TAMIN

HIPPOCAMPAL MEMORY

Reactivation of a fear memory trace in the rodent hippocampus represented by colocalized mCherry and cFos (yellow). Stained for mCherry fluorescent protein (red), cFos (green), and DAPI (blue). Image credit: Reed Ressler (Maren Lab)

MEDIUM SPINY NEURON

Cultured Fmr1 KO medium spiny neuron, transfected for acute expression of FMRP (GFP, green) and mCherry (red) fluorescent protein for dendritic spine analysis.Image credit: Jessica Huebschman (Laura Smith Lab)

ASTROGLIOSIS

Astrogliosis in the remyelinating corpus callosum of a chronic Cuprizone-exposed mouse. Stained for GFAP+ astrocytes (red), CNP+ myelin (green), and nuclei (blue). Image credit: Grace Samtani (Li Lab)

NEUROMUSCULAR JUNCTION

Select image from a serial set of electron micrographs showing processes of a single terminal Schwann cell encroaching on nerve-muscle contacts (yellow arrow heads) and penetrating this intact nerve terminal (black arrows) during developmental synapse elimination in the mouse model. Image credit: Ian Smith (Thompson Lab)

Welcome to TAMIN

The Texas A&M Institute for Neuroscience (TAMIN) is a multidisciplinary program created in 2009 between Texas A&M University (TAMU) and the Texas A&M University Health Science Center (TAMHSC). TAMIN consists of a highly collegial and interactive faculty with research interests in neuroscience. TAMIN provides an organizational structure that strengthens interdisciplinary and collaborative research, enhances scholarship and research funding, promotes national visibility, promotes postdoctoral and graduate training, and offers undergraduates unique training opportunities within the area of neuroscience.

Within TAMIN there is a strong teaching commitment with the PhD degree program in Neuroscience (NRSC) and undergraduate minor in Neuroscience. TAMIN has a weekly seminar series and annual symposium.

Texas A&M University provides a unique environment for collaboration among scientists studying different areas of neuroscience in eight colleges (Agriculture, Architecture, Education, Engineering, Liberal Arts, Medicine, Science and Veterinary Medicine). Research by the faculty of neuroscience at TAMU/TAMHSC range from basic neuroscience to translational research aimed at developing therapies for neurological conditions including Alzheimer’s disease, ataxia telengiectasia, autism, cerebral palsy, depression, drug addiction, fetal alcohol syndrome, epilepsy, hereditary rat neuronal system degeneration, meningoencephalomyelitis, multiple sclerosis, neurofibromatosis, neuromuscular diseases, Parkinson’s disease, spinal cord injury, stress disorders and tumors of the nervous system.

Mike Smotherman, PhD
Chair, Texas A&M Institute for Neuroscience
Texas A&M University

TAMIN Administration & Contact Page

Texas A&M Institute for Neuroscience

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HIPPOCAMPAL MEMORY

MEDIUM SPINY NEURON

ASTROGLIOSIS

NEUROMUSCULAR JUNCTION

Welcome to TAMIN

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