It's out! New paper from @Marinaas_z and the Roberts Lab. So grateful to be a part of this project and to celebrate the first publication I've been on - take a look! Thanks to everyone who made it possible! Yay! @RobertsNeuro@audreydrotos@Trevorversalle https://t.co/FGFVDh99LQ
The SIREN program changed my personal and academic life for the better. I wouldn’t be the scientist or person I am today without it. If you’re an undergraduate seeking a neuroscience research opportunity, please check out the SIREN and NURO programs!
My first first-author paper was just published in @JPhysiol ! Ever wondered how NMDARs shape temporal integration & sound encoding in the IC? A grand adventure with in vitro & in vivo patch clamping, opto, lots of pharmacology, + some models: https://t.co/KD4K5mgkeJ
I have recently graduated from @Macalester, and I am so excited to share that I will soon begin my Ph.D. studying auditory neuroscience at @InstitutPasteur Paris in the Institut de l'Audition. Thank you so much to all who have supported me in this process! I am so grateful!
Brain in the Body 🧠 #Neuroscience at Institut Pasteur
📅 November 25th 2024
📍 Amphithéâtre Duclaux, Institut Pasteur Paris
Registration (free but mandatory) ↘️ https://t.co/AJBxMuxxrE
i create so many lab-task specific playlists. today's microtome playlist features daft punk, sufjan stevens, tears for fears, and boygenius, among others. would recommend
okay worth a shot using this as a resource ... recommendations for labs/programs for students seeking to study auditory circuits/systems neuroscience? 😁
@EmbraceTheCoda @LauerLab i’m open to a lot of exploration but currently interested in ephys, histology, opto, fear conditioning, and tracing! mostly mechanisms of neural auditory encoding
I was taking some images on the scanning electron microscope this morning and found this gem - The red blood cell gives a nice perspective of just how tiny stereocilia are! For reference, the magnification of this image of outer hair cell stereocilia is 16,200x
This Week in The Journal #JNeurosci | Corticofugal Signal Amplification Drives Inferior Colliculus Feedforward Inhibition; Illuminating Neural Subprocesses Underlying Mouse Behavior in a Task for Working Memory
https://t.co/FmTiPPr4kE
The auditory midbrain keeps serving up cool surprises. Check out the latest from postdoc phenom @Marinaas_z 👇, 1 of many exciting things to come for Marina this year. And big thanks to co-authors @audreydrotos, @pirronetrinity, Trevor, and Amanda.
@UMichOto @UM_MNI@NGPMichigan