-print! Welcome to feedback and complements😇!
https://t.co/i8ylBUjbZb
📰NEWS: Six new fellows across @NorwichResearch institutes are part of a major UK research-industry programme led by @turinginst, seeking out the best talent in #AI and #datascience, developing bioscience leaders and supporting the UK economy.
➡️https://t.co/XbPCKKL1yc
Today is #AutismAwarenessDay. At the age of 12 I was diagnosed with Asperger, a form of autism. At that time I had no idea what it meant. When I and my parents told people I was autistic, they always reacted with shock since I didn’t fit into the stereotype of autistic people.1/7