Laboratory and Industry Automation
World Precision Instrument Chloridizing Solution for TEER Electrode
Chloridizing Solution for TEER Electrode
Sartorius Octet HIS2 Biosensors / Case
The Octet Anti-HIS HIS2 Biosensors are coated with high affinity high specificity Anti-HIS antibody and offer a label-free method for HIS-tagged protein quantitation. The high specificity of the antibody-based biosensor enables the direct quantitation of HIS-tagged proteins in crude lysates column eluents and cell culture supernatants thus serving as an alternative to traditional time-consuming analytical methods such as HPLC and ELISA. Flexible Applications The Octet Anti-HIS HIS2 Biosensors are qualified specifically for quantitation of HIS-tagged recombinant proteins and offer unparalleled ease of use and time-to-result in a wide range of applications such as: Protein expression monitoring Cell line development and optimization
Quanterix Inc SIMOA DISC KIT REV 2
- Product type: Simoa Discs
- Quantity per kit: 16 discs
- Instrument compatibility: Simoa HD-X, HD-1, SR-X Analyzers
- Microwell count: >200,000 microwells per disc
- Detection principle: Single-molecule digital immunoassay
- Sensitivity: Femtogram per milliliter (fg/mL) or Attomolar (aM)
- Material: Cyclic Olefin Polymer (COP)
- Disc construction: Two planar halves (one clear, one 3% carbon black impregnated)
- Application focus: Biomarker detection, disease discovery, clinical applications
- Assay capability: High-throughput, multiplex
- Precision: Intra- and inter-assay CV typically < 5%
- Plate run capacity: Enough discs to run 4 plates
Sartorius Octet GST Biosensors / Case
The Octet Anti-Glutathione-S-Transferase GST Biosensors are coated with a high affinity anti-GST antibody and offer a rapid and label-free method for both quantitation of GST-tagged biomolecules and kinetic analysis of GST fusions and interaction partners. The high specificity of the antibody-based biosensor enables the direct quantitation of GST-tagged analytes in crude lysates column eluents cell lysates and cell culture supernatants serving as an alternative to traditional time-consuming analytical methods.