Practical organic and bio-chemistry / by R.H.A. Plimmer.

  • Robert Plimmer
Date:
1915
Catalogue details

Licence: Public Domain Mark

Credit: Practical organic and bio-chemistry / by R.H.A. Plimmer. Source: Wellcome Collection.

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    Aldehydrol, 187. Aldol, 82. — condensation, 82. Aldose, 184, 185, 186. Aldotetroses, 185. Alimentary canal (chemical changes), 395- 396. Aliphatic series, 276. Alizarin, 331-332. Alkali albumin, 369. — hematin, 480, 481. Alkaloidal reagents, 350. Alkaloids, 276, 349-358. Alkaptonuria, 271, 567. Alkyl anilines, 248. cyanates, I6I. cyanides, 158. halides, 57-59, 71, 76, 78, 124. hydrogen sulphate, 55. — sulphites, 78. isocyanates, 124, I6I. isocyanides, 159. © isothiocyanates, 163. pyrroles, 306. sulphides, 78, 79. — thiocyanates, 163. Allantoine, 278-279, 287, 292, 298, 455. — estimation, urine,.551. Allihn’s method (glucose estimation), 227. Alloxan, 280-281, 286, 287, 293. Alloxanic acid, 278. Alloxantin, 280, 281. Allyl alcohol, 103, 104. — esters, 104. — iodide, 104. — isothiocyanate, 104, 163. — pyridine, 351. — sulphide, 104. Almonds, 389, 400. Aluminium carbide, 53. Amides, ror, 102, 125, 129-136, 158, 277, 361. Amines, 124-128, 129, 141, 158, 159, 161, 163, 248, 393. Amino acids, 137-149, 359-362, 393, 395,396, 404, 406, 408, 423. amounts in proteins, 359. estimation, 145-149. — in blood and tissues, 575, 576. — in urine, 549. separation of, 360. Amino-acetic acid, 137, 138. benzene, 246. cyanohydrin, 139. ethyl sulphonic acid, 144. glucose, 184, 189. glutaric acid, 138. isocaproic acid, 138. isovalerianic acid, 138. malonyl urea, 280, 288. naphthalene, 330. nitrogen, 146. oxypurine, 286, 287. propionic acid, 137. purine, 286. _toluenes, 263. Ammonia estimation (urine), 548, 549, 558. — — (blood and tissues), 578, 581. Ammonium acetate, 130. —— Ammonium cyanate, 131, 161, 162. — formate, 154. magnesium phosphate (urine deposit), 564. purpurate, 291. thiocarbamate, 162. thiocyanate, 162, 164. urate, 289, 290, 565. Amygdalin, 153, 214, 215, 254, 260, 389, 393, 400. Amy] alcohols, 69. — nitrite, 71. Amylase, 391, 393, 395, 397-399- Amylocellulose, 206. Amyloid, 212, 469. Amylopectin, 206, 207. Amylose, 206, 207. Amylum, 393. Analysis of blood gases, 508-513. — — fats, 179-182. — — tissues, 571-602. Anethole, 269. Anhydrides of dibasic acids, 276. Aniline, 241, 243, 246-247, 248, 249, 250, 257, 262, 264, 329, 333- — blue, 334. Anisic acid, 269. — alcohol, 269. — aldehyde, 269. Anthocyanidins, 339. Anthocyans, 338, 339. Anthoxanthins, 336-337, 339. Anthracene, 241, 331. — oil, 241. Anthranilic acids, 264, 266. Anthraquinone, 331, 332. Anthropurpurin, 332. Anti-enzymes, 392. Antifebrin, 247. Apigenin, 336, 339. Apparatus (drying and cleaning), 4. Arabinose, 184, 185, 189, 195, 197. Arbutin, 214, 215. Arginase, 165, 396. Arginine, 138, 160,164, 165, 359, 360, 396, 430. Argol, 115. Arnold’s test (aceto-acetic acid), 121. Aromatic compounds, 237, 238-273. — ketones, 258. Arylation, ror. Asparagine, 129. Aspartic acid, 138, 359. Aspirin, 266, 267. Association, oxygen and hemoglobin, 495, 496. Asymmetric carbon atom, 111, 116, Atropine, 349, 352. Autodigestion, 396. Autolysis, 390, 396, 399. Autolytic enzymes, 404. Avogadro’s law, 42. Azobenzene, 329. Azo-dyes, 335. Azoxybenzene, 329. — Bana’s methods, glucose estimation, 230, 232, 87. Barbituric acid, 280, 281, 288.
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