684 



INDEX 



Algae — (continued) 



Emig's fixative for, 219 

 fixation of, 65 



fluid wholemounts of, 27-29 

 Kirchner's preservatives for, 180 

 mounting individual, 67 

 Pfeiffer's preservatives for, 179 

 staining, 65 



staining methods for, 511-573 

 wholemount in Venice turpentine, 64-66 

 Alimentary canal, nerve endings in, 535 

 Alizarine red S, as example of laking stain, 

 270 

 for staining, 



bone, 377, 383-385; bone and cartilage, 

 (Williams), 386; bony scales, (Wil- 

 liams), 386; erythrocytes, (Okajama), 

 418; fish embryo, (NoUister)," 384; 

 macroglea, (Benda), 142; mitochondria, 

 (Benda), 412; nervous tissues, (Schrot- 

 ter), 411 

 in Szlitz's polychrome contrast, 329 

 staining combinations with, 



crystal violet, 442; hematoxylin, 382; 

 methyl green, 383; toluidine blue, 384, 

 386, 412 

 Alizarine viridine, in Buzaglo's triple stain, 



368 

 Alkaline macerating fluids, 264 

 Alkanet, as stain, 308 



staining combination with, iodine green 

 and chrome yellow, 393 

 Allen's fixatives, picric-chromic-formalde- 

 hyde-acetic, 226, 238 

 recommended use, 95 

 picric-formaldehyde-acetic, 223, 238 

 Allen's mountant, 631 

 Allen and McClung's fixatives, 221 

 Alli's mordant, 515 



in Alli's method for intestinal protozoans, 

 506 

 Allium, 433 



Allyl alcohol, in Cajal's method for human 

 brain, 552 

 physical properties of, 623 

 a-cells, of, pancreas, 420, 428, 429; pitui- 

 tary, 426, 427 

 a-naphthol, as mordant in Graham's double 



stain, 417 

 Alphabetization, rules used, 4 

 Altmann's, acid fuchsin, 441 



m. 



Bailey's method for mitochondria, 

 441; Bensley's triple stain, 359 

 Cann's method for mitochondria, 442 

 Hollande's method for mitochondria 

 443; Kiyono's differentiator for, 521 

 Kidl's method for mitochondria, 4415 

 Miller's method for muscle, 394 

 Milovidov's method for proplastids. 



Altmann's, acid fuchsin — (continued) 

 in — (continued) 



mitochondria and starch, 450; Milovi- 

 dov's method for bacteria and mito- 

 chondria, 444; Schmorl's method for 

 Schidde's granules, 457; Volkonsky's 

 methods for mitochondria, 444 

 preparation of, 440 

 adhesive for free sections, 659 

 embedding wax, 646 

 fixatives, 



mercuric-acetic, 208, 238; mercuric- 

 formic, 210, 238; osmic-dichromate. 

 202, 238, (in Altmann's method for 

 mitochondria, 441) 

 injection fluid, 662 

 method for mitochondria, 441 

 on olive oil injections, 163 

 Alum, see Chrome alum. Potassium alum, etc. 

 Alum-carmines, 300-301 



diluant for, 293 

 Alum-hematoxylins, 286-290 

 Aluminum acetate, as ingredient of, 



Haug's hematoxylin, 288; Pittfield's 

 crystal violet, 483; Topping's preserva- 

 tive, 181 

 as mordant for, Szlitz's alizarine, 329 

 Aluminum chloride as ingredient of, Cesares- 

 Gil's mordant, 517 

 Cretin's mordant, 517 

 Mayer's carmines, 301, 307 

 hematoxylin, 292 

 Aluminum nitrate as ingredient of, Rawitz's 

 carmine, 307 

 Rawitz's hematoxylin, 292 

 Aluminum stearate, as ingredient of Per- 



ruche's varnish, 654 

 Aluminum sulfate, as ingredient of, 



Langeron's adhesive for free sections 

 660; Peterssens gallocyanin, 313 

 in Kornhauser's quadruple stain, 369 

 Aluminum-carmines, 307, 454 

 Aluminum-hematoxylin, 292, 431, 454 

 Alveolar epithelium, 534 

 Alzheimer's methods for, granules in nerve 

 cells, 454 

 nervous tissue, 401, 409 

 neuroglia, 411, 412 

 Alzheimer's stains, lithium-hematoxylin, 290 

 in Alzheimer's method for granules in 

 nerve cells, 454 

 methyl blue-eosin, 371 



in his method for nervous tissue, 401 

 Amber oil, as ingredient of Muir and Judah's 



cement, 656 

 Ambrosione's method for diphtheria bacilli, 



489 

 Amebas, method of fixation, 52 



parasitic, 508, 509 

 Amidol, see Diaminophenol hydrochloride 



