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Full-Text Articles in Life Sciences
The Insulin/Igf Signaling Regulator Cytohesin/Grp-1 Modulates Sensitivity To Excitotoxicity In C. Elegans, Nazila Tehrani
The Insulin/Igf Signaling Regulator Cytohesin/Grp-1 Modulates Sensitivity To Excitotoxicity In C. Elegans, Nazila Tehrani
Dissertations, Theses, and Capstone Projects
Excitotoxicity is a form of neurodegeneration that serves as the main underlying cause of brain damage in stroke/brain ischemia, and a contributing factor in a range of neurological diseases such as Epilepsy, ALS, Alzheimer, and Huntington's disease. In excitotoxicity, over-activation of glutamate receptors causes necrotic neuronal cell death. In spite of intense study of excitotoxicity, the molecular mechanisms that lead from glutamate receptor activation to necrotic death remain a mystery. Aging neurons are known to be more vulnerable to excitotoxicity and less likely to recover, but the underlying reasons for the increased cellular vulnerability are unknown. To gain insight into …
Molecular-Genetic And Behavioral Analysis Of The Functionality Of Patterning In The Trigeminal Neuraxis, Dana Bakalar
Molecular-Genetic And Behavioral Analysis Of The Functionality Of Patterning In The Trigeminal Neuraxis, Dana Bakalar
Dissertations, Theses, and Capstone Projects
A striking feature of the vibrissal representation in rodents is the presence; at brainstem (barrellettes), thalamic (barrelloids) and cortical levels (barrels) of a somatotopically organized pattern of neurons which is isomorphic, both morphologically and physiologically, to the pattern of vibrissae on the snout. The vibrissal system is required for several classes of behavior, including feeding and active vibrissal sensing, but the functional role of the patterning in these behaviors is unknown. We used two mutant animals lacking patterning in two areas of the vibrissal neuraxis to examine the functional role of patterning. We examined feeding behavior using a knockout of …