9. NOTRinn'S: SUUUB SOUBCES (Continued) 



(.09) uefiOi. Vers. Stat. Oy:lbl, 191}. (90) LaPrade, J. L., and Carr, J. M., Georgia Coaatal Plain Sta. Bull. W:27, 191*3. (91) 

 UPaee, G. A., Arch. Blochem. 1:255, 19^. (92) Levis, G. T., and Lewis, H. B., J. Biol. Chem. 62:589, 1926. (95) Lin, C-K., 

 Am. J. Bot. 52:296, 191t5. (9UT Llpman, C. B., and McLees, E. SoU Sci . ^:U29, 19'tO. (95) Lipman, J. G., Indus, and Engin. 

 Ctem. 15:1*C11>, 1925. (96) Lipman, J. G., Waksman, S. A., and Joffe, J. S., Soil Sci. 12:U75, 1921. (97) Handels, G. P., Plant 

 Physiol. l8:ltJ*9, 1911}. (98) Maxston, H. R., and Robertson, T. B., Aust. Council Sci. and Indus. Res. Bull. ^ p51, 1928. 

 (99) Maurel, E., Con^it. Rend. Soc. Biol. (Paris) 26:796, 190U. (100) Medvedeva, H. B., Acad. Sci. Ukrain. S. S. R. (Kiev) 

 ppJ-lOJ, 191(0. (101) Miller, H. G., J. Agr. Res. 17:87, 1919. (102) Ibid., ^:101, 1921. (105) Olson, G. A., and St. John, 

 J. L., Washington Exp. Sta. Bull. I65, 1921. ( lOUTOregon Exp. Sta. Bien. Rpt. 115, 1929. (105) Pundalal, B. G., and 

 Rananuja-Rao, K., Indian J. Med. Res. ^:38l, 191*2. (106) Pessin, L. J., U. S. Dept. A«r. Forest Service, Southern Forest 

 Exp. Sta. Occasional paper No. 65, 1957. (107) Ransmeier, J. C, and Stekol, J. A., Proc. Soc. Exp. Biol. Med. ^:85, 191*2. 

 (108) Rippel, A., Centbl. Bakt. Abt. II, 62:290, 192"*. (109) Roben, M., Kleine Mitt. ver. Wasser-, Boden-, Lufthyg. 2:l82, 

 1955. (110) Roux, E., CoIT^!t. Rend. Acad. Agr. France, llt:6l6, 1928. (Ill) Sartory, A., and Meyer, J., Bull. acad. med. 125: 

 li*6, 191*1. (112) Sartory, A., and Meyer, J., Chem. Zentr. 1:289, 191*5. (115) Sauton, B., Con^it. Rend. Soc. Biol. (Paris) Jh: 

 58, 1913. (Ill*) Setterstrom, C, ZiimKnnan, P. W., and Crocker, W., Contrib. Boyce Thompson lust. 2:179, 1958. (115) Sherwood, 



B. M., Couch, J. R., Lee, J., and Carter, C. W., Texas Agr. Exp. Sta. Bull. Bo. 655, 191*3. (116) Stephenson, R. E., Caldwell, 

 M. E., and Bollen, W. B., Soil Sci. U2:}7, 191*0. (117) Storey. H. H., and Leach, R., Ann. Appl. Biol. 20:2}, 1953. (II8) 

 Sugata, H., and Koch, F. C, Plant Physiol. 1:337, 1926. (119) Thomas, H. D., Hendricks, F. H., Collier, T. R., and Hill, G. 

 R., Plant Physiol. l8:5l*5, 191*5. (120) Thomas, M. D., Hendricks, R. H., Bryner, L. C, and Hill, G. R., Plant Physiol. 12:227, 

 191*1*. (121) Thon^ison, R. C, and Kosar, W. F., Plant Physiol. ll*:567, 1939. (122) UJsaghy, P., Arch. Kunderheilk. 128:176, 

 191*5. (123) Umbreit, W. W., Vogel, H. R., and Vogler, K. G., J. Bact. 1*2:11*1, 191*2. (I2l*) Valatx, A., and Dufrenoy, J., 

 Coii5)t. rend. 17me Congr. Chim. ind., Paris Sept. -Oct., 1937. (125) Vogler, K. G., and Umbreit, W. U.,Soil Sci. 21:551, 191*1. 

 (126) Windisch, W., Wchnschr. Brau., 1*1:71, 1921*. (127) Wood, J. G., and Barrlen, B. S., New Phytologist 28:125, 1959- (128) 

 Wood, J. G., Chroa. Bot. J-.l, 191*2. tl29) Rose, W. C, Haines, W. J., and Johnson, J. E., J. Biol. Chem. 1^:685, 191*2- (150) 

 Albanese, A. A., et al., Proc. Soc. Exp. Biol. Med. 2i:i8, 19U3. (131) Bauer, C. D., and Berg, C. P., J. Nutrition 22:1*97, 

 191*3. (132) Ibid., 26:51, 191*5. (153) Miller, L. L., J. Biol. Chem. 122:603, I9W*. (151*) Grau, C. R., and Almquist, H. J., 

 J. Nutrition 26:551, 191*3. (135) Madden, S. C, et ed., J. Exp. Med. 62:721, 1959. (156) Madden, S. C. et al., J. Exp. 



Med. j[X:277, 19U3. (157) Seligman, A. M., and Fine, J., J. Clin. Investigation ^:265, 191*5- (158) Hock, A., and Fink. 

 H., Z. physlol. Chem. 228:136, 191*5. (139) White, J., and Andervont, H. B., J. Nat. Cancer Inst. i:W*9, 191*2-1*3. (IW) 

 Mills, C. A., Arch. Blochem. 2:333> 191*3-1*1*. (11*1) Jones, D. B., Divine, J. P., and Horn, H. J., J. Biol. Chem. 11*6:571. 

 191*2. (11*2) Luckey, T. D., Briggs, G. M., Elvehjen, C. A., and Hart, E. B., Poultry Sci. ^:299, 191*5- (11*3) Briggs, G. 

 M., Luckey, T. D., Elvehjem, C. A., and Hart, E. B., J. Biol. Chem. 150:11, 191*3. (11*1*) Shankman, S., J. Biol. Chem. 150 : 

 305, 191*3. (11*5) Hegsted, D. M., J. Biol. Chem. 122:195, 191*1*. (11*6) Hutchings, B. L., and Peterson, W. H., Proc. Soc. 

 Exp. Biol. Ifed. 22:36, I9U3. (11*7) SneU, E. E., Strong, F. M., and Peterson, W. H., Blochem. J. 21:1789, 1937. (ll*8) 

 Pelczar, M. J., and Porter, J. F., Arch. Blochem. 2:525, 191*5- (11*9) Gould, R. G., J. Biol. Chem. 12i:ll'3, 19W*. (150) 

 Trager, v., Proc. N. J. Mosq. Ext. Assoc. §2:1*6, 191*2. (151) Beadle, G. W., and Tatum, E. L., Proo. Nat. Acad. Sci. U. S. 

 22:1*99, 191*1. (152) Tatum, E. L., Ann. Rev. Blochem. 12:667, 191*1*. (155) Horowitz, N. H., J. Biol. Chem. 12!*:11'1> 19l*J*. 

 ■(151*) Simmonds, S., and du Vigneaud, V., J. Biol. Chem. 11*6:685, 191*2. (155) Schenk, J. R. et al., J. Biol. Chem. 11*9 : 

 355, 191*3. (156) Handler, P., and Bemheim, M. L. C, J. Biol. Chem. 120:335, 191*3. (157) Simmonds, S. et al., J. Biol. 

 Chem. 11*2:519, 191*5. (I58) Toennles, G., Bennett, M. A., and Medes, G., Growth 2 = 251, 191*3. (159) Bennett, M. A., Toennies, 

 G., and Medes, G., Am. J. Hed. Sci. 206:129, 191*3. (160) Roberts, E., and Eckstein, H. C, J. Biol. Chem. 12l*:367, 191*1*- 

 (161) Van Niel, C- B-, Physiol- Rev. 23:358, 191*3. (l62) Pollock, M. R., and Knox, R., Biochem. J. 27:1*76, 191*3. (163) 

 ZoBell, C. E., Ann. Rev. Biochem. 16:365, 191*7. (161*) Bavendaran, W., Arch. Mikrobiol. 2=205, 1952. (I65) ZoBell, C. E., 

 J. Sediment. Petrol. 8:10, 1958. T166) Bertel, R., Bull. Inst. Oceanog. htonaco (672) ppl-12, 1933. (167) Copenhagen, 

 W. J., Union So. Africa Fisheries Marine Biol. Survey (}), 3-18, 193I*. (168) Tausson, W. 0., Microbiology (U.S.S.R.) 1: 

 229, 1932. (169) Glnsburg-Karagitscheva, T., and Rodionova, K., Blochem. Z. 222:596, 1935. (170) Klmata, M., Bull. Japan 

 Soc. Sci. Fisheries 2:159, 1938. (171) Rlttenberg, S. C, Dissertation. Univ. of California, La Jolla, 191*1. (172) 

 SeUber, G. L., Microbiology (U.S.S.R.) ll*:25l*, 191*5. (175) Tausson, W. 0., and Vesselov, I. J., Microbiology (U.S.S.R.) 

 2:560, 1931*. (171*) ZoBell, C. E., Oil Weekly 120:50. 191*6. (175) ZoBeU, C. E., Bact. Rev. 10:1, 191*6. (176) Van Delden, 

 A., Zentr. Bakt . Parasltenk. Abt. II, U:8l, I90I*. (177) Ibid., 11:113, 1901*. (178) ZoBell, C. E., Marine microbiology . 

 Waltham, Mass.: Chronica Botanica Co., 191*6. (179) Ellis, D., Sulfur bacteria . New York: Longmans Green and Co., 1932. 

 (180) Bunker, H. J., A review of the physiology and biochemistry of the sulfur bacteria , London: H. M. Stationery Office, 

 1936. (181) Van Niel, C. B., Arch. Mlcrokiol. 2:1, 1931. (182) Ibid., 2 = 525, 1936. [18}) Bavendamn, W., Die farblosen 

 und roten schwefelbakterlen des suss-und salzwassers. Jena: G. Fischer, 1921*. (18I*) Baas Becking, L. M. G., Ann. Bot. 

 22:615, 1925. (185) Gietien, J., Zentr. Bakt. Parasltenk. Abt. II, §2:185, 1951. (186) Untemchl, H., Arch. Hydroblol., 

 Suppl. 5 = 1. 1925. (187) Van Niel, C. B., Adv. in Enzynol. 1:26}, 191*1. (188) Dzwlewlatkowskl, D. D., J. Biol. Chem. I6I: 

 725, 19t5. (189) Ibid., 161*:165, 191*6. (190) Porter, J. R., Bacterial chemistry and physiology . New York: John Wiley and 

 Sons, 191*6. (191) Stephenson, M., Bacterial metabolism . New York: Longmans-Green, ISnS. Tl^T Werkman, C. W., and Wilson, 

 P. W., Bacterial physiology , New York: Academic Press, 1951. (195) Snell, E. E., In Werkman and Wilson, Bacterial physi- 

 ology . New York: Academic Press, 1951. (I9I*) Neuberg, C, and Welde, E., Biochem. Z. 62:111, 1911*. (195) Winogradsky, S., 

 Botan. Z. 1*6:262, 1888. (I96) Keil, F., Beltr. Biol. Pflanz. 11:535, 1912. (197) Kolkwitz, R., Ber. deut. botan. Ges . 26: 

 11, 1938. T198) Cataldi, M. S., Rev. inst. bacterlol. dept. nacl. hig. (Buenos Aires) 2=595. 19U0. (199) Foster, J. W., 

 in Werkman and Wilson, Bacterial physiology . New York: Academic Press, 1951. (200) Starkey, R. L., J. Gen. Physiol. 18: 

 }25, 1935. (201) Waksman, S. A., and Joffee, J. S., J. Bact. 2=239, 1922. (202) Vogler, K. G., LePage, G. A., and Umbreit, 

 W. W., J. Gen. Physiol. 26:89, 191*2. (205) Starkey, R. L., J. Bact. 10:165, 1925. (201*) Butlln, K. R., Adams, M. E., and 

 Thomas, M., J. Gen. Microbiol. 2 = 1*6, 191*9- (205) Kluyver, A. J., The chemical activities of microorganisms , London: Univ. 

 of London Press, 1951- (206) Starkey, R. L., Antonie van Leeuwenhoek, J. Microbiol. Serol. 12:193, 19U7. (207) Van Niel, 



C. B., Cold Spring Harbor Symposia Quant. Biol. 2=138, 1935- (208) No data are available indicating that this substance or 

 ion is required or utilized as an exogenous sulfur source. (209) Van Niel, C. B., Bact. Rev. 8:1, I9UI1. (210) Unbrelt, W. 

 W. in Werkman and Wilson, Bacterial physiology , New York: Academic Press, 1951. (211) Relscher, H. S., Mycologla I«5:1U2, 

 1951. (212) HasBlnen, J. B. et al., J. Bact. 62:771, 1951- (213) Frenkel, A., Gaffron, H., and Battley, E. H., Biol. Bull. 

 22=269, 191*9. (21)*) Evenarl, H., Mayer, A. M., and Gottesman, E. in Burlew, J. S. Algal culture from laboratory to pilot 

 Plant. Washington: Carnegie Inst, of Washington Publ. 600, "1953- (215) Myers, J., Ann. Rev. Microbiol. 2=1^7, 1951. [216) 

 Nakamira, H., Acta Phytochlm. (Japan) 2=189, 1937. (217) Ibid., 10:259, 1938. (218) Burlew, J. S., Algal culture from labor - 

 atory to pilot plant . Washington: Carnegie Inst, of Washington Publ. 600, I953. (219) Meyer, B. S., and Anderson, D. B., 

 Plant physiology . Sew York: D. van Hostrand Co., 1952. (220) Smith, G. M., Manual of phycology , Waltham, Mass.: Chronica 



(Continued on the next page) 



290 



