Physiological histology : methods and theory / by Gustav Mann.

  • Mann, Gustav, 1864-1921.
Date:
1902
Catalogue details

Licence: In copyright

Credit: Physiological histology : methods and theory / by Gustav Mann. Source: Wellcome Collection.

Provider: This material has been provided by King’s College London. The original may be consulted at King’s College London.

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    cliemical tests, 24S, 290, 439 ; effect on staining reactions,' 354. Iron acetate as mordant, 226. Iron-alum, 226. Iron-aliim-hasmatoxylin, 2 28. Iron nitrosulphide, 434. Iron sulphates as mordants, 225-6. Iron tannate, staining method, 271. Isolating media, 151. Isolation methods, 150. Isoquinolin, 433. Isotony of fixative and tissue, 110. . Israel, Ebrlich's triple stain, 221. J. Janus-dyes, 390. Janus-green, 218, 391, 444. Jekorin, 312. Jelly, gelatin, structure of, 7 ; irrever- sible jellies, 132 ; reversible J., 37, 50. Jenner, method of cleaningcover-glasses, 371 ; methylene-blue eosinate, 218-9, 442. Jetblaok, 394. Johnson, Lindsay, attaching celloidin blocks to support, 175. Jolly, removal of inorganic phosphorus, 295. Jordan, fixing celloidin sections to slides, 375- Jung, microtome, 179. Jungfleisch and Berthelot, coefficient of distribution, 329. K. Kadyi, soap imbedding method, 164. Kander, fractional precipitation, 52. Kat-ions, definition, 10 ; effect on heat- coagulation, 62. Kehrmann and Messinger, oxynaph- thophenazin, 411. Kent, iodine as a iixative, 93; iodine + potassium iodide, 95. Ketones, 85. Ketonic radical, 183. Kidney, Behreng' macerating fluid, 151 ; staining reactions, 353. Kisskalt, Gram's method, 452. Klebs, imbedding method, 164; mace- rating fluid, 152. Klein, gold method, 267. Kleinenberg's fluid, 94. Klemenciewicz, gold chloride as a fixa- tive, 79. Knecht, theory of staining, 343, 362, 451 ; absorption of sulphuric acid by ■wool, 362. Koch, caustic potash-meUiylene blue, 212; cover-glass method for bacteria, 143- Kbllicker, textbook on Histology, 190. Kohlrausoh, electrolytes, 11. Kolk, van der, Prussian blue, 160, Kolossow, Golgi's method, 275. Kopsch, formaldehyde, 99; Golgi me- thod, 275. Kossel, chemistry of proteids, 281 ; nu- cleic acid, 2S3. Kossel and Freytag, cerebrin, 312. V. Kostaneoki, flavone nucleus, 435. _ V. Kostanecki and Lampe, brazilin, 438- V. Kostaneoki and Liebermann, mor- dants, 228. Kraflft, colloidal theory of staining, 340, 366; hydroly tic dissociation of colloids, 65 ; factors determining solubility of salts, 44. Krause, Ehrlioh's triple stain, 221. Krauss, silver staining, 266. Krawkow, chondrosulphuric acid, 285. Kreso fuchsin, 445. Kresol violet, EE, 446. Kresyl-violet, 426. Krieger and Cohnheim, pseudo-acids and pseudo-bases, 27. Kronig's cement, 382. Kromayer, Eanvier's fibrils, 448. Kronthal, lead sulphide staining, 271; lead formiate, 74. Kuhne, antipeptone, 2S7 ; digestion me- thods, 153; macerating fluid, 152. Kuster, F. W., starch reactions, 301.^ Kultsohitzky, fixing fluid, 94 ; celloidin- paraffin method, 176; medullated nerves, 234-5. V. Kupffer, theory of gold staining, 270 ; neuro-fibril method, 224. Kurajeflf, formula of serum albumin, 90. L. Lachi, formaldehyde, 99. Lactone formula of fluorescein, 429. Lake, definition, 225. Lampe and Kostanecki, brazilin, 438. Landois, isolating fluid, 153 ; metallic sulphide compounds, 270. Lang, sublimate, 77. Langley, fixing glycogen with osmium tetroxidei 303. Langley and Anderson, MarcM me- thod, 252. Lanuginic acid lakes, 451. Laurent, methylene-blue eosinate, 2l8- 9, 442 ; theory of staining, 340. Lauth's violet, 404. Lavdowsky, chloral hydrate isolation method, 153; formaldehyde, 98; gold ' stain, 267. Lazarus and Ehrlich, methylal, 213. Lead acetate, 80, 271 ; action on albu- min, 34S.