INDEX 



751 



Microtome, definition, 89 

 faults in paraffin sections due to, 121 

 for, 



cutting wood, 93; freehand, 89ff, 9 Iff; 

 frozen sections, 157ff, 158ft', 159ff; 

 nitrocellulose sections, 147ff; paraffin 

 sections, 103, 108ff 

 Richards on, 89 

 sliding, 147ff 



cutting introccUulose sections on, 146- 



148 

 cutting paraffin sections on, 140 

 Microtome knives, 108-1 i 1 

 cutting action of, 109, llOff 

 effect of nicks in, 122 

 effects of fault}' sharpening, 120, 121 

 removal of nicks from. 111 

 sharpening, 109, 110, 11 Iff 

 stropping, 11 Iff 



effect of faulty, 120 

 types of. 109, 11 Off 

 varnish to conceal nicks in, 667 

 Mikele, see Randolf, 478 

 Milk, as injection medium, 163 



stains for bacteria in, 490, 491, 492 

 Millboard, preparation of cells from, 12 

 Miller, method for, cartilage in wholemounts, 

 387 

 nerve endings, 536 

 nerve trunk of oligochaetes, 556 

 on "'Weigert-Pal" techniques, 404 

 Miller, see also Tompkins, 510 

 Milligan's triple stain, 360 

 Millot's double contrast stains, 341 

 Milovidov's, fixative, 444 

 method for, differentiating bacteria from 

 mitochondria, 444 

 proplastids, mitochondria and starch, 

 450 

 Minchin's double contrast, 326 

 Mingazzini's fixative, 209, 248 

 Minot microtome, 103 

 Minot's solvent, 628 



in Hoj'er's method for mucin, 453 

 Minouchi's solvent for cytoplasmic inclu- 

 sions, 516 

 Minute objects, adhesives for, 661 

 Miracidia, 67 



Miskolczy's method for axis cylinders, 584 

 Mislawsky's fixative, 204, 248 

 Mite, wholemount of, 43-45 

 Mitochondria, differentiation from, bacteria, 

 444; starch, 450 

 dye-staining methods for, 438-444 

 Chura's fixative for, 227 

 Gough and Fulton's mordant for, 518 

 Marquez's mordant for, 518 

 osmic method for, 531 

 Schridder's fixative for, 205 

 silver diammine methods for, 590-591 



Mitosis in onion root, 433-434 

 Mitosis, see Nuclei, special methods for 

 Mitotic figures, mentioned in, llollande's 

 triph> stain, :}39 

 Johansen's quadruple stain, 364 

 Langeron's double stain, 353 

 Shumway's triple stain, 372 

 Mitrophanov's mordant, 517 



in mitrophanov's for myelin sheaths, 406 

 Mitter and Bartha's method for nuclei, 437 

 Mixtures for clearing, 627-629 

 Mobius's fixative, 201 

 Mohr and Wehrle's, sandarac mountant, 638 



varnish, 654 

 Moleschott's preservative, 177 

 Moleshott and Borine's macerating fluid, 



264 

 Mollendorf's triple stain, 366 

 Moller's, fixative, 233, 249 



method for bacterial spores, 486 

 MoUier's quadruple stain, 366 

 MoUusca, radula of, 394, 513 

 Molybdenum-hematoxylin, 290, 507 

 Monckeberg and Bethe's bleaching solution, 



262 

 Monk's pectin mountant, 636 

 Monnig's preservative, 177 

 Monochloroacetic acid, as ingredient of 



Foley's fixative, 225 

 Monocystis, smear preparation of, 72-73 

 Monosodium phosphate in Langeron's 



Giemsa technique, 348 

 Moore's, injection mass, 665 

 use of, 170 

 method for, amphibian blood, 418 



fungus in plant tissues, 502 

 preservative, 177 

 Moorthy 's method for larvae of Dracunculus, 



509 

 Morax, see Nicolle, 483 

 Mordant-hematoxylin stains. 280-284 

 Mordants for, hematoxylin, 515-517 

 Moreau's, adhesive for paraffin ribbons, 658 

 fixative, 225 

 glycerol jelly, 635 

 IMoreland Bassal's, iron-copper-hematoxylin, 

 286 

 iron-copper mordant, 516 



as ingredient of Liengme's hematoxvlin, 

 291 

 Morel and Doleris's triple stain, 357 

 Morel and Dulaus's method for actinomy- 



cetes, 505 

 Morel, see also Anglade, 412 

 Moritz's method for attaching gelatin sec- 

 tions, 660 

 Morpugo's method for bone, 384 

 Morris's method for fungi in tissue scrapings, 



505 

 Morris, see also Thomas, 187 



