Linked from

The 30 pages that link to Thyroid hormones, each with the reason it gives.

• MetamorphosisRelated: In amphibians, thyroid hormone drives the transition from aquatic tadpole to adult frog.

• Endocrine disruptorRelated: Disruptors can alter its synthesis, transport, metabolism, or receptor signaling.

• IodineRelated: The thyroid gland incorporates iodine into thyroxine and triiodothyronine.

• HypothyroidismNarrower topic: Their deficiency produces the physiological changes that define hypothyroidism.

• TadpoleRelated: Thyroid hormone signaling triggers and coordinates many changes during tadpole metamorphosis.

• HormoneBroader topic: Its broad effects show how one hormonal system influences many tissues.

• CatecholamineCompared with: Its tyrosine origin can be confused with catecholamine ancestry, but its synthesis and structure differ.

• Basal metabolic rateRelated: Thyroid status can substantially alter resting energy expenditure and complicate comparisons.

• Growth hormoneCompared with: It supports normal growth through a distinct endocrine pathway.

• HyperthyroidismNarrower topic: Their excess in the blood produces the metabolic effects of hyperthyroidism.

• Iodine deficiencyRelated: Iodine is an essential ingredient in the thyroid hormones whose production deficiency disrupts.

• Potassium iodideRelated: These hormones explain why the body requires dietary iodine.

• Peptide hormoneCompared with: Despite its amino-acid origin, it behaves more like a lipid-soluble hormone.

• Amphibian metamorphosisRelated: Its rising activity initiates and coordinates many changes during metamorphosis.

• Hypothalamic–pituitary–thyroid axisBroader topic: These are the axis’s outputs and the signals that feed back on the hypothalamus and pituitary.

• IodideRelated: The thyroid takes up iodide as raw material for hormone synthesis.

• PaedomorphosisRelated: Changes in thyroid signaling can affect whether larval traits persist into reproductive adulthood.

• ThyroxineNarrower topic: T4 belongs to this hormone family, alongside T3.

• Graves diseaseRelated: Their excess accounts for many systemic effects of Graves disease.

• PerchlorateRelated: Reduced iodide uptake can limit the thyroid’s ability to produce these hormones.

• Hashimoto's thyroiditisRelated: Progressive loss of hormone-producing tissue can lower circulating thyroid hormone levels.

• Sex hormone-binding globulinRelated: Hyperthyroidism can raise SHBG, while hypothyroidism can lower it.

• GoiterNarrower topic: Goiter may accompany either insufficient or excessive thyroid hormone production.

• Sodium perchlorateRelated: Perchlorate can interfere with iodide uptake needed for thyroid hormone production.

• Ammonium perchlorateRelated: Perchlorate can interfere with iodide uptake needed for thyroid hormone production.

• XenopusRelated: Thyroid hormone drives key changes during Xenopus metamorphosis.

• ThyroidNarrower topic: The gland’s main products circulate to regulate activity across many tissues.

• BradymetabolismRelated: Insufficient thyroid hormone can lower metabolic rate and cause cold intolerance.

• Emil Theodor KocherRelated: The effects Kocher observed after thyroid surgery revealed the gland’s systemic hormonal role.

• ThiamazoleNarrower topic: Thiamazole reduces the synthesis of these hormones rather than directly neutralizing circulating hormone.