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Neuroengineering

Singer flicker
Flicker Stimulation Shines in Clinical Trial for Epilepsy

Photo of Professor Lena Ting in the foreground with a research subject in the background
Ting Part of $15M NSF Grant Team To Study Muscle Dynamics

Photos of two researchers. The photo on the left is of Jeff Schulz looking through a microscope. The photo on the right is of Rafael Davalos.
BME Researcher Uses 3D Technology to Recreate Blood Brain Barrier Model to Improve Brain Disease Treatments

Bilal Haider thumbnail
Haider Lab Paying Close Attention With Second BRAIN Award

Photo of five McCamish conference panelists. Four panelists (one man and three women) listen to the fourth participant, a male, speaking.
Inaugural Parkinson's Disease Conference Explores New Therapies For Treatment

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Blue Sky Award Projects Confront Parkinson’s on Multiple Fronts

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Finding Flicker’s Therapeutic Pathway

Researchers probe the mechanisms underlying the rhythmic dance that recruits the brain’s immune system

Jeffrey Markowitz
Jeffrey Markowitz Wins Packard Fellowship to Follow His Ideas Wherever They Lead

Eva Dyer
Eva Dyer Using NSF CAREER Award to Make Neuron-Behavior Connection

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Computational Neuroscience Digging Deep at Georgia Tech

Eva Dyer leans on a table in her lab with a large monitor behind her showing an illustration of her data research. (Photo: Gary Meek)
CIFAR Selects Eva Dyer for Global Scholars Research and Leadership Development Program

Your Fantastic Mind title screen with outline of a brain in a box.
Go Inside Lena Ting’s Neuromechanics Lab on Public TV’s ‘Your Fantastic Mind’

A wall with a series of white doors and one yellow door.
Study: Oft-Ignored ‘Non-Place’ Brain Cells Play a Crucial Role in Helping Navigate to the Right Goal

Stanley and Waiblinger
Exploring the Signals that Underlie Learning

Stanley lab discovers expanded role for brain’s sensory processing center

Bilal Haider sitting in his lab. (Photo: Gary Meek)
Haider Studying Neural Traffic Jams in Autism

Simons Foundation award supports research of information flow along the visual neural highway

A patient receives chemotherapy treatment from a nurse. (Photo Courtesy: Centers for Disease Control and Prevention)
Tangled Messages: Tracing Neural Circuits to Chemotherapy's 'Constellation of Side Effects'

Tim Cope and Nick Housley unravel the neural pathways behind complex sensory and motor side effects of chemotherapy

A study subject works to regain balance on a shifting floor in Lena Ting's lab. Ting’s research team uses this shifting floor to literally pull the rug out from under people to study balance and brain activity. (Photo: Rob Felt)
Study Links Poor Cognitive Focus Shifting to Poor Balance Recovery, Even in Healthy Adults

Eva Dyer
Making Sense of the Brain

Eva Dyer at the forefront of surge in computational neuroscience research at Georgia Tech

This group of clinicians and scientists will collaborate with Chethan Pandarinath, front right, on a $2.4 million, five-year project using artificial intelligence tools to revolutionize the speed and accuracy of brain-machine interfaces. The team includes Robert Gross, front left, a functional neurosurgeon; Jonathan Glass, back left, a neurologist and director of Emory's ALS Center; and Nicholas Au Yong, also a functional neurosurgeon. (Photo: Jack Kearse)
Pandarinath Wins NIH New Innovator Award for AI-Powered Brain-Machine Interfaces

Artificial intelligence could be the key to faster, universal interfaces for paralyzed patients

Chethan Pandarinath headshot
Pandarinath Building Cloud-Based Tools to Give Any Neuroscientist the Power of AI

Parkinson's disease. 3D illustration showing neurons containing Lewy bodies, small red spheres which are deposits of proteins accumulated in brain cells that cause their progressive degeneration. (Licensed from Big Stock Photo)
McCamish Blue Sky Grants Take Aim at Parkinson’s Disease

First round of funding awarded to eight multi-disciplinary teams from Georgia Tech and Emory

Bilal Haider and Brice Williams
Not-so-Blind Mice Make a Good Model for Studying Human Vision

The expression pattern of the photoreceptor protein OPN5 in a mouse retina. The protein is sensitive to violet light and, as reported in a new study from a group of international researchers, plays an important role in the ability of violet light to stop the progression of myopia. This violet light effect has been previously reported, but now researchers are beginning to understand how it works. The prevalence of myopia has been growing worldwide, and it is especially common in Asian countries.
Understanding How Violet Light Can Stop Myopia Progression

Annabelle Singer reports her findings after the first human feasibility study of her flicker treatment.
Early Feasibility Study Shows Flickering Lights and Sound Could Be New Weapon Against Alzheimer’s