Because it represent husband and wife , this whole life you will be attach to each other ) 這個時候,大家會驚奇的發(fā)現(xiàn)無名指怎么也張不開,因為無名指代表夫妻,是一輩子不分離的。
Because it represent husband and wife , this whole life you will be attached to each other 這個時候,大家會驚奇的發(fā)現(xiàn)無名指怎么也張不開,因為無名指代表夫妻,是一輩子不分離的。
Because it represents husband and wife , this whole life you will be attach to each other ) 這個時候,大家會驚奇的發(fā)現(xiàn)無名指怎么也張不開,因為無名指代表夫妻,是一輩子不分離的。
The effects of low dose ionizing radiation on mitotic chromosome non - disjunction of the cultures were more outstanding than that of the whole blood 結(jié)果顯示:小劑量電離輻射對有絲分裂染色體不分離的影響是照射培養(yǎng)物比照射全血效果明顯;照射全血時,劑量從0
Now close your little fingers and try to separate your fourth fingers . you will realize that you cannot separate the , because they represent the marriage of husband and wife 那么,請大家合上小母指,再試著張開無名指。這個時候,大家會驚奇的發(fā)現(xiàn)無名指怎么也張不開,因為無名指代表夫妻,是一輩子不分離的。
As life level advancing , the environment around us has being changed . there are more and more radiative materials in our lives . in order to search for environmental factors related with chromosome disorders , a hospital - based case - control study about down syndrome was carried out 論文以ds為例開展了以醫(yī)院為基礎(chǔ)的病例-對照研究,分離導(dǎo)致染色體不分離的可能因素;同時探討小劑量電離輻射與染色體不分離的關(guān)系及其分子機制。
In the laboratory experiment part , human peripheral blood , cultured cells and icr mice were study objects . the changes of mitotic chromosome numbers were measured by human metaphase chromosome counts and statistic analyzed used x2 - test . the changes of meiotic chromosome numbers were measured by mice one - cell zygote chromosome counts and statistic analyzed usedx2 - test . the effects of low dose ionizing radiation on the expression of topoisomerase ii were measured by immunocytochemistry , western blot and rt - pcr 流行病學結(jié)果顯示長期小劑量輻射接觸與染色體不分離呈正相關(guān),為進一步在細胞遺傳學和分子生物學方面研究小劑量電離輻射與染色體不分離關(guān)系及其機制,本課題第二部分以外周血、培養(yǎng)細胞、 icr小鼠為研究對象,用外周血染色體計數(shù)和單細胞受精卵染色體計數(shù)的方法研究小劑量輻射和拓撲異構(gòu)酶復(fù)旦大學2000級博士生學位論文11a抑制劑及其二者的協(xié)同效應(yīng)對有絲分裂和減數(shù)分裂染色體不分離的影響,用免疫細胞化學染色、 westernblot 、 rt pcr等方法研究了電離輻射引起拓撲異構(gòu)酶a表達變化。