suprachiasmatic nucleus造句
例句與造句
- The genes that control the body clock are most active in parts of the brain called the suprachiasmatic nuclei
控制生物鐘的基因在腦部的視交叉上核的細胞內(nèi)最為活躍。 - Brain studies suggest that there is impairment serotonin function in neurons leading to the suprachiasmatic nucleus
大腦研究表明引導視交叉上核的神經(jīng)元5 -羥色胺功能有損傷。 - [ font = times new roman ] [ size = 4 ] the genes that control the body clock are most active in parts of the brain called the suprachiasmatic nuclei
控制生物鐘的基因在腦部的視交叉上核的細胞內(nèi)最為活躍。 - One theory is that an area of the brain , near the visual pathway , the suprachiasmatic nucleus responds to light by sending out a signal to suppress the secretion of a hormone called melatonin
一種理論認為大腦主導光線通路附近的某一區(qū)域視交叉上核受光線影響發(fā)出信號,抑制褪黑素的分泌。 - The other belongs in our internal clocks ( the major one of which may be physically located in a part of the brain called the suprachiasmatic nucleus ) which , left alone , would tie the body to a 25 hour ? yes , 25 ? rhythm
另一個定時系統(tǒng)在我們的體內(nèi)時鐘內(nèi)(其中一個主要時鐘可能位于我們大腦的稱為超交叉核的那部分中)這些體內(nèi)時鐘在不受干擾時,會使人體有一個25小時? ?是的, 25小時? ?的生理節(jié)奏。 - It's difficult to find suprachiasmatic nucleus in a sentence. 用suprachiasmatic nucleus造句挺難的
- Basis of rhythmic structure is circadian clock , which is located at suprachiasmatic nucleus ( scn ) and pineal gland in mammal . the molecular basis of which is composed of a series of genes and their corresponding protein products
生物節(jié)律的生理基礎是生物鐘,哺乳動物的主鐘定位于丘腦視交叉上核( suprachiasmaticnucleus , scn )和松果體;生物節(jié)律的分子基礎是一系列與生物鐘相關(guān)的基因及其蛋白產(chǎn)物。 - 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
本課題采用不同的光照制,研究scn及外周淋巴細胞中的鐘基因clock 、褪黑素受體基因( mt1和mt2 )的晝夜表達規(guī)律,以期了解光照對中樞和外周這三個基因晝夜節(jié)律表達的影響,并試圖發(fā)現(xiàn)它們在生物鐘晝夜節(jié)律的維持中可能的作用規(guī)律。