SECTION FOUR 



Gurr, Edward & MacConaill, M. A. (1959). Proc. Anat. Soc, November 27th 



Meeting, London. Acid triphenylmethane dyes in neurological staining. 

 Gurr, Edward & MacConaill, M. A. (1960a). J. Anat., 94, 450. The demon- 

 stration of erythrophile substances in tissues. 

 Gurr, Edward & MacConaill, M. A. (19606). /. Roy. Micr. Soc, 79, No. 4, 



353-357. The Falgic acid dyes and their application in Histological Stain- 

 ing. 

 Halmi, N. S. (1952). Stain Tech., 27, 61-64. Differentiation of the two types of 



basophils in the adenohypophysis of the rat and the mouse. 

 Halpern, Myron H. (1954). Stain Tech., 29, 315-317. Azophloxine in two-dye 



and four-dye staining combination. 

 Hancock, J. L. (1951). Nature, Land., 167, No. 4243, 323-324. A Staining 



technique for the study of temperature-shock in semen. 

 Hansburg, L. (1935). Science, 81, 364-365. A new staining method for struc- 

 tures of the spinal cord. 

 Harada, K. (1957). Stain Tech., 32, 183-186. Selective staining of mast cell 



granules with chysoidin. 

 Hass, G. M. (1942). Arch. Path., 34, 92-105. 

 Haupt, A. W. (1930). Stain Tech., 5, 97-98. A gelatin fixative for paraffin 



sections. 

 Heidenhain, M. (1892). Festsch. f. Kolliker (Englemann, Leipzig). 

 Heidenhain, M. (1915). Ztsch. zviss. Mikr., 32, 361-372. 

 Hempelmann, L. H., Jr. (1940). Anat. Rec, 78, 197-206. Staining reactions 



of the mucoproteins. 

 Hennemann, P. H. Wexler, Hilda & Westenhaver, Mary M., 1949. /. Lab. 



& Clin. Med., 34, 1017-1020. A comparison of eosin-acetone and phloxine- 



propylene glycol diluents in eosinophil counts. 

 Hermann, F. (1893). Erg. Anat. Entw. Bd.,2, Abt. 2, 23-36. Technik Methoden 



zum Studium des Archiplasms und der Centrosomen tierischer und planz- 



licher Zellen. 

 Hetherington, D. C. (1936). Staiti Tech., 11, 153-154. 

 Hicks, J. D. & Matthaei, E. (1958). J. Path. & Bact., 75, 473-476. A selective 



fluorescence stain for mucin. 

 Hirono, Iwao (1957). Stain Tech., 32, 39-41. Histochemical demonstration of 



succinic dehydrogenase in ascites tumor cells. 

 Hitchcock, C. H. & Ehrich, W. (1930). Arch. Path., 9, 625-630. A new 



method for differential staining of plasma cells and other basophilic cells. 

 Holmes, W. C. & French, R. W. (1926). Stain Tech., i, 17. The oxidation 



products of methylene blue. 

 Hotchkiss, R. D. (1948). Arch. Biochem., 16, 131-142. 

 Houcke, E. (1928). C.R. Soc. Biol., Paris, 99, 788-789. Emploi du melange 



rhodamine-bleu de methylene dans coloration des tissues spl^nique et 



lymphoide. 

 Hoyer, H. (1890). Arch. mikr. Anat., 36, 310-374. 

 Hruby, K. (1933). Science, 77, 352-353. Double staining by Cajal-Brozek 



method. 

 Hrsel, I. (1957). Acta Histocheni., 4, 47-64. Farbung von Tryptophan ent- 



haltenden Eiweisstoffen nach der CrOa-Eosin Lichtgrun-Methode. 

 Humason, Gretchen L. & Lushbaugh, C. C. (1960). Stain Tech., 35, 209-213. 



Selective demonstration of elastin, reticulum and collagen by silver, orcein, 



and aniline blue. 

 Ingraham, R. C. & Visscher, M. B. (1935). /. Gen. Physiol., 18, 695. 

 Irugalbandara, Z. E. (i960). Stain Tech., 35, 47-48. 



