IRRADIATION OF LIVING PROTOPLASM 659 



13. Baldwin, W. M. A study of the combined action of X-rays and of vital 

 strains upon Paramoecia. Biol. Bull. 39: 59-66. 1920. 



14. Baldwin, W. M. The effects produced by X-ray energy acting on frog ova at 

 early developmental stages. Science 52 : 229-230. 1930. 



15. Barr, C. E. a stimulating effect of photocytolytic products of protoplasm. 

 Jour. Med. Res. 44: 79-81. 1923-1924. 



16. Barr, C. E., and W. T. Bovie. Ultraviolet cytolysis of protoplasm. Jour. 

 Morphol. 38 : 295-300. 1923. 



17. Bayer, H. von. Ueber die physiologische Wirkung der Becquerelstrahlen. 

 Zeitschr. Allg. Physiol. 4: 79-86. 1904. 



18. Beauverie, J., and P. Cornet. Action des rayons ultra-violets sur la structure 

 cellulaire dans la feuille et le bourgeon d'Elodea canadensis. Compt. Rend. 

 Soc. Biol. [Paris] 102: 775-777. 1929. 



19. Becking, L. B., and M. I. Gregerson. The effect of light on the permeability 

 of lecithin. Proc. Soc. Exp. Biol, and Med. 22 : 130-136. 1924. 



20. Belot, J., L. Nahen, and Cailliau. Action des rayons X sur le lymphocytome 

 (Etude clinique et histologique). Jour. Radiol. 9: 305-315. 1925. 



21. Benassi, E. Irradiazione rontgen della regione splenica e ricambio del calcio. 

 Riv. Radiol, e Fis. Med. 2: 311-328. 1930. 



22. Benedicenti, A. Azione Farmacologica e Radioattiva. (A review.) Boll. 

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23. Bergonie, J. L., and Tribondeau. Action des rayons X sur les globules rouges 

 du lapin. Arch. Elect. Med. 16 : 597. 1908. 



24. Bersa, E. Strahlenwirkung auf Protoplasma und BiokoUoide. (A bibliog- 

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25. Bersa, E. Strahlenwirkung auf Protoplasma und BiokoUoide. (A bibliog- 

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26. BiE, V. 1st die bactericide Wirkung des Lichtes ein Oxydationsprozess? Mitt. 

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27. Bisceglie, v., and G. Bucciardi. Le modificazioni fuzionali e strutturali degli 

 espianti di cuore embrionale di polio sottoposti all'azione di sostanze radioattive. 

 Arch. Exp. Zellforsch. 7 : 444-483. 1929. 



28. Blackman, V. H., and S. G. Paine. Studies in the permeability of the pulvinus 

 of Mimosa pudica. Annals Bot. 32: 69-86. 1918. 



29. BoHN, G. Influence des rayons du radium sur les oeufs vierges et fecondes, 

 et sur les premiers stades du developpement. Compt. Rend. Acad. Sci. [Paris] 

 136: 1085-1086. 1903. {See also Ibid. 136: 1012-1013.) 



30. BoHN, G., and Anna Drzewina. Action toxique du rouge neutre en presence 

 de la lumiere. Compt. Rend. Soc. Biol. [Paris] 89: 386-388. 1923. 



31. BoNiN, G. VON, and K. Bleidorn. Ueber die Resistenz der Erythrocyten nach 

 Bestrahlung und nach Umladung. Strahlentherapie 12 : 549-555. 1921. 



32. BoviE, W. T. The action of light on protoplasm. Amer. Jour. Trop. 

 Dis. 2 : 506-517. 1915. (See also Amer. Soc. Trop. Med. [Boston] 9 : 225-235. 

 19140 



33. BoviE, W. T. The visible effects of Schumann rays on protoplasm. Botan. 

 Gaz. 59: 14^153. 1915. 



34. BoviE, W. T. The action of Schumann rays on living organisms. Botan. Gaz. 

 61 : 1-29. 1916. 



35. BoviE, W. T. An approximation of the value of the absorption index of fluorite 

 rays in protoplasm. Jour. Med. Res. 39: 239-249. 1919. 



36. BoviE, W. T. Relation between physiological dominance and the biological 

 effects of rays. Amer. Jour. Roentg. and Rad. Ther. 13 : 307-320. 1925. 



