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From the contents: Channels and Pumps Early in Evolution - The Possible Role of Aquaporin 0 in Lens Physiology.- Central Role of the Ca2+i Regulatory Site in Ionic and Metabolic Modulation of Na+/Ca2+ Exchanger in Dialyzed Squid Axons.- Calcium Dependence of Calcium Release Channels (Ryanodine Receptors) from Skeletal and Cardiac Muscle.- Modulation of Ryanodine Receptor Channels from Rat Brain Cortex in Lipid Bilayers.- Exocytic Pathway Check Points for Functional Potassium Channels in the Plasma Membrane.- C-Termini Region Shared by ß2A, ß1B, and ß3 Subunits Confer Prepulse Facilitation to…mehr
From the contents: Channels and Pumps Early in Evolution - The Possible Role of Aquaporin 0 in Lens Physiology.- Central Role of the Ca2+i Regulatory Site in Ionic and Metabolic Modulation of Na+/Ca2+ Exchanger in Dialyzed Squid Axons.- Calcium Dependence of Calcium Release Channels (Ryanodine Receptors) from Skeletal and Cardiac Muscle.- Modulation of Ryanodine Receptor Channels from Rat Brain Cortex in Lipid Bilayers.- Exocytic Pathway Check Points for Functional Potassium Channels in the Plasma Membrane.- C-Termini Region Shared by ß2A, ß1B, and ß3 Subunits Confer Prepulse Facilitation to Cardiac Calcium Channels.- Differential Expression of Ca Channels and Synaptic Transmission in Normal and Ataxic Knock-Out Mice.- Investigating the Modular Basis of BK Channel Activating by Calcium.- Helical Nature of the Voltage Sensor.- Peptide Toxins as Conformational Probes for K-Channels.- Molecular Participants in Voltage-Dependant Gating.- Ca2+ Dynamics at Nerve-Terminal Active Zones Monitored by Endogenous KCA Channels.- Fine Tuning of Excitability by Kca Hannels in Mudpuppy Parasympathetic Neurons.
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After training as a Biologist at the University of Chile, Santiago, Francisco V. Sepúlveda took his Ph.D. at the University of Lausanne in Switzerland (1974-1978), with a Zyma-Nyon (Switzerland) fellowship. Postdoctoral training was at the AFRC Institute of Animal Physiology and Genetics Research, Babraham, Cambridge, UK, from 1978 to 1980. After a stay in the University of Nice, France, as Maître de confèrences associè at the Faculty of Sciences, he returned to Babraham, Cambridge, as Senior Scientific Officer in 1979. While there he was promoted to Principal Scientific Officer and, within the Individual Merit Award national scheme, to Senior Principal Scientific Officer in 1990. In 1994 he returned to Chile as Professor of the Faculty of Medicine, at the Universidad de Chile and at the Centro de Estudios Científicos de Santiago. He has received the Presidential Chair in Science (Chile) 1996-1998, the University of Chile Rector's medal and an International Fellowship of the Howard Hughes Medical Institute (1997-2001). In March 2000, he moved to Valdivia, Chile, to join the new Centro de Estudios Científicos. His current work is aimed at understanding the cellular and molecular mechanisms of electrolyte and water transport and the regulation of cell volume. He has over 100 papers published in international scientific journals. After earning his B.S., M.S., and PhD. from the Catholic University of Santiago, Chile, Francisco Bezanilla did his doctoral training from 1969-1971 at the Laboratory of Biophysics, NINCDS at the National Institutes of Health in Bethesda, MD as well as with the Department of Physiology at the University of Rochester. Dr. Bezanilla began his career as an Instructor in Physics with the School of Medicine of Catholic University, Santiago and has since taught at the University of Rochester, the University of Chile, the University of Pennsylvania and UCLA, where he is currently a professor of Neuroscience. Dr. Bezanilla has been honored multiple times for his work in biophysics. He was the recipient of the Kenneth S. Cole Award in 1990, appointed as Appointed as Susumu Hagiwara Professor of Neuroscience in 1995, and was elected to the Latin American Academy of Sciences in 2002. He is a member of Centro de Estudios Cientificos,Valdivia, Chile, the Brain Research Institute and is a fellow of the Biophysical Society. His current work includes the biophysics of excitation, specifically the structure function in voltage dependent Ionic Channels. Dr. Bezanilla has over 100 papers published in international scientific journals.
CHANNELS AND PUMPS EARLY IN EVOLUTION INTRODUCTION ION CHANNELS IN BACTERIA - ANIMAL CELLS CONCLUSIONS REFERENCES - THE POSSIBLE ROLE OF AQUAPORIN 0 IN LENS PHYSIOLOGY INTRODUCTION REGULATION OF WATER PERMEABILITY AND THE LENS SINGLE-MOLECULE WATER PERMEABILITY OF AQP0 AND AQP1 REGULATION OF AQP0 WATER PERMEABILITY CONCLUSIONS ACKNOWLEDGMENTS REFERENCES - CENTRAL ROLE OF THE Ca 2+ i REGULATORY SITE IN IONIC AND METABOLIC MODULATION OF Na + /Ca 2+ EXCHANGER IN DIALYZED SQUID AXONS INTRODUCTION METHODS RESULTS AND DISCUSSION ACKNOWLEDGMENTS REFERENCES - CALCIUM DEPENDENCE OF CALCIUM RELEASE CHANNELS (RYANODINE RECEPTORS) FROM SKELETAL AND CARDIAC MUSCLE INTRODUCTION METHODS RESULTS AND DISCUSSION CONCLUSIONS ACKNOWLEDGMENTS REFERENCES - MODULATION OF RYANODIN RECEPTOR CHANNELS FROM RAT BRAIN CORTEX IN LIPID BILAYERS INTRODUCTION MATERIALS AND METHODS RESULTS AND DISCUSSION CONCLUSIONS ACKNOWLEDGMENT REFERENCES - EXOCYTIC PATHWAY CHECK POINTS FOR FUNCTIONAL POTASSIUM CHANNELS IN THE PLASMA MEMBRANE INTRODUCTION THE EXOCYTIC PATHWAY POTASSIUM CHANNELS AS SUBSTRATES OF THE EXOCYTIC PATHWAY CONCLUDING REMARKS REFERENCES - C-TERMINI REGION SHARED BY ß 2A , ß 1B , AND ß 3 SUBUNITS CONFER PREPULSE FACILITAION TO CARDIAC CALCIUM CHANNELS INTRODUCTION METHODS RESULTS DISCUSSION ACKNOWLEDGMENTS REFERENCES - DIFFERENTIAL EXPRESSION OF Ca CHANNELS AND SYNAPTIC TRANSMISSION IN NORMAL AND ATAXIC KNOCK-OUT MICE INTRODUCTION MOLECULAR STRUCTURE OF VDCC CALCIUM CHANNELOPATHIES CALCIUM CHANNELS AND NEUROTRANSMITTER RELEASE AT THE NEUROMUSCULAR JUNCTION CONCLUSIONS REFERENCES - INVESTIGATING THE MODULAR BASIS OF BK CHANNEL ACTIVATIN BY CALCIUM INTRODUCTION PROGRESS TOWARD BK(CA) CHANNEL STRUCTURE PROGRESS TOWARD BK(CA) CHANNEL FUNCTION REFERENCES - HELICAL NATURE OF THE VOLTAGE SENSOR INTRODUCTION SHAKER CHANNEL WORKS WITH S3-S4 SEGMENT DELETED RESTORING THE S3-S4 LINKER FIVES CONFUSING RESULTS UNDERSTANDING THESE RESULTS CONCLUSIONS REFERENCES - PEPTIDE TOXINS AS CONFORMATIONAL PROBES FOR K-CHANNELS INTRODUCTION PORE-SPECIFIC TOXINS FOR POTASSIUM CHANNELS PEPTIDE TOXINS BIND TO OPEN AND CLOSED CHANNELS POSSIBLE ORIGINS FOR THE CLOSED-OPEN STATE DEPENDENCY - TOXINS BLOCK C-NACTIVATED AND CLOSED CHANNELS EQUALLY CONCLUDING REMARKS ACKNOWLEDGMENTS REFERENCES - MOLECULAR PARTICIPANTS IN VOLTAGE-DEPENDANT GATING INTRODUCTION RESULTS CONCLUSIONS REFERENCES - CA 2+ DYNAMICS AT NERVE-TERMINAL ACTIVE ZONES MONITORED BY ENDOGENOUS K CA CHANNELS INTRODUCTION METHODS RESULTS DISCUSSION ACKNOWLEDGMENTS REFERENCES - FINE TUNING OF EXCITABILITY BY K CA CHANNELS IN MUDPUPPY PARASYMPATHETIC NEURONS INTRODUCTION RESULTS CONCLUDING REMARKS ACKNOWLEDGMENTS REFERENCES - TWINKLE TWINKLE LITTLE SPARK: OUT OF TUNE POTASSIUM CHANNELS INTRODUCTION RESULTS CONCLUDING REMARKS ACKNOWLEDGMENTS REFERENCES - A CLC-2-LIKE CHLORIDE CONDUCTANCE IN DROSOPHILA PHOTORECEPTORS INTRODUCTION OVERVIEW OF CIC CHANNELS WITH EMPHASIS ON CIC-2 RESULTS ACKNOWLEDGMENTS - REFERENCES
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