Hypophyse vs Thymus
| Propriété | Hypophyse | Thymus |
|---|---|---|
| Nom latin | Glandula pituitaria | Thymus |
| Type | Gland | Gland |
| Système corporel | Endocrinien | Lymphatique/Immunitaire |
| Région corporelle | Encéphale | Thorax |
| Fonction | La glande endocrine maîtresse, produisant des hormones qui régulent la croissance (GH), la reproduction (FSH, LH, prolactine), la fonction thyroïdienne (TSH), la fonction surrénalienne (ACTH) et l'équilibre hydrique (ADH). Elle … | The primary lymphoid organ responsible for T-lymphocyte maturation and selection. T cells develop from bone marrow precursors and undergo positive and negative selection in the thymus to become immunocompetent while … |
| Signification clinique | Les adénomes hypophysaires peuvent provoquer un excès ou un déficit hormonal. L'acromégalie résulte d'un excès d'hormone de croissance. La maladie de Cushing résulte d'un excès d'ACTH. L'apoplexie hypophysaire est une … | Myasthenia gravis is associated with thymic hyperplasia or thymoma; thymectomy can be therapeutic. DiGeorge syndrome involves thymic aplasia and severe T cell immunodeficiency. The thymus involutes with age, contributing to … |
| FMA ID | 13889 | 9607 |
Full structure pages
Hypophyse
Glandula pituitaria
Often described as the master endocrine gland, the pituitary coordinates the activity of other endocrine glands through the hormones it secretes, governing growth, reproduction, thyroid function, adrenal function, and water balance. This pea-sized gland occupies …
Thymus
Thymus
The primary lymphoid organ responsible for T-lymphocyte maturation and selection. T cells develop from bone marrow precursors and undergo positive and negative selection in the thymus to become immunocompetent while avoiding autoimmunity.