stem cell

Bone marrow mesenchymal stem cell(BM-MSC)is a early stem cell from the development of mesoblastema.

骨髓间充质干细(BM-MSC)是一种来自中胚层发育早期干细。

The stem cell leukemia( SCL) gene is a new oncogene related with leukemogenesis.

干细病(CL)因是新发现病发生有关癌基因。

Objective To study the effect of embryo neural stem cell transplantation(SCT) in neuronal ceroid lipofuscinosis(NCL).

目研究应用神经干细移植治疗神经元蜡样质脂褐质沉积病效果。

Embryonic stem cells have been the focus in tissue engin eering,dev elopmental biology,drug development and gene research.

胚胎干细已成为组织工、发育生物学、药物开发及基因研究热点。

Mouse antihuman type 19 keratin monoclona l antibody (McAb) was used to detect epidermal regenerative stem cells.

以小鼠抗人角蛋19单克隆抗体检测表皮再生干细。

Hemopoietic pro-genitor cells, hematopoietic stem cells, hematopoietic microenvironment etc. show dose related damage after irradiaton, consequently, hematopoietic function is destroyed.

机体受到照射后,祖细、干细以及微环境等都会产生照射剂量相关损伤而影响机能。

It facilitating the growth of stem cells of marrow hemopoiesis, largely increase the amount of monocells, promoting its particle differentiation.

可促进正常骨髓干细增殖，明显增加骨髓单细数量，促进其向粒子分化。

It is generally agreed that haematopoietic tissue (HPT) and haematopoietic stem cells are responsible for the production and supply of haemocytes.

组织和干细为细生成、补充和更新提供了保障。

Synergistic effect of Schwann cells and retinoic acid on the neuronal differentiation and synaptogenesis of hippocampal neural stem cells in vitro.

移植神经干细促进脊髓全横断大鼠结构功能修复研究。

Donor-cell leukemia after allogeneic hematopoietic stem cell transplantation can be an ideal model to investigate the related events in human leukemogenesis.

异基因干细移植后供者源复发可能是研究人病发生适宜模式。

Bone marrow stem cells are multipotential and capable of transdifferentiation to myocardium and regeneration myocardium by bone marrow stem cell transplantartion is investigated worldwide.

骨髓干细具有多向分化潜能,可横向分化为心肌细,现已开展骨髓干细移植再生心肌治疗研究。

OBJECTIVE To observe the effects of fetal bovine serum (FBS) and artificial perilymph (APL) on the differentiation of neural stem cells from newborn fetal guinea pigs.

目体外定向诱导新生豚鼠海马神经干细分化为内耳毛细。

Previous work from our laboratory reported that aggressive melanoma and breast carcinoma express the embryonic morphogen Nodal, which is essential for human embryonic stem cell (hESC) pluripotency.

然而，癌症相关环境缺乏合适调控机制来维持一个正常细表型。