FAOPS2019 Abstract Topics
CATEGORY NAME

I. Locomotion

I-1. Muscle excitation and contraction
I-2. Muscle & molecular motors
I-3. Muscle disease: injury and repair
I-4. Motor training and neuroplasticity
I-5. Motor behavior and programming
I-6. Cell Biomechanics
I-7. Biomechanics and bioengineering
I-8. Motor Control of Locomotion
I-9. Locomotion; others
II-1. Molecular & integrative physiology of exercise
II. Exercise
II-2. The physiological bases of exercise for healthII-3. Exercise; others
III-1. Cardiac: Cardiac electrophysiology and E-C coupling
III. Cardiovascular & Respiratory Systems
III-2. Cardiac: Computational physiology & pathophysiology of the heart
III-3. Cardiac: Cardiac remodeling and heart failure
III-4. Cardiac: Cardiac hypertrophy & ischemia
III-5. Cardiac: Signal transduction in cardiac myocytes
III-6. Cardiac: Cardiac energetics and mechanics
III-7. Cardiac: Heart; others
III-8. Lungs: Computational physiology & pathophysiology of the lungs
III-9. Lungs: Airway remodeling and alveolar gas exchange
III-10. Lungs: Pulmonary circulation
III-11. Lungs: Lung; othersIII-12. Vascular system & microcirculation: Gas biology in the vascular system
III-13. Vascular system & microcirculation: Local control of blood flow and regulation of vascular tone
III-14. Vascular system & microcirculation: Integrative biology of the vascular wall (vascular integrity)
III-15. Vascular system & microcirculation: Angiogenesis, vascular injury, vascular remodeling and inflammation
III-16. Vascular system & microcirculation: Coronary circulation
III-17. Vascular system & microcirculation: Circulation; others
IV-1. Appetite, nutrition and energy expenditure
IV. Endocrine, Reproduction & Development
IV-2. Adipose tissue and metabolic signaling
IV-3. Glucose metabolism and insulin signaling
IV-4. Steroid hormones
IV-5. Endocrine; others
IV-6. The placenta, fetal growth and development
IV-7. Environmental, hormonal, gonadal and brain interactions
IV-8. Reproduction; others
IV-9. Developmental origins of adult health and disease
IV-10. Epigenetics, early development and reproduction
IV-11. Development; others
V-1. Neural development and repair
V. Neurobiology & Neuroscience
V-2. Synapse & neural cellular communication
V-3. Neural cell signallingV-4. Neuron-glia interactions/functions of glia
V-5. Brain circuits
V-6. Imaging of brain
V-7. Learning, memory & neuronal plasticity
V-8. Higher order brain functions
V-9. Neurologic and psychiatric diseases
V-10. Somatosensory & Pain
V-11. Autonomic Physiology
V-12. Brain-machine interface
V-13. Neurobiology & neuroscience: others
VI. Epthelial transport, Secretion & Absorption VI-1. Epithelial: Enteric immune system
VI-2. Epithelial: Organic solute transporters (amino acids, peptides, glucose, etc)
VI-3. Epithelial: Epithelial Ca2+ transports: pumps, tranporters and channels
VI-4. Epithelial: Epithelial transports of Na+, K+, Cl-, bicarbonate and phosphates
VI-5. Epithelial: CFTR-the link between physiology and pathology
VI-6. Epithelial: Regluatory mechanisms of epithelial transport (cell signalling, kinase cascades, scaffolding proteins, trafficking, and postranslational processing)VI-7. Epithelial: Ca2+ signaling in secretory cells
VI-8. Epithelial: New models of epithelial function (e.g. choroid plexus and model organisms)
VI-9. Epithelial: Epithelial tissues; others
VI-10. G-I tract: Growth and differentiation of gastrointestinal system
VI-11. G-I tract: Gastro-intestinal motility control
VI-12. G-I tract: Acid secretion (ion channels, pumps, cell signal, trafficking and targeting)
VI-13. G-I tract: Nutritional Sciences
VI-14. G-I tract: Microbiome
VI-15. G-I tract: G-I tract; others
VI-16. Renal: Transport of ion, amino acids and other small molecules in renal tubular epithelium
VI-17. Renal: Role of local factors and sensors in regulation of renal transport
VI-18. Renal: Regulation of glomerular filtration
VI-19. Renal: Kidney; others
VII-1. Ion Channels
VII. Molecular & Cellular Biology
VII-2. Cell Signaling
VII-3. Ca2+ signaling
VII-4. Receptors and sensors
VII-5. Transporters
VII-6. Membrane targeting and protein sorting
VII-7. Protein-protein, protein-lipid interactions
VII-8. Single molecule physiology
VII-9. Organelle Physiology (e.g. mitochondria and nucleus)
VII-10. Cell shape and migration
VII-11. Cell deathVII-12. Exo- and endocytosis
VII-13. Cell cycle and proliferation
VII-14. RNA interferenceVII-15. In vitro & in vivo imaging
VII-16. Molecular & cellular biology; others
VIII-1. New physiology from field and lab studies of wild animals
VIII. Evolution, Adaptation & Environment
VIII-2. Ecophysiology and the future of life on earth: climate change and its consequences
VIII-3. Astrophysiology and space travel
VIII-4. Environmental stresses
VIII-5. Environmental cues and temperature regulation
VIII-6. Time cues and biological clocks
VIII-7. Comparative physiology and model organisms
VIII-8. Evolution, adaptation & environment; others
IX-1. Stem cells and regeneration
IX. Genomics & Biodiversity
IX-2. “Omics”: transcriptomics, proteomics, metabolomics, physiomics and informatics
IX-3. Genomes to physiology
IX-4. Genomics & biodivesity; others
X-1. Effective IT in education
X. Education
X-2. Effective student lab practiceX-3. Problem-based learning in physiology education
X-4. Evidence-based education
X-5. Education; others
XI-1. Computational physiolgy
XI. Physiome
XI-2. Computational biology
XI-3. Bioengineering
XI-4. Multi-scale modeling
XI-5. Physiome; others
XII-1. Acupuncture & Moxibustion
XII. Alternative Medicine
XII-2. Aromatherapy
XII-3. Herbal Medicine
XII-4. Manual therapy
XII-5. Energy Therapy
XII-6. Alternative Medicine; others