150 K. BAHADUR 



(Earth, water, fire, ether and air) were solely responsible for the origin of life 

 on this Earth. 



REFERENCES 



1. E. C. C. Baly, Photosynthesis. Mctliuen, London, 1940. 



2. K. Bahadur, Nature, Lond., 173, 1141, 1954. 



3. S. Ranganayaki & K. Bahadur, Proc. nat. Acad. Set. India, 23, A, 21, 1954. 



4. L. Santaaiaria, Istituto di Patologia Generale, Milano, Italy, Personal Communica- 



tion, June II, 1954. 



5. See F. Darwin, Life and Letters of Charles Darwin, Vol. 3, p. 18 (footnote), London, 



1887; G. Hardin, Sei. Mon., N.Y., 70, 178, 1950. 



6. A. L Oparin, Origin of Life (transi, by S. Mokgulis). Dover Publications, New 



York, 1953. 



7. J. B. Cohen, Organic Chemistry for Advanced Students. Edward Arnold, London, 



2nd ed., 1919. 



8. A. Baeyer, Ber. dtsch. chem. Ges., 3, 63, 1870. 



9. F. L. Usher & L. H. Priestley, Proc. Roy. Soc, B, 84, ici, loii. 



10. H. C. Ramsperger, J. Amer. chem. Soc, 47, 79, 1925. 



11. N. R. Dhar & A. Ram, Nature, Lond., 129, 205, 1932. 



12. J. A. Sterol, S. Weiss & K. Weiss, Abstr. Amer. chem. Soc, 120th meeting, 21C. 



New York, Sept., 195 1. 



13. J. A. Stekol, k. W. Weiss & S. Weiss, Fed. Proc, 10, 252, 1951. 



14. H. R. V. Arnstein & A. Neuberger, Biochem.J., 48, ii, 1951. 



15. H. R. V. Arnstein & A. Neuberger, Biochem.J., 50, xxxviii, 1952. 



16. D. Shemin & D. Rittenberg, J. bioL Chem., 158, 71, 1945. 



17. H. A. Krebs, Advanc EnzymoL, 3, 191, 242, 1943. 



18. A. C. Walker & C. L. A. Schmidt, Arch. Biochem., 4, 457, 1944. 



19. M. R. Stetten & R. SCHOENHEIMER, ^. biol. Chem., 153, 113, 1944. 



20. M. G. Kritsman, Biokhimiya, 9, 379, 1944; Chem. Abstr., 39, 3315, 1945. 



21. M. G. Kritsman, Ann. Rev. Soviet Med., 2, 349, 1945. 



22. M. G. Kritsman & S. S. Melik-Sarkisyan, Biokhimiya, 10, i, 1945; Chem. Abstr., 



39> 3559. 1945- 



23. H. G. Wood & C. H. Werkman, Biochem.J., 30, 48, 1936. 



24. E. A. Evans, Jr., & L. Slotin, J. biol. Chem., 136, 301, 1940. 



25. A. E. BRAxn>JSHTElN & R. M. AzARKH, J. biol. Chem., 157, 421, 1945. 



26. H. J. Teas, N. H. Horowitz & M. Fling, J. biol. Chem., 172, 651, 1948. 



27. O. Rahn, Invisible Radiations of Organisms. Gebr. Bornträger, Berlin, 1936. 



28. J. G. KiRKWOOD, Symposium on the Mechanism of Enzyme Action. Johns Hopkins 



Press, Baltimore, 4, 1954. 



29. A. GURWITSCH & L. GuRWiTSCH, Biochem. Z., 246, 127, 1932. 



30. L. K. Wolff & R. Ras, Zbl. Bakt., i, Orig., 128, 306, 1933. 



31. A. GuRWiTSCH, Int. Congr. Electro-Radio-Biology, i, Venice, 1934. 



32. K. De Korosi, Int. Congr. Electro-Radio-Biology, i, Venice, 1934. 



33. O. Rahn, Protoplasma — Monographien. 9. Visible Radiation of Organisms. Gebr. 



Bornträger, p. 115, 1936. 



34. S. Salkind, Roux's Arch., 128, 378, 1933. 



35. L. W. Latmanisowa, Pflüg. Arch. ges. Physiol., 231, 265, 1932. 



36. A. GURWITSCH, Enzymologia, 12, 139, 1947. ■ 



37. A. GURWITSCH, Die mitogenetische Strahlung. Springer, Berlin, 1932. ■ 



38. O. Rahn, Invisible Radiations of Organisms. Gebr. Bornträger, Berlin, p. 122, 1936. ^ 



39. L. K. Wolff & G. Ras, Zbl. Bakt. i, Orig., 128, 314, 1933. 



40. H. Barth, Arch. Sei. biol. St. Petersb., 35, 29, 1934. 



I 



