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- 产品名称：SENZA长时间单细胞培养分析系统
- 产品型号：SENZA
- 产品展商：optics11
- 产品文档：无相关文档
- 发布时间：2018-09-03
- 在线询价
简单介绍
Senza是一个**性的，易用的定量相差成像系统，细胞成像的新标准：单个细胞特性或实时观察培养箱内超薄生物样品的纳米尺度特性
产品描述
ANALYSE SINGLE CELLS AND CELL CULTURES OVER TIME... INSIDE THE INCUBATOR!
It is for researchers like you, who appreciate the relevance of studying a wide range of cells in different media inside an incubator, that Optics11 has designed the Senza – a revolutionary, easy-to-use quantitative phase-contrast digital imager that sets a new standard in cell imaging: mapping the properties of single cells or observing nano-scale features of thin biological samples inside the incubator have never been easier.
With the Senza the imaging of cell cultures becomes truly easy. Making a time-lapse movie of cell migration or development can be done in a matter of seconds: just set the capture rate and the duration of the experiment and click the start button.
Use the Senza dataviewer program to review the captured data after the experiment. As all data of the volume under study is stored in the Senza datafiles, the dataviewer program enables researchers to adjust the focus after the experiment has been performed! This makes focus drifts a problem of the past and enables the study of transparent 3D volumes in a very simple manner.
SPECIFICATIONS
OPTICAL RESOLVING POWER
< 800 nm
FIELD OF VIEW AT FULL RESOLUTION
500 X 800 micrometer
MAX. FIELD OF VIEW
2 X 3 millimeter
PHASE PRECISION
< 10nm
MAX. NUMBER OF IMAGING UNITS PER SYSTEM
3 imaging units
The Senza is engineered to enable cell biologists and stem cell researchers with an easy-to-use and low-footprint instrument that can image cells and cell cultures over time. Two modes of operation are possible: intensity and phase imaging, allowing the investigation of cells that normally are difficult to image, especially while they remain inside the incubator.
Amongst the many applications possible, the Senza can be used for culture monitoring, cell counting, quantitative phase imaging, cell migration monitoring in scratch assay's or on nanopatterned surfaces, track cell migration inside optically transparent scaffolds or media, monitor cells flowing through microchannels, monitoring tissue formation and many more.
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