1.(大脑)垂体的
2.(分泌)黏液的
3.(由大脑垂体所致的)异常长大的
1.【解】大脑垂体
2.【医】大脑垂体制剂
1.relating to or produced by the pituitary gland
1.The cytotoxicity assays found a decrease in NK activity in patients with non secreting pituitary adenoma compared with healthy donors.
细胞毒性实验证明，垂体无分泌腺瘤患者外周血中NK细胞的杀伤活性降低。
2.I believe that it is a clear case of a malfunctioning pituitary gland. . . but without diagnostic tools I can only treat the symptoms.
我认为，很明显是脑垂体出现了问题…没有诊断工具，但我只能治标。
3.IT is often associated wITh pITuITary gigantism.
常伴发脑下垂体巨人症。
4.The microscopic appearance of the pituitary adenoma is shown here. Note the monotonous appearance of these small round cells.
此处显示垂体腺瘤的显微镜图像。可见肿瘤细胞圆而小，形态一致。
5.Under examination, his pituitary gland was almost normal. But something was wrong with its internal secretion, which stopped his growing.
经过检查，魏泽洋脑垂体正常，但内分泌可能有点问题，这直接影响了他长高。
6.This energy is then transmitted to the other centers of the body by means of the pituitary.
这个能量于是通过脑垂体被传输至身体的其他中心。
7.Either of two hormones of the pituitary glanD, luteinizing hormone and follicle - stimulating hormone. No longer in scientific use.
垂体荷尔蒙垂体的两种荷尔蒙的任意一种，促黄体生成激素或保卵泡激素，不再用在科学研究中
8.The other new chakra is located near the pituitary and is named after the master endocrine gland in the body.
其它的新脉轮靠近垂体而命名为身体主内分泌腺。
9.anterior pituitary cell types appears to be primarily regulated by a strict temporal and spatial pattern of pituitary transcription factors.
腺垂体细胞类型似乎主要是由一个严格的时间和空间的垂体转录因子的调控模式。
10.Conclusion The long term intracranial hypertension to sellar region may contribute to pituitary and sellar morphological changes.
结论原发性高颅压引起垂体和蝶鞍形态改变，可能与长期高颅压作用于鞍区有关。