STAINING, PRACTICAL AND THEORETICAL 



Isaac, J. P. & Aron, C. (1952). Bull. Micr. AppL, Ser. 2, 2, 99-102. Nouvelle 



technique de coloration differentielle des cellules insulaires du pancreas. 

 Jacobson, W. (1939). J. Path. & Bact., 49, 1-19. The argentaffine cells and 



pernicious anaemia. 

 Jaswant, Singh & Bhattacharji, L. M. (i944)- I'idio7i Med. Gaz., 79, 102-104. 



The J.S.B. stain for blood parasites. 

 Jaswant, Singh, Ray, A. P. & Nair, C. P. (^1953)- ^nd. J. Malarial., 7, 267. 

 Jenner, L. C1899). Lancet, Loud., i, 370. A new preparation for rapidly 



staining blood. 

 Johansen, D. A. (1940). "Plant Microtechnique" (McGraw-Hill Book Co., 



New York & London). 

 Johnson, P. L. & Klein, M. N. (1956). Stain Tech., 31, 223-225. Application 



of the Papanicolaou stain to paraffin sections. 

 Jones, Ruth McClung (1950). "Handbook of Microscopical Technique'' 



(3rd edit.) (Paul B. Hoeber, Inc., New York). 

 Kalter, S. S. (1943). / Lab. Clin. Med., 28, 995-99?- Quadruple stain for 



animal tissues. 

 Kamar, G. A. R. (1959)- Stain Tech., 34, 5-7. 



Kanwar, Kuldip Chand (1961). The Microscope, I2, No. 12, 316-320. 

 Kardos, E. (191 1). Folia haematol., Archiv. 12, 39. 

 Kelley, E. G. & Millier, E. G., Jr. (1935)- J- Biol. Chem., no, 1 19-140. 



Reactions of dyes with cell substances. H. The differential staining of 



nucleoproteins and mucin by thionin and similar dyes. 

 Kerenyi, N. (1959). Stain Tech., 34, 343-346. Congo red as a simple stain for 



beta cells of the hypophysis. 

 Kirkpatrick, J. & Lendrum, A. C. (i939)- J- Path. & Bact., 49, 592-594- A 



mounting medium for microscopical preparations giving good preservation 



of colour. 

 Kirkpatrick, J. & Lendrum, A. C. (1941)- J- Path. & Bact., 53, 4-41-443- Fur- 

 ther observations on the use of synthetic resin as a substitute for Canada 



balsam. 

 Klatzo, I. (1958). Stain Tech., 33, 55-56. Demonstration of Cryptococcus 



Neoformans in polarized light. 

 Kluver, H. (1944). Science, 99, 482-484. On naturally occurring porphyrins 



in the central nervous system. 

 Kluver, H. & Barrera, Elizabeth (1953). J. Neuropath. & Exp. Neurol, 12, 



400-403. A method for the combined staining of cells and fibres in the 



nervous system. 

 Kluver, H. & Barrera, Elizabeth (i954)- J- Psychol, 37, 199-223. On the use 



of azoporphin derivatives (phthalocyanines) in the staining of nervous 



tissue. 

 Koneff, A. A. (1936). Aiiat. Rec, 66, 173-176. An iron-haematoxylin-aniline 



blue staining method for routine laboratory use. 

 Kopsch, Fr. (1949-50), Afiat. Ans., 97, 109. Die Verwendung des in Eosin 



gebundenen Alkalis zur Neutralization de Saure bei regressive Haematoxylin- 

 farbung. 

 Kornhauser, S. I. (1930). Stain Tech., 5, 13-15- Haematein — Its advantages 



for general laboratory use. 

 Korson, R. (1951). Stain Tech., 26, 265-270. A differential stain for nucleic 



acids. 

 Krajian, A. A. (i933)- ^rch. Path., 16, 376-378- 

 Krajian, A. A. (1941). Canad. J. Med. Tech., 3, 207. Elastic fibre stains. 



586 



