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This Concept Map, created with IHMC CmapTools, has information related to: Ch16 LiberGoldberg Fernandez ChoiBell, Bone to release or absorb Calcium, Catecholamines released under stress to raise blood level of Glucose, Growth Hormone levels balanced by Negative Feedback, Adenohypophysis which controls the body's levels of Growth Hormone, Glucose levels balanced by Negative Feedback, Pancreas recognizes hyperglycemia and releases Insulin, Blood strictly monitored by Pancreas, Glucose levels in Blood, Kidney to reabsorb electrolytes and water from urine and influence Blood Pressure, Thyroid Hormone levels balanced by Negative Feedback, Calcitonin ultimately decreases blood levels of Calcium, Parathyroid Hormone ultimately increases blood levels of Calcium, Hypothalamus hormonally regulates activity of Adenohypophysis, Adenohypophysis sends hormones to adrenal cortex that release Mineralcorticoids, Glucagon increases Glucose, Adenohypophysis secretes TSH that stimulates Thyroid to release Thyroid Hormone, Blood deficient in calcium causes release of Parathyroid Hormone, Adenohypophysis sends hormones to adrenal cortex that release Glucocorticoids, Glucocorticoids released under stress to raise blood level of Glucose, Insulin decreases Glucose