[HTML][HTML] Effects of calcium buffering on glucose-induced insulin release in mouse pancreatic islets: an approximation to the calcium sensor
JAG Pertusa, JV Sanchez-Andres, F Martín… - The Journal of …, 1999 - ncbi.nlm.nih.gov
The properties of the calcium sensor for glucose-induced insulin secretion have been
studied using cell-permeant Ca 2+ buffers with distinct kinetics and affinities. In addition,
submembrane cytosolic Ca 2+ distribution has been modelled after trains of glucose-
induced action potential-like depolarizations.
studied using cell-permeant Ca 2+ buffers with distinct kinetics and affinities. In addition,
submembrane cytosolic Ca 2+ distribution has been modelled after trains of glucose-
induced action potential-like depolarizations.
Abstract
The properties of the calcium sensor for glucose-induced insulin secretion have been studied using cell-permeant Ca 2+ buffers with distinct kinetics and affinities. In addition, submembrane cytosolic Ca 2+ distribution has been modelled after trains of glucose-induced action potential-like depolarizations.
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