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Epoch Microplate Spectrophotometer

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With its monochromator-based optics, Epoch™ Microplate Spectrophotometer offers a filter-free, wide wavelength range for UV-Vis absorbance measurements in a variety of microplate formats, and in 2 µL samples when the available Take3 plate is used. Epoch is controlled with the Gen5 Software interface, with simple programming and powerful data analysis. This robust, low maintenance microplate spectrophotometer is the most cost-effective system available, ensuring even greater value over time.
 

어플리케이션

Epoch Microplate Spectrophotometer와 Take3 Micro-Volume Plates를 함께 사용하시면 Micro-Volume 및 UV-Vis어플리케이션에 활용 가능하시며 다양한 실험에 탁월합니다.

Micro-volume DNA quantitation with Take3 plate and Epoch
Micro-volume DNA quantitation with Take3 plate and Epoch

Spectral scans
Spectral scans show typical A280 ratios of DNA/protein


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특장점

Cost-effective monochromator-based absorbance

 
Epoch
Epoch is a fantastic value, offering filter-free absorbance with high quality optics and robust hardware. It reads microplates in 6- to 384-well format, quickly, efficiently and with great performance.

 

200 to 999 nm for UV-Vis applications

Nucleic acid and protein quantification in microplates is fast and easy, with Epoch’s monochromator wavelength selection and Gen5 software’s automated pathlength correction. Qualitative and quantitative colorimetric assays are supported, and pre-programmed protocols in Gen5 make it super simple, from plate read to results output.
Mono system

 

Micro-volume detection with the Take3 plate

Take3
The Take3 Micro-volume plates expand Epoch’s capabilities to very small, 2 µL sample volumes for direct DNA, RNA and protein quantification. Get rapid results for up to 48 samples at a time, without investing in additional instrumentation.

Product Reviews

Customer Spotlight

Yuan Ze UniversityExploring the Many Hidden Potentials in Plants

31-May-12

Dr. Li-Fen Huang is an Assistant Professor at Yuan Ze University Graduate School of Biotechnology and Bioengineering in Taiwan, ROC. Her research over the past three years has two goals. First, she is using plant molecular biology methods to engineer glycosylation pathways for protein expression systems within rice suspension cells. Plant-based expression is less expensive than mammalian-based systems, and also has lower biosafety risks. However, mechanisms that work in plant cells are not compatible with these in mammalian cells, so her lab must find a way to integrate these mechanisms in suspended rice cells. The second research goal is to manipulate plant photosynthesis for bioenergy production such as biofuels, biohydrogen and bio-electricity. In photosynthesis, ferredoxin (Fd), an iron-containing protein in chloroplasts, is a final electron acceptor, and when overexpressed, it may increase photosynthetic efficiency and lead to more electrons released from Fd in microbial fuel cells.

 

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