sciREADER
sciREADER - high quality digital imaging of colorimetric and fluorescent assays
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The sciREADER CL2 enables high quality digital colorimetric imaging of various support formats. The sciREADER family comprises the most common detection formats and supports single parameter and multiplex assays. They have a small footprint and are integrable into robotic systems and LIMS / HIS. There is no need for external software - the whole process till the final customer specific report is handled automatically by the sciREAD software.
- Detection of multiplex arrays with highest sensitivity
- Scanning and analysis of one-well standard immunoassays
- Top and bottom lighting for opaque and transparent plates
- Compatible with various assay staining technologies, e.g. HRP-based detection using TMB substrates 96 well plates, slides, membranes and custom biosensor formats up to SBS plate format
The sciREADER FL2 enables high quality digital fluorescence imaging of various support formats. The sciREADER family comprises the most common detection formats and supports single parameter and multiplex assays. They have a small footprint and are integrable into robotic systems and LIMS / HIS. There is no need for external software - the whole process till the final customer specific report is handled automatically by the sciREAD software.
- Up to 3 fluorescent channels for all commonly used red, green, and blue fluorescent dyes (default Cy5, Cy3, and FITC)
- Customizable filter sets for specific fluorophores
- Bottom white lighting for bar / QR code readin 96 well plates, slides, membranes and custom biosensor formats up to SBS plate format
Protein Microarrays on Unmodified Polymer Supports using sciPOLY3D
Most conventional immobilization strategies for proteins rely on adsorptive immobilization only or surface functionalization of the whole substrate with e.g. carboxy or epoxy moieties. sciPOLY3D proteins by SCIENION AG can be covalently attached to virtually all polymers without pre-treatment, simplifying and speeding up whole process of microarray printing and allowing to be integrated into a high-throughput production line.
Precise Liquid Handling and Multiplex Assays from Scienion
Scienion offers solutions for the precise and accurate handling of biomolecules in diagnostics, materials and life sciences. At the AACC 2017 Clinical Lab Expo, Scienion showcased a range of new, highly affordable, multiplex diagnostics, as well as sample preparation tools for single cell analytics. Watch this video to learn more about the company’s portfolio, from Dr. Holger Eickhoff, CEO of Scienion.
Scienion Technology Enables the Development of Multiplex Point of Care Devices
Mbio Diagnostics produces multiplex point of care devices based on an array of biomarkers. Watch this video, filmed during the AACC Clinical Lab Expo 2017, to hear Christopher Myatt, Founder and CEO of Mbio, discuss how these arrays are printed using Scienion technology. Discover the advantages of using this technology, and find out why multiplex testing is so important for healthcare.
Efficient & Effective Chip Printing for Novel Diagnostic Tool Development
Martin Gleeson is the CSO of Genalyte, which is developing a novel diagnostic tool for multiplexing diagnostics on a chip. Watch this video, filmed at the AACC 2017 Clinical Lab Expo, to find out how Scienion technology is enabling efficient and cost-effective chip development.
SCIENION and Pictor Limited partner to commercialize high-throughput SARS-CoV-2 antibody testing system
The partnership will incorporate SCIENION’s CL2 sciREADER system into the PictArray SARS-CoV-2 Serology Test which will shortly begin clinical trials for FDA EUA market clearance
