Spike triggered hormone secretion in vasopressin cells; a model investigation of mechanism and heterogeneous population function
DJ MacGregor, G Leng - PLoS computational biology, 2013 - journals.plos.org
Vasopressin neurons generate distinctive phasic patterned spike activity in response to
elevated extracellular osmotic pressure. These spikes are generated in the cell body and …
elevated extracellular osmotic pressure. These spikes are generated in the cell body and …
[图书][B] The “calcium paradox” and its impact on neurological and psychiatric diseases
LB Bergantin, A Caricati-Neto - 2018 - books.google.com
This book extends the original concept of the “calcium paradox” discovery, herein compiling
more than 300 references in the field of calcium ion (Ca2+/cAMP) signalling pathways …
more than 300 references in the field of calcium ion (Ca2+/cAMP) signalling pathways …
[PDF][PDF] Computational methods to study Ca2+-triggered secretion at the cellular level
V González-Vélez, A Gil… - Journal of Computational …, 2012 - scholar.archive.org
Secretion is a widespread and fundamental physiological process that is tightly controlled by
intracellular Ca2+. Here, we present computational methods to study the functional …
intracellular Ca2+. Here, we present computational methods to study the functional …
[引用][C] Computational methods to study Ca2+-triggered secretion at the cellular level
RS Oyarzabal, DH Diaz, MA Gomez, W Abrahão… - epacis.net
Secretion is a widespread and fundamental physiological process that is tightly controlled by
intracellular Ca^{2+}. Here, we present computational methods to study the functional …
intracellular Ca^{2+}. Here, we present computational methods to study the functional …