biosensors中文是什么意思

• (biosensor 的复数) [计] 生物传感器
• [化] 生物传感器

• biosensors & chemical sensors    《英汉医学词典》Biosensors & Chemical Sensors ; 生物与化学传感技术
• biosensing techniques    《英汉医学词典》Biosensing Techniques ; 生物传感技术
• biosensory    [网络] 生物传感器
• biosensing technique    《英文msh词典》Biosensing Technique ; [入口词] Biosensing Technique ; [主题词] Biosensing Techniques ; [英文释义] Any of a variety of procedures which use biomolecular probes to measure the presence or concentration of biological molecules,biological structures,microorganisms,etc.,by translating a biochemical interaction at the probe surface into a quantifiable physical signal.
• bioseparation, isolation    生物分离
• biosensing technics    《英文msh词典》Biosensing Technics ; [入口词] Biosensing Technics ; [主题词] Biosensing Techniques ; [英文释义] Any of a variety of procedures which use biomolecular probes to measure the presence or concentration of biological molecules,biological structures,microorganisms,etc.,by translating a biochemical interaction at the probe surface into a quantifiable physical signal.
• bioseparations    [网络] 生化分离；生物分离工程
• biosensing technic    《英文msh词典》Biosensing Technic ; [入口词] Biosensing Technic ; [主题词] Biosensing Techniques ; [英文释义] Any of a variety of procedures which use biomolecular probes to measure the presence or concentration of biological molecules,biological structures,microorganisms,etc.,by translating a biochemical interaction at the probe surface into a quantifiable physical signal.
• biosept    氯化十六烷基吡啶
• biosensing    [网络] 生物感测；生物传感；生物感应

• So they are often been used to construct enzymatic biosensors . electrochemical enzymatic biosensors based on the recognition of specific substrates have the advantages of high sensitivity and nice selectivity as well as easy miniaturization and automation
  基于酶对特定底物响应而构建的电化学酶生物传感器,具有灵敏度高、选择性好、易于微型化和自动化等优点,因此具有广泛的应用前景。
• So they are often been used to construct enzymatic biosensors . electrochemical enzymatic biosensors based on the recognition of specific substrates have the advantages of high sensitivity and nice selectivity as well as easy miniaturization and automation
  基于酶对特定底物响应而构建的电化学酶生物传感器,具有灵敏度高、选择性好、易于微型化和自动化等优点,因此具有广泛的应用前景。
• In the project, various previously developed non-invasive biosensors for measuring vital signs will be enhanced for home use and also a new multifunction stethoscope will be developed to diagnose cardiovascular and pulmonary disorders
  在本项目中，将会对多种以前开发的用于测量生命信号的非侵入式生物传感器加以完善以适应家用，并会开发一款新的多功能听诊器用以测量心血管病和肺部疾病。
• Although there are myriad proposals for building these biosensors, the double whammy of identifying a particular bioagent in less than two minutes, and doing so given a sample of only a few cells, has been difficult to achieve
  尽管人们对制造这类生物探测仪提出了成百上千的建议，但是要在不到两分钟的时间里确认具体的病原体，并已研究仅仅由几个细胞组成的这样一份样本，这种双重难度难以突破。
• Finaliy two kinds of piezoeiectric biosensors were constructed using different sensing membranes and were firstly applied in detecting m . tuberculosis and trichinosis, which have aroused much attention in recent years . some more detaii investigations were listed as foliowing; 1
  最后，利用所讨论的两种膜本文构制了两种类型的压电生物传感器，针对人们关注的结核病和旋毛虫病首次进行了临床诊断方面的应用。
• biosensors, to date, have been not only employed in the early stages of drug discovery by screening potential targets and combinatorial libraries, but also moving down the pipeline and being used for significant quantitative measurements
  摘要现今的研究潮流，药物开发是一股势不可挡的趋势，除了要能有效快速的进行活性筛选工作之外，也必须对筛选出之先导物有能力进行更进一步的深入分析，而生物感测正可以符合这些药物开发的需求。
• During the last decade, surface plasmon resonance ( spr )-based optical biosensors are being used extensively for biomolecular interaction analysis, in addition, another emerging biosensing technology, quartz crystal microbalance ( qcm ) has also been introduced to achieve the aforementioned tasks
  若能在早期先导药物的研发进程中，预先以生物感测科技进行适切与深入的分析，不但可有效节省药物开发所需的时间与成本，更能有助于先导药物后续的最佳化。
• The paper mainly introduces the development of pebs and ses detection, and focus on the principle, constitutes and detection results of seb dna by using the quartz crystal microbalance ( qcm ) and surface acoustic waves ( saw ) piezoelectric biosensors respectively
  论文主要介绍了压电生物传感器与葡萄球菌肠毒素检测研究进展，同时重点介绍了体波式(qcm)和声表面波式(saw)两种用于sebdna检测的压电生物传感器原理、制作方法并对其检测结果作了报告。
• With the advantages such as simple structure, small volume, ease to make, high cost-performance and remote analysis, optical fiber biosensors have been widely applied in clinical diagnostic, environmental protection and food service industry
  光纤倏逝波生物传感器具有结构简单、体积小、制作方便、性价比高和可远距离分析等优点,在临床医学、环境监测以及食品工业得到了广泛应用,在军事医学、生物战剂检测等军事领域也表现出了极高的应用价值,受到了高度重视。
• Because of novel physical and chemical characteristics, carbon nanotubes are widely used as new sensing materials or modified materials . this paper mainly introduced the characteristic study of biosensors and gas sensors modified by carbon nanotubes . with large aspect ratio, carbon nanotubes have excellent biocatalysis
  纳米碳管具有新颖的物理化学特性，为传感器提供了新敏感或修饰材料，将其用于生物酶传感器和气敏传感器，能够使传感器具有更好的敏感性。