Products & Reviews

The Octet® GlyM Kit enables high-throughput mannose content screening in crude cell culture samples during early clone selection stages in the CLD process. When combined with titer analysis, it expedites the selection of the top performing cell lines producing proteins with the most favorable glycan (mannose) profile. funnel through samples that are high producers and have desirable sialic acid content.

Sartolab® MultiStation is a stand specially designed to hold 1 to 6 vacuum filtration units, allowing simultaneous hands-free filtration of up to 6 samples.

The first and only blood test authorized in the U.S. for use as a prognostic marker in patients with advanced fibrosis due to MASH

Next generation sample preparation for cryo-EM 

High-throughput sialylation screening for expediting the clone selection process

Rugged, Reliable SFC Purification of Compounds

One vial (50 µg) of lyophilized FabFluor-488 conjugate and one vial (200 µL) of IncuCyte® Opti-Green background suppressor sufficient for labeling surface expressed proteins in 96-well format.

Designed with smaller labs in mind.

One vial of lyophilized solid sufficient for 100-200 live-cell apoptosis tests in 96-well format.

One vial of lyophilized solid sufficient for 100-200 live-cell apoptosis tests in 96-well format.

One vial of lyophilized solid sufficient for 100-200 live-cell apoptosis tests in 96-well format.

One vial of lyophilized solid sufficient for 100-200 live-cell apoptosis tests in 96-well format.

One vial (20 µl) of 5 mM mix and read reagent in DMSO sufficient for 100-200 live-cell apoptosis tests in 96-well format.

One vial (20 µl) of 5 mM mix and read reagent in DMSO sufficient for 100-200 live-cell apoptosis tests in 96-well format.

Supplied as five vials (5 µL per vial, 1 mM in DMSO). Each vial sufficient for 100-200 live cell imaging cytotoxicity tests in 96-well format.

Supplied as five vials (5 µL per vial, 1 mM in DMSO). Each vial sufficient for 100-200 live cell imaging cytotoxicity tests in 96-well format.

One vial of Lentivirus reagent (0.2 mL; >1x106 TU/mL) suitable for transducing cells with a non-perturbing nuclear restricted GFP label. Stable cell lines can be created under puromycin selection.

One vial of Lentivirus reagent (0.2 mL; >1x106 TU/mL) suitable for transducing cells with a non-perturbing, selectable cell cycle indicator. Stable cell lines can be created under puromycin selection.

Supplied as five vials, sufficient for 100 to 1000 tests. Each vial sufficient for labelling labels 10-100 million cells.

Supplied as one vial, sufficient for 100 to 1000 tests. Each vial sufficient for labelling labels 10-100 million cells.

Ten, modified 96-well microtiter plates that enable precise, scan to scan repeat imaging of the same field of view.

Combine the optical clarity of microfluidics devices with the throughput of transmembrane assays. Each well of a ClearView plate provides an optically clear surface for label-free imaging and analysis of chemotactic cell migration using the IncuCyte® Live-Cell Analysis System.

A complete solution for performing kinetic, live-cell imaging of 96-well co-culture assays utilizing primary rat neurons and astrocytes. Supplied as 1 vial (0.45mL) IncuCyte® NeuroLight Red Lentiviral Reagent (synapsin promoter), 1 vial (2 x 106 cells) IncuCyte® rCortical Neurons (cryopreserved rat cortical neurons), 1 vial (2 x 106 cells) IncuCyte® rAstrocytes (cryopreserved rat astrocytes)

A complete solution for performing kinetic, live-cell imaging of 96-well co-culture assays utilizing primary rat cortical neurons and astrocytes. Supplied as 1 vial (0.45mL) IncuCyte® NeuroLight Orange Lentiviral Reagent (synapsin promoter), 1 vial (2 x 106 cells) IncuCyte® rCortical Neurons (cryopreserved rat cortical neurons), 1 vial (2 x 106 cells) IncuCyte® rAstrocytes (cryopreserved rat astrocytes)

One vial of Lentivirus reagent (0.2 mL) suitable for transducing cells with a non-perturbing nuclear restricted orange fluorescent label. Stable cell lines can be created under puromycin selection.