melatonin receptor meaning in Chinese
褪黑激素受体
Examples
- Advances on melatonin receptor 1b and its gene
及其基因的研究进展 - Advances on melatonin receptor gene
褪黑激素受体基因的研究进展 - Polymorphism analysis for exon 2 of melatonin receptor 1a gene in four sheep breeds by pcr - rflp
基因外显子2的克隆与序列分析 - The current interest in melatonin is wintnessed by the growing number of scientific papers directly or indirectly dealing with this molecule , in the last 10 years , the mean number of articles has doubled and reports on new compounds acting at the melatonin receptors abound , although the search for a clear therapeaatic role for these ligands is still under way beside the scientific interest , there is a contemporary , but largely independent , explosion of a free market of various products containing mt , which have been presented at antiage agents protecting against differe kinds of injuries , although this action still lacks a solid scientific foundation . indeed while a number of physiological action of mt are coming to light , the exact role and the the real therapeutic benefit of this compound still remain unclear , both have been the subject of debate . with a lot of potential actions still to be fully demonstrated and with some mechanisms deserving more clarification , in sense , the appellation of the hormone of darkness , attributed to mt beacause of its characteristic concentration / time profile , seems extremely appropriate
除科学兴趣以外，也有暂时的，在很大程度上不可靠的有关各种含有mt的产品开发的探索，如出现的保护多种损伤的抗衰老剂。尽管这些产品的作用仍缺少坚实的科学基础，事实上当mt的许多生理作用研究清楚后，这种物质的确切作用和真实的治疗效果仍不得而知。有许多潜在的作用需要充分论证，有些机理需要进一步区分，在某种意义上说，称mt为黑暗激素，主要是由于在某一时间的特定浓度分布似乎更合适。 - In the present study , we determine the clock and melatonin receptor subtypes ( mt 1 , mt2 ) genes in suprachiasmatic nucleus ( scn ) and lymphocytes at different time points of specific light regimes . the aim of this study is to investigate the effects of light on circadian expression of these clock related genes , and to explore possible roles and mechanisms of these genes in regulation of the diurnal rhythm
本课题采用不同的光照制，研究scn及外周淋巴细胞中的钟基因clock 、褪黑素受体基因( mt1和mt2 )的昼夜表达规律，以期了解光照对中枢和外周这三个基因昼夜节律表达的影响，并试图发现它们在生物钟昼夜节律的维持中可能的作用规律。