LITERATURE CITED
- Berger C. A. and Witkus E. R., 1948.—Cytological effects of alphanaphthalene acetic acid. J. Hered. 39 (4): 117–120 (1948).
- Berger C. A. and Witkus E. R., 1949.—Further studies of the cytological effects of combined treatments with colchicine and naphthaleneacetic acid. Abstract. Am. J. Bot. 36 (10): 794–795 (1949).
- Burchenal J. H., Burchenal J. R., Kushida M. N., Johnston S. F. and Williams B. S., 1949.—Studies on the chemotherapy of leukemia. II. The effect of 4-amino-pteroylglutamiç acid and 4-amino-N-10-methulpteroylglutamic acid on transplanted mouse leukemia. Cancer 2: 113–118 (1949).
- D'amato F., 1948a.—The effect of colchicine and ethylene glycol on sticky chromosoems in Allium Cepa. Hereditas 34: 83–103 (1948).
- D'amato F., 1948b.—Sull'attività colchicino-mitotica e su altri effetti citologici del 2,4-diclo- rafenossiacetato di sodio. Rendic. Accad. Naz. Lincei. Cl. Se. Fis., Ser. 8a, 4: 570–578 (1948).
- D'amato F., 1948c.—Ricerche sull'attività citologica di alcuni composti organici con particolare riguardo alla colchicino-mitosi e agli effetti tossici. Caryologia 1: 49–78 (1948).
- D'amato F., 1949.—The effect of M-inositol on C-mitosis and C-tumor reaction. Caryologia 1: 358–361 (1949).
- D'amato F. and Avanzi M. G., 1949a.—Studio comparato dell'attività citologica di alcune essenze. Caryologia 1: 175–193 (1949).
- D'amato F. and Avanzi M. G., 1949b.—Primo contributo alla conoscenza dell'attività citologica e fisiologica delle sostanze di crescita sul testo Allium Cepa. Caryologia 2: 31–54 (1949).
- Erickson R. O. and Rosen G. U., 1949.—Cytological effect of protoanemonin on the root tip of Zea Mays. Am. J. Botany 36: 317–322 (1949).
- Farber S., Diamond L. K., Mercer R. D., Sylvester R. F. and Wolff J. A., 1948.—Temporary remissions in acute leukemia in children produced by Folic acid antagonist, 4-aminopteroyl-glutamic acid (Aminopterin). New England J. Med. 238: 787–793 (1948).
- Goldsmith E. D., Tobias E. B. and Harnly M. H., 1949.—Folic acid antagonists and the development of Drosophila melanogaster. Abstract. Anat. Rec. 101: 93 (1948).
- Goldsmith E. D., Schreiber S. S. and Nigrelli R. F., 1948.—4-aminopteroyl-glutamic (folic) acid, and response of frogs, Rana clamitans, to estrogens. Proc. Soc. Exp. Bio. and Med. 69: 299–301 (1948).
- Goldsmith E. D., Schreiber S. S. and Nigrelli R. F., (1949). Aminopterin and response of frog oviducts to estradiol. II. Histological studies and mitotic counts. Proc. Soc. Exp. Bio. and Med. 71: 461–463 (1949).
- Goldsmith E. D. and Harnly Morris H., 1950.—Reversal of the ation of a folic acid antagonist, 4-aminopteroylglutamic acid, in Drosophila melanogaster. Abstract. Cancer Research 10 (4): 220 (1950).
- Himes M. and Leuchtenberger C., 1950.—The effect of some folic acid analogues on mitosis. Abstract. Genetics 35 (1): 114 (1950).
- Jakowska S., Nigrelli R. F. and Goldsmith E. D., 1949.—Plant growth-regulating effects of Aminopterin. Abstract. Am. J. Bot. 36 (10): 825–826 (1949).
- Jakowska S., 1947.—Study of abnormal growth responses in Allium Cepa. Abstract. Dissertation. Fordham University. New York (1947).
- Jakowska S., 1949.—Effects of Bacterium tumefaciens on Allium Cepa. Phytopathology, 39 (9): 683–705 (1949).
- Little P. A., Sampath A. and Subbarow Y., 1948.—The use of antagonists of pteroylglutamic acid in controlling Rous chicken sarcoma. J. Lab. Clin. Med. 33: 1144–1149 (1948).
- Moore A. E., Stock C. C., Sugiura K. and Rhoads C. P., 1949.—Inhibition of development of sarcoma 180 by 3-Amino-N- 10-Methylpteroylglutamic acid. Proc. Soc. Exp. Bio. and Med. 70: 396–398 (1949).
- Novick A. and Sparrow A. H., 1949.—The effects of nitrogen mustard on mitosis in onion root tips. J. Heredity 40 (1): 13–17 (1949).
- Prusoff W. H., Teply L. J. and King C. G., 1948.—The influence of PGA on nucleic acid synthesis in Lactobacillus casei. J. Biol. Chem., 176: 1309–1318 (1948).
- De Ropp R. S., 1949.—Inhibiting action of some analogues of folic acid on the growth of plant tumours. Nature 164: 954 (1949).
- Stokes J. L., 1944.—Substitution of thymine for folic acid in the nutrition of lactic acid bacteria. J. Bact., 48: 201–109 (1944).