Growth hormone also plays a role in fighting tissue breakdown, staving off stress fractures and improving metabolic function.
生长激素在对抗阻止分解、应力断裂和提高新陈代谢功能中也发挥作用。
Tissue differences in the level of THRB expression in RTH account for the variable responses to the elevated level of circulating hormone.
表达rth的THRB水平在不同的组织是不同的，这一现象提示：对于循环激素水平的提高的反应不同的组织不同。
Discovered in 2000 by an American scholar, resistin is a peptide hormone secreted by adipose tissue.
抵抗素是2000年美国学者新发现的由脂肪组织分泌的多肽类激素。
In adopting tissue culture method, the influence of different explant types, hormone constitutions, sugar concentrations on pepper axillary buds formation and mediums on bud rooting were studied.
采用组织培养方法，研究了不同外植体类型、激素组合、蔗糖浓度对辣椒腋芽生成以及不同培养基对腋芽生根的影响。
As a kind of peptide hormone secreted by fatty tissue, leptin play its role in regulating body weight by combining with leptin receptor.
瘦素作为脂肪组织分泌的肽类激素，与瘦素受体结合后发挥调节体质量的作用。
WANG Fang, GE Shao-Hua. Research progress on the osteogenic mechanisms of parathyroid hormone and its effect on craniomaxillofacial and periodontal tissue regeneration[J].
王芳，葛少华。甲状旁腺激素的成骨机制及其对颅颌面和牙周组织再生的研究进展[J]。
This hormone (it's not actually a vitamin) has receptor sites in every area of the body including the immune system and respiratory tissue.
维生素d(其拭魅这是一种激素)几乎在身体的每一处都有受点，搜罗免疫系统和呼吸组织。
Adiponectin (APN) is a circulation hormone mainly secreted by white adipose tissue, and plays an important role in anti-inflammation and regulation of the metabolism of glucose and lipoids.
脂联素(APN)是白色脂肪等组织分泌的一种循环激素，在调节糖、脂代谢和抗炎中起重要作用。
Somatostatin released by growth hormone is an inhibiting factor and active nervous peptide, and it is mainly distributed in center nerve system, peripheral tissue and ocular tissue.
生长抑素是生长激素释放的抑制因子，是一种神经活性肽，广泛分布于中枢神经系统和周围组织，包括眼组织。
Ascorbic acid is found in high concentrations in adrenal and brain tissue and plays an important role in neurotransmitter and steroid hormone synthesis.
抗坏血酸发现在肾上腺和脑组织和神经递质扮演一个重要的作用，类固醇激素合成高浓度。
The factors of explants, hormone combination and concentration and plant mode were investigated on tissue rapid reproduction technology of self-incompatible line in headed cabbage.
对结球甘蓝自交不亲和系进行快繁，以探讨不同外植体、激素配比及浓度、定植方式等因素对结球甘蓝不定芽、不定根发生能力等的影响。
The factors of explants, hormone combination and concentration and plant mode were investigated on tissue rapid reproduction technology of self-incompatible line in headed cabbage.
对结球甘蓝自交不亲和系进行快繁，以探讨不同外植体、激素配比及浓度、定植方式等因素对结球甘蓝不定芽、不定根发生能力等的影响。
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