ATIII – Antithrombin III Antibodies

Affinity Biologicals, Inc. manufactures a broad range of ATIII – Antithrombin III Antibodies which can be found in the listing below.   Further information about each individual ATIII – Antithrombin III Antibody is available by following the associated links.  Our ATIII – Antithrombin III Antibodies are excellent for use in immunoassays where high sensitivity is required and are frequently the preferred reagent for immunopreciptaion techniques and activity neutralization assays.  These antibodies have proven to be extremely useful in the preparation of immune-adsorbent resins for use in immuno-depletion of specific proteins from plasma as well as immuno-affinity purification of proteins.  Affinity’s ATIII – Antithrombin III Antibodies are manufactured for use in research applications.

ATIII, HumanHostCatalogue No.Size
Purified IgGGoatGAAT-IG10mg vial
Affinity Purified IgGGoatGAAT-AP0.5mg vial
Purified IgGSheepSAAT-IG10mg vial
Affinity Purified IgGSheepSAAT-AP0.5mg vial
Affinity Purified HRP Conjugated IgGSheepSAAT-APHRP0.1mg vial
Affinity Purified FITC Conjugated IgGSheepSAAT-APFTC0.1mg vial
Affinity Purified Biotinlylated IgGSheepSAAT-APBIO0.1mg vial

Matched Pair Antibody Set for ELISA Catalogue No.Size
Human Antithrombin - ATIIIATIII-EIA5 plates
Murine Antithombin - ATIIIMATIII-EIA4 plates
Thrombin-Antithrombin - TATTAT-EIA5 plates

Neutralization Set Catalogue No.Size
Neutralization of Anithrombin - ATIIIAT-NU1010 tests

Listing of ATIII – Antithrombin III Antibodies

Description of ATIII – Antithrombin III

Antithrombin, also known as Antithrombin III (ATIII), is a member of the SERPIN family of proteinase inhibitors and the primary inhibitor of thrombin in plasma. It is produced in the liver and circulates in plasma at ~200 μg/ml (~3.5 μM). Antithrombin inhibits a broad spectrum of serine proteases including thrombin, activated forms of factor X, factor IX, factor XI, factor XII, as well as kallikrein, plasmin and urokinase. Enzyme inhibition by antithrombin occurs through proteolytic cleavage at Arg385-Ser386 and subsequent rapid formation of a stable, inactive 1:1 enzyme-antithrombin complex. Heparin has a profound accelerating effect on the inhibitory activity of antithrombin towards some enzymes. For example, the rate of inhibition of thrombin and activated factor X is increased 1000-fold in the presence of optimal concentrations of heparin, whereas heparin has relatively little effect on the inhibition rate of activated factor XI, activated factor XII and kallikrein. Antithrombin is a single chain molecule with a molecular weight of 59 kDa. Interaction with thrombin results in an SDS-stable thrombin-antithrombin complex of 96 kDa1-3.

References and Reviews

  1. Damus PS, Rosenberg RD; Antithrombin – Heparin Cofactor; Methods in Enzymology 45, pp 653-669, 1976.
  2. Harpel PC; Blood Proteolytic Enzyme Inhibitors: Their Role in Modulating Blood Coagulation and Fibrinolytic Enzyme Pathways; in Hemostasis and Thrombosis, eds. RW Colman, J Hirsh, VJ Marder and EW Salzman, pp. 738-747, J.B. Lippincott Co., Philadelphia PA, USA, 1982.
  3. Griffith MJ, Noyes CM, Church FC; Reactive Site Peptide Structural Similarity between Heparin Cofactor II and Antithrombin III; JBC:260, pp 2218-2225, 1985.