Sec. 30.29] BIBLIOGRAPHY 601 



Kr 2 Jones, H. B.: Preoxygenation and nitrogen elimination. In: Studies on gas 

 exchange, U.S Air Force, Air Materiel Command, Memo. Rept. MCREXD-696- 

 114, pp. 7-102, 1948. 



Kr 3 Jones, H., E. Dobson, and J. Lawrence: Tracer studies on blood-tissue perfusion 

 rates at rest and a new criterion of blood mixing times, Abst. Co mm., XVII Internal 

 Physiol. Cong., pp. 28-29, 1947. 



Kr 4 Lawrence, J. H., W. F. Loomis, C. A. Tobias, and F. H. Turpin: Preliminary- 

 observations on the narcotic effect of xenon with a review of values for solubilities 

 of gases in water and oils, /. Physiol, 105, 197-204 (1946). 



Kr 5 Morales, M. F., and R. R. Smith: The physiological factors which govern inert 

 gas exchange, Bull. Math. Biophys., 7, 99-106 (1945). 



30.27. Lanthanum 



La 1 Hamilton, J. G.: The metabolism of the fission products and the heaviest elements, 



Radiology, 49, 325-343 (1947). 

 La 2 Prosser. C. L., W. Pervinsek, J. Arnold, G. Svihla, and P. C. Tompkins: 



Accumulation and distribution of radioactive strontium, barium-lanthanum, 



fission mixture and sodium in goldfish, U.S. Atom. Energy Comm. Declass. Doc. 



MDDC 496. 



30.28. Lead 



Pb 1 Behrens, B.: Untersuchungen iiber Aufnahme, Ausscheidung und Verteilung 



kleinster Bleimengen, Arch, exper. Path. Pharmakol., 109, 332-357 (1925). 

 Pb 2 Behrens, B., and R. Pachur: Zur Pharmakologie des Bleies. II. Mitteilung: 



die Verteilung und der Zustand kleinster Bleimengen in Blut, Arch, ex per. Path. 



Pharmakol, 122, 319-337 (1927). 

 Pb 3 Black, C. E.: Commercial lead as a possible inciting factor in bronchiogenic 



carcinoma. Report of two cases, Arch. Path., 35, 366-372 (1943). 

 Pb 4 Christiansen, I. A., G. Hevesy, and S. Lomholt: Recherches, pas une methode 



radiochimique, sur la circulation du plomb dans l'organisme, Compt. reiid., 179, 



291-293 (1924). 

 Pb 5 Crandall, L. A., Jr., and H. K. Mtjrer: Effect of pectin on retention of dietary 



lead (radium D), /. Nutrition, 23, 239-258 (1942). 

 Pb 6 Dittmer, C. : tlber die Verteilung radioaktiver Substanzen in Korper von Tumor- 



mausen nach Injektion von Thorium B-haltigen Losungen, Z. Krcbsforsch., 48, 



121-128 (1938). 

 Pb 7 Hevesy, G.: The absorption and translocation of lead by plants, a contribution 



to the application of the method of radioactive indicators in the investigation of 



the change of substance in plants, Biochem. J., 17, 439-445 (1923). 

 Pb 8 Mortensen, R. A.: The absorption of lead tetraethyl with radioactive lead as 



indicator, /. Ind. Hyg. Toxicol, 24, 285-288 (1942). 

 Pb 9 Mortensen, R. A., and K. E. Kellog: The uptake of lead by blood cells as meas- 

 ured with a radioactive isotope, /. Cellular Comp. Physiol, 23, 11-20 (1944). 

 Pb 10 Schneider, M.: Rev. Quint. Farmacol, 3, No. 31, 9-32 (1945). 

 Pb 11 Wernstedt, A.: On the absorption of lead into the cells of Nilella, Acta Bot. 



Fcnnica, 35, 1-8 (1944). 



30.29. Lithium 



Li 1 Zahl, P. A., and F. S. Cooper: Localization of lithium in tumor tissue as a basis 

 for slow neutron therapy, Science, 93, 64-65 (1941). 



