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levels of hormones. brain (hypothalamus). pituitary (pituitary level). endocrine organs (body-level). tissues. brain (hypothalamus). pituitary (pituitary level). endocrine organs (body-level). tissues. brain (hypothalamus). Thyrotropin- releasing hormone (T RH )
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levels of hormones brain (hypothalamus) pituitary (pituitary level) endocrine organs (body-level) tissues
brain (hypothalamus) pituitary (pituitary level) endocrine organs (body-level) tissues
brain (hypothalamus) Thyrotropin-releasing hormone (TRH) Corticotropin-releasing hormone (CRH) Gonadotropin-releasing hormone (GnRH) Growth hormone-releasing hormone (GHRH) pituitary (pituitary level) endocrine organs (body-level) tissues
FSH – Follicle-stimulating hormone LH – luteinizing hormone ACTH – Adrenocorticotropic hormone TSH – Thyroid-stimulating hormone GH – growth hormone PRL -- prolactin OT -- oxytocin ADH – antidiuretic hormone
FSH – Follicle-stimulating hormone LH – luteinizing hormone ACTH – Adrenocorticotropic hormone TSH – Thyroid-stimulating hormone GH – growth hormone PRL – prolactin OT -- oxytocin ADH – antidiuretic hormone TROPIC hormones (they activate some other endocrine gland have effect on other body tissues (not directly on other endocrine glands from the posterior pituitary
brain (hypothalamus) pituitary (pituitary level) endocrine organs (body-level) tissues
thyroxin • thyroid gland releases thyroxin • thyroxin causes most tissues to increase their metabolic rate
TSH • to make this happen, ant.pit. releases TSH – thyroid stimulating hormone