教育系列迷你头 (mini-τ) 光谱仪由美盛科技中国有限公司供应
我们和供应光谱仪设计帮助学生熟悉荧光寿命谱的原则，特别是时间相关单光子计数 （TCSPC）。
由监测发光染料的荧光寿命、 分子相互作用和微环境的这些染料可以获得重要的信息。接近度的荧光淬灭，氧、 ph 值、 温度和粘度的存在都可以影响荧光寿命。动态淬火的和特别的烦恼过程影响是现在广泛研究光化学与光生物学。繁多的生化和细胞为基础的测定方法是现在随时可用，利用这些动态的淬灭效应和可以使用与我们迷你 τ 教学光谱仪
迷你 τ 可以洞察荧光寿命和时间分辨荧光各向异性的技术。它允许你把介绍 TCSPC，给您的学生，作为一个简单、 快速和直接的数据采集技术。*的软件我们 t900 易于使用的图形用户界面，使学生可以方便地测量和监视他们的配置文件生成活在屏幕。学生们能够发现他们通过 T900 分析例程，使学生能够从他们的测量中提取相关信息并**操纵他们的数据使用的染料的微环境有关的具体信息。
荧光寿命参数在生物研究与试验发展中的使用率发展得快。此教学光谱仪可以帮助你探索新型、 高度敏感和高度选择性的技术，它们有可能在他们未来的职业生涯中遇到的学生。
迷你-τ （小头） 光谱仪
迷你-τ （小头） 是超紧凑筛选器基于荧光寿命光谱仪。系统提供与纳入我们的快速数据采集的 TCC900 插件卡的计算机，并且可以恢复荧光寿命之间 ~ 50ps 和 50us。利用**的数据分析软件基于既定的马夸特-莱文伯格算法，迷你 τ 可以准确地分析复杂衰减动力学与达 4 生存期。
Education Series
Mini-Tau (mini-τ) spectrometer
We make and supply spectrometers designed familiarise students with the principles of fluorescence lifetime spectroscopy and in particular time correlated single photon counting (TCSPC).
By monitoring the fluorescence lifetimes of emitting dyes, important information can be obtained on the molecular interactions and the micro-environment of these dyes. Proximity of quenchers, the presence of oxygen, pH level, temperature and viscosity can all influence the fluorescence lifetime. The effects of dynamic quenching and in particular the process of FRET are now widely studied in photochemistry and photobiology. A large variety of biochemical and cell-based assays are now readily available that utilise these dynamic quenching effects and which can be used with our mini- τ teaching spectrometer
The mini-τ can provide an insight into the techniques of fluorescence lifetimes and time-resolved fluorescence anisotropy. It allows you to introduce TCSPC, to your students, as a simple, fast and straight forward data acquisition technology. Our T900 advanced software has an easy-to-use graphical user interface that enables students to take measurements easily and watch their profiles build live on screen. The students are able to discover specifics about the micro-environment of their dyes through the use of the T900 analysis routines, which enable the students to extract the relevant information from their measurements and comprehensively manipulate their data.
The utilisation of fluorescence lifetime parameters in biological research and assay development is developing fast. This teaching spectrometer can aid your students to explore novel, highly sensitive and highly selective techniques that they are likely to encounter in their future careers.
The mini-τ (Mini-Tau) Spectrometer
The mini-τ (Mini-Tau) is an ultra-compact filter based fluorescence lifetime spectrometer. The system is supplied with a computer incorporating our TCC900 plug-in card for fast data acquisition and can recover fluorescence lifetimes between ~50ps and 50us. Utilising comprehensive data analysis software based on the established Marquardt-Levenberg algorithm, the mini-τ can accurately analyse complex decay kinetics with up to 4 lifetimes.
Download the Mini-Tau Technical Specification
