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Size 16" x 22" | Laminted & Framed on Board |
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Cell Physiology |
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| PH 1 | | The cell membrane | | PH 2 | Membrane transport (In 3 charts) | | PH 5 | Ionic Equilibria and Resting membrane Potential |
| | PH 6 | | Action Potential | | PH 7 | Conduction Velocity | | PH 8 | Signal Transduction (In 2 charts) |
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 |  | Neuro Physiology | | PH 9 | | Organization of the brain: Cerebrum | | PH 10 | | Organization of the brain: Cell Types | | PH 11 | | Blood - brain barrier | | PH 12 | | Synaptic transmission: Morphology of Synapses | | PH 13 | | Synaptic transmission: Neuromuscular Junction | | PH 14 | | Synaptic transmission: Visceral Efferent Endings | | PH 15 | | Synaptic transmission: Inhibitory Mechanisms | | PH 16 | | Synaptic transmission: Chemical Synaptic Transmission | | PH 17 | | Synaptic transmission: Temporal and Spatial Summation | | PH 18 | | Cerebrospinal Fluid (CSF): Brain Ventricles and CSF Composition | | PH 19 | | Cerebrospinal fluid (CFT): Circulation of CSF | | PH 20 | | Spinal cord: Ventral Rami | | PH 21 | | Spinal cord: Membranes and Nerve Roots | | PH 22 | | Peripheral nervous system | | PH 23 | | Autonomic nervous system: Schema | | PH 24 | | Autonomic nervous system: Cholinergic and Adrenergic Synapses | | PH 25 | | Hypothalamus |
| | PH 26 | | Limbic system | | PH 27 | The cerebral cortex | | PH 28 | Descending motor pathways | | PH 29 | Cerebellum: Afferent Pathways | | PH 30 | Cerebellum: Efferent Pathways | | PH 31 | Cutaneous sensory receptors | | PH 32 | Cutaneous receptors: Pacinian Corpuscle | | PH 33 | Proprioception and reflex pathways (In 2 charts) | | PH 35 | Sensory pathways (In 3 charts) | | PH 38 | Visual system: Receptors | | PH 39 | Visual system: Visual Pathway | | PH 40 | Auditory system: Cochlea | | PH 41 | Auditory system: Pathways | | PH 42 | Vestibular system: Receptors | | PH 43 | Vestibular system: Vestibulospinal Tracts | | PH 44 | Gustatory (taste) system: Receptors | | PH 45 | Gustatory (taste) system: Pathways | | PH 46 | Olfactory system: Receptors | | PH 47 | Olfactory system: Pathway |
| Muscle Physiology | | PH 48 | Skeletal muscle: Organization | PH 53 | Skeletal muscle: Length-Tension Relationship | | PH 49 | Skeletal muscle: Sarcoplasmic Reticulum | PH 54 | Cardiac muscle: Structure | | PH 50 | Skeletal muscle: Excitation-Contraction Coupling (In 3 charts) | PH 55 | Smooth muscle: Excitation-Contraction Coupling (In 2 charts) | Cardio Vascular Physiology | | PH 57 | Overview of the Cardiovascular system | PH 69 | Hemodynamics | | PH 58 | Body Fluid Compartments | PH 70 | Arterial Pressure | | PH 59 | Structure of the Heart | PH 71 | Control of arteriolar tone | | PH 60 | Conduction System of the Heart | PH 72 | Microcirculation | | PH 61 | Electrical Activity of the Heart | PH 73 | Circulation to special regions | | PH 62 | Electrocardiogram (In 3 charts) | PH 74 | Monitoring of Blood pressure | | PH 65 | Cardiac Cycle | PH 75 | Short-Term Regulation of Blood Pressure | | PH 66 | Cardiac Output: Pressure-Volume Loop | PH 76 | Long-Term Regulation of Blood Pressure | | PH 67 | Cardiac Output: Function Curves | PH 77 | Response of Exercise | | PH 68 | Coronary circulation | PH 78 | Fetal circulation |
| Respiratory Physiology | | PH 79 | | Lungs | | PH 80 | Airway structure: Trachea and Major Bronchi | | PH 81 | Airway Structure: Intrapulmonary Airways | | PH 82 | Airway Structure: Epithelium | | PH 83 | Respiratory muscles | | PH 84 | Lung Volumes | | PH 85 | Mechanics of respiration: Forces during Quiet Breathing | | PH 86 | Mechanics of respiration: Elastic Properties (In 2 charts) | | PH 88 | Mechanics of respiration: Surface Forces | | PH 89 | Mechanics of respiration: Airway Flow | | PH 90 | Mechanics of respiration: Flow-Volume | | PH 91 | Intrapulmonary Circulation | | PH 92 | The alveolar capillary unit |
| | PH 93 | | Pulmonary circulation | | PH 94 | Ventilation / perfusion | | PH 95 | Pulmonary Vascular Resistance | | PH 96 | Surfactant Effects | | PH 97 | O2 and co2 exchange | | PH 98 | O2 and CO2 exchange and transport | | PH 99 | O2/CO2 exchange | | PH 100 | Control of respiration | | PH 101 | Role of the lungs in Acid-Base Balance | | PH 102 | Response to exercise | | PH 103 | Obstructive lung disease (In 2 charts) | | PH 105 | Restrictive lung Disease | | PH 106 | Pulmonary Function Testing (In 2 charts) |
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Renal Physiology |
| PH 108 | Anatomy of the kidney | PH 116 | Urine Dilution | | PH 109 | Anatomy of the kidney: The Nephron | PH 117 | Renin - angiotensin - aldosterone system | | PH 110 | Glomerular Structure | PH 118 | Response to increased ECF | | PH 111 | Glomerular Filtration | PH 119 | Response to Decreased ECF | | PH 112 | Renal Clearance | PH 120 | Potassium excretion | | PH 113 | Na+ reabsorption | PH 121 | Calcium and phosphate | | PH 114 | ADH Secretion and Action | PH 122 | Renal HCO3- Reabsorption | | PH 115 | Urine Concentration | PH 123 | Renal Production of New HCO3 |
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Gastro Intestinal Physiology |
| PH 124 | | Esophagus | | PH 125 | | Gastroesophageal Junction | | PH 126 | | Lower Esophageal Sphincter- | | PH 127 | | Enteric Nervous System | | PH 128 | | Autonomic Innervation (In 2 charts) | | PH 130 | | Autonomic and Enteric Integration | | PH 131 | | Motility | | PH 132 | | Major GI Hormones | | PH 133 | | Structure of Stomach | | PH 134 | | Appetite and Hunger | | PH 135 | | Gastric Motility | | PH 136 | | Gastric Digestion | | PH 137 | | Gastric Secretion (In 3 charts) | | PH 140 | | Small Intestine Structure (In 3 charts) | | PH 143 | | Small Intestine Motility | | PH 144 | | Large Intestine Structure |
| | PH 145 | | Rectum and Anal Canal | | PH 146 | | Colonic Motility | | PH 147 | | Defecation | | PH 148 | | Salivary Gland Structure | | PH 149 | | Salivary Gland Secretion | | PH 150 | | Pancreas Structure | | PH 151 | | Pancreas Secretion | | PH 152 | | Liver Structure | | PH 153 | | Liver Ultra structure | | PH 154 | | Intrahepatic Biliary System | | PH 155 | | Liver Function | | PH 156 | | Bilirubin Excretion | | PH 157 | | Gallbladder Structure and Function | | PH 158 | | Overview of GI Tract Fluid and Electrolyte |
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Transport |
| PH 159 | | Digestion of Protein | | PH 160 | | Digestion of Carbohydrates |
| | PH 161 | | Digestion of Fat | | PH 162 | | Absorption of Essential Elements and Vitamins |
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Endocrine Physiology |
| PH 163 | | Overview of Hormone Action | | PH 164 | | Regulation of Hormone Secretion | | PH 165 | | Hypothalamus and Pituitary | | PH 166 | | Anterior Pituitary | | PH 167 | | Posterior Pituitary: Oxytocin | | PH 168 | | Posterior Pituitary: ADH | | PH 169 | | Growth Hormone | | PH 170 | | Thyroid Gland: Structure | | PH 171 | | Thyroid Gland: Function | | PH 172 | | Thyroid Gland: Hormone Action | | PH 173 | | Adrenal Gland: Structure | | PH 174 | | Adrenal Gland: Histology | | PH 175 | | Adrenal Cortical Hormones | | PH 176 | | Cortisol | | PH 177 | | Adrenal Androgens |
| | PH 178 | | Aldosterone | | PH 179 | | Adrenal Medulla | | PH 180 | | Endocrine Pancreas | | PH 181 | | Insulin Secretion | | PH 182 | | Actions of Insulin | | PH 183 | | Actions of Glucagon | | PH 184 | | Parathyroid Gland | | PH 185 | | Gonad and Genital Duct Formation | | PH 186 | | Development of the External Genitalia | | PH 187 | | Puberty | | PH 188 | | Testes | | PH 189 | | The Menstrual Cycle | | PH 190 | | Hormonal Regulation of the Menstrual Cycle | | PH 191 | | Prolactin | | | | |
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 |  |  | | PH 6 Action Potential | PH 11 Blood - Brain Bareer | PH 40 Auditory system: Cochlea |  |  |  | | PH 75 Short-Term Regulation of Blood Pressure | PH 89 Mechanics of respiration: Airway Flow | PH 125 Gastroesophageal Junction |  |  |  | | PH 161 Digestion of Fat | PH 177 Adrenal Androgens | PH 182 Actions of Insulin |
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