Ramachandran Lab

@VUMCHearSpeech lab. Hearing in noise, hearing loss, multisensory processing. Tweets by trainees.

[Ramachandran Lab @RamRamLab]

The wheels are turning, the vault has opened. See below our first of many papers to come on the very persistent effects of “temporary” noise-induced hearing loss.

Good science is hard to come by. We are so proud of our team, led by @Jane_Mondul

https://t.co/WmLtxS95vX

[Ramachandran Lab @RamRamLab]

Paper 2 is out now at Communications Biology! A great collaboration with the Tollin lab! https://t.co/gLzybf6eu3

[Ramachandran Lab @RamRamLab]

Paper 2! Noise exposure can cause long term impairment of spatial hearing without cochlear hair cell or synapse loss. https://t.co/rxTFxFTBdt

[Ramachandran Lab @RamRamLab]

New results! Paper 4 in our series on temporary threshold shifts brings neuronal adaptation into the picture, to compliment the perceptual deficits we discovered in Papers 2-3. Those swollen synapses sure seem like a problem. Led by the unstoppable Dr. Amy Conner.

[Ramachandran Lab @RamRamLab]

New results! Paper 4 in our series on temporary threshold shifts brings neuronal adaptation into the picture, to compliment the perceptual deficits we discovered in Papers 2-3. Those swollen synapses sure seem like a problem. Led by the unstoppable Dr. Amy Conner!

[Ramachandran Lab @RamRamLab]

The wheels are turning, the vault has opened. See below our first of many papers to come on the very persistent effects of “temporary” noise-induced hearing loss.

Good science is hard to come by. We are so proud of our team, led by @Jane_Mondul

https://t.co/WmLtxS95vX

[Ramachandran Lab @RamRamLab]

The wheels are turning, the vault has opened. See below our first of many papers to come on the very persistent effects of “temporary” noise-induced hearing loss.

Good science is hard to come by. We are so proud of our team, led by @Jane_Mondul

https://t.co/WmLtxS95vX

[Chase Mackey @Chase_Mackey]

New results on the effects of noise on temporal integration in the inferior colliculus and the cochlear nucleus during active listening. We also found that a noise-induced temporary threshold shift disrupted behavioral measures of temporal integration. https://t.co/zSOJ2o4Toe

[Ramachandran Lab @RamRamLab]

The saga continues with Paper 3: contrasting effects of noise on temporal integration in the inferior colliculus and the cochlear nucleus during active listening, and behavioral deficits after noise exposure that may be a form of “hidden” hearing loss

https://t.co/8oDbLYstm8

[Chase Mackey @Chase_Mackey]

New preprint just posted, on the widespread nature of neuromodulation by multimodal sensory and motor inputs (e.g. visual stimulation and saccadic influences in auditory areas, and vice versa). https://t.co/ovmdhIEdqs

[Ramachandran Lab @RamRamLab]

Paper 1 now published in Hearing Research: https://t.co/XmRGJR0LaI

[Ramachandran Lab @RamRamLab]

The wheels are turning, the vault has opened. See below our first of many papers to come on the very persistent effects of “temporary” noise-induced hearing loss.

Good science is hard to come by. We are so proud of our team, led by @Jane_Mondul

https://t.co/WmLtxS95vX

[Chase Mackey @Chase_Mackey]

Our new paper is up, part of a series on how noise exposure can impair hearing without cochlear hair cell or synapse loss. We found that spatial hearing in noise is disrupted long after clinical measures recovered and suggested normal hearing.
🧵 below. https://t.co/vuSZqvgrsr

[Ramachandran Lab @RamRamLab]

Paper 2! Noise exposure can cause long term impairment of spatial hearing without cochlear hair cell or synapse loss. https://t.co/rxTFxFTBdt

[Ramachandran Lab @RamRamLab]

Paper 2! Noise exposure can cause long term impairment of spatial hearing without cochlear hair cell or synapse loss. https://t.co/rxTFxFTBdt

[Chase Mackey @Chase_Mackey]

The first of a series of papers to come on the very persistent effects of “temporary” noise-induced hearing loss, and its unique aspects in primates. I’ve never been more proud.

https://t.co/aKVYJphdvR

[Chase Mackey @Chase_Mackey]

New work from Yoshi Kajikawa and myself! 🐒 🦻

We measured sound envelope encoding in different cortical layers across the nonhuman primate auditory cortical hierarchy for the first time. Thread below.

[Ramachandran Lab @RamRamLab]

We are so proud of legendary Ram lab alumnus @Jane_Mondul !

[Purdue Speech, Language, & Hearing Sciences (SLHS) @PurdueSLHS]

We're excited to welcome @Jane_Mondul as an Assistant Professor to @PurdueSLHS! Her expertise and commitment to her field will undoubtedly benefit both our students and the broader Purdue SLHS community. Please join us in welcoming her!

#PurdueSLHS #PurdueHHS #Audiology

[Ramachandran Lab @RamRamLab]

Former Ram lab member doing his postdoc with Charlie Schroeder 👇🏼

[Chase Mackey @Chase_Mackey]

If you��re interested in multisensory integration 🦻👀, face/vocalization perception in monkeys🐒, or cortical microcircuits, take a look:

Our new paper on the laminar pattern of visual, and audiovisual, responses across the cortical hierarchy is out now
https://t.co/MRQykHoQ0V

[Ramachandran Lab @RamRamLab]

@_stah Thanks for your support Dave!

[Chase Mackey @Chase_Mackey]

Our new paper, led by Yoshi Kajikawa, on dynamic high frequency oscillations in auditory cortex is out now in Cerebral Cortex! Thread below

[Ramachandran Lab @RamRamLab]

Our new paper on the encoding of amplitude modulation in NHPs is out now, see thread by lead author Chase Mackey below! https://t.co/YRTrUVUpfb

[Chase Mackey @Chase_Mackey]

At long last, our (@RamRamLab) paper on the subcortical encoding of sound envelope is out! 🔊🐒

Thread below

Ahead of print paper at J Neurophysiol:
https://t.co/KNzTh966zg

Preprint: https://t.co/Eur5MsnLrf

[Ramachandran Lab @RamRamLab]

Ram lab alumnus 👇🏼 we like him even though he studies the cortex now

[Chase Mackey @Chase_Mackey]

Our poster is up on the @SfNtweets website! I’ll be representing the Translational Neuroscience Division at Nathan Kline Institute in person on Monday. Come talk thalamocortical circuits and rhythm! Details below.