Australian Physiological Society
The professional association for Australian Physiologists
The professional association for Australian Physiologists
| Year | Lecturer | Title | Issue |
|---|---|---|---|
| 1970 | R.F Mark | The cell biology of memory | 2(1) |
| 1971 | G.C. Liggins | Physiological controlling mechanisms in mammalian parturition | 3 (1) |
| 1972 | G. Burnstock | The autonomic neuroeffector system | 4 (1) |
| 1973 | J.A. Young | Electrolyte transport by salivary epithelia | 4 (2) |
| 1974 | B. Andersson | Central control of body fluid homeostasis | 5 (2) |
| W.A.H. Rushton | The chemical basis of human colour vision | 5 (2) | |
| 1975 | M.E. Holman | Some aspects of the autonomic nervous system of mammals | 7 (1) |
| R.D. Myers | Chemical control of body temperature by the hypothalamus: a model and some mysteries | 7 (1) | |
| 1976 | P.I. Korner | Problems of integrative cardiovascular control | 7 (2) |
| L.T. Potter | Molecular properties of acetylcholine receptor-channel molecules and an oligomeric model for their activation, inactivation and desensitization | 8 (2) | |
| 1977 | A.K. McIntyre | Deep somatic sensibility: a re-appraisal | 9 (2) |
| R.M. Case | Secretory processes in exocrine pancreas | 9 (1) | |
| 1978 | F.W. Campbell | Recent attempts to link psychophysics with neuro- physiology in vision research | 10 (1) |
| J.B. West | Regional differences of function in the lung | 10 (1) | |
| 1979 | E.A. Johnson | The genesis of the cardiac action potential: chemical and electrical considerations | 10 (2) |
| L. Lemberger | Extension of animal models in clinical evaluation of new drugs | 11 (1) | |
| V.B. Mountcastle | The parietal cortex and directed visual attention | - | |
| 1980 | L.B. Geffen | Dopamine β-hydroxylase antibodies as a probe of noradrenergic neurones | 12 (1) |
| M.R. Bennett | The development of neuromuscular synapses | 12 (2) | |
| 1981 | K. Schmidt- Nielsen | Avian respiration: recent advances | 14 (1) |
| D.I. McCloskey | Sensation and movement | 14 (1) | |
| 1982 | R.B. Porter | Neural events associated with movement performance | 13 (2) |
| W. Jänig | An idea about the organization of the lumbar sympathetic outflow supplying skeletal muscle and skin | 13 (2) | |
| D.R. Curtis | Gabergic transmission in the spinal cord | 14 (2) | |
| 1983 | P.O. Bishop | The striate cortex: feature detector or Fourier analyzer | 15(1) |
| 1984 | A.W. Duggan | The suppression of pain | 15 (2) |
| D. Denton | Instinctual mechanisms subserving digestive behaviour | - | |
| 1985 | P.W. Gage | Ion channels and signal transmission in animal cells | 16 (2) |
| 1986 | I. Darian-Smith | Tangible textures: their neural representation | 17 (2) |
| E.M. McLachlan | Neurophysiology of sympathetic pathways: linking ion channels to function | 18 (1) | |
| R.J. Havel | The physiology of atherosclerosis | 18 (1) | |
| 1987 | G.D. Thorburn | Fetal maturation and the timing of parturition: a comparative synthesis | 18 (2) |
| 1988 | F.A.O. Mendelsohn | The brain angiotensin system: insights from auto- radiographic mapping of angiotensin receptors and converting enzyme | 20 (1) |
| T.D. Lamb | The role of cytoplasmic calcium concentration in light adaptation of rod and cone receptors | 20 (1) | |
| 1989 | M. Costa | Unravelling the enteric nervous system | - |
| M.J. Rowe | Processing and coding of information for tactile sensation | 21 (1) | |
| 1990 | T.O. Morgan | Renin as an intra-renal hormone: control of its release and synthesis | 21 (2) |
| C.L. Gibbs | The heart has its reasons | 22 (1) | |
| 1991 | C. Bell | Chemical autonomy of sympathetic neurons | 22 (2) |
| 1992 | S.R. O'Donnell | Anti-asthma drugs: past, present and future | 23(1) |
| S.R. White | The new science of exercise | 23(2) | |
| 1993 | G. Dusting | Nitric oxide in cardiovascular disorders: discoveries opening new therapeutic possibilities | 24(2) |
| E.R. Lumbers | Roles of the maternal and fetal angiotensin systems | 24(2) | |
| B. Jarrott | Afferent nerves as targets for drug action | 25(1) | |
| 1994 | J. Chalmers | Central neurons and neurotransmitters and the control of blood pressure | 25(2) |
| L.D. Beazley | Wiring up the visual system | 26(1) | |
| 1995 | J.B. Furness | Experimental basis for realistic large scale computer simulation of the enteric nervous system | 27(1) |
| D.G. Stephenson | Molecular cogs in Machina Carnis | 27(1) | |
| 1996 | J.A. Angus | New insights into vascular reactivity: from altered structure to neural control | 27(2) |
| R.A. Rush | Neurotrophic functions are required by mature sympathetic neurons for survival, transmission and connectivity | 28(1) | |
| 1997 | S.C. Gandevia * | Human respiratory muscles: sensations, reflexes and fatiguability | 29(1) |
| 1998 | J.A. Young | Electrolyte transport in salivary ducts: a tight, Na-transporting epithelium (FAOPS Presidential Oration) | - |
| 1999 | R. Harding * |
The compromised intra-uterine environment: implications for future lung health
|
31(1) |
| 2000 | R.A.L. Dampney * | Central mechanisms underlying short-term and long-term regulation of the cardiovascular system | 32(1) |
| C.R. Triggle | Endothelium-dependent hyperpolarizing factor: is there a novel chemical mediator? | 32(1) | |
| 2003 | D.G. Allen * | Skeletal muscle function: the role of ionic changes in fatigue, damage and disease | 34(1) |
| J.F.R. Paton | Signalling across the blood brain barrier: Implications for blood pressure control | ||
| 2004 | D.I. Cook * | From Berlin to Sydney: 40 years of exocrine physiology | |
| D. Beech | TRP channels: properties and importance in blood vessels | 36(1) | |
| 2005 | A.F. Dulhunty * | Excitation-contraction coupling from 1969 to 2005 | 37(1) |
| F. Bezanilla | How does the membrane electric field gate an ion channel open and close? | ||
| N. Unwin | Structure and gating mechanism of the nicotinic acetylcholine receptor | ||
| D.P. Tieleman | Computer simulations of transport through membranes: passive diffusion, pores, channels and transporters | 37(1) | |
| 2006 | I.C. McMillen * | The developmental origins of adult health and disease | 37(1) |
| G.S. Oxford | Mechanisms of peripheral pain sensitization | ||
| J.A. Faulkner | New insights in age-related impairments in muscle function | 38:69-75 | |
| D.E. Clapham | The transient receptor potential (TRP) ion channels: recent progress | ||
| M. Donowitz | NHE3 and its signaling complexes: role in acute regulation, cytoskeletal association and protein-protein interactions | 38:105-114 | |
| A.E. Herbison | Kiss and tell in the brain – kisspeptins and the neural control of fertility | ||
| 2007 | D. Robertson * | Efferent control in mammalian hearing | 38:137P |
| M.C. Sanguinetti | Modifiers of hERG K+ channel gating | 38:6P | |
| M. Dunne | Congenital hyperinsulinism: from bench to bedside .... and back? | 38:184P | |
| 2008 | G.D. Lamb * | Exciting muscles: ion channels and excitation-contraction coupling in exercise and disease | 39:124P |
| L. Larsson | Regulation of human muscle contraction in health and disease | 39:1P | |
| C.P. Sibley | Fetal growth and placental physiology: From cell to community | 39:144P | |
| 2010 - Feb | D.J. Adams * | Analgesic conotoxins modulating pain pathways | 40:12P |
| D. Attwell | Brain power: how the brain's energy supply determines the computational power of neurons. | ||
| G. Laurent | Circuits and dynamics for olfactory coding | ||
| 2010 - Dec | D. van Helden * | Calcium signalling, pacing and rhythmic cell activity. | 41:1P |
| R. Kass | Molecular mechanism of store-operated calcium entry (SOCE) in skeletal muscle and potential role in fatigue resistance. | 41:182P | |
| R. Dirksen | Molecular mechanism of store-operated calcium entry (SOCE) in skeletal muscle and potential role in fatigue resistance. | 41:183P | |
| R. Callaghan | Multi-drug efflux by P-glycoprotein; why has this protein not been stopped yet? | 41:214P | |
| E.A. Richter | Metabolic regulation in exercise: mechanisms and experimental models | 41:215P | |
| 2011 | M. Hargreaves * | Exercise and skeletal muscle CHO metabolism: from Milky Way to MEF2 | 42:68P |
| A. de Luca | Pre-clinical studies in rare diseases: the challenge to speed up pharmacotherapy in Duchenne Muscular Dystrophy | 42:1P | |
| 2012 | J. Lynch * | Glycine receptors: their structure and function and their role in health and disease | 1P |
| H. Westerblad | Muscle fatigue | 146P | |
| L. Birnbaumer | TRPC channels: On-going discovery of molecular physiological function in relation to store operated Ca2+ entry and Oral proteins | 43:195P | |
| 2013 | G.S. Lynch * | The role of physiology in understanding muscle wasting, adaptation and plasticity | 44:1P |
| B.C. Knollmann | Calcium and arrhythmia: from genes to teens to better drugs | 44:126P | |
| 2014 | J.I. Vandenberg * | Getting to the heart of ectopic beats | 45:6P |
| D.M. Bers | Calmodulin and CaMKII signaling in the heart | 45:80P | |
| R.G. Parton | Caveolae as mechanoprotective and signaling organelles | 45:126P | |
| 2015 | S. Broer * | Amino acid transport - translating basic discovery into improving health | 46:6P |
| B. Goodpaster | The impact of exercise on insulin resistance and type 2 diabetes | 46:95P | |
| 2016 | L. Delbridge * | Cardiac adventures in autophagy | 47:182P |
| S.F. Scarlata | Caveolae membrane domains connect G protein–mediated calcium signals with mechanical deformation | 47:68P | |
| 2017 | G D Housley | An earful of physiology | 48, 1P |
| 2018 | Livia Hool | Taming the beast: targeting the L-type calcium channel to reduce cardiovascular morbidity and mortality | 49; 1P |
| 2019 | Robyn Murphy | Physiological insights into skeletal muscle plasticity | 50; 1P |
| 2021 | Matt Watt | Deconvoluting metabolism at the lipid droplet | 2021 Abstract book |