human umbilical cord 中文意思是什麼
human umbilical cord
解釋
人臍帶-
Objective to investigate the effects of fluid shear stress on il - 8 gene in human umbilical vein endothelial cells ( huvecs ) and the roles of time course of low shear stress and intensity of fluid shear stress using lightcycler ? system ; to investigate the gene expression profiles in huvecs exposed on low shear stress ( 4. 20 dyne / cm2, 2 h ) and incubated by 17 p - estradiol ( 10 - 7 m ) + low shear stress ( 4. 20 dyne / cm2, 2 h ) using the cdna microarray approach. methods endothelial cells were isolated from human umbilical cord veins by collagenase treatment as described by jaffe and modified
目的探討人臍靜脈內皮細胞( humanumbilicalveinendothelialcells , huvecs )在流體切應力作用下il - 8基因的誘導表達以及切應力的作用時間和作用強度對il - 8基因表達影響的變化規律;利用表達譜基因晶元技術研究內皮細胞在低切應力( 4 . 20dyne cm ~ 2 , 2h )作用下其切應力相關基因的表達情況以及生理濃度( 10 ~ ( - 7 )的17 -雌二醇孵育內皮細胞48h ,再經同樣條件的切應力處理后對內皮細胞切應力相關基因表達的可能影響。 -
Facs results showed that umbilical cord blood mscs did not express antigens cd34, cdlla and cdllb, and expressed cd29 and cd71, which was identical to that of human bone marrow - derived mscs
用流式細胞儀檢測msc的表面標志結果顯示,臍帶血msc不表達cd34 、 cd11a和cd11b ,強表達cd29 ,弱表達cd71 ,與骨髓msc表面抗原特性一致。 -
Human umbilical cord blood hematopoietic stem progenitor cells can grow up in the mouse liver
祖細胞能在鼠肝中生長 -
But when a human child is born and the umbilical cord breaks, a gap is created in the sushumna the subtle channel in the spinal cord
當嬰孩出世,切斷了臍帶的時候,他的中脈便出現了一道洪溝。從外面看,我們能看見副交感神經系統太陽神 -
Compliance change in human umbilical cord artery of different from the fetus being ages and its clinical significance
不同胎齡臍帶動脈順應性的變化及其臨床意義 -
Human umbilical cord blood mesenchymal stem cells differentiated into neuron - like cells in vitro
人臍血間充質幹細胞體外誘導分化為神經元樣細胞 -
Difference of human umbilical cord blood derived mesenchymal stem cells in differential culture conditions
不同培養條件下人臍血間充質幹細胞的差異 -
Currently, epcs have been identified in adult peripheral blood, bone marrow, and human umbilical cord blood
目前,內皮祖細胞已被證實存在於成年人外周血,骨髓和人臍帶血中。 -
Investigation of impact of epidermis growth factor at different concentrations on proliferation of human umbilical cord mesenchymal stem cells
對人臍血間充質幹細胞增殖的研究 -
Effect of constant magnetic fields on the proliferation of human umbilical cord blood mesenchymal stem cells and cellular cycle
恆磁場對人臍血間充質幹細胞增殖及細胞周期的影響 -
It suggested that human umbilical cord blood mscs were capable of expanding rapidly and differentiating into neurocyte in vitro
這表明臍帶血msc在體外同樣能夠迅速擴增,並具有向神經細胞分化的潛能。 -
This study examined the isolation, purification, expansion and differentiation of human umbilical cord blood mscs to neurocytes in vitro
本研究探討了人臍帶血msc的體外分離、純化、擴增和向神經細胞的定向誘導分化條件。 -
Y. zhao et al., “ immune regulation of t lymphocyte by a newly characterized human umbilical cord blood stem cell ”, immunology letters, vol 108, pp. 78 ? 87, 2007
邱錄貴,臍帶血造血幹細胞研究與展望,中華檢驗醫學雜志,第26卷,第8期, 457 - 459頁, 2003年5月。 -
These opponents cite breakthroughs involving medical research conducted with adult stem cells, umbilical cord blood and amniotic fluid, none of which involve the destruction of a human embryo
反對者們還用醫學研究通過使用成人體細胞、臍帶血和羊水取得的突破來引證,這些突破中沒有一個涉及到破壞人類胚胎。
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