Cyanine5.5-NH2 Applications CY5.5-NH2 Biosensor Tissue Staining Fluorescence Staining

Cyanine5.5-NH2 has a wide range of applications in the biological sciences and is commonly used in experiments such as biomarkers, fluorescent staining and fluorescent imaging. Here are some applications of Cyanine5.5-NH2:

1. Cytofluorescence staining: Cyanine5.5-NH2 can be used in cytofluorescence staining experiments to study the morphology, structure and function of cells. For example, Cyanine5.5-NH2 is labeled on antibodies for fluorescent immunostaining to observe the localization and expression of specific proteins in cells.

2. Tissue staining and imaging: Cyanine5.5-NH2 can be used in tissue staining and imaging experiments to study the structure, composition and function of tissues. For example, Cyanine5.5-NH2 is labeled with specific ligands and used for fluorescence staining of tissue sections to observe the localization and expression of specific molecules in tissues.

3. Biomedical imaging: Cyanine5.5-NH2 can be used in biomedical imaging to study structural, functional and metabolic processes in living organisms. For example, Cyanine5.5-NH2 is labeled on nanoparticles or drug-carrying systems and used for near-infrared fluorescence imaging by targeting specific tissues or cells to track the distribution and release kinetics of drugs in the body.

4. Molecular probes: Cyanine5.5-NH2 can be used as a molecular probe for the detection and measurement of target molecules in biological samples. For example, Cyanine5.5-NH2 is labeled on specific ligands for the detection of signaling molecules, metabolites, or proteins within cells.

5. Molecular sensors: Cyanine5.5-NH2 can be used to construct molecular sensors for monitoring and measuring physiological processes and environmental changes in organisms. For example, Cyanine5.5-NH2 is labeled on biosensors for detecting parameters such as ion concentration, pH or temperature within cells.

In conclusion, Cyanine5.5-NH2 has a wide range of applications in the biological sciences and can be used in experiments such as fluorescent cell staining, tissue staining and imaging, biomedical imaging, molecular probes and molecular sensors.