Tetratricopeptide repeat domain 9C ELISA Kits

The following Tetratricopeptide repeat domain 9C ELISA kits are useful research tools for the measurement of tetratricopeptide repeat domain 9C in biological samples. In humans this protein is encoded by the TTC9C gene. The canonical protein structure is reported to have an amino acid length of 171 residues, a mass of 20 kDa, and is a member of the TTC9 protein family. As many as 2 protein isoforms have been reported. This protein may also be known as tetratricopeptide repeat protein 9C and TPR repeat protein 9C. Use the search filters to narrow your search and click on the ELISA kits below for more detailed information, such as reactivity and assay sensitivity.

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Human Albumin ELISA Kit
The Bethyl Human Albumin ELISA Kit enables quantitative detection of albumin in serum, plasma, CSF, milk, and urine. Using a sandwich ELISA format, it provides sensitive, colorimetric measurement via antibody binding and enzymatic reaction. Ideal for up to 40 duplicate samples, it supports clinical research and monitoring of conditions affecting albumin levels. The kit is ready for immediate use with all required components included for streamlined and reliable testing.
ChemiDoc™ MP Imaging System
Set up a live demo with a Bio-Rad Imaging Specialist - Request a DemoUse the ChemiDoc MP Imaging System for flexible, high-sensitivity multiplex fluorescent and chemiluminescence western blot detection, imaging gels, analysis and documentation. This system is compatible with a wide range of fluorophores (see the fluorophore compatibility chart), such as StarBright™ Secondary Antibodies, ethidium bromide, SYPRO Ruby, Coomassie, and silver stains.Features and Benefits Sensitive detection &#...

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Robust Immunostaining of Iba1 with a Reliable Antibody

We utilize the Iba1 antibody to measure Iba1 expression in mouse brain tissue to detect microglial activation. Iba1 (ionized calcium-binding adaptor molecule 1; encoded by AIF1) is expressed in microglia under basal conditions, but increased Iba1 expression together with changes in morphology and additional markers indicates microglial activation.
Strong Nuclear SOX9 Signal in Astrocytes Using Anti-SOX9 Antibody from Invitrogen

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This antibody demonstrated strong nuclear SOX9 staining in hippocampal astrocytes and was effective for quantifying astrocyte activation after viral manipulation.

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