干细胞技术前景非凡。
如今有了干细胞技术，也就有了两条途径可选。
Now with stem cell technology there are two pathways that are imaginable.
干细胞技术是人类后基因组计划的一部分。
The stem cells technology is a part of the plan of human beings postnatal gene groups.
固定化细胞技术是一门新兴的废水处理技术。
Immobilized cell technology is a new technology for wastewater treatment.
而目前其他的干细胞技术需要破坏胚胎组织。
Current stem cell technologies require the embryo's destruction.
并展望了固定化细胞技术的发展前景及应用方向。
The application foreground of immobilized cells technology are also included in this article.
方法：用流式细胞技术(FCM)检测G蛋白亚型的变化。
Methods: The level of G protein subunits in RPMVECs membrane was examined by flow cytometry (FCM).
干细胞技术21世纪最先进的技术之一，快速地应用于临床。
In the 21st century the stem cells transplantation is one of the most advanced technologies and has applied quickly to clinical therapy.
使用干细胞技术被视为一个“圣杯”，它预示着减少几种缺乏的器官类型。
The use of stem-cell technology is seen as a "holy grail", which promises to reduce shortages of several types of organs.
如果干细胞技术足够成熟，那么就可以通过如下方案治疗癌症。
If stem cell technology mature enough, then they can adopt the following in the treatment of cancer.
用流式细胞技术检测各组细胞周期，观察细胞增殖能力的变化。
The changes in cell cycle progression of synchronized HUVECs were examined by flow cytometric analysis.
先进细胞技术公司的股票价格上涨了170%，今年到目前为止。
Advanced Cell Technology's stock price has gone up 170% so far this year.
随着组织工程的拓展，应用干细胞技术可望为创伤修复提供新的手段。
With the development of tissue engineering, stem cell technology could provide new means to wound healing.
本文对固定化细胞技术在氨基酸生产中的应用研究及进展进行了综述。
Recent advances in the use of immobilized cells for amino acids production were reviewed.
细胞技术学专业学习如何辨别人类细胞中早期癌症及其他疾病的特征。
Students of cytotechnology learn to recognize early signs of cancer and other diseases in human cells.
科学家们希望，未来干细胞技术同样能够应用于为其他疾病患者研制新药。
The scientists hope their stem cell technique will also be useful for testing drugs for individual patients with other diseases in the future.
科学家使用一种新的干细胞技术，使他们可以将病人的皮肤转变为小块的大脑。
Scientists are using a new stem cell technique allowing them to turn skin from patients into small pieces of brain.
用间接免疫荧光染色结合流式细胞技术检测细胞表面DR4和DR5分子表达；
The expression of cell surface-bound DR4 and DR5 were determined by indirect fluorescence staining and flow cytometry analysis.
分会报告222：干细胞生物标记物，表面抗原标记，谱系标记和脱细胞技术。
S222: Biomarkers, Surface Antigen markers, Lineage Marking and Decellularization of Stem cell.
现在，有更多的信息关于我们提到的上个星期高级细胞技术的科学家的一项研究。
Now, here is more information about our story last week on a study by scientists at Advanced Cell Technology.
固定化细胞技术是一项生物工程新技术，此项技术的关键是所用载体材料的性能。
The immobilization cell technology is a new biological engineering technique. The key for this technology is the characteristics of the immobilization supporter materials used.
介绍了固定化细胞技术的概念、分类、固定化细胞的制备方法以及固定细胞的载体。
This article introduced the conception and classification of the immobilized cell technology, the preparation way and carrier of the immobilized cell.
治疗性克隆是通过核移植和干细胞技术为病人提供所需更换的细胞、组织乃至器官。
Therapeutic cloning based on application of nuclear transfer and stem cell technology is targeted to provide an unlimited supply of compatible cells, tissue and organs for human transplantation.
患者将使用干细胞技术作为“圣杯”，该技术在解决多种类型器官短缺问题上非常有前景。
Patients' groups describe the use of stem cell technology as the "holy grail" that promises to reduce the shortage of several types of organs.
本文主要介绍近年来固定化细胞技术的固定化制备及其在有机废水处理中的应用状况和前景。
This paper introduces the preparation of immobilization for immobilized cell technique in recent years and its applicative status and prospect in organic wastewater treatment.
ISCo和洛杉矶的高级细胞技术机构都试图生产一种阻止或者逆转致盲的黄斑退化的干细胞。
Both ISCo and Advanced cell Technology, of Los Angeles, are trying to create stem cells that could stop-and possibly reverse-a process called macular degeneration, which leads to blindness.
我们必须要认识到，诱导多能干细胞技术涉及到所有相关的复杂问题，并且游离于现存的法律和政策之外。
“We have to recognize all the complicated issues that iPS research is engaging and get a sense of how existing laws and policies play out, ” Caulfield said.
我们必须要认识到，诱导多能干细胞技术涉及到所有相关的复杂问题，并且游离于现存的法律和政策之外。
"We have to recognize all the complicated issues that iPS research is engaging and get a sense of how existing laws and policies play out," Caulfield said.
微生物发酵产氢的固定化细胞技术与其非固定化细胞技术相比，前者具有很大的优越性，能显著提高发酵系统的产氢量。
Compare with the non-immobilized cell technology, the immobilized cell technology has superiority that it can obviously raises the hydrogen quantity.
微生物发酵产氢的固定化细胞技术与其非固定化细胞技术相比，前者具有很大的优越性，能显著提高发酵系统的产氢量。
Compare with the non-immobilized cell technology, the immobilized cell technology has superiority that it can obviously raises the hydrogen quantity.
应用推荐