81207-55-8

Usage

Uses

Used in Fluorescence Spectroscopy:
COPPER-2(3)-9(10)-16(17)-23(24)-TETRAMETHYL-2(3)-9(10)-16(17)-23-(24)-TETRA-AZONIAPHTHALOEYANINE TETRAKIS (METHANOSULFATE) serves as a vital component in fluorescence spectroscopy due to its inherent fluorescent properties. It aids in the study of molecular interactions and the structural analysis of biological molecules.
Used in Biochemical Assays:
In biochemical assays, COPPER-2(3)-9(10)-16(17)-23(24)-TETRAMETHYL-2(3)-9(10)-16(17)-23-(24)-TETRA-AZONIAPHTHALOEYANINE TETRAKIS (METHANOSULFATE) acts as a catalyst, accelerating specific reactions that are crucial for understanding enzymatic activity and metabolic pathways. Its role in these assays is instrumental for advancing knowledge in biochemistry.
Used in Biomedical Imaging Agent Development:
COPPER-2(3)-9(10)-16(17)-23(24)-TETRAMETHYL-2(3)-9(10)-16(17)-23-(24)-TETRA-AZONIAPHTHALOEYANINE TETRAKIS (METHANOSULFATE) is utilized in the development of biomedical imaging agents, capitalizing on its fluorescent properties to enhance visualization of biological processes and structures within living organisms.
Used in Pharmaceutical Industry:
In the pharmaceutical industry, COPPER-2(3)-9(10)-16(17)-23(24)-TETRAMETHYL-2(3)-9(10)-16(17)-23-(24)-TETRA-AZONIAPHTHALOEYANINE TETRAKIS (METHANOSULFATE) may be employed as a catalyst in the synthesis of various drugs, contributing to more efficient production methods and potentially the discovery of new medicinal compounds.
Used in Environmental Research:
COPPER-2(3)-9(10)-16(17)-23(24)-TETRAMETHYL-2(3)-9(10)-16(17)-23-(24)-TETRA-AZONIAPHTHALOEYANINE TETRAKIS (METHANOSULFATE) can be applied in environmental research for the detection and monitoring of pollutants, given its catalytic and fluorescent attributes that can be harnessed for sensing applications.
Each application leverages the unique properties of this copper-complexed compound, highlighting its versatility and importance across multiple scientific disciplines.