How One Man Invented A Color That Changed the WorldBook - 2001
Offers a study of the color mauve--created in 1856 by eighteen-year-old English chemist William Perkin, who was working on a treatment for malaria in his home laboratory and accidentally discovered what became the most desired shade in fashion and ultimately led to the development of explosives, perfume, photography, and modern medicine.
Born of a laboratory accident, this odd shade of purple revolutionized fashion, industry, and the practice of science. Before 1856, the color in our livesthe reds, blues, and blacks of clothing, paint, and printcame from insects or mollusks, roots or leaves; and dyeing was painstaking and expensive. But in 1856 eighteen-year-old English chemist William Perkin accidentally discovered a way to mass-produce color in a factory. Working on a treatment for malaria in his London home laboratory, Perkin failed to produce artificial quinine. Instead he created a dark oily sludge that turned silk a beautiful light purple. Mauve became the most desirable shade in the fashion houses of Paris and London, but its importance extended far beyond ball gowns. It sparked new interest in industrial applications of chemistry research, which later brought about the development of explosives, perfume, photography, and modern medicine. With great wit, scientific savvy, and historical scope, Simon Garfield delivers a fascinating tale of how an accidental genius set in motion an extraordinary scientific achievement.
Garfield recounts William Perkin's accidental discovery of a factory-production dyeing process. He then assesses the impact of that event in fashion, chemistry, industry, and history. The book celebrates Garfield as both a scientist and a personality. Eight pages of illustrations and photographs (black and white and color) are featured. Garfield is an author with no university affiliation. Annotation c. Book News, Inc., Portland, OR (booknews.com)
Relates how English chemist William Perkin's accidental discovery of the color mauve--and a method to mass-produce it--created new interest in the industrial applications of chemistry research.
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The impact and history of aniline dyes on war, general research, and medicine. Commercial production of anilines started over 100 years ago in Europe, with the synthesis of a mauve pigment from aniline by William Perkin.
The dye was the residue produced by a misconceived attempt at the chemical synthesis of quinine. Instead of discarding the substance he explored the nature of what he had.
Serendipity is only going to occur to those with an open mind. The final section deals with modern medical and research applications such as how staining advanced microscopy.
Microhistory of the aniline dye industial start and how it changed our society.
It changed me to read the book because I never knew the history of the dye I used at work. Trypan blue only stains the dead cells leaving viable cells clear so a percent mortality can be estimated.
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