TTR's a protein that usually circulates in the blood and helps transport thryoxine and retinol.

TTR是一种通常在血液中循环的蛋白质，帮助转运甲和视黄醛。

Once they detect that the temperature is below target levels, those neurons secrete thyrotropin-releasinghormone, or TRH into the bloodstream.

一旦他们检测到温度低于目标水平，这些神经元就会分泌促甲释放激到血液中。

I started him on I.V. Steroids and Synthroid.

开始给他静脉滴注类固醇和甲。

Take, for instance, the thyroid and the two hormones it produces, triiodothyronine and thyroxine.

以甲及其产的两种激为例，三碘甲氨酸和甲。

Intravenous levothyroxine is an artificial thyroid medication that should take care of it.

静脉注射左旋甲是一种人工甲药物，应该照顾到它。

I started him on IV steroids and ancinthroid.

我在给他用I.V.类固醇和 Synthroid(一种左旋甲钠制剂).

Familial amyloid cardiomyopathy is a genetic disorder where mutant transthyretin protein, or TTR, is misfolded and prone to depositing in the heart tissue.

家族性淀粉样心肌病是一种基因疾病：突变的转甲蛋白（TTR）折叠错误，并易于在心脏组织中沉积。

One example, is a struma ovarii tumor which is made up of only thyroid tissue and can release thyroid hormone which leads to hyperthyroidism.

其中一个例子是卵巢甲肿，只由甲组织组成，并且可以分泌甲，造成甲亢。

Follicular cells convert thyroglobulin, a protein found in follicles into 2 iodine containing hormones: triiodothyronine or T3 , and thyroxine or T4 .

滤泡细胞转化滤泡当中的甲球蛋白成为两种含碘激：碘甲氨酸，又称T3；以及甲，又称T4。

Additional factors include alcohol consumption, smoking, drugs like glucocorticoids, which decrease calcium absorption from the gut through antagonism of vitamin D, and drugs like heparin and L-thyroxine.

其他影响因包括酗酒、吸烟、糖皮质激等药物（其与维D的拮抗作用会减少肠内钙质的吸收）以及肝或L-甲等药物。

The hormone thyroxin, for example, is secreted by an endocrine gland — your thyroid — and it needs to be distributed throughout the entire body so that it can stimulate the metabolism in all of your cells.

例如，激甲由内分泌分泌——你的甲——它需要分布在整个身体中，以便它可以刺激所有细胞的新陈代谢。

You're probably gonna want an example of that. So, your thyroid — at the bottom of your throat — produces the hormone thyroxine, which stimulates metabolism and binds to receptors in most of the cells in your body.

你可能想要一个例子。你的甲——在你喉咙的底部——产荷尔蒙甲，它刺激新陈代谢并与你身体大多数细胞的受体结合。