660 BIOLOGICAL EFFECTS OF RADIATION 



37. BoviE, W. T. Biophysics of ultraviolet light. Boston Med. and Surg. Jour. 

 195:391-396. 1926. 



38. BoviE, W. T., and G. A. Daland. New experiments on the sensitization of 

 protoplasm to heat by exposure to light of short wave-length. Amer. Jour. 

 Physiol. 66 : 55-66. 1923. 



39. BoviE, W. T., and D. M. Hughes. The effects of quartz ultraviolet light on the 

 division rate of Paramecium. Jour. Med. Res. 39: 223-231. 1918. (.See also 

 Ibid. 39: 233-238.) 



40. BoviE, W. T., and D. M. Hughes. Rate of recovery from the action of fluorite 

 rays. Jour. Gen. Physiol. 1 : 323-329. 1918. 



41. BoviE, W. T., and Alice Klein. Sensitization to heat due to exposure to light 

 of short wave-lengths. Jour. Gen. Physiol. 1 : 331-336. 1918. 



42. Brauner, L. Lichtkrummung und Lichtwachstumsreaktion. Zeitsch. Bot. 

 14 : 497-547. 1922. 



43. Brauner, L. Permeabilitat und Phototropismus. Zeitsch. Bot. 16: 113-132. 

 1924. 



44. Brooks, Matilda, M. Studies on permeability VII. Effect of light of different 

 wave lengths on the penetration of 2-, 6 dibromo phenol indophenol and other 

 dyes into Valonia. Protoplasma 1 : 305-312. 1926. 



45. Brooks, Matilda M. The effects of light, and other factors on the penetration 

 of 2-, 6 dibromo phenol, indophenol and other dyes in to the living cell. Amer. 

 Jour. Physiol. 76: 190. 1926. (*See also Proc. Soc. Exp. Biol, and Med. 23: 

 576-577. 1926.) 



46. Brooks, S. C. Methods of studying permeability of protoplasm to salts. 

 Botan. Gaz. 64: 230-249. 1917. 



47. Brown, M. G., J. M. Luck, G. Sheets, and C. V. Taylor. The action of 

 X-rays on Euplotes taylori and associated bacteria. Jour. Gen. Physiol. 16: 

 397-406. 1933. 



48. Brummer, K. Ueber den Einfluss kurzwelliger (Rontgen-) Strahlen auf die 

 Permeabilitat der Haut. Dermat. Zeitsch. 45: 170-174. 1925. 



49. Brummer, K. Weitere Beobachtungen iiber Permeabilitatsanderungen von 

 Zellen unter Rontgenbestrahlung (Ein Beitrag zur Lehre von der Permeabilitat.). 

 Strahlentherapie 21: 447-451. 1926. {See also Ges. Deut. Naturf. und 

 Aertze, Dusseldorf, 1926.) 



50. Brummer, K. Die elektrischen Ladungen der Erythrozyten als Hauptfaktor 

 der Ursache der Senkungsgeschwindigkeit. Strahlentherapie 22: 322-326. 

 1926. 



51. Bruynoghe, R., and A. Dubois. Action du radium sur des proto- 

 zoaires pathogenes en culture. Compt. Rend. Soc. Biol. [Paris] 93 : 849-850. 

 1925. 



52. Butler, E. G. On some cellular reactions to X-radiations. Jour. Exper. Biol. 

 9: 107-116. 1932. 



53. Burge, W. E. Action of ultraviolet radiation in killing living cells such as 

 bacteria. Amer. Jour. Physiol. 43 : 429-432. 1917. 



54. BuscK, G. Lichtbiologie. Eine Darstellung der Wirkung des Lichtes auf 

 lebende Organismen. Mitt. Finsens Med. Lichtinst. 8: 1-144. 1904. 



55. Caspari, W. Physiologic der Rontgen- und Radiumstrahlen. Bethe's Hand- 

 buch der Normalen und Pathologischen Physiologic 17: 343-391. 1926. 



56. Celotti, a. Ricerche istologiche sul comportamento delle surrenali e in 

 particolaro modo della loro innervazione di fronte all'azione dei raggi X. Boll. 

 Soc. Ital. Biol. Sper. 6: 998-1000. 1931. 



57. Cernovodeanu P., and V. Henri. Etude de Taction des rayons ultraviolets 

 sur les microbes. Compt. Rend. Acad. Sci. [Paris] 150: 52-54. 1910. 



