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Lectures and Symposia updated June 12, 2006

Lectures:
Keynote Lecture: Gills, lungs and spiracles - fossil evidence for the evolution of air breathing
Plenary Lecture: Experimental Evolution as an Approach to Study Respiratory Biology
Plenary Lecture: Neuronal and Chemosensory Control of Breathing: Lessons Learned from a Simple Model System Approach
Plenary Lecture:
The Use of Molecular Tools in Integrative Respiratory Physiology
Symposia:
Homeostatic Responses to Changing Metabolic Demands
Developmental Transitions in Respiratory Physiology
Sensing CO2, H+ and O2; A Comparative Survey of Receptors and Pathways
The Integrative and Evolutionary Biology of Gas-Binding Proteins
Coping with Cyclic Oxygen Availability: Evolutionary Aspects
Directions in Respiratory Biology
Respiratory Plasticity after Changes in Oxygen Supply and Demand
Radicals and Foreign Airborne Substances
Innovative Methods in Respiratory Biology
Breathing during Locomotion
The Anatomy, Physics and Physiology of Gas Exchange Surfaces with Emphasis on Pulmonary Surfactant
Mitochondria and Respiration
Deconvoluting Lung Evolution: From Phenotypes to Gene Regulatory Networks
Reconfiguration of the Respiratory Network During Respiratory and Non-Respiratory Behaviours

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Reconfiguration of the Respiratory Network During Respiratory and Non-Respiratory Behaviours
Nino Ramirez (University of Chicago, USA)

Breathing is a behavior that has to be extremely adaptive to changes in environmental, metabolic and behavioral conditions. The demand to be adaptive is met by a respiratory neuronal network that is very plastic. This symposium will provide novel insights into the neuronal mechanisms that mediate the reconfiguration of the respiratory network in response to changes in environmental, metabolic and behavioral conditions. We will discuss how the respiratory network reconfigures during coughing, gasping, sighing and swallowing, how afferent inputs reconfigure different components of the respiratory network and how hypoxic stimuli reconfigure and re-assemble the respiratory network.



Donald Bolser
University of Florida
Gainesville, USA
Regulation of the Cough reflex: implications for the central respiratory control system
Thomas E. Dick
Case Western Reserve University
Cleveland, USA
Afferent input determines the expression of breathing pattern and respiratory-modulated activity in the pons
Matthias Dutschmann
University of Göttingen
Germany
Postnatal Development of the Afferent Modulation and Configuration of the Respiratory Networks of Rat
Bruce Lindsey
University of South Florida
Health Sciences Center
Tampa, USA
Network dynamics in the reconfiguring and re-emerging respiratory network
Christian Gestreau
National Scientific Research Center (CNRS)
Marseille, France
Discharge pattern of respiratory neurons during breathing, coughing and swallowing
Nino Ramirez
University of Chicago
USA
The reconfiguration of the respiratory network during normoxia and hypoxia
Erich Gnaiger
Innsbruck Medical University, Austria
Topic to be announced


Related posters:

Adrianne Huxtable
University of Alberta
Edmonton, Canada
Modulation of central respiratory networks by ATP during perinatal development