ABMIUM target intelligence

ACP3

acid phosphatase 3

Acid phosphatase 3 (ACP3), better known as prostatic acid phosphatase (PAP or ACPP), is a human phosphatase classically associated with prostate tissue and acidic phosphomonoester hydrolysis.

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OrganismMultiple species; representative: Homo sapiens (Human) NCBI Gene55 UniProtP15309

ABMIUM research catalogue

Research Products

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Research context & evidence

About ACP3

Target information is kept separate from product-level validation so you can review the biology and the reagent evidence independently.

Biology

Biological function

ACP3/prostatic acid phosphatase is a histidine acid phosphatase that hydrolyses phosphate monoesters under acidic conditions and can dephosphorylate phosphorylated substrates. Alternative forms of the protein include secreted and membrane-associated isoforms, supporting research into extracellular phosphatase and nucleotide-metabolism biology.

Experimental context

Research context

ACP3, prostatic acid phosphatase and PAP are studied in prostate biology, phosphatase activity, extracellular nucleotide metabolism and tissue-marker research. Use the catalogue filters below to review ABMIUM products associated with ACP3 and confirm species, sample type, assay format, application and product-level validation before selecting a reagent.

Identifiers

Alternative names

Names used across publications, databases and supplier catalogues.

ACPPProstatic acid phosphatasePAP5'-NTPPAPTM-PAPA030005E02RikFRAPLapPpalAcpp11RNACPP11