I
study how behavioral experiences influence functional
recovery after unilateral stroke-like injuries of the sensorimotor
cortex in rats. I recently discovered that training the
"good" forelimb of rats after these injuries worsens function in the
impaired limb. My dissertation is focused on understanding the
characteristics and neural basis of this effect.
Aaron Assay
Graduate Student
I just joined
the laboratory in Fall, 2008. My initial project in the lab is focused on forelimb behavioral experience effects on functional recovery from middle cerebral artery occlusion (MCAO)
Colleen Capellini
Graduate Student
I am also new to the laboratory, having joined in Summer of 2008. My current project focuses on the role of the contralateral hemisphere and transcallosal connections in recovery from unilateral cortical stroke. I am also beginning to investigate how experience shapes reorganization of movement representations in the motor cortex after ischemic injuries
Soo Young
Kim
Graduate Student
I am interested in glia-neuronal interactions in
synaptic plasticity and recovery from brain damage. My current
research is focused on age-related differences in the remodeling of
neocortical astrocytes and synapses after brain damage.
Monica A.
Maldonado
Graduate Student
One of my primary interests is how cell proliferation,
including neurogenesis, contributes to functional recovery after brain
damage in adult animals. My dissertation research is focused on
the potential of motor rehabilitative training to drive neocortical
gliagenesis and neurogenesis.
Amber
O'Bryant
Graduate Student
My dissertation research focus is the use of a novel
treatment approach, motor cortical stimulation (CS), for stroke-induced
functional impairments. I have recently discovered that combining
CS with motor rehabilitative training results in functional
improvements that persist for at least 9-10 months after the end
of treatment compared to rats receiving rehabilitative training
alone. My current research is focused on understanding the
effective timing of this treatment after stroke-like injuries in rat
and its influence on neural activity and plasticity in residual
sensorimotor cortex.
Kelly Tennant
Graduate Student I am investigating aging effects on recovery and neurorehabiliation in mouse models of cerebral ischemia. I have also been developing a new mouse model suitable for in vivo investigations of
neocortical plasticity linked to motor learning and recovery from
cortical infarct.