Search Results - "Taylor, Anne T."

Ultrastructural view of astrocyte arborization, astrocyte-astrocyte and astrocyte-synapse contacts, intracellular vesicle-like structures, and mitochondrial network by Aten, Sydney, Kiyoshi, Conrad M., Arzola, Emily P., Patterson, Jeremy A., Taylor, Anne T., Du, Yixing, Guiher, Ally M., Philip, Merna, Camacho, Elizabeth Gerviacio, Mediratta, Devin, Collins, Kelsey, Boni, Kirsten, Garcia, Silvana A., Kumar, Rahul, Drake, Aiden N., Hegazi, Ahlam, Trank, Lindsey, Benson, Emily, Kidd, Grahame, Terman, David, Zhou, Min

“…The complexity of astrocyte morphology and syncytial coupling through gap junctions are crucial for astrocyte function in the brain. However, the…”
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Syncytial isopotentiality: A system‐wide electrical feature of astrocytic networks in the brain by Kiyoshi, Conrad M., Du, Yixing, Zhong, Shiying, Wang, Wei, Taylor, Anne T., Xiong, Bangyan, Ma, Baofeng, Terman, David, Zhou, Min

“…Syncytial isopotentiality, resulting from a strong electrical coupling, emerges as a physiological mechanism that coordinates individual astrocytes to function…”
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Clinicopathologic features of scrotal leiomyosarcoma: single institutional experience of ten cases by Taylor, Anne T., Dason, Shawn, Zynger, Debra L.

“…Scrotal leiomyosarcoma arises from the subcutaneous smooth muscle layer and is an exceptionally rare disease process, with only six patients in the largest…”
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Genesis of a functional astrocyte syncytium in the developing mouse hippocampus by Zhong, Shiying, Kiyoshi, Conrad M., Du, Yixing, Wang, Wei, Luo, Yumeng, Wu, Xiao, Taylor, Anne T., Ma, Baofeng, Aten, Sydney, Liu, Xueyuan, Zhou, Min

“…Astrocytes are increasingly shown to operate as an isopotential syncytium in brain function. Protoplasmic astrocytes acquire this ability to functionally go…”
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TREK-1 Null Impairs Neuronal Excitability, Synaptic Plasticity, and Cognitive Function by Wang, Wei, Kiyoshi, Conrad M., Du, Yixing, Taylor, Anne T., Sheehan, Erica R., Wu, Xiao, Zhou, Min

“…TREK-1, a two-pore-domain K + channel, is highly expressed in the central nervous system. Although aberrant expression of TREK-1 is implicated in cognitive…”
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Dissipation of transmembrane potassium gradient is the main cause of cerebral ischemia-induced depolarization in astrocytes and neurons by Du, Yixing, Wang, Wei, Lutton, Anthony D., Kiyoshi, Conrad M., Ma, Baofeng, Taylor, Anne T., Olesik, John W., McTigue, Dana M., Askwith, Candice C., Zhou, Min

“…Membrane potential (VM) depolarization occurs immediately following cerebral ischemia and is devastating for the astrocyte homeostasis and neuronal signaling…”
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