Basic Fuchsin

Name: Basic Fuchsin

CAS Registry Number: 632-99-5

Molecular Formula: Basic Fuchsin / 632-99-5

CA Index Name: Benzenamine, 4-[(4-aminophenyl)(4-imino-2,5-cyclohexadien-1-ylidene)methyl]-2-methyl-, hydrochloride (1:1)

Other Names: Benzenamine, 4-[(4-aminophenyl)(4-imino-2,5-cyclohexadien-1-ylidene)methyl]-2-methyl-, monohydrochloride; C.I. Basic Violet 14, monohydrochloride; Rosaniline; 12418 Red; Aizen Magenta; Astra Fuchsine B; Basic Fuchsine; Basic Magenta; Basic Magenta E 200; Basic Violet 14; Basic fuchsin; C-WR Violet 8; C.I. 42510; C.I. Basic Violet 14; Calcozine Fuchsine HO; Calcozine Magenta RTN; Calcozine Magenta XX; Cerise B; Diabasic Magenta; Diamond Fuchsine; Fuchsin; Fuchsin basic; Fuchsine; Fuchsine A; Fuchsine CS; Fuchsine G; Fuchsine HO; Fuchsine N; Fuchsine RTN; Fuchsine SBP; Fuchsine Y; Lowacryl Violet 14; Magenta; Magenta DP; Magenta E; Magenta G; Magenta I; Magenta PN; Magenta Powder N; Magenta S; Magenta superfine; Orient Basic Magenta; RGB 20; RGN 10; RGN 10 (dye); Rosaniline chloride; Rosaniline hydrochloride; Rosanilinium chloride

Merck Index Number: 5652

Chemical / Dye Class: Triphenylmethane

Molecular Formula: C20H20ClN3

Molecular Weight: 337.85

Physical Form: Dark green crystals

Solubility: Soluble in water, ethanol; insoluble in ether

Melting Point: 200 °C (decompose)

Absorption (λmax): 543 nm

Synthesis: Synthetic methods

Staining Applications: Bacteria; cells; cytoplasm; nuclei; collagen; mucus; elastin; fats; lipids; fish; intestinal mucosa; fruit juices; fungi; nucleic acids; pathogens; white blood cells; nails; skin; lips; hairs; keratin fibers; shampoos

Biological Applications: Detecting cancer; treating Jock itch, oral fungal infection, piles; periodontal disease

Industrial Applications: Inks; highlighters; textiles

Safety / Toxicity: Acute toxicity; carcinogenicity; genotoxicity; mutagenicity

Certification / Approval: Certified by Biological Stain Commission (BSC)



Конфигурационная статистика полимерных цепей / Физические свойства полимеров определяют их важную роль в современной технике. Физика полимеров связывает эти свойства с химическим строением макромолекул, её идеи становятся тем самым руководящими при создании новых полимерных материалов. В то же время развитие физики полимеров представляет и самосКонфигурационная статистика полимерных цепей
Физические свойства полимеров определяют их важную роль в современной технике. ...
Fundamentals of Bioorganic Chemistry / The texlbook is based on modern organic chemistry and considers the structure and chemical transformations of organic compounds, especially those that have biological importance. Special attention is given to the chemical reactions that have analogies in living systems. The book contains about 250 pFundamentals of Bioorganic Chemistry
The texlbook is based on modern organic chemistry and considers the structure and chemical transformations of organic compounds, especially those that ...
Micro-chemistry of Poisons / Micro-chemistry of poisons: including their physiological, pathological, and legal relations; with an appendix on the detection and microscopic discrimination of blood, adapted to the use of the medical jurist, physician, and general chemist. Воспроизведено в оригинальной авторской орфографии изданиMicro-chemistry of Poisons
Micro-chemistry of poisons: including their physiological, pathological, and legal relations; with an appendix on the detection and microscopic ...
Методы органической химии. Том 3 выпуск 2 / Воспроизведено в оригинальной авторской орфографии издания 1935 года (издательство «ГХИ»).Методы органической химии. Том 3 выпуск 2
Воспроизведено в оригинальной авторской орфографии издания 1935 года ...