微环境

肿瘤微环境的主要特征包括乏氧，低pH值和营养缺乏等。

Tumor microenvironment is featured with regional hypoxia , low pH and nutritional deprivation .

说明B细胞在肝内的分化、发育主要依赖肝的微环境。

It showed that the differentiation and the development of the B cells in the fetuses were mainly dependent on the liver microenvironment .

固定化酶的微环境效应Ⅰ&最适pH的移动

Effects of microenvironment on immobilized enzymes & shift of pH optimum

实时定量逆转录PCR对几种胸腺状念和功能相关基因的表达进行相对定量以直接评价胸腺微环境的研究方法。

The other is real-time RT-PCR method to study thymic-associated genes expression .

芘荧光探针法研究C（60）-胶束水溶液体系的微环境性质

Study on the microenvironment properties of c_ ( 60 ) - micellar aqueous solution using pyrene as a fluorescence probe

缺氧（Hypoxia）是实质性肿瘤物理微环境之一。

Hypoxia is one of physical microenvironments of solid tumors .

DC的分化发育过程可能影响因素众多，体内微环境的变化会影响DC的分化、发育。

The changes of the microenvironment in vivo have an effect on the differentiation and development of DC .

CMOS微环境pH传感芯片研究

Research of CMOS Micro-Environment pH Sensor

层状液晶微环境对水杨酸铜配合物SOD样活性的影响

The Effect of Lamellar Liquid Crystals System on SOD like Activity of Copper Salicylate Complex

结论弥漫性大B细胞性淋巴瘤治疗后生存期可通过肿瘤微环境中的免疫细胞、纤维化、血管形成的差异而影响。

Conclusions Survival after treatment of diffuse large-B-cell lymphoma is influenced by differences in immune cells , fibrosis , and angiogenesis in the tumor microenvironment .

小鼠增龄过程中胸腺结构的改变与微环境中IL-6的表达

The change of thymic structure and the expression of IL-6 in microenvironment of aging mice

目的：探讨重症肌无力（MG）时胸腺微环境的变化及其发病机制。

Purpose To inquire the changes of thymus microenvironment in myasthenia gravis ( MG ) patients and the pathogenesis of MG .

造血干／祖细胞与造血微环境的基质细胞表面分别表达Notch受体和配体，Notch信号对造血细胞发育的各个阶段均有调节作用。

Hematopoietic stem / progenitor cells express Notch receptors and stromal cells express their ligands .

IL-2、TNF-α、IFN-α对造血细胞及造血微环境的影响

Effects of IL-2 , IFN - α and TNF - α on hematopoietic progenitor and hematopoietic environment

HIF-1α对缺氧微环境下垂体腺瘤侵袭机制调控的研究

Study of Regulation of Pituitary Adenomas Invasiveness by HIF-1 α under Hypoxic Microenvironment

结论内异症患者腹腔液中VEGF升高是腹腔微环境改变导致内异症的原因。

Conclusion The VEGF increasing of patients with EM may cause the changing of the celiac microenvironment which leads to EM.

对以上所制的样品进行了XRD、SEM、EDS、IR、X射线能谱等表征，研究结果表明：Ⅰ、自组装介质可改变载体表面的微环境。

All of the above samples have been characterized by XRD , SEM , EDS , IR and X-ray energy spectrum etc.

结论体外构建的早产大鼠AECⅡ与LF共培养模型，部分模拟了体内微环境。

Conclusions The coculture model constructes in vitro mimics microenvironment in vivo .

不同化学微环境PbS超微粒的制备与光谱研究

Preparation of PbS Ultrafine Particles in Different Chemical Micro-Circumstances and Studies on Their Spectra

结果表明：B处理构建了高产玉米冠层的微环境特性和冠层结构，改善了叶片光合特性。

The results showed that micro-environmental characteristic of high yield maize canopy and canopy structure were instituted by treatment B , at the same time , photosynthesis characteristic of leaves were improved .

用时间分辨荧光光谱研究微环境对Eu（TTA）3和Eu（DB）3发光的影响

The Study of Eu ( TTA ) _3 and Eu ( DB ) _3 Luminescence in Microenvironments by Time-resolved Fluorescence Spectrum

对rasp21核苷酸结合口袋的微环境和rasp21在GTP水解过程中的结构变化进行了讨论。

The environment of nucleotide-binding pocket and Structural change of ras P21 upon GTP hydrolysis are discussed .

分析绿化前后室内微环境和反映人体机能的变化指标，结果表明，绿化可明显降低室内CO2浓度，其效果与室内绿化量显著相关；

This paper analysis some important index of the environment and people 's reaction power before and after to place green plants in the room .

因此一个理想的微环境调节剂应该对氧自由基有清除作用、对Kv有调控作用、不应过度抑制或过度增加Ito。

So an ideal micro-environment modulated drugs should clean oxygen free radical , regulate Kv channels and not excessively inhibit or increase Ito .

结论：巨噬细胞是小鼠胸腺IL-6的主要来源，参与胸腺细胞发育微环境的构成。

Conclusion : Macrophages is the main source of IL-6 in mouse thymus , and it play a pivotal role in constituting thymic microenvironment .

铜在鲤鱼（CyprinusCarpio）鱼鳃微环境中的形态分布

Copper Speciation in the Gill Microenvironment of Cyprinus carpio

多发性骨髓瘤（multiplemyeloma，MM）细胞的增殖及凋亡受骨髓造血微环境的调节。

The proliferation and apoptosis of multiple myeloma ( MM ) cells were regulated by bone marrow microenvironments in which Notch signal plays important role in mediating cell-cell communication .

提示：放射复合伤骨髓基质细胞的细胞周期比例、DNA含量和形态的改变可能是导致放射复合伤造血微环境损伤的重要原因之一。

The change in cell cycle , DNA content and morphology for bone marrow stromal cells was one of impairment injury mechanisms of bone marrow hematopoietic inductive microenvironment from mice post combined radiation burn injury .

这些材料不仅为P450提供了有利的微环境，同时为实现P450与电极间进行直接电子传递起了促进作用。

These materials provide favorable micro-environment for P450s , and facilitate the direct electron transfer between P450 and the electrodes .

缺氧诱导因子（HIF-1α，hypoxia-induciblefactor-1α）是介导细胞对缺氧微环境进行适应性反应的关键性转录调控因子。

Hypoxia-inducible factor-1 α( HIF-1 α) is a key transcriptional control factor of progressive adaptation reaction mediated cell hypoxia microenvironment .