基本释义:

微细胞基地台

网络释义

1)Microcell,微细胞基地台

2)Macrocell

[,m?kr?u'sel],大细胞基地台

3)cell-manipulation micro-stage,生物细胞微操作台

4)Minuteness machining stage,微细平台

5)acellular dermal matrix(ADM)granule,脱细胞真皮基质微粒

6)stroma cell/ultrasturcture,基质细胞/超微结构

用法和例句

Study on the Modeling and Control Strategy of Cell-Manipulation Micro-Stage Base on Piezo Actuator

压电式生物细胞微操作台建模及控制策略研究

Program optimization for bovine somatic cells nuclear transfer

牛体细胞核移植显微操作环节的优化

Effect of Phenolic Acids on Fermentation of Cell Walls from Crop Residues by Rumen Microorganisms;

酚酸对瘤胃微生物发酵作物秸秆细胞壁的影响

Microfluidic Chip-based Studies on Genentic Diagnosis and Cell-drug Interaction;

基于微流控芯片平台的基因诊断和细胞—药物相互作用研究

Ultrastructural Studies on Effect of HpD on Carcinoma Cell Line

血卟啉衍生物对癌细胞作用的超微结构研究

Biological Effect and Acting Mechanism on Laser Interaction with Bio-Tissue and Cells;

激光与生物组织、细胞作用效应与微观机制

EFFECTS OF CELL SURFACE-HYDROPHOBICITIES ON MIGRATION AND ADHENSION OF OIL RECOVERING MICROBE

细胞疏水性对采油微生物运移吸附作用的影响

This paper discusses and explores the interaction between the implanted ions and cells, and the biological effect of microorganisms by ion beam implantation.

探讨了低能注入离子与生物细胞的相互作用以及离子注入微生物细胞所产生的生物效应.

Experimental Study on Femtosecond Laser Cell Micromanipulation System;

飞秒激光细胞显微操作系统的实验研究

The exploring of a method for isolating sperm cells from mixture sample;

显微操作法提取混合斑中精子细胞方法的探讨

Comparison of micromanipulation mechanical enucleation methods of bovine oocytes

牛卵母细胞显微操作机械去核方法的比较

Studies on the Micromanipulation Methods of Oocytes for Somatic Cell Cloned in Yanbian Yellow Cattle;

延边黄牛体细胞克隆卵母细胞显微操作方法的研究

Studies on Using Fast Reticulocyte Micronuclei Detection as Biomarker of Lonizing Radiation

快速检测网织红细胞微核作为电离辐射生物标志物的研究

The idea of using light beams as tweezers to manipulate cells and tiny objects has been around for at least 30 years.

利用光束作为镊子操控细胞和微小物体的概念已经至少被提出30年了。

The streaming rotary motion of protoplasm within certain cells and one-celled organisms.

胞质环流在某些细胞或单细胞微生物中的细胞质的环状流动

"Phagocytes (particle-engulfing cells) surround and destroy invading microbes, and natural killer cells pierce the microbe's outer membrane"

噬细胞(吞噬粒子的细胞)包围并摧毁入侵的微生物,而自然杀手细胞会刺穿微生物的细胞膜。

Micro-structure of materials has more remarkably biological control on proliferation and growth of cells.

材料表面的微观结构对细胞的生物调控作用更为重要。

An Experimental Study on the Frequency of Micronucleated Reticulocytes from Human Peripheral Blood as a Biodosimeter for Radiation;

人外周血网织红细胞微核率作为辐射生物剂量仪的实验研究