Epistemis
Atlas
Physiology diagrams
62 cases to look at, with the source of every image. The guided reading of each one is in the app.
Na⁺/K⁺-ATPase pump
Osmosis
Negative feedback (homeostasis)
Liquid compartments of the body
Resting membrane potential
Chemical synapse
reflex arc
Saltatory conduction
membrane potential
Neural action potential (1 of 2)
Sarcomere
Sliding filament theory
Cycle of crossed bridges
Neuromuscular junction
Length-tension curve
Muscle force-speed relationship
Baroreceptor reflex
Renin-angiotensin-aldosterone system
Cardiac action potential (ventricle)
Pacemaker action potential (SA node)
Wiggers diagram (cardiac cycle)
Pressure-volume loop
Frank-Starling
Cardiac function and venous return (Guyton)
Pressure in the vascular tree
Alveolar gas exchange
CO₂ transport in blood
Hemoglobin dissociation curve
Lung volumes and capacities (1 of 2)
Bohr effect
flow-volume loop
Lung compliance (pressure-volume curve)
O₂-hemoglobin dissociation curve
Chemical control of ventilation
The nephron
Gglomerular filtration
Countercurrent multiplier
Tubular reabsorption and secretion
Davenport diagram (acid-base)
Renal glucose management (Tm and threshold)
Autoregulation of renal flow and GFR
Starling forces in the capillary
Gastric acid secretion
Nutrient absorption
Hypothalamic-pituitary-adrenal axis
Coagulation waterfall
Hematopoiesis
ABO blood groups
Spermatogenesis
Menstrual cycle (hormones)
Oxyhemoglobin dissociation curve
Frank-Starling curve
Cardiac action potential (phases 0-4)
Lung volumes and capacities (2 of 2)
Neural action potential (2 of 2)
Nephron: sodium reabsorption per segment
Guyton curves: cardiac function and venous return
Autoregulation of blood flow
Renal glucose management (maximum transport, Tm)
Lung pressure-volume curve (compliance and hysteresis)
Left ventricular pressure-volume loop
Ventilatory response to CO₂ (role of hypoxia)
No cases match those filters.