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This Concept Map, created with IHMC CmapTools, has information related to: EndocrineCMAP-Stiklickas, Murphy, Zaydon, Spellane, Gomez, Calcitonin causing calcium absorption by Bone, Parathyroid Hormone enhances calcium reabsorption by the Kidney, Growth Hormone promotes development of Bone, Glucagon released by Pancreas, Mineralocorticoids causes water uptake by Kidney, Hypothalmus is the endocrine master gland, transporting hormones via Blood, Adenohypophysis controls the release of Glucocorticoids, Calcium at high levels triggers the release of Calcitonin, Glucose at high levels triggers the release of Insulin, Hypothalmus controls the release of Catecholamines, Calcium at low levels triggers the release of Parathyroid Hormone, Negative Feedback mechanisms regulate hormone release from Hypothalmus, Thyroid Hormone increases Blood Pressure, Catecholamines stimulate the liver to produce Glucagon, Adenohypophysis controls the release of Mineralocorticoids, Adenohypophysis stimulates the thyroid to produce Thyroid Hormone, Adenohypophysis regulates the release Growth Hormone, Glucose at low levels triggers the release of Glucagon, Blood transports hormones to the Adenohypophysis, Catecholamines which increase Blood Pressure