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Definition of Aldehyde radical
1. Noun. The chemical group -CHO.
Lexicographical Neighbors of Aldehyde Radical
Literary usage of Aldehyde radical
Below you will find example usage of this term as found in modern and/or classical literature:
1. Transactions of the Association of American Physicians by Association of American Physicians (1913)
"He found that the secondary alcohols possess great powers of effecting this union
with the aldehyde radical of the glucose molecule. ..."
2. Chemistry of the Carbon Compounds: Or, Organic Chemistry by Victor von Richter (1891)
"CO f =11 II •-co i '" "' = " ii jT~'" + 311,0. NH, CO.CHj CH,.C— NH—C. The entering
aldehyde radical takes the para position relatively to nitrogen (fie- ..."
3. Elements of the Comparative Anatomy of Vertebrates by Gustav Mann, Walther Löb, Henry William Frederic Lorenz, Robert Wiedersheim, William Newton Parker, Thomas Jeffery Parker, Harry Clary Jones, Sunao Tawara, Leverett White Brownell, Max Julius Louis Le Blanc, Willis Rodney Whitney, John Wesley Brown, Wi (1906)
"Concentrated solutions of albumins are converted by formaldehyde into jellies.
According to Schiff * and Schwarz, the aldehyde radical probably combines ..."
4. Text-book of Organic Chemistry for Medical Students by Gustave von Bunge, Robert Henry Aders Plimmer (1907)
"... contains the monovalent radical CH2OH, which on oxidation is converted firstly
into the aldehyde radical CHO, and on further oxidation into the acid, ..."
5. An American Text-book of Physiology by William Henry Howell (1900)
"... material to reduce alkaline silver solutions, he supposes that the specially
important labile group in the molecule is the aldehyde radical — С ~ тт . ..."
6. Elementary Chemistry by Hollis Godfrey (1909)
"The aldehyde radical = (CHO). Formaldehyde. — Formaldehyde (methyl aldehyde) (H-CHO)
or formic aldehyde is the best known of all the members of this group. ..."
7. Chemistry of the Proteids by Gustav Mann (1906)
"According to Schiff'' and Schwarz, the aldehyde radical probably combines with
the NH2-groups, thereby converting the proteid into an acid and ..."
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