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Browse Products By Gene

Search the entire catalog of SABiosciences products by gene name, key word, or RefSeq number. To learn more about all of these products, visit our Send an Email to Technical Support.

  1. Choose your species of interest first: Human, Mouse, Rat, Rhesus Macaque or Fruit Fly.
  2. Use Gene Symbols, key words, or RefSeq Accession Numbers for your gene of interest to find the catalog numbers for the corresponding products. To learn how to get RefSeq Accession Numbers, click here.
  3. Select the Product Line(s) that you would like to search.
  4. Click 'Submit'.
Gene Name, symbol, description:      RefSeq Number:   
All Product Lines
RT˛ Profiler™ PCR Array Pathway-Focused qRT-PCR Based Expression Profiling
RT˛ qPCR Primer Assay Gene-Specific Primers for qRT-PCR, Genome-Wide Availability
Cignal™ Pathway Reporter Assays Cell-Based Assays for Rapidly Analyzing Pathway Signaling Activity
miScript miRNA PCR Array miScript miRNA PCR Array
Multi-Analyte Profiler ELISArray Kits Analyze 12 Cytokines or Chemokines Simultaneously Using ELISA
Single Analyte ELISArray Kits High Performance ELISA with the Best Possible Antibodies
EpiTect Methyl II PCR Arrays Pathway-Focused PCR Based DNA Methylation Analysis
EpiTect Methyl II PCR Primer Assay PCR Assays for DNA Methylation Analysis, Genome-Wide Availability
SureSilencing™ shRNA Gene-Specific Plasmid-Based RNA Interference, Genome-Wide Availability
EpiTect ChIP qPCR Arrays Pathway-Focused qPCR Based Histone Modifications Analysis
Search Result: 1 gene(s) found matching 'SCN10A'
Gene Symbol: SCN10A (Human)Other Aliases: FEPS2, Nav1.8, PN3, SNS, hPN3
Refseq IDs: NM_006514, XM_005265371, NM_001293306, NM_001293307, XM_011533993, XM_011533994
Description: Sodium channel, voltage-gated, type X, alpha subunit
Voltage-gated sodium channels are integral membrane glycoproteins that are responsible for the initial rising phase of action in most excitable cells. They are composed of a large alpha subunit that may be associated with 1 or more smaller beta subunits. Sodium channels can be differentiated by their primary structure, kinetics, and relative sensitivity to the neurotoxin tetrodotoxin (TTX). Sodium channels, particularly those with TTX-resistant currents, have been found to accumulate in the region of peripheral nerve injury and may be important in chronic pain. SCN10A encodes a a TTX-resistant channel that is restricted to the peripheral sensory nervous system (Rabert et al., 1998).[supplied by OMIM]