Anti-UTP14C small subunit processome component Antibody Products

Anti-UTP14C small subunit processome component antibodies are used for the immunodetection of the protein encoded by the UTP14C gene. In humans, the canonical protein has a reported length of 766 amino acid residues and a mass of 87.2 kDa. Its subcellular localization is in the nucleus. It is notably expressed in the testis. A member of the UTP14 protein family, it is known to be important for spermatogenesis. Other names for this target antigen include KIAA0266, UTP14B, U3 small nucleolar RNA-associated protein 14 homolog C, UTP14, U3 small nucleolar ribonucleoprotein, homolog C, UTP14, small subunit processome component homolog C, and 2700066J21Rik. Gene orthologs have been identified in the mouse and chimpanzee species.

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S-RMab® Tau (pT217) IVD Antibody Pair – Precision Markers for Alzheimer’s Detection
The S-RMab® Tau (pT217) IVD antibody pair (Capture S0B3533; Detector S0B3059) provides a powerful solution for Alzheimer’s disease research and clinical diagnostics. Developed using AntBio’s proprietary Single B-Cell and recombinant technologies, these antibodies demonstrate superior affinity, minimal batch variability, and outstanding stability for precise detection of Tau phosphorylated at threonine-217—a key neurodegenerative biomarker. Ideal for ELISA, CLIA, and other immunodiagnostic ...
KRAS Related Products
KRAS is one of the most frequently mutated oncogenes in human cancers, playing a critical role in tumor initiation, progression, and therapeutic resistance. Mutations such as KRAS G12C, G12D, G12V, and G13D are commonly observed in lung, colorectal, and pancreatic cancers, making KRAS a high-value but historically challenging drug target. TargetMol provides KRAS-related products, including a comprehensive range of small-molecule inhibitors, biochemical tools, and research reagents designed to ...

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Excellent Astrocyte Labeling with Low Background in Mouse Hippocampus

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We used this antibody to immunofluorescently label astrocytes in the mouse dorsal hippocampus following astrocyte-specific MOR knockdown. The signal was bright, highly specific, and compatible with multi-channel confocal imaging together with mCherry, DAPI, SOX9, Iba1, nitrotyrosine, and SOD1 markers. The antibody provided excellent visualization of astrocyte morphology and fine processes with minimal background.
A Reliable Antibody for SOX9 Detection

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We utilize a SOX9 antibody to measure SOX9 expression in mouse brain tissue (different brain regions of interest) to detect astrocyte reactivity together with other markers of astrocyte reactivity. SOX9 is highly expressed in mature astrocytes and can serve as a potential marker associated with astrocyte reactivity when its expression is elevated.

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