Search results for "flow cytometry"

A stellar new way to see dim populations

Cell membrane-impermeant, nuclear-specific counterstains. Suitable for fixed cells or staining dead cells in live cultures. Available in a variety of colors from green to near-infrared (near-IR).

A novel thermoreversible gel mountant for temporary immobilization and imaging.

Dr. Komal Javarappa discusses the critical technologies supporting translational research and patient care at JSS AHER

A far-red viability dye staining nuclei in dead / apoptotic cells.

Detects apoptotic cells in situ by the indirect TUNEL method, utilizing an anti-digoxigenin antibody that's conjugated to a Fluorescein reporter molecule

A novel thermoreversible gel mountant for extended immobilization and imaging.

Immunomagnetic negative selection from whole blood kit

Immunomagnetic negative selection from whole blood kit

Explore the applications of cell counting through their context of use

5-Diff Hematology analyzer

Fully Automated Urine Particle Analyzer

An easy to learn and use cell sorter with up to 11 parameters, it supports a wide range of applications.

With increasing pressures on diagnostic workflows, the automation of processes – from sample through to result – is becoming a necessity in the clinical laboratory. Download this SelectScience guide to learn about cost-effective automated solutions to improve consistency, accuracy and reduce turnaround times for faster, more reliable patient results, with insight from your peers and experts.

IRDye and VRDye secondary antibodies are highly cross-adsorbed, making them suitable for multi-color detection. IRDye secondary antibodies have been optimized for use with the Odyssey® family of imaging systems and can be used on instruments with similar excitation and emission filters.

Thoughtful automation for a new level of workflow efficiency

Whole IgG antibodies are isolated as intact molecules from antisera by affinity chromatography.

Compact 5-part differential analyzer

Unrivaled performance with 2 minutes to quantitate 96 samples or 15 minutes to run 384 binding kinetics.