Paul Brand from the International Association of Facilitators (IAF) England and Wales, shares tips about #Facilitate026.
Paul Brand from the International Association of Facilitators (IAF) England and Wales, shares tips about #Facilitate026.
#Pigeons detect magnetic fields through their inner ear https://www.bi.mpg.de/news/2025-11-nordmann https://www.science.org/doi/10.1126/science.aea6425
"neurobiologists have identified a dedicated pathway for processing magnetic information that originates in the #InnerEar. This supports an inductive mechanism first proposed over 100 years ago, a concept that science forgot... Genetic analysis of inner ear tissue revealed cells with highly sensitive electric sensors, the same ones used by #sharks to detect their prey"
Due to a quirk in their inner ear development, pumpkin toadlets cannot hear their own mating calls.
#science #sciencefacts #pumpkintoadlet #innerear #matingcall
I will release #innerEar within a year.
(As I began the toot, it was “before the end of the year”, in case you wonder why I am posting this. Funny thing is that I have core functionality working beside editing so it's mostly a desire for polish.)
#GVSB co-founder, #Dischord DC vet #InnerEar studio protege #EliJanney talks about being let go from 'Late Night with Seth Meyers' as #NBC cuts live band from #TVtalkshow telecast budget. Final week of shows will have fellow 90s era indie rocker #FredArmisen back on drums
https://www.vulture.com/article/seth-meyers-late-night-band-goodbye-eli-janney.html
Due to NBC budget cuts, the ‘Late Night’ band won’t return in the fall. ‘Seth has been a big champion of ours from the get-go,’ keyboardist Eli Janney says. ‘I’m definitely going to miss it, but I don’t have any animosity towards the show.’
Lattice structured illumination microscopy and surface rendering reveals that inner ear hair cells constantly supply stereocilia building blocks to the hair bundle, but the unique protein composition at the tips of each row of stereocilia ensures that the rows grow differentially.
Lattice structured illumination microscopy and surface rendering reveals that inner ear hair cells constantly supply stereocilia building blocks to the hair bundle, but the unique protein composition at the tips of each row of stereocilia ensures that the rows grow differentially.
Lattice structured illumination microscopy and surface rendering reveals that inner ear hair cells constantly supply stereocilia building blocks to the hair bundle, but the unique protein composition at the tips of each row of stereocilia ensures that the rows grow differentially.