Llano Laboratory (@llanolaboratory) 's Twitter Profile
Llano Laboratory

@llanolaboratory

We study the functional organization of the auditory system. We are particularly interested in top-down modulation and the impact of aging.

ID: 1239205974587641857

linkhttp://llanolab.com calendar_today15-03-2020 15:05:26

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398 Followers

437 Following

Llano Laboratory (@llanolaboratory) 's Twitter Profile Photo

The Dept of Molecular and Integrative Physiology at UIUC is proud to host Josh Rosenthal from MBL for the C Ladd Prosser Memorial Lecture. His talk is entitled “Recoding genetic information in the brains of cephalopods by editing messenger RNA.” Thurs 10/10, 11a, B102 CLSL

The Dept of Molecular and Integrative Physiology at UIUC is proud to host <a href="/JoshRosenthal16/">Josh Rosenthal</a> from MBL for the C Ladd Prosser Memorial Lecture. His talk is entitled “Recoding genetic information in the brains of cephalopods by editing messenger RNA.” Thurs 10/10, 11a, B102 CLSL
umdnacs (@umdnacs) 's Twitter Profile Photo

🧠At NACS Seminar tomorrow, Dr. Ross Williamson (@rs_williamson ) will tell us about "Brain-wide neural circuits for sensory-guided behavior." The talk is at 10:15am in 1103 BRB. See below for more info!🧠

🧠At NACS Seminar tomorrow, Dr. Ross Williamson (@rs_williamson ) will tell us about "Brain-wide neural circuits for sensory-guided behavior." The talk is at 10:15am in 1103 BRB. See below for more info!🧠
Steve Maren 🐀🧠💭😨 (@stephenmaren) 's Twitter Profile Photo

The lab has recently moved to the Beckman Institute at UIUC and we are looking for someone to join our team as a lab manager. See posting below! RT

Tania Barkat (@tania_barkat) 's Twitter Profile Photo

We have an opening for a postdoc position. Research questions will be in the field of auditory systems neuroscience, with the broad goal of dissecting the neuronal circuits for sensory processing, perception, and learning. For more info, check brainsoundlab.com

Aravind Parthasarathy (@aravindhearing) 's Twitter Profile Photo

Latest from our lab-we developed and validated a new EEG-based measure to assess neural representation of temporal envelope cues from the auditory pathway - the dynamic amplitude modulated envelope following response (dAM EFRs) - rdcu.be/d0mTl Pitt Communication Science and Disorders Pitt SHRS

Del Monte Institute for Neuroscience (@urneuroscience) 's Twitter Profile Photo

We took the Neuroscience Perspectives #podcast on the road to #SFN24 Society for Neuroscience (SfN) in Chicago! While there we caught up with Dr. S. Murray Sherman of University of Chicago Neuroscience Institute who has had quite a journey in science👇 Subscribe & watch the full interview with John J. Foxe & Dr. Sherman

Michael Goard (@goardmichael) 's Twitter Profile Photo

When we enter a new environment, we use visual input to rapidly build an internal model of the local spatial environment. How does our brain do this? We review past literature and suggest some new ways forward in our new review in Current Biology: authors.elsevier.com/sd/article/S09…

NIH NIDCD (@nih_nidcd) 's Twitter Profile Photo

Interested in an NIDCD research grant? NIDCD investigators have graciously shared their successful grant submissions for the research community's benefit. Visit go.nih.gov/nVT6Vfm for resources on the NIDCD grant process, sample applications, and more. #NIDCDfunding

Interested in an NIDCD research grant? NIDCD investigators have graciously shared their successful grant submissions for the research community's benefit. Visit go.nih.gov/nVT6Vfm for resources on the NIDCD grant process, sample applications, and more. #NIDCDfunding
David (@dav1dcg) 's Twitter Profile Photo

Complementary Organization of Mouse Driver and Modulator Cortico-Thalamo-Cortical Circuits Layer 5 corticothalamic “driver” inputs to the pulvinar originate predominantly from V1, while L6 corticothalamic “modulator” inputs are distributed across areas. jneurosci.org/content/early/…

Sheffield Hearing Group (@hearingshef) 's Twitter Profile Photo

Happy #MicroscopyMonday everyone!📷 This image shows the inner hair cell stereocilia (green) with EPS8 (red) highlighting their tips. EPS8 is key in regulating stereocilia length and ensuring proper localization of other essential proteins.🧬🌟

Happy #MicroscopyMonday everyone!📷 This image shows the inner hair cell stereocilia (green) with EPS8 (red) highlighting their tips. EPS8 is key in regulating stereocilia length and ensuring proper localization of other essential proteins.🧬🌟
Walter J. Koroshetz (@nindsdirector) 's Twitter Profile Photo

NIH Brain Initiative funded multiple studies on closed loop brain stimulation for a number of neuro/pscyh conditions including Parkinson Disease. Now FDA approval granted for device that adjusts stimulation based on a person's neural activity. medpagetoday.com/neurology/park…

David (@dav1dcg) 's Twitter Profile Photo

Disruption of transthalamic circuitry from primary visual cortex impairs visual discrimination in mice Preprint: biorxiv.org/content/10.110… Optogenetic inhibition of visual transthalamic circuitry (L5 V1 terminals in pulvinar) reduces visual discrimination jneurosci.org/content/early/…

Stony Brook Department of Neurobiology & Behavior (@sbuneurobiology) 's Twitter Profile Photo

Our next seminar speaker is tomorrow! Dr. Merri J. Rosen, Associate Professor from Northeast Ohio Medical University is scheduled for 12:00 noon in LSB 038. Come learn about "Disrupted Development: Early-life Stress Affects Auditory Circuits and Percepts."

Our next seminar speaker is tomorrow! Dr. Merri J. Rosen, Associate Professor from Northeast Ohio Medical University is scheduled for 12:00 noon in LSB 038. Come learn about "Disrupted Development: Early-life Stress Affects Auditory Circuits and Percepts."
Pierre Apostolides (@pfapostolides) 's Twitter Profile Photo

(Plz repost) I’ve been receiving some good news lately and will be hiring at all levels to expand the lab. Please get in contact if you are interested in reinforcement learning, neural plasticity, circuit dynamics, and/or hearing rehabilitation. pierre.apostolides @ umich .edu

Michael Goard (@goardmichael) 's Twitter Profile Photo

🚨Very excited to share a new paper from our lab in Neuron (Neuron), on the influence of the estrous cycle on structural and functional plasticity in the hippocampus: sciencedirect.com/science/articl… Thread below:

ARO (@aromwm) 's Twitter Profile Photo

🎙️Join us on August 27th at 12 PM ET for the third talk in the #ARO Seminar Series on Auditory Brainstem and Midbrain, featuring Dr. Michael Roberts. For details and registration, check your email or contact us at [email protected]. #AROSeminarSeries #Brainstem #Midbrain

🎙️Join us on August 27th at 12 PM ET for the third talk in the #ARO Seminar Series on Auditory Brainstem and Midbrain, featuring Dr. Michael Roberts. For details and registration, check your email or contact us at headquarters@aro.org. #AROSeminarSeries #Brainstem #Midbrain