cell separation

A New Endothelial Cell Separation Method

一种新的内皮细胞分离方法

Using this separation system , may cause to make the cost of blood stem cell separation reduce multiplied .

采用该分离系统后，可以使造血干细胞分离成本成倍地降低。

CD + 34 positive cell separation rate was 51 % ~ 82 % with direct method .

应用直接包被法分离脐血及骨髓中的CD+34细胞率为51%～82%，台盼蓝拒染率为82%～88%。

A Study of Epidermal Stem Cell Separation

表皮干细胞的快速高效分离

Discontinuous Density Gradient Centrifugal Method for the Human Blood Cell Separation Using Percoll Medium

血细胞的Percoll不连续密度梯度分离法

Primary cultures of pulp cells from Sprague-Dawley rats by enzymatic cell separation method

用酶消化法进行鼠原代牙髓细胞的体外培养

Microfluidic Cell Separation Chips Based on Crossflow Filtration

基于错流过滤原理的微流控细胞分离芯片的研制

Conclusion Ultrasonic standing wave blood cell separation technology is safe and reliable , and is similar to centrifugal blood separation method .

结论：超声驻波血细胞分离法与离心分离法相似，安全、可靠。

Newly designed equipment for blood cell separation adopted cylindrical ultrasonic standing wave to enlarge the capacity for treatment of blood .

基于上述的理论分析，本论文以满足临床要求为目的&设计了能够大量、快速分离血细胞的超声驻波血细胞分离装置。

Comparative Study on the Cell Separation of the Secondary Xylem of the Annual Branch of Pear and Peach Tree

梨树和桃树新梢次生木质部细胞解离的比较研究

Blood cell separation , blood cell lysing and DNA purification were achieved on the microfluidic chip , respectively .

分别在芯片上实现了血细胞的分离、血细胞的破裂以及DNA的提纯。

Synthesis Property Characterization of Core-shell Co @ SiO_2 Magnetic Nanoparticle and Its Biomedical Applications to Cell Separation and Cell Chip

Co@SiO2核壳式纳米磁性粒子的合成、性质表征及在细胞分离和细胞芯片上的应用

Detection of Listeria monocytogenes in meat products by means of immuno-magnetic cell separation combined with fluorescence PCR technique

免疫磁分离-荧光PCR应用在肉类单增李斯特氏菌的检测

The magnetic nanocomposite with gold coating can be used to targeted drug delivery , cell separation , DNA detection and so on .

因此，用金包覆磁性纳米微粒将在生物医药、细胞分离、DNA检测、磁记录等领域有着广泛的应用前景。

The complete mathematical and physical study of the process provided a theoretical basis for the optimization of the subsequent studies of blood cell separation using ultrasonic standing waves .

从而实现了对这一过程完整的数学、物理描述，为超声驻波血细胞分离方法的工程优化奠定理论基础。

【 Method 】 sterile conditions , take young SD rat femur , combined with whole bone marrow culture adherent cell separation and purification of MSCs .

【方法】无菌条件下取幼年SD大鼠的股骨，采用全骨髓培养结合细胞贴壁法分离纯化MSCs。

Chitinase inhibitor can prevent insect larve and pupa ecdysis and fungal cell separation through inhibiting chitinase activity .

几丁质酶抑制物可以通过抑制几丁质酶的活性，阻止昆虫幼虫和蛹蜕皮以及真菌子母细胞的分离而起到杀虫和抗真菌作用。

Meanwhile , the application of magnetic microsphere in biomedical field such as enzyme immobilization , cell separation , targeted medicine and diagnosis were narrated in detail .

同时着重阐述了磁性微球在固定化酶、向药物、胞分离、断等生物医学领域的应用。

Study on Effects of Gossypol on Incorporation of ~ 3H-Arginine in Pachytene Spermatocytes of Rat Testis by Cell Separation Technique of Elutriation

棉酚对大鼠精母细胞~3H-精氨酸掺入作用的影响&淘析细胞分离术研究结果

So the MPM are widely used in bio-medical and other fields , such as cell separation , protein purification , immunoassays , targeted drugs and diagnostics .

因为这些特性的存在使磁性高分子微球被广泛应用于生物化学和生物医学等领域，如细胞的分离、蛋白质的提纯、免疫测定、靶向药物和诊断等。

Therefore , since 1970 's , as a new type of functional material , it has gained broad applications in cell separation , protein purification , immunoassays , immobilized enzyme and target delivery of drug .

因此，自70年代以来，磁性微球作为一种新型的功能材料，在细胞分离、蛋白质提纯、免疫测定和靶向药物等诸多领域有着广阔的应用前景。

The studies of the affects of ultrasonic standing waves on blood were aiming to produce a practicable method of ultrasonic blood cell separation , trying to find an effective and cheap method of auto-transfusion and preparing blood products .

本论文关于超声驻波在血液方面的研究旨在提出一种实用的血液分离方法，为现代医学中的自体血液回输、血液制品制备等找到一种价格低康、性能优异的有效方法。

Results : Patients with critical limb ischemia can be treated by bone marrow mobilization , peripheral blood stem cell separation and transplantation , which can significantly reduce rest pain , promote ulcer healing , and increase walk distance .

结果：采用骨髓动员外周血干细胞分离并移植治疗临床上严重肢体缺血的患者能明显减轻静息痛，促进溃疡愈合，增加步行距离。

Based on the principle of crossflow filtration , cell separation chip was designed , and the silica micro pillar array , 20 μ m in diameter and 50 μ m high , was fabricated by DRIE .

基于错流过滤原理，设计了用于血细胞分离的错流过滤微结构，采用深刻蚀技术在硅片上刻蚀出直径为20μm，高度为50μm的圆柱阵列；

Methods The umbilical cord blood AC133 + cells were separated and purified by magnetic-activated cell separation ( MACS ) purification system and the purity of AC133 + selected cells were estimated by flow cytometry .

结果1、MACS？免疫磁珠分选系统分离、纯化脐带血AC133+细胞具有方法稳定可靠、纯度高的特点，ACl33+细胞的纯度在二次过柱后可达80%以上；

It will quickly move or separate in external magnetic field , therefore magnetic polymer microspheres show important practical applications in fields of protein purification , cell separation , enzyme immobilization and microbe of environment / Food testing , et al .

冈此，目前磁性微球主要应用于蛋白质纯化、细胞分离、酶固定、环境/食品微生物检测等领域。

Several kinds of preparation methods and the applied developments of magnetic polymer microsphere in cell separation , immobilized enzyme , DNA separation and medicine carrier are discussed in detail , and the prospects of magnetic polymer microsphere are also proposed .

在此基础上，对磁性高分子微球在细胞分离、固定化酶、靶向药物、核酸分离等领域的最新应用及存在的问题进行了分析，并指出了该领域今后的研究方向。

The ES cell separation and cloning technique combined with genetic modification and the embryo engineering showed promising theoretical and practical values in animal growth and development model , the protection of endangered species , and establishment of advanced animal breeding systems etc. .

ES细胞分离、克隆技术与遗传工程和胚胎工程相结合，对于阐明动物生长发育的基本规律、抢救和保护濒危动物遗传资源、建立先进的动物育种技术体系具有重大的理论意义和实践价值。

In this study , the repeated batch fermentation with water recycling and cell separation was investigated for the reduction of the waste water generated in the lipid fermentation of an oleaginous yeast Trichosporon cutaneum CXl strain .

本研究中，以皮状丝孢酵母CX1为菌种，采用伴有细胞分离和发酵废水循环利用的反复批次发酵方式，减少水的利用及废水排量。

Conclusion : Enzyme digestion method is proved to be a better way for cell separation and culture in tissue engineering study , and the first to the fourth passage of SF cells can be used as seeding cells in the study of ACL tissue engineering .

结论：酶消化法分离培养SF细胞更适合于组织工程，SF细胞第一～第四代可作为构建组织工程化前交叉韧带的种子细胞。