INDEX 



697 



Cajal's accelerators, 613, 614, 615 

 in, 



Balbuena's method for retina, 551 

 Barker's method for microglia, 585 

 Bolsi's method for neuroglia, 558 

 Cajal's method for Colgi bodies, 558 

 Cajal's method for nerve cells and 

 processes, 551, 552, 553; Cajal's method 

 for neuroglia, 539, 558, 586; Cajal's 

 method for peritubular sheaths, 590; 

 Cajal's method for reticulum fibers, 

 559; Cajal's method for Schwann cells, 

 590; Golgi's method for Golgi bodies, 

 559; Cluck's method for reticulum 

 fibers, 592; Gurdjian's method for 

 nerve cells and processes, 555; Ingleby's 

 method for neuroglia, 586; Martinez's 

 method for neuroglia, 607; Penfield's 

 method for neuroglia, 571, 587; del 

 Rio-Hortega's method for glioblasts, 

 589; del Rio-Hortega's method for 

 gliosomes, 589; del RIo-Hortega's 

 method for mitochondria, 591; del RIo- 

 Hortega's method for neuroglia, 573- 

 575, 588, 589, 610; Urechia and Nagu's 

 method for reticulum, 595 



Cajal's decalcifying fluids, 259 



Cajal's developers, 616, 617 

 in, 



Bartelmez's method for fish larvae, 551 ; 

 Cajal's method for axons, 553; Cajal's 

 method for brains of small mammals, 

 553; Cajal's method for cerebellum, 

 553; Cajal's method for nerve endings, 

 553; Cajal's method for nerve fibers, 

 553; Cajal's method for peritubular 

 sheaths, 590; Cajal's method for reticu- 

 lum fibers, 559; Cajal's method for 

 Schwann cells, 590; Cajal's method for 

 spirochetes, 560; de Castro's method for 

 nerves in teeth, 554; Dogiel's method 

 for corpuscles of Grandry and Herbst, 

 554; da Fano's method for nerve cells 

 and processes, 554; Favorsky's method 

 for nerve cells and processes, 554; 

 Fello's method for nerve endings, 

 557; Golgi's method for Golgi bodies, 

 558, 559; Golgi's method for nerve 

 endings, 605; de No's method for nerve 

 endings, 556; Perez's method for 

 Neissner bodies, 556; Walgren's method 

 for nerve cells and processes, 557; 

 Weatherford's method for Golgi bodies, 

 559 



Cajal's fixatives, dichromate, 232, 240 

 dichromate-formaldehyde, 233, 241 



in Cajal's method for neuroglia, 556 

 osniic-dichroniate, 203, 240 



in, 



Cajal's method for nervous tissues, 



Cajal's fixatives — {continued) 

 osmic-dichromate — (continued) 

 in — (continued) 



604; Justschenko's method for gan- 

 glia, 605; KupfTer's method for liver, 

 607 

 platinic-formaldehyde, 205, 240 



in Cajal's methylene blue technique, 402 

 TU'anium formaldehyde, 236 

 Cajal's fixer, 621 



in Cajal's method for neuroglia, 536-538, 

 539 

 Cajal's methods for, brains of small mam- 

 mals, 553 

 buds of Auerbach, 552 

 buds of Held, 552 

 cerebellum, 553 

 decalcification, 257 

 embryos of lower mammals, 552 

 golgi bodies, 558 

 human embryos, 552 



invertebrate sensory nerve endings, 552 

 macroglia, 586 

 nerve cells and processes, 551, 552, 553, 



604 

 nerve endings in tongue, 553 

 nerve fibers, 553 



neuroglia, 536-538, 539, 556, 558, 586 

 pertibular sheath, 590 

 reticulum fibers, 559 

 Schwann cells, 590 

 spirochetes, 560 

 Cajal's stains, gold-mercury, 539 



in Cajal's method for neuroglia, 536- 

 538, 539 

 osmic-silver-dichromate, 604 

 picro-indigocarmine, 325 



for, Squalus embryo, 322-323 



Borrel's method for coccidia, 506; 

 Castro viejo's technique, 369; Do- 

 bell's method for Entamoeba his- 

 tolytica, 507; Fraenkel's method for 

 elastic fibers, 387; Gallego's method 

 for Negri bodies, 465; Langeron's 

 method for acid fast bacteria in sec- 

 tions, 497; Nageotte's method for 

 Schwann cells, 415 



silver diammine, 575, 577 

 in, 



Bolsi's method for macroglia, 586 

 Cajal's method for cerebellum, 581 

 Cajal's method for macroglia, 586 

 Cajal's method for peritubular 

 sheaths, 590; Cajal's method for 

 Schwann cells, 590; Miskolczy's 

 method for axis cylinders, 584 



silver-dichromate, 606 



silver nitrate, 550 



for 72-hr. chicken embryo, 546-553 



