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product design

Synergy Neo2 Hybrid多模式检测仪

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Synergy™ Neo2 Multi-Mode Microplate Reader is designed for the screening laboratory, with speed and ultra-high performance. Variable bandwidth quad monochromators, sensitive high transmission filter-based optics, laser TRF and up to 4 PMTs provide ultra-fast measurements with excellent results. For walk-away automation and high throughput, BioStack Neo is the fastest on the market, and the barcode-labeled filter cubes help streamline workflows and limit errors. Synergy Neo2 features BioTek’s patented Hybrid Technology™, with its independent optical paths that ensure uncompromised performance in all detection modes. Advanced environmental controls, including CO2/O2 control, incubation to 65 °C and variable shaking support live cell assays; cell-based detection is optimized with direct bottom illumination. Powerful Gen5 Software offers complete reader control, powerful data analysis, and automation and LIMS integration.

 

最近更新

The TRF laser provides ultra-fast measurement speed, along with optimal sensitivity for critical screening applications like TRF, and TR-FRET. Laser-based detection ensures the best performance for Alpha assays.

应用

Synergy Neo2非常适合需要多种检测模式的应用。 这里我们列出的是一些最依赖这种快速、高性能的微孔板检测仪的应用。
hTNFα analyte
hTNFα 标准品梯度检测hTNFα analyte
 PicoGreen®检测核酸浓度
Take3
使用Take3 板进行最多48个样本的微量(2 µL) 检测

这只是Synergy Neo2诸多应用中的部分例子。请至 应用 页面查看更多。

特点

 

   Patented Hybrid Technology

 
 
 Hybrid Technology

Hybrid Technology offers many benefits for screening and other multi-mode workflows, including the flexibility to easily select a discrete wavelength and perform spectral scans for excitation or emission peaks. Filter-based fluorescence provides fast wavelength switching and excellent sensitivity.

 

   Multiple PMT detectors

 
 

Up to 4 PMTs are available in the highly configurable, modular Synergy Neo2, for ultra-fast measurements in all detection modes. Two top PMTs meet the requirements for ultrafast ratiometric assays.

Multiple PMT detectors
 

   TRF laser and Alpha laser

 
 
 TRF laser and Alpha laser

The TRF laser provides ultra-fast measurement speed, along with optimal sensitivity for critical screening applications like TRF, and TR-FRET. Laser-based detection ensures the best performance for Alpha assays.

 

   Variable bandwidth monochromators

 
 

Synergy Neo2 has quadruple scientific monochromators, with the fluorescence module offering variable bandwidths from 3 nm to 50 nm, selectable in 1 nm increments. Variable bandwidths allow you to optimize detection conditions for fluorophores that have unique excitation or emission parameters, for example, a narrow Stokes shift, to provide better performance than conventional monochromators.

quadruple scientific monochromators

   Live-cell assay optimized

 
 
Live cell assay

Temperature control to 65 °C, plus linear and orbital shaking and an available gas controller module optimize the environment in Synergy Neo2 for live cell assays. The dedicted filter-based bottom optical path directly illuminates the plate bottom, increasing the sensitivity of live cell measurements, while a dual reagent injector provides quick inject/image capability for observing fast reactions.

 

   Gen5 Data Analysis Software

 
 

Gen5 Microplate Reader and Imager Software doesn’t compromise on usability or data analysis performance – protocol creation is intuitive and flexible, and the data analysis capability rivals standalone packages. For the GxP lab, Gen5 Secure software offers features to help comply with 21 CFR Part 11, including electronic signature, data security and multiple level permissions.

Gen5 optimized

产品概览

用户风采

Synergy Neo2Detecting the Rhythms of Life with Synergy Readers

23-January-19

Most organisms have circadian clocks, which regulate 24- hour rhythms in a wide variety of activities and behaviors. In humans, the circadian clock regulates sleep onset and influences how much sleep you need. Not surprisingly, changes to these clock factors influence sleep, but also to a wide variety of disorders such as metabolic syndrome, cardiovascular disease, and even cancer. Dr. John Hogenesch, Ohio Eminent Scholar; Professor of Pediatrics in the Divisions of Human Genetics and Immunobiology and the Perinatal Institute; and Deputy Director, Center for Chronobiology at the Cincinnati Children's Hospital Medical Center, in Cincinnati, Ohio, is one of the world’s foremost experts in the molecular mechanisms of circadian rhythms in mammals. His research centers around understanding how biological clocks work and leveraging them to improve human health.


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