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| Neuroengineering |
 Research
Themes at Emory
Neuroengineering
is the application
of engineering technologies
and techniques to
both interface to
the normal nervous
system as well as
augment or replace
parts of the compromised
nervous system. At
Georgia Tech and Emory,
we are advancing the
understanding of fundamental
neural properties
including sensorimotor
control, learning,
information processing,
response to physical
trauma, and complex
neural dynamics. We
are also engaged in
developing novel technologies
inspired by the disciplines
of mathematics, biomechanics,
robotics, MEMs, robotics,
electrical engineering,
optical microscopy,
biomaterials and tissue
engineering. These
methods are applied
with goals ranging
from basic science
to clinical application
to further our understanding
of normal neurophysiology
and to help repair
damaged brain, spinal
or peripheral nervous
tissue.
- Substance
Abuse
- Neurodegenerative
Disorders
- Neural
Systems
- Cellular
Neuroscience
- Molecular
Neuroscience
Research
at Georgia Tech
- Laboratory
for Neuroengineering
- Computational
Neuroscience
- Neuromorphic
Engineering
- Neural
Prosthetics
- Neurocomputing
- Neural
modeling of vision and
injury processes
- Neurotrauma,
and rehabilitation
- Biomechanics
of neural injury are modeled
on a cellular level in
order to investigate functional
deficits and mechanisms
of cell death
Available
Resources
| BME Faculty members working in Neuroengineering
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