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48 Cards in this Set
- Front
- Back
Anterior Spinal Roots are motor, posterior sensory
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Bell Magende
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at constant temperature, a volume of gas varies inversely with pressure
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Boyles Law
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At constant Temp., a volume of gas varies directly with absolute pressure
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Charles law
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Ventricular pressure depends on muscular tension, and shape of the heart
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La Place LAw
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Cardiac output is directly proportional to Diastolic filling
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Starling's Law
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Limits respiratory excursion via the Vagus Nerve
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Hering Breur Law
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CO2 is dissolved in the blood in what forms?
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1) 3% Dissolved
2) 23% Hemoglobin 3) 70% HCO3 (Bicarbonate) |
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Bicarbonate is formed in the blood when carbon dioxide combines with water via: ?
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Carbonic Anhydrase
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Carbonic Anhydrase and H2O combine to form
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Carbonic Acid
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Carbonic acid dissociates to form
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H+ and HCO3 ions
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Cold
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Krause
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Hot
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Ruffini
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Touch and Pressure
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Meissner
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Touch
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Pacinian
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Touch
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Merkel's
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Limits respiratory excursion via the Vagus Nerve
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Hering Breur Law
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CO2 is dissolved in the blood in what forms?
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1) 3% Dissolved
2) 23% Hemoglobin 3) 70% HCO3 (Bicarbonate) |
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Bicarbonate is formed in the blood when carbon dioxide combines with water via: ?
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Carbonic Anhydrase
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Carbonic Anhydrase and H2O combine to form
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Carbonic Acid
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Carbonic acid dissociates to form
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H+ and HCO3 ions
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Chemoreceptors that control respiration are primarily located in the ?
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Medulla Oblangata
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Peripheral Chemoreceptors for respiration are primarily located where?
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1) Carotid
2) Aortic Bodies |
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Peripheral chemoreceptors in the Aortic and Carotid Bodies are primarily sensitive to what?
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PO2
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Respiration is inhibited by a decrease in ?
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1) PCO2
2) H+ 3) High PO2 |
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Increase in Ketone Bodies,
Respiration is stimulated |
Metabolic Acidosis (Diabetes)
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hydrogen Concentration is Lowered, respiration is inhibited which causes an increase in the PCO2 and thus increases the H+ concentration
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Metabolic Alkalosis (Vomiting)
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Hyperventilation causes:
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Respiratory alkalosis
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Low pH of Blood due to Hypoventilation
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Respiratory acidosis
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Connected to the base of the brain via supraotic hypophyseal tract
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Posterior Pituitary
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ADH aka:
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Vasopressin
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acts in kidney to reabsorb water through the collecting duct. increases Blood Pressure
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ADH (Vasopressin)
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produces polydypsia, and polyurea seen in Diabetes Insipidus
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Decreased ADH (Vasopressin)
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Resposible for milk let down and uterine contractions during labor and after birth
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Oxytocin
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Posterior Pituitary Hormones:
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1) ADH (Vasopressin)
2) Oxytocin |
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Anterior Pituitary Hormones:
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1) Growth Hormone (GH)
2) ACTH (Corticotropin) 3) TSH (Thyrotropin) 4) FSH ( Follicle Stimulating Hormone) 5) LH (Leutinizing Hormone) 6) Prolactin 7) Pars Intermedia (Melanocyte Stimulating Hormone) |
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Thyroid Hormones:
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1) Calcitonin
2) Thyroxine 3) Hypothyroid |
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Parathyroid Hormones:
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1) Parathormone
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Adrenal (Cortex) Hormones:
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1) Aldosterone
2) Cortisol 3) Androgen |
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Adrenal (Medulla) Hormones:
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1) Epinephrine
2) Norepinephrine |
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Hypothalamus Hormones:
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1) Somatostatin
2) Somatomedin |
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Ovary Hormones:
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1) Estrogen
2) Progesterone |
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Testicular Hormones:
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1) Testosterone
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Pancreatic Hormones:
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1) Insulin
2) Glucagon |
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Anterior Pituitary Hormones:
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1) Growth Hormone (GH)
2) ACTH (Corticotropin) 3) TSH (Thyrotropin) 4) FSH ( Follicle Stimulating Hormone) 5) LH (Leutinizing Hormone) 6) Prolactin 7) Pars Intermedia (Melanocyte Stimulating Hormone) |
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Thyroid Hormones:
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1) Calcitonin
2) Thyroxine 3) Hypothyroid |
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Parathyroid Hormones:
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1) Parathormone
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Adrenal (Cortex) Hormones:
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1) Aldosterone
2) Cortisol 3) Androgen |
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Adrenal (Medulla) Hormones:
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1) Epinephrine
2) Norepinephrine |