紡錘體區 的英文怎麼說
中文拼音 [bǎngchuítǐqū]
紡錘體區
英文
spindle region-
This result suggests that central spindle distributed cam may also involve in the regulation of furrow ingression
此現象說明分佈在中區紡錘體的cam也參與調控了分裂溝的縊裂加深。W7 was added when the cells entered anaphase, we found that although some cells had elongated, the distribution patternof cam at central spindle was normal, and it seemed that a cleavage furrow would possibly form soon, however, these cells stopped cytokinesis at this stage, no furrow ingression followed
在細胞進入有絲分裂後期時，加入w7 ，我們發現有的細胞雖已拉伸變長，中區紡錘體處也有gfp cam的分佈，存在形成分裂溝的跡象，但分裂溝卻不繼續縊裂加深。By analyzing the contents of the newly discovered inscriptions during ming and qing dynasties, it has been found that the principal part of the social hierarchy in hunan and guangzhou tusi areas is spindly, of which 8 social classes and 4 social ranks play important roles respectively in the hierarchical structure
摘要通過對新發現的明清時期金石碑刻內容的剎析，發現湖廣土司區社會分層結構主體是紡錘形的，八個社會階層與四個社會等級在該結構中各自發揮著重要作用。Centromere the region of the chromosome that contains the kinetochore, the structure that becomes attached to the nuclear spindle during mitosis and meiosis
著絲粒：染色體上包含著絲點的區域，在細胞有絲分裂和減數分裂期間與紡錘體相整合的一種結構。The tri - polar cells were induced by cytochalasin b treatment, by using the tri - polar cell model, it ' s quite convenient to compare the difference of central spindle structure and the difference of cam distribution pattern between each two poles in the same cell ; moreover, it ' s easy to see whether these differences would affect the furrow formation
2我們採用cytochalasinb處理法獲得三極細胞，應用三極細胞模型，在同一個細胞中比較每兩極之間中區紡錘體結構的差異， cam分佈的差異對最終分裂溝形成的影響。We found that either the abnormal central spindle structure or the absence of central spindle distributed cam could inhibit the furrow formation. it indicates that the central spindle distributed cam might involve in the regulation of furrow formation
我們發現中區紡錘體結構異常、中區紡錘體處cam的缺失均會影響分裂溝的形成，提示分佈在中區紡錘體處的cam很可能參與調控了分裂溝的形成。3. when the cells were treated with w7, a ca2 + / cam inhibitor, the central spindle assembly was affected, and the abnormal central spindle was formed ; besides, when w7 treatment was applied at an early stage of cytokinesis, the division furrow index would decrease substantially. these results show that cam is really involved in the regulation of furrow formation and this involvement may be fulfilled by regulating the dynamic structure of central spindle
我們利用w7抑制cam活性，發現cam活性喪失會引起中區紡錘體結構異常；如用w7處理同步化于胞質分裂早期的細胞，可使細胞的分裂溝形成指數明顯下降，這表明cam的確參與調控了分裂溝的形成，而且可能是通過調控中區紡錘體的動態結構參與這一過程的。分享友人