High Purity Methylene Blue Trihydrate Powder 7220-79-3 with Best Price

1.  Description

Methylene blue was first synthesized as zinc chloride salt in 1876, and has since been mainly used for: (1) methemoglobinemia: Low concentrations of methylene blue are used to treat methemoglobinemia caused by nitrite, chlorate, quinones, quinones, aniline, and nitrobenzene; (2) Cyanide poisoning: High concentrations of methylene blue can be used for cyanide poisoning; (3) Used in combination with local anesthetics for local pain relief; (4) In recent years, it has also been clinically used to treat infectious and traumatic shock, cancer, shingles, and other conditions. Pharmacological studies have shown that methylene blue has detoxifying, analgesic, antibacterial, antiviral, and anti-tumor effects, and can correct hemodynamic disorders in patients with septic shock and treat abnormal penile erection.

2.  Application

     Bacterial staining agent. Mixed indicators are used for serum protein biochemical testing. Prepare staining solution for detecting exfoliated cells. Prepare alkaline methylene blue staining solution. Redox indicator. Measure mercury and tin. Reductive titrants are used to precipitate perchlorates and rhenium salts. Collaborate with others for photometric determination of selenium and molybdenum.

3. Main Efficacy

Methylene blue is widely used in chemical indicators, dyes, biological dyes, and pharmaceuticals. Especially in the dyeing industry, it is used to manufacture ink and has a large amount of usage. In the following fields, methylene blue is also widely used. Methylene blue belongs to the dye class compounds in the industrial field. Industrial grade methylene blue is often used for dyeing cotton, silk, paper, etc. It can also be applied in coloring bamboo and wood, manufacturing ink, color lakes, etc. In addition, it is often used as a bacterial stain, indicator, etc. Methylene blue has been applied in the medical field for a long time. Due to the redox properties of methylene blue, it can be used to relieve cyanide, nitrite, aniline, acetanilide poisoning, or methemoglobinemia caused by sulfonamide drugs. In recent years, scholars have also studied the application of methylene blue and its metabolites in various bacterial and viral infections, cancer, and central nervous system diseases such as depression, schizophrenia, Alzheimer's disease, etc. In the field of aquaculture, methylene blue can be used as a disinfectant in aquatic product farming. The principle is that the ionic compound formed by methylene blue in aqueous solution can compete with microbial enzyme systems for hydrogen ions, causing enzyme inactivation and ultimately leading to the loss of microbial survival ability; It also has certain therapeutic effects in treating fish diseases such as small melon worm disease, oblique tube worm disease, red mouthed disease, water mold disease, and shrimp larvae sticky disease. It can also be used as an antifungal drug to reduce mortality rates during fish transportation. Research in the field of skin care has shown that methylene blue also has certain potential in skin care. Methylene blue can eliminate free radicals, stimulate cell proliferation in young and old dermal fibroblasts, thereby improving skin vitality, promoting skin elasticity and collagen synthesis, and protecting the skin matrix through degradation by matrix metalloproteinases. Therefore, methylene blue can become a promising agent in anti-aging cosmetics.