T-Type Ca2+ Channels Mediate a Critical Period of Plasticity https://t.co/XyfkBTpwfo Congrats to the twitterless @wadiche_labs crew for this work on synaptic plasticity in adult-born neurons with an unexpected twist at the end @SfNJournals
📆Mark your calendar for an upcoming talk on "New Neurons in Old Brains" by Dr. Linda Wadiche @LindaWadiche from @wadiche_labs@UNeurobiology@UABNews for Neuroscience Cafe outreach program
⏲️Thurs, Mar 7th at 2:00pm
📍Avondale Library
This event is open to the public! #NeuroBham
Interested in UAB graduate programs in the neurosciences? The CNC is hosting a Graduate School Fair booth at the upcoming #SfN2023 conference in Washington, DC. Come visit us at booth #63 to learn more about the incredible neuroscience training environment at UAB!
Excited to share out labs’ latest: Congrats to @ReaganLPennock, @fluketc, Xiaohiu Yan, @LindaWadiche & @jwadiche. 'Afferent convergence to a shared population of interneuron AMPA receptors' (2023) Nat Comm. https://t.co/XSSeWByBM9. A thread:
@AndrewHires@abhi_aggarwal1@PodgorskiLab@HHMIJanelia@AllenInstitute Do you mean like (Choi et al; doi: 10.1038/73895)? The evidence for other small transmitters like serotonin in more intact preparations is that partial fusion leads to full transmitter release (Bruns et al; doi: 10.1016/s0896-6273(00)00097-0).
Huge congratulations to 𝐌𝐢𝐥𝐞𝐬 𝐖𝐚𝐝𝐢𝐜𝐡𝐞 who has verbally committed to Canisius College where he will further his education and athletic career in the fall! 👏🔵🔴
Go #Griffs | #BarçaResidencyAcademy
Joining the ranks of neuroscience discoveries that have been turned into snake oil in pop culture (hi dopamine!), here's oxytocin: https://t.co/ErTlIgcyE5