742 



INDEX 



Loffler's — (continued) 

 stains — {continued) 



polychrome methylene blue — (con- 

 tinued) 

 in — (continued) 



Kemp's method for diphtheria 

 bacilli, 490; Krajian's method for 

 acid-fast bacteria in sections, 497; 

 Krajian's method for bacteria in 

 sections, 492; Krajian's method for 

 Gram-positive bacteria in sections, 

 494; May's method for bacterial 

 spores, 486; Neelsen's method for 

 acid-fast bacteria, 477; Noniewicz's 

 method for bacteria in sections, 

 493; Proca's method for bacterial 

 spores, 486; Roskin's method for 

 Rickettsiae and Negri bodies, 463; 

 Shunk's method for bacterial fla- 

 gella, 484; Stvitzer's method for 

 Rickettsiae, 463; Weiss's method 

 for acid-fast bacteria, 478 

 Logwood, 290 

 Lohaus, see Gross, 235 

 Long's silver diammine stain, 576, 579 

 Long and Mark's fixative, 217, 247 

 Lonnberg's double stain, 370 

 Lopez's triple stains, 371 

 Lowenthal's, fixative, 203, 247 

 stains, picro-carmine, 303 



picro-carmine-hematoxylin, 366 

 Lowit's, differentiator, 521 

 fixative, 207, 248 



method for nerve endings in skin, 535 

 safranin, 314 

 Loyez's lithium-hematoxylin, 291 

 method for nervous tissue, 406 

 Lubarsch's method for glycogen, 452 

 Lubkin and Carsten's polyvinyl alcohol em- 

 bedding medium, 644 

 Ludford's method for Golgi bodies, 525-527, 



531 

 Ludwig's macerating fluid, 263 

 Lugaro's, method for, neuroglia, 609 

 Nissl granules, 446 

 silver-bromide-iodide-thiosulfate stains, 

 609 

 Lugol's, fixative remover, 255 

 iodine, 255 



as ingredient of stains, Donaldson's 



iodine-eosin, 321 

 as mordant for stain, Mallory's, 406 

 for removing fixative from section, 127 

 in, 



Ambrosioni's method for diphtheria 

 bacilli, 489; Anderson's method for 

 neuroglea, 412; Anglade and Morel's 

 method for neuroglia, 412; Bardelli 

 and Cillc's method for Zymonema, 

 503; Beauverie's method for diph- 



Lugol's — (continued) 

 iodine — (continued) 

 in — (continued) 



theria bacilli, 489; Bidegaray's method 

 for intestinal protozoans, 506; Car- 

 pano's method for Negri bodies, 464 

 Darzin's method for Rickettsiae, 462 

 P'oley's stain, 363; Fonte's method for 

 acid-fast bacteria, 476; Galescu's 

 method for neuroglia, 413; Good- 

 rich's macerating fluid, 263; Gray's 

 method for bone, 383; Hermann's 

 method for nuclei, 436; Krajian's 

 method for elastic fibers, 388; Kro- 

 inayer's method for epithelial fibers, 

 424; LaCour's technique, 319; Lan- 

 geron's Giemsa technique, 348; Lehr- 

 mitte and Guccione's method for 

 neuroglia, 414; Ligniere's method for 

 actinomyces, 504; McNamara's tech- 

 nique, 349; Mann's staining tech- 

 nique, 352; Manouelian's method for 

 Negri bodies, 466; Merzbacher's 

 method for neuroglia, 414; Neukirch's 

 method for glycogen, 453; Newton's 

 technique, 319; Peer's method for 

 neurogUa, 414; Tribondeau's method 

 for bacterial spores, 487; Tunnicliff's 

 method for spirochetes, 481; Unna's 

 method for skin fibers, 424; various 

 methods for Gram-positive bacteria 

 in, sections, 493-495, smears, 474-475; 

 Verhoeff's method for elastic fibers, 

 390; Wallace's method for basal 

 bodies, 458 



Liiko's fixative, 192, 247 



Lundvall's bleaching solution, 262 



in Lundvall's method for, bone, 384; carti- 

 lage, 386 



Lung, alveolar epithelium, 534 

 fungus in, 503 



Lustgarten's method for spirochetes in sec- 

 tions, 498 



Lutes, general remarks on, 651 



Lutman, see Hutchins, 501 



Lwoff, see Chatton, 559, 660 



Lymph vessels in testes, 608 



Lympliatic glands, reticulum fibers in, 593 



Lymphocytes, Schridde's granules in, 457 



Lynch's double stain, 371 

 for vertebrate embryos, 55 



Lysol, as ingredient of Reinke's macerating 

 fluid, 264 

 for cleaning slides, 666 



M 



McArthur, see Davenport, 567 

 MacCallum's, injection mass, 665 

 macerating fluid, 263 



