INDEX 



717 



Fant's cement — (continued) 



use of, 33, 34ff, 3G, 37 

 Farkas's fixative, 198, 243 

 Farmer and Shrove's fixatives, 189, 243 

 Farrants's mountant, 632 



index of refraction, 42 

 Farrior and Warthin's developer, 617 



in Farrior and Warthin's method for 

 spirochetes, 561 

 Fasciola, see Liver fluke 

 Fast green, FCF as stain, 320, 321 

 for staining, 



bacterial smears, (Alaneval), 473; gran- 

 ules, breast and kidney, (Lendrum), 

 456; nervous tissues, (Foley), 567; nu- 

 clei, (Dalton), 435; nuclei, (Kurnich 

 and Ris), 436; plant tissues, (Johansen), 

 421; reticular fibers, collagen and 

 myofibrils, (Long), 597; vaginal smears, 

 (Shoor), 431 

 in, 



clove oil solution, 320; Conant's quad- 

 ruple stain, 363; Gomori's double con- 

 trast, 339; Johansen's quadruple stain, 

 364; Johansen's simple contrast, 321; 

 Kalter's quadruple stain, 364; Korn- 

 hauser's quadruple stains, 369, 370; 

 Lillie's double contrast, 337; Lillie's 

 double stain, 370; Lillie's triple stain, 

 366; Alilligan's triple stain, 360; Reeve's 

 triple stain, 367 

 staining combinations with, 



acid alizarin blue, orcein and orange 

 G, 369, 370; acid fuchsin, 370, 421; 

 acid fuchsin and hematoxylin, 456; acid 

 fuchsin, orange G, picric acid and pon- 

 ceau 2R, 337; anilin blue, gallocyanin, 

 orange G and silver protein, 567; anilin 

 blue and orange G, 360; azocarmine and 

 silver diammine, 597; Biebrich scarlet, 

 337; Biebrich scarlet and orange G, 431 ; 

 Bismark brown, 393, 512; Bismark 

 brown and hematoxylin, 366; chromo- 

 trope 2R, 339; crystal violet, orange II 

 and safranin, 363, 364; hematoxylin and 

 Sflfraniu, 367; magenta, 497; methyl 

 violet, orange G and safranin, 364; 

 methyl violet and safranin, 421 ; orcein, 

 435, 436: violamiue R, 370 

 Fast yellow, for staining acid-fast bacteria, 

 (Alexander and Jackson), 476 

 in, Wallart and Houette's double contrast, 



339 

 staining combinations with, 



acid fuchsin, 339; light green, magenta 

 and methylene blue, 476 

 Fat, dye staining methods for, 447-452 

 in bacteria, 491 



mentioned in Williams's polychrome cresyl 

 violet, 373 



Fat — (conlin ued) 



osmic acid mctliods for, 530 

 Schridder's fixatives for, 205 

 Fat glands, in rodent skin, 450 

 Fat granules, in blood, 416, 420 

 P'atty tissues, mitochondria in, 518 

 nerves in, 585 



technique of sectioning, 160-1(>1 

 Faulkner and Lillie's developer, 617 

 Faure's, mordant, 516 



as ingredient of Faure's iron-heinatoxy- 

 lin, 285 

 mountant, 632 

 Faussek's fixative, 228, 243 

 Favorsky's fixative, 189, 243 



in Favorsky's method for nerve cells 

 and processes, 554 

 silver diammine method for nervous tis- 

 sues, 581 

 Fecal smears, various staining methods for, 

 506 

 Wheatley's method for, 339 

 Feces protozoa in, 321 



separating nematodes from, 35 

 Felix's, fixative, 228 



macerating fluid, 263 

 Ferguson's, fixative, 201 



method for spirochetes, 597 

 Ferrari's method for fungi in plant tissue, 



501 

 Ferreira, see Lhotka, 256 

 Ferreri's decalcifying fluid, 258 



unsuitability for large objects, 138 

 Ferric acetate, as mordant for hematoxylin, 



281, 283 

 Ferric alum, as ingredient of, 



Anderson's hematoxylin, 285; Anony- 

 mous coelestin blue B, 313; Becher's 

 naphthopurpurin, 313; Cajal's iron 

 toning solution, 620; Cerrito's magenta, 

 482; Gordon's differentiator, 579; de- 

 Groot's carmine, 304; Hansen's carmine 

 304; hematoxylin stains, 285-286, 406 

 Kupperman and Noback's fixative, 191 

 Lang's mordant, 516; Lendrum 's celes- 

 tin blue, 313; Loffler's indigocarmine- 

 methyl violet, 483; Peter's carmine, 

 305; Proescher and Arkush's celestin 

 blue, 313; del Rio-Hortcga's formalde- 

 hyde accelerator, 614; Strong's for- 

 maldehyde accelerator, 614 

 as mordant for, 



acid fuchsin, 361, 420; azocarmine, 428; 

 azur I, 467; brazilin, 308; carmine, 305; 

 hematoxylin, 281-283, 412 

 in, 



Benda's method for mitochondria, 442; 

 Cansey's method for mitochondria in 

 protozoa, 442; Drew's method for 

 mitochondria, 443; Fuller's method for 



