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...lactation/ja|授乳]]、[[Motor coordination/ja|運動]]、[[reproduction/ja|生殖]]、および[[hormone/ja|ホルモン]]によって引き起こされる[[sensory perception/ja|感覚知覚]]。専門は行動内分泌学と[[comparative ...1つのホルモン（[[Thyroid-stimulating hormone/ja|甲状腺刺激ホルモン]]など）が別の二次ホルモン（[[thyroid hormone/ja|甲状腺ホルモン]]など）の作用や放出を制御する。二次ホルモンが多すぎると、一次ホルモンに負のフィードバックを与え、[[homeostasis/j ...

...docrine system'''）は、[[gland/ja|腺]]から直接[[circulatory system/ja|循環系]]に放出される[[hormone/ja|ホルモン]]のフィードバックループからなる[[organism/ja|生物]]のメッセンジャーシステムであり、遠くの臓器を標的として調節する。[ 内分泌腺は内分泌系の[[gland/ja|腺]]であり、その産物である[[hormone/ja|ホルモン]]を管を通してではなく、血液に吸収される間質に直接分泌する。内分泌系の主な腺には、[[pineal gland/ja|松果体]]、[[ ...

...ation|movement]], [[reproduction]], and [[sensory perception]] caused by [[hormone]]s. Specializations include behavioral endocrinology and [[comparative endo ...organs, and, conversely, one target organ may be affected by more than one hormone. ...

...ation|movement]], [[reproduction]], and [[sensory perception]] caused by [[hormone]]s. Specializations include behavioral endocrinology and [[comparative endo ...organs, and, conversely, one target organ may be affected by more than one hormone. ...

...ホルモン]]を減少させ、ひいては[[luteinizing hormone/ja|黄体形成ホルモン]]と[[follicle stimulating hormone/ja|卵胞刺激ホルモン]]の両方を減少させる。その結果、[[testis/ja|精巣]]の[[testosterone/ja|テストステロン]]産生が ...

{{Short description|Hormone-producing glands of a body}} ...'' is a messenger system in an [[organism]] comprising feedback loops of [[hormone]]s that are released by internal [[gland]]s directly into the [[circulatory ...

{{Short description|Hormone-producing glands of a body}} ...'' is a messenger system in an [[organism]] comprising feedback loops of [[hormone]]s that are released by internal [[gland]]s directly into the [[circulatory ...

..., in turn reducing both [[luteinizing hormone]] and [[follicle stimulating hormone]]. The result is reduction of the [[testis]]' production of [[testosterone] ...

...ン（2020年）の最新レビューでは、生児出生率の改善に関する決定的な証拠は見つかっていない。長時間の[[Gonadotropin-releasing hormone agonist/ja|GnRHアゴニスト]]プロトコールでは、生児出生率改善のエビデンスには不確実性があったが、臨床的妊娠率の増加はあり得た。要するに ...ルモン]]、[[adrenocorticotropic hormone/ja|副腎皮質刺激ホルモン]]、[[follicle stimulating hormone/ja|卵胞刺激ホルモン]]の基礎分泌、および[[proopiomelanocortin/ja|プロオピオメラノコルチン]]の発現を阻害し、このことが、 ...

..., in turn reducing both [[luteinizing hormone]] and [[follicle stimulating hormone]]. The result is reduction of the [[testis]]' production of [[testosterone] ...

# [[Hormone replacement|ホルモン補充]]: [[Premarin/ja|プレマリン]] ...トホルミン]]、[[thiazolidinedione/ja|チアゾリジン薬]]、 [[insulin/ja|インスリン]]), [[thyroid hormone/ja|甲状腺ホルモン]]、抗甲状腺薬物、[[calcitonin/ja|カルシトニン]]、[[diphosphonate/ja|ジホスホネート]]、[ ...

# [[Hormone replacement|Hormone replacement]]s: [[Premarin|Premarin]] ...ione|thiazolidinedione]]s, [[insulin|insulin]]), [[thyroid hormone|thyroid hormone]]s, antithyroid drugs, [[calcitonin|calcitonin]], [[diphosphonate|diphospho ...

# [[Hormone replacement|Hormone replacement]]s: [[Premarin|Premarin]] ...ione|thiazolidinedione]]s, [[insulin|insulin]]), [[thyroid hormone|thyroid hormone]]s, antithyroid drugs, [[calcitonin|calcitonin]], [[diphosphonate|diphospho ...

...e of improved live birth rates was found. In long [[Gonadotropin-releasing hormone agonist|GnRH-agonist]] protocols there was uncertainty in the evidence of i ...[growth hormone]], [[adrenocorticotropic hormone]], [[follicle stimulating hormone]], and expression of [[proopiomelanocortin]], which in part accounts for it ...

...e of improved live birth rates was found. In long [[Gonadotropin-releasing hormone agonist|GnRH-agonist]] protocols there was uncertainty in the evidence of i ...[growth hormone]], [[adrenocorticotropic hormone]], [[follicle stimulating hormone]], and expression of [[proopiomelanocortin]], which in part accounts for it ...

...cember 2003. In 2016 [[AquAdvantage salmon|salmon]] modified with a growth hormone were sold. ...lied to human [[growth hormone]]s, [[Follicle-stimulating hormone|follicle stimulating hormones]] (for treating infertility), [[Albumin human|human albumin]], [[m ...