Guinea pig Anti-Pan Nav Antibody ASC-003-GP from Alomone Labs, Ltd.

Description

Alomone Labs is pleased to offer an antibody directed against an epitope of the rat NaV1.1 channel. The epitope is identical in all isoforms of NaV1 in all vertebrates, and highly homologous in molluscan and insect voltage-gated Na+ channels. Guinea pig Anti-Pan NaV Antibody (#ASC-003-GP), raised in guinea pigs, can be used in western blot analysis, and has been designed to recognize NaV channels from mouse, rat and human samples. The antigen used to immunize guinea pigs is the same as Anti-Pan NaV Antibody (#ASC-003) raised in rabbit. Our line of guinea pig antibodies enables more flexibility with our products such as multiplex staining studies, immunoprecipitation, etc

Product Specs
ItemGuinea pig Anti-Pan Nav Antibody
CompanyAlomone Labs, Ltd.
Price Pricing Info Supplier Page View Company Product Page
Catalog NumberASC-003-GP
FormatReconstituted antibody contains phosphate buffered saline (PBS), pH 7.4, 1% BSA, 0.05% NaN3., Lyophilized Powder
ApplicationsWB
ValidationAs per applications, See images, contact for clarifications
Quantity1 X 50 mcl, 1 X 0.2 ml, 1 X 25 mcl
PurityAffinity purified on immobilized antigen
TargetPan NaV Channel
NCBI Full Gene Namesodium voltage-gated channel alpha subunit 1
Antibody TypePrimary
ClonalityPolyclonal
ReactivityHuman (Tested);Mouse (Tested);Rat (Tested)
Domain/Region/TerminusIntracellular loop between domains III and IV
ImmunogenSynthetic peptide
Research Area0
Conjugate/TagUnconjugated
HostGuinea pig
Concentration1 mg/ml
IsotypeIgG
pH RangepH 7.4

Specifications/Features

starting price for North American orders, for exact pricing view product page

Sequence

TEEQKKYYNA MKKLGSKK(C ), corresponding to amino acid residues 1501-1518 of rat NaV1.1

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Alomone Labs, Ltd.

PO Box 4287

Jerusalem 91042

Israel

Phone: +972-2-587-2202
+972-2-587-1101

Company Profile

Website: http://www.alomone.com/

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(3) Functional and Molecular Analysis of Proprioceptive Sensory Neuron Excitability in MiceFrontiers in molecular neuroscienceJanuary 1, 2020Madden JF, Davis OC, Boyle KA, Iredale JA, Browne TJ, Callister RJ, Smith DW, Jobling P, Hughes DI, Graham BA.

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(5) A sodium channel variant in Aedes aegypti as a candidate pathogen sensor for viral-associated molecular patternsBiochemical and biophysical research communicationsAugust 7, 2015Lee C, Jones A, Kainz D, Khan F, Carrithers MD.

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