CSF Cell Staining Solution with Methyl Violet consists of a combination of acetic acid, phenol, methyl violet, distilled aqua. / deionized water, basic fuchsin and denatured ethanol. This solution is used in medical diagnostics, especially in the field of histology and in scientific laboratories. A main application is the staining of cerebrospinal fluid cells, making them more visible and thus easier to analyze.

The chemical details include various compounds such as acetic acid (CH₃COOH), phenol (C₆H₅OH), methyl violet (C.I. 42535), aqua dist. / deionized water (H₂O), basic fuchsin (C.I. 42510), and denatured ethanol (C₂H₅OH). Collectively, these substances form a solution based specifically on the interaction between the staining components and the structures to be stained.

The chemical reactions and properties of the CSF cell staining solution are based on the staining components methyl violet and basic fuchsin, which bind to the cell and tissue structures. Acetic acid and phenol serve as solvents and fixative substances, ensuring a stable reaction environment. Denatured ethanol promotes penetration of the staining components into the cells.

Possible outcomes of using CSF cell staining solution with methyl violet range from improved visibility and differentiation of cell structures to facilitated identification and interpretation of abnormal cell changes. Overall, the product is used for staining and analysis of CSF cells.