Cromatest

Latex particles sensitized with anti-human hemoglobin antibodies are agglutinated when reacting with hemoglobin present in human stool samples. The agglutination of latex particles is proportional to the concentration of hemoglobin in the sample and can be measured by turbidimetry.

Latex particles sensitized with anti-human hemoglobin antibodies are agglutinated when reacting with hemoglobin present in human stool samples. The agglutination of latex particles is proportional to the concentration of hemoglobin in the sample and can be measured by turbidimetry.

Latex particles sensitized with anti-human hemoglobin antibodies are agglutinated when reacting with hemoglobin present in human stool samples. The agglutination of latex particles is proportional to the concentration of hemoglobin in the sample and can be measured by turbidimetry.

Latex particles sensitized with anti-human hemoglobin antibodies are agglutinated when reacting with hemoglobin present in human stool samples. The agglutination of latex particles is proportional to the concentration of hemoglobin in the sample and can be measured by turbidimetry.

Latex particles sensitized with anti-human hemoglobin antibodies are agglutinated when reacting with hemoglobin present in human stool samples. The agglutination of latex particles is proportional to the concentration of hemoglobin in the sample and can be measured by turbidimetry.

i-TRA Turbidimetric is a latex agglutination test based on turbidimetric method for the quantitative in vitro determination of transferrin (Tf) in human feces. The reagent contains latex particles coated with goat anti-human transferrin IgG in a buffer. Tf present in the patient's stool solution reacts with the latex-coated particles, causing agglutination that can be measured with a photometer. The degree of turbidity is proportional to the concentration of Tf in the sample.

i-TRA Turbidimetric is a latex agglutination test based on turbidimetric method for the quantitative in vitro determination of transferrin (Tf) in human feces. The reagent contains latex particles coated with goat anti-human transferrin IgG in a buffer. Tf present in the patient's stool solution reacts with the latex-coated particles, causing agglutination that can be measured with a photometer. The degree of turbidity is proportional to the concentration of Tf in the sample.

Latex particles sensitized with mouse monoclonal anti-D-Dimer antibodies agglutinate in the presence of human plasmas containing D-Dimer. The antibody used is highly specific to the cross-linked region of D-Dimer. The agglutination of latex particles is proportional to the D-Dimer present in the sample and can be measured by turbidimetry.

Reagent for exclusive use in the in vitro determination of Prothrombin Time (PT), Activated Partial Thromboplastin Time (APTT), and recalcification time (plasma coagulation), as well as in various coagulation factor tests.

Latex particles sensitized with mouse monoclonal anti-D-Dimer antibodies agglutinate in the presence of human plasmas containing D-Dimer. The antibody used is highly specific to the cross-linked region of D-Dimer. The agglutination of latex particles is proportional to the D-Dimer present in the sample and can be measured by turbidimetry.

i-TRA Turbidimetric is a latex agglutination test based on turbidimetric method for the quantitative in vitro determination of transferrin (Tf) in human feces. The reagent contains latex particles coated with goat anti-human transferrin IgG in a buffer. Tf present in the patient's stool solution reacts with the latex-coated particles, causing agglutination that can be measured with a photometer. The degree of turbidity is proportional to the concentration of Tf in the sample.

i-TRA Turbidimetric is a latex agglutination test based on turbidimetric method for the quantitative in vitro determination of transferrin (Tf) in human feces. The reagent contains latex particles coated with goat anti-human transferrin IgG in a buffer. Tf present in the patient's stool solution reacts with the latex-coated particles, causing agglutination that can be measured with a photometer. The degree of turbidity is proportional to the concentration of Tf in the sample.