TEST DIRECTORY

Enzyme-labeled antibody method
A technique to measure the enzyme activity of a specific antigen. Using enzyme-labeled antibodies to the target antigen, the antigen-antibody reaction is carried out. After adding a chromogenic substrate, the enzyme activity is measured.
The direct method uses enzyme-labeled antibodies that react directly with the antigen. The indirect method uses unlabeled antibodies that react with the antigen first and enzyme-labeled antibodies for the secondary reaction.

Enzyme-labeled antibody method
A technique to measure the enzyme activity of a specific antigen. Using enzyme-labeled antibodies to the target antigen, the antigen-antibody reaction is carried out. After adding a chromogenic substrate, the enzyme activity is measured.
The direct method uses enzyme-labeled antibodies that react directly with the antigen. The indirect method uses unlabeled antibodies that react with the antigen first and enzyme-labeled antibodies for the secondary reaction.

Enzyme-labeled antibody method
A technique to measure the enzyme activity of a specific antigen. Using enzyme-labeled antibodies to the target antigen, the antigen-antibody reaction is carried out. After adding a chromogenic substrate, the enzyme activity is measured.
The direct method uses enzyme-labeled antibodies that react directly with the antigen. The indirect method uses unlabeled antibodies that react with the antigen first and enzyme-labeled antibodies for the secondary reaction.

Enzyme-labeled antibody method
A technique to measure the enzyme activity of a specific antigen. Using enzyme-labeled antibodies to the target antigen, the antigen-antibody reaction is carried out. After adding a chromogenic substrate, the enzyme activity is measured.
The direct method uses enzyme-labeled antibodies that react directly with the antigen. The indirect method uses unlabeled antibodies that react with the antigen first and enzyme-labeled antibodies for the secondary reaction.

Fluorescence in situ hybridization (FISH)
The target DNA is hybridized with a fluorescent probe. Using a light with a specific wavelength, the fluorescent site in the chromosome is detected as a signal by fluorescence microscope.
The direct method uses a fluorescent probe to directly bind to the target DNA. The indirect method uses a labeled probe to bind to the target DNA which is subsequently bound to a fluorescence substance for color development.

Fluorescence in situ hybridization (FISH)
The target DNA is hybridized with a fluorescent probe. Using a light with a specific wavelength, the fluorescent site in the chromosome is detected as a signal by fluorescence microscope.
The direct method uses a fluorescent probe to directly bind to the target DNA. The indirect method uses a labeled probe to bind to the target DNA which is subsequently bound to a fluorescence substance for color development.

Enzyme-labeled antibody method
A technique to measure the enzyme activity of a specific antigen. Using enzyme-labeled antibodies to the target antigen, the antigen-antibody reaction is carried out. After adding a chromogenic substrate, the enzyme activity is measured.
The direct method uses enzyme-labeled antibodies that react directly with the antigen. The indirect method uses unlabeled antibodies that react with the antigen first and enzyme-labeled antibodies for the secondary reaction.

Fluorescence in situ hybridization (FISH)
The target DNA is hybridized with a fluorescent probe. Using a light with a specific wavelength, the fluorescent site in the chromosome is detected as a signal by fluorescence microscope.
The direct method uses a fluorescent probe to directly bind to the target DNA. The indirect method uses a labeled probe to bind to the target DNA which is subsequently bound to a fluorescence substance for color development.

Enzyme-labeled antibody method
A technique to measure the enzyme activity of a specific antigen. Using enzyme-labeled antibodies to the target antigen, the antigen-antibody reaction is carried out. After adding a chromogenic substrate, the enzyme activity is measured.
The direct method uses enzyme-labeled antibodies that react directly with the antigen. The indirect method uses unlabeled antibodies that react with the antigen first and enzyme-labeled antibodies for the secondary reaction.

Fluorescence in situ hybridization (FISH)
The target DNA is hybridized with a fluorescent probe. Using a light with a specific wavelength, the fluorescent site in the chromosome is detected as a signal by fluorescence microscope.
The direct method uses a fluorescent probe to directly bind to the target DNA. The indirect method uses a labeled probe to bind to the target DNA which is subsequently bound to a fluorescence substance for color development.

Fluorescence in situ hybridization (FISH)
The target DNA is hybridized with a fluorescent probe. Using a light with a specific wavelength, the fluorescent site in the chromosome is detected as a signal by fluorescence microscope.
The direct method uses a fluorescent probe to directly bind to the target DNA. The indirect method uses a labeled probe to bind to the target DNA which is subsequently bound to a fluorescence substance for color development.