Sartorius Group Products & Reviews

Octet® SF3 SPR - Powered and Prepared

Explore COVID-19 research and obtain a comprehensive profile for SARS-CoV-2 using a multiplex and high-throughput serological assay. Qualitative and quantitative analysis of anti-SARS-CoV-2 Spike RBD antibodies from human blood samples (sera and plasma) is accomplished with a streamlined workflow for ease-of-use.

The Human T Cell Memory Cell and Cytokine Profiling Kit measures T cell memory phenotype and function at different stages while providing information about their health and their role in cytokine secretion.

The only multiplexed assay to enable simultaneous reporting of IgG quantity, cell number and cell viability in each well of cell line production screening plates.  These metrics enable the precise calculation of the IgG quantity per cell and per viable cell to profile cell productivity.

The Human T Cell Exhaustion Cell and Cytokine Profiling Kit is designed for ease of use in multiplexing markers of T cell exhaustion, phenotyping T helper and T cytotoxic cells, and bead-based measurement of secreted cytokines, all in the same assay.

The Human General Immune Cell Mediated Killing Kit was designed for ease of use in multiplexing cellular phenotypic and functional markers and bead-based, secreted cytokine measurements in the same assay.

Fully automated cell imaging and picking system developed for the screening, detection, selection and isolation of single cells, clusters, spheroids and organoids, as well as single cell clones and adherent colonies.

Incubator FlowBox: a unique combination of a cell culture hood and CO2 incubator.

Range of innovative CellCelector nanowell arrays for single-cell screening and isolation as well as single cell cloning workflows to be used in various clinical, research and bioprocessing applications.

Building on the productivity of iQue®, the 21 CFR Part 11 Compliance-Enabling Module helps maintain electronic records with seamless, integrated global event tracking, electronic signatures and more.

The Incucyte® AI Cell Health Analysis Software Module is an all-in-one analysis tool that segments cells and classifies them as live or dead. It allows users to perform cell health analyses without the need for fluorescent labels, generating accurate and objective data with reduced time requirements and cost. 

Incucyte® Proliferation Assays for Live-Cell Analysis

Monitor adherent cell morphology changes objectively to determine live/dead cell counts or classify cells based on morphology via label-free multivariate analysis

Octet® Protein L (ProL) Biosensors are designed for rapid and direct quantitation of a broad set of kappa light chain containing IgG proteins, including whole molecules, FAb fragments and single chain variable fragments, in buffer or complex matrices. Octet® ProL Biosensors are offered in a tray format. Each tray contains 96 biosensors.

The Octet® Anti-Glutathione-S-Transferase (GST) Biosensors are designed for quantitation and kinetic characterization of GST-tagged biomolecules. Octet® GST Biosensors are offered in a tray format. Each tray contains 96 biosensors. Larger orders include discounts. The 5-tray pack represents a 10% per tray discount; 20-tray case represents a 20% per tray discount.

Taking advantage of the wide-spread use of poly-histidine protein tags (HIS-tag) in the bio-pharmaceutical industry, the Octet® NTA Biosensors further facilitates easy detection and rapid characterization of HIS-tagged molecules. Pre-immobilized with nickel-charged tris-nitriloacetic acid (Tris-NTA), the Octet® NTA Biosensors enables direct quantitation of HIS-tagged proteins and their easy capture for subsequent kinetic anal…

Octet® FAB2G biosensors come pre-immobilized with a high-affinity ligand that is specific for the CH1 region of Human IgG. The anti-human CH1 ligand has no recognition towards free light chains or cross-reactivity with murine or bovine IgG. This high level of specificity enables direct analysis of IgG or Fab analytes directly from complex samples such as cell culture supernatants, lysates, or partially purified samples, offer…

Octet® AHQ biosensors provide a rapid method for precise quantitation of human immunoglobulins from crude lysates and cell culture supernatants. Factory immobilization of an anti-human IgG antibody onto the biosensor surface enables direct detection of human IgG analytes with minimal sample handling and facilitates sample quantitation from cell culture screening through downstream purification development.

Octet® ProA biosensors are coated with Protein A and enable rapid antibody quantitation from crude lysates, cell culture supernatants and complex matrices.

Octet® Streptavidin (SA) Biosensors are coated with streptavidin and can be easily customized for various applications, including rapid kinetic analysis, screening and quantitation of most proteins. Octet® SA Biosensors are offered in a tray format. Each tray contains 96 biosensors.

Octet® AMQ biosensors provide a rapid method for precise quantitation of murine immunoglobulins from crude lysates and cell culture supernatants. 

Octet® APS Biosensors are coated with aminopropylsilane and provide a convenient method for hydrophobic based immobilization of most protein analytes for assaying the kinetic profile of protein-protein interactions. 

Octet® SSA (Super Streptavidin) Biosensors offer the highest sensitivity for the demands of small molecule kinetic experiments.

Octet® Anti-Human Fc Capture (AHC) Biosensors are designed for kinetic characterization of interactions between human Fc-containing proteins and target analytes. Octet® AHC Biosensors are offered in a tray format. Each tray contains 96 biosensors. Larger orders include discounts.

Host cell proteins (HCPs) are contaminants found in biopharmaceuticals expressed in bacterial, yeast or mammalian production cell lines. Among protein expression cell lines, Chinese hamster ovary (CHO) cells are the most commonly used mammalian hosts for industrial production of recombinant protein therapeutics. However, manufacturing and production processes of biopharmaceuticals often leave behind contaminating HCPs fr…