Human prostatic acid phosphatase (catalytic concentration)

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Human prostatic acid phosphatase (catalytic concentration) Specification

Shape
N/A (liquid form)

Ingredients
Purified human prostatic acid phosphatase

Structural Formula
Protein structure, not represented by a simple chemical formula

Solubility
Soluble in water, phosphate buffer

Storage
Store at -20C or below; avoid repeated freeze-thaw cycles

Ph Level
5.56.0 (active range)

EINECS No
232-656-2

Appearance
Clear to slightly yellow solution

HS Code
35079090

Purity
> 95% (by SDS-PAGE)

Molecular Formula
C14H21N3O7P (representative peptide sequence)

Poisonous
Non-poisonous for intended laboratory use

Properties
Highly specific for phosphomonoester hydrolysis, stable at pH 5.5-6.0

Application
In vitro diagnostics, enzymatic research, prostate disease markers

CAS No
9001-67-8

Product Type
Enzyme

Shelf Life
12 months from date of manufacture under recommended storage

Density
1.1 Gram per cubic centimeter(g/cm3)

Usage
For research, clinical diagnostics and in vitro enzyme assays

Molecular Weight
~100 kDa (dimeric protein)

Refractive Rate
Not determined

Smell
Odorless

Physical Form
Liquid

Grade
Analytical Grade

Human prostatic acid phosphatase (catalytic concentration) Trade Information

Main Domestic Market
All India

About Human prostatic acid phosphatase (catalytic concentration)

Human prostatic acid phosphatase (catalytic concentration)

CAS Number 9001-77-8

Properties

Related Categories	Additional Standards, Analytical Standards,Analytical/Chromatography, Application CRMs, Certified Reference Materials (CRMs), Clinical Chemistry CRM, Pharmacopeia & Metrological Institutes Standards, Reference Materials from the European Commissions Joint Research Centre (formerly IRMM)
format	matrix material
shipped in	wet ice
storage temp.	20C

Reliable Enzymatic Assays

Prostatic acid phosphatase is indispensable in enzymatic research and clinical diagnostics related to prostate disease. Its high specificity and stability facilitate accurate measurement of phosphate monoester hydrolysis, proving particularly useful with substrates like p-nitrophenyl phosphate. Analytical-grade purity ensures dependable and reproducible results in various laboratory protocols.

Customizable Packaging & Efficient Storage

Packaging offers flexibility with vial sizes typically ranging from 0.5 ml to 5 ml, catering to both small and large-scale research. The liquid form is easy to use and aliquot. For long-term stability, store at -20C or colder, avoiding repeated freeze-thaw cycles to maintain enzyme integrity and extend product shelf life.

Safe and Odorless for Laboratory Use

The enzyme is non-poisonous and odorless, making it suitable for routine laboratory environments. Its clear-to-slightly yellow appearance enables straightforward inspection for quality assurance. The product meets stringent analytical-grade standards, containing no contaminants and maintaining over 95% purity.

FAQs of Human prostatic acid phosphatase (catalytic concentration):

Q: How should Human prostatic acid phosphatase be stored for optimal stability?

A: Human prostatic acid phosphatase should be stored at -20C or lower, protected from repeated freeze-thaw cycles. This ensures enzyme activity and maintains shelf life for up to 12 months from the manufacturing date.

Q: What is the primary scientific application of this enzyme in laboratory settings?

A: The enzyme is predominantly used in enzymatic research, in vitro diagnostics, and as a marker for prostate diseases. It catalyzes phosphate monoester hydrolysis, making it valuable in clinical assays with substrates like p-nitrophenyl phosphate.

Q: When does the enzyme lose its catalytic activity during handling?

A: Human prostatic acid phosphatase becomes inactive when exposed to temperatures above 65C or if degraded by protease contamination. Handling should avoid excessive heating and contact with proteases.

Q: Where does this enzyme originate, and what is its purity level?

A: This enzyme is purified from human prostatic tissue and offered in an analytical grade with purity exceeding 95%, as verified by SDS-PAGE analysis.

Q: What is the process for using the enzyme in in vitro diagnostic assays?

A: To use this enzyme, dilute the supplied liquid in appropriate buffer (pH 5.56.0), incubate with substrates such as p-nitrophenyl phosphate at 37C, then measure phosphate release using suitable detection methods.

Q: What benefit does the enzymes high specificity bring to research applications?

A: The enzymes high specificity for phosphomonoester hydrolysis reduces cross-reactivity, resulting in more accurate and reproducible assay outcomes, crucial for reliable research and clinical diagnostics.

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