NATIONAL LIBRARY OF MEDICINE " VIRAL GENETICS A Bibliography of Literature 1955 - 1959 Uo S. DEPARTMENT OF HEALTH, EDUCATION, AND WELFARE Public Health Service Washington, D. C. ____________________February, 1960___________________ '-My \ \fk f MEDICINE NATIONAL LIBRARY OF MEDICINE NATIONAL LIBRARY OF MEDICINE NATIONAL LIBRARY OF MEDICINE NATIONAL LIBRARY O ^ \ />£ i 1 IVNOIIVN 3NI3I03W JO AaVDaiT IVNOIiVN 3NI3ia3W JO A U V U fl I 1 IVNOIIVN 3NI3I03W JO A a V s a I T TVNOIIVN 3NI3IOIW JO A a V a 8 I 1 O c \zi y \zx"\ ■ F MEDICINE NATIONAL LIBRARY OF MEDICINE NATIONAL LIBRARY OF MEDICINE NATIONAL LIBRARY OF MEDICINE NATIONAL LIBRARY O I XT'J \^I> i^ V i F MEDICINE /' x a* V-5\ &-Y i '•-.. 1 IVNOIIVN 3NI3IQ3W JO A II V II B IT TVNOIIVN 3NI3IQ3W JO A a V II a I T TVNOIIVN 3NI3IQ3W JO AaVaBIT TVNOIIVN 3NI3IQ3W JO AaVBBI F MEDICINE NATIONAL LIBRARY OF MEDICINE N A T I O N A I L I B R A R Y O F M E D I C I N E N A T I O N A L I I B R A R Y O F M E D I C I N E N A T I O N A L L I B R A R Y O \Ji.$t NATIONAL LIBRARY OF MEDICINE • • • Reference Division VIRAL GENETICS A Bibliography of literature 1955 - 1959 Compiled by Marjory Hn Wright Reference Librarian U. So DEPARTMENT OF HEALTH, EDUCATION, AND WELFARE Public Health Service Washington, Dc C0 February, I960 PmXx, Coll. C * i*xL» NATIONAL LIBRARY OF MEDICINE INTRODUCTION The study of viral genetics has become of increasing medical importance in recent years, especially in shedding light on the possible genesis of cancer and in helping to clarify some of the puzzling problems of epidemiol- ogy* Because of the timeliness and the importance of this subject, the National Library of Medicine has compiled this list of world literature published from 1955 through 1959 as another in its series of bibliographies of subjects of im- mediate interest. Those publications which seem to touch most closely upon the genetic mechanisms of viruses themselves have been selected while, in general, literature concerned with transduction of bacterial genetic material by bac- teriophages has been omitted, Excellent recent reviews of bacterial genetics and transduction, however, are to be found in the Annual Review of Microbiology, 1955, 1957, 1958, 1959. The bibliography is arranged in three sections: 1« Monographs, This section includes books, sections of books, and theses. 2. Review articles. 3e Articles© Titles of foreign language publications are translated except when the meaning is obvious, but the publications themselves are in the vernacular unless specifically designated as being English translations. An- notations have been used sparingly to note viruses studied or to bring out some information felt to be of particular interest. The following sources have been searched: Biological Abstracts, Current List of Medical Literature, Bibliography of Medical Reviews, Annual Review of Microbiology, Advances in Virus Research, Bacteriological Reviews, Excerpta Medica, (Section U, Medical Microbiology and Hygiene), Abstracts of Soviet Medicine, the card catalogs of the National Library of Medicine, bibliographies of numerous articles and books, and current issues of such journals as Virology, Journal of General Microbiology, Journal of Bacteriology, Biochimica et Bio- physica Acta, and Genetics, MARJORY H. WRIGHT Reference Librarian National Library of Medicine TABLE OF CONTENTS Page Monographs 1 Review Articles 5 Articles 7 Author Index 30 MONOGRAPHS 1. Ada, G. L, Ribonucleic acid in influenza virus. In: Wolstenholme, G,E,W,, Millar, E, G, P,, eds. The nature of viruses, Ciba Foundation Symposium. Boston, Little, Brown, 1957. p. 10U-122. 2, Adams, M, H, Bacteriophages, New York, Interscience, 1959. 592p, In- cludes chapters on stages in phage multiplication, isotopic studies on fate of infecting phage particles, mutation and phenotypic variation in phages, bacteriophage genetics, and lysogeny. Extensive bibliography, 3o Banks, 0. M. The host range phenotype in T2 bacteriophage. Ph. D, disser- tation, University of Michigan, 1957. Abstracts Dissert. Absts. 18: 1536, 1958. Dissertation not in National Library of Medicine, lu Benzer, S, The elementary units of heredity. In: McElroy, W, D„, Glass, B., eds* A symposium on the chemical basis of heredity, Baltimore, Johns Hopkins Press, 1957. p. 70-93o 5. Benzer, S, Genetic fine structure and its relation to the DNA molecule. In: Mutation, Brookhaven Symposia in Biology, No, 8, 1956. p. 3-5© 6, Bryson, V, .Some contributions of genetics to microbiologyo In: Bryson, Vernon, ed. Microbiology, yesterday and today. New Brunswick, N, J,, Institute of Microbiology, Rutgers State University, 1959. p, 80-99, 7. Burnet, F, M, The clonal selection theory of acquired immunity, Nashville, Tenn,, Vanderbilt University Press, 1959. 208 p. Includes clonal phenomena in bacterial and viral populations. 8. Burnet, F. M, Enzyme, antigen and virus. A study of macromolecular pat- tern in action. New York, Cambridge University Press, 1956, 193p. In- cludes discussion of influenza virus multiplication, p# 109-157. 9. Burnet, F, M, Genetic interactions between animal viruses. In: Burnet, F, M., Stanley, W. M,, edso The viruses; biochemical, biological, and biophysical properties. New York, Academic Press, 1959o V, 3, p. 275- 306. 10. Burnet, F. M, Principles of animal virology. New York, Academic Press, 1955. Ii86p. Contains chapters on interference between viruses and other aspects of intracellular replication, variation in animal viruses, and recombination and other genetic interactions in animal viruses. 1. 11. Delbruck, M,, Stent, G. S. On the mechanism of DNA replication Ins McElroy, W. D,, Glass, B0, eds0 A symposium on the chemical basis of heredity. Baltimore, Johns Hopkins Press, 1957« P<> 699=736. 12. Dulbecco, R. Virus=cell interactions in latent infections. Ins Walker, D. L., Hanson, R. P,, Evans, A. S., eds. Symposium on latency and mask- ing in viral and rickettsial infections. Minneapolis, Burgess, 1958. p. U3-50, 13o Fenner, F., Cairns, Jo Variation in virulence in relation to adaptation to new hosts. In? Burnet, F. M., Stanley^, W. M., eds. The viruses % biochemical, biological, and biophysical properties. New York, Academic Press, 1959* V. 3, P« 225-2^9,, Hi. Fraenkel-Conrat, H0 Chemical nature of the infectivity of tobacco mosaic virus. In: Pollard, Morris, edo Perspectives in virology*, New Yorkp Wiley, 1959o p. 1-19* l5o Fraenkel-Conrat, H., Singer, B„ A., Williams^ R. C0 The nature of the progeny of virus reconstituted from protein and nucleic acid of different strains of tobacco mosaic virus. In: McElroy, W, D0, Glass, BOJ> eds. A symposium on the chemical basis of heredity. Baltimore, Johns Hopkins Press, 1957o p. 501-517* 160 Herriott, R. Ma The virulent Teven phages of Escherichia coli B. Ins McElroy, W, D., Glass, B,s eds. A symposium on the chemical basis of heredity, Baltimore, Johns Hopkins Press, 1957o p« 399-1*07. 17. Hershey, A, Dc Genetic structure and function in bacteriophage T2© Ins Gaebler, 0, L„, ed. Enzymes: units of biological structure and function,, Henry Ford Hospital International Symposium. New York. Academic Press. 1956. p, 109-117o ' 18c Hershey, A. D. The organization of genetic material in bacteriophage T2. Ins Mutation. Brookhaven Symposia in Biology* No. 8. 1956. p. 6-16. 19. Hirst, G. K., Gotlieb, T., Granoff, A. Studies on mixed infections with influenza virus. Ins Wolstenholme, G. E. W., Millar, E. C. P0 eds. The nature of viruses. Ciba Foundation Symposium. Boston, Little 2. 20. Isaacs, A., Lacey, B. W, eds. Virus growth and variation. Ninth symposium of the Society for General Microbiology, New York, Cambridge University Press, 1959. 272p, Not yet received at National Library of Medicine, 21 • Jacob, F, J., Wollmanj E, L. Lysogeny. Ins Burnet, F„ M., Stanley, W, M, eds. The viruses; biochemical, biological, and biophysical pro- perties. New York, Academic Press, 1959. V. 2, p, 319-351* 22, Kilham, L, Virus transformation and cancer. Ins Pollard, Morris, ed0 Perspectives in virology. New York, Wiley, 1959. p. 5U-7lu 23« King, T. E,, ed. Proteins, Seventeenth Annual Biology Colloquium. Held April, 1956, Oregon State College, Corvallis, Ore,, The College, 1956, 88p, Issue not yet received at National Library of Medicine* 2u< Knight, C. A, Some recent developments in the chemistry of virus mu- tants. In: Wolstenholme, G, E, W.s Millar, E, C. P„, eds. The nature of viruses*. Ciba Foundation Symposium. Boston, Little, Brown, 1957o p. 69-81. 25. Knight, C, A. Variation and its chemical correlates. Ins Burnet, F. M., Stanley, W, M,, eds© The viruses; biochemical, biological, and biophysical properties. New York, Academic Fress, 1959o V. 2, p. 127" 156. 26, Ko, Howard. Genetic fine structure studies on minute mutants of Ti* phage. Ph. D. dissertation, Purdue University, 1957<» Abstracts Dissert. Absts. I8s2177, 1958. Dissertation not in the National Library of Medicine, 27o Lederberg, J, Comments on gene-snzyme relationship9 Ins Gaebler, 0o H,, ed. Enzymes s units of biological structure and function. New Yorkj Academic Press, 1956. p. 161-169. 28. Lederberg, J., Lederberg, E„M. Infection and heredity. Ins Cellular mechanisms in differentiation and growth* Fourteenth symposium of the Society for the Study of Development and Growth. Princeton, Nc J*s Princeton University Press, 1956, p, 101-12lw 29. Levin thai, C. Bacteriophage genetics. Ins Burnet, F, M., Stanley, Wo M,, eds. The viruses?, biochemical, biological, and biophysical pro- perties. New York, Academic Press, 1959© V, 2, p. 281-316© 3 30. Levinthal, C., Thomas, C. A., Jr. The molecular basis of genetic re- combination in phage. Ins McElroy, W. D©, Glass, Bos eds. A sym- posium on the chemical basis of heredity, Baltimore, Johns Hopkins Press, 1957o p. 737-755. 31. Luria, S. E, The reproduction of viruses; a comparative survey© Ins Burnet, F. M. Stanley, W© M., eds. The viruses| biochemical, biolo- gical, and biophysical properties. New York, Academic Press, 1959. V, 1, p. 5h9-568. 32. Lwoff, A, Bacteriophage as a model of host-virus relationship© Ins Burnet, F. M„, Stanley, W* M,, eds. The viruses; biochemical bio- logical^ and biophysical properties. New York, Academic Press, 1959© V. 2, p0 187-201. 33. Lwoff, A. Interrelation between bacteria and bacteriophage. Ins Walker, D, L», Hanson, R. P., Evans, A, S., eds. Symposium on laten- cy and masking in viral and rickettsial infections. Minneapolis, Burgess, 1958. p© 8-19. 3lio Menningmann, H. Zur Genetik des Bakteriophagen Tl© Dissertation© Georg-August-Universitat zu Gottingen. G*6ttingen, Germany, 1955© Not in the National Library of Medicine. 35© Moriyama, H. The nature of viruses and the origin of life© Kamakura, Japan, Shonan Hygiene Institute, 1955© li51iP© Part 3. The evolution of viruses and the generation of the secondary organisms, p. 129-220 Part U. The generation of the primary organisms and the fundamental principles of life phenomena, p. 223-331. Part 5. The nature of evolution, p, 335-l*5lu 36. Sanders, F, K. The multiplication of anijeal viruses. Ins Wolsten- holme, G. E. W0, Millar, E. C. P., eds. The nature of viruses© Ciba Foundation Symposium, Boston, Little, Brown, 1957. p© 158-169© 37© Schafer, W. Some aspects of animal virus multiplication. Ins Pollard Morris, ed. Perspectives in virology. New York, Wiley, 1959© p0 20-U2. 38. Schafer, W, Units isolated after splitting fowl plague virus. In* Wolstenholme, G. E. W0, Millar, E. C. P., eds. The nature of viruses© Ciba Foundation Symposium. Boston, Little, Brown, 1957. p. 91-103. U. 39. Sinkovics, J. Die Grundlagen der Virusforschung. Budapest, Ungarischen Akademia der Wissenschaften, 1956. l+20p© Viral genetics, 116-200; passim. hDc Stahl, F. W. Radiobiology of bacteriophage. In: Burnet, F. M., Stanley, Wt M., eds. The viruses; biochemical, biological, and biophysical pro- perties. New York, Academic Press, 1959. V. 2, p. 355-385* 111© Stent, G. S© Intracellular multiplication of bacterial viruses* Ins Burnet, F© M., Stanley, W. M., eds. The viruses; biochemical, biologic cal, and biophysical properties© New York2 Academic Press, 1959. V. 2, 237-280© 1+2© Terada, Masanaka. Studies on bacterial viruses. Tokyo, Naya, 1956. l53p« On loan; could not examine. Ii3. Weidel, W. Virus, die Geschichte vom geborgten Leben. Berlin, Springer, 1957© I86p. Discussion of viral genetics, 133-168; passim. ijlu Wollman, E. L©, Jacob, F0 Genetic aspects of lysogeny© In: McElroy, W« D., Glass, B,, eds. A symposium on the chemical basis of heredity. Baltimore, Johns Hopkins Press, 1957. p. 1+68-500. h5. Zil'ber, L, A, The study of viruses. Translation of Ucheniye o virusakh0 Moscow, Medgiz, 1956. lj.28p© Includes chapters on variability of viruses, bacteriophages, and interference phenomenon. 1*6© Zinder, N. D. Genetic interaction between bacteriophage and bacteria. Ins Pollard, Morris, ed„ Perspectives in virology. New York, Wiley, 1959. p. U3-53. REVIEW ARTICLES I4.7. Andrewes, C. H© Factors in virus evolution. Advances Virus Res© Usl-2u, 1957. 88 references, liB© Barbu, E, Organisation des acides nucleiques et autoreproduction chez les virus. Exposes act. biol. cell. 3* 101-173, 1957. 227 references,, \x9c Bertani, G. Lysogeny, Advances Virus Res. 5:151-193, 1958. 121 references. l*9a© Colter, J. S, Nucleic acid as the carrier of viral activity. Progr. M0 Virolo, N, Y# 1:1-35, 1958. I46 references. 5o 50. Brenner, S. Physiological aspects of bacteriophage genetics© Ad- vances Virus Res. 6:137-158, 1959© 57 references. 51. Bresch, C. Recombination in bacteriophage. Ann. Rev. Microb. 13* 313-331*, 1959. 70 references. 52. Cateigne, G. Autoreproduction de quelques virus animaux. Rapport physiologique entre virus et cellule note, cSelf-reproduction of some animal viruses. ^Physiological relation between virus and cellular host* Exposes act. biol. cell. 3*293-362, 1957. 373 references© 53© Cohen, S. S. Comparative biochemistry and virology. Advances Virus Res. 3*1--U8, 1955. 185 references. 51*© Dulbecco, R© Interaction of viruses and animal cells, a study of facts and interpretations. Physiol. Rev. 35-001-335, 1955. 221* references• ^0 Gottschalk, A. Virus enzymes and virus templates. Physiol© Rev© 37*66-83, 1957. 109 references. %9 Hannoun, CI. Autoreproduction de quelques virus des animaux. Re- lation avec le metabolisme des cellules notes© cSelf-reproduction of some animal viruses. Relation with the metabolism of the cell- ular hosts* Exposes act. biol. cell. 3s 363-1*22, 1957. 199 references. 57. Harm, W© Neuere Ergebnisse der Virus-Genetik. cRecent advances in virus genetics* Deut. Med. Wschr. 83: 509-511, 1958. 32 references© 58. Hershey, A. D. Bacteriophages as genetic and biochemical systems. Advances Virus Res. l*s25-61, 1957. 99 references. 59. Ishenetsky, A. A. Forty years of study of the variability of micro- organisms in the USSR© Microbiology 26^615-629, 1957. English translated edition of Russian Mikrobiologiya© References cited in body of article; no formal bibliographyo 60© Jeener, R. Ribonucleic acids and virus multiplication. Advances Enzymol. 17*1*77-1*98, 1956© 69 references© 61© Kleczkowski, A. Effects of non-ionizing radiations on viruses© Advances Virus Res, i*sl91-220, 1957. 106 references© 6. 62o Lederberg, Jo Viruses, genes, and cells© Bact© Rev0, Bait© 21: 133-139, 1957© 61* references© 63© L«Heritier, Ph© The hereditary virus of Drosophila© Advances Virus Res© 5sl95~2l*5© 50 references. Genetic discussion of virus© 61*. Limasset, P© Autoreproduction de quelques virus des vegetaux0 Ex- poses act© biol© cell© 3§175-252, 1957© 1*90 references© 65© Lwoff, A© Factors influencing the evolution of viral diseases at the cellular level and in the organism© Bact© Rev0, Balto 23*109° 121*, 1959© 50 references© 66© Pirie, N„ W0 The anatomy of tobacco mosaic virus. Advances Virus Res. I*sl59-190, 1957© 119 references© 67© Stent, G. S, Mating in the reproduction of bacterial viruses© Ad- vances Virus Reso 5s95-ll*9, 1958© 139 references* 680 Taylor, M. L0 Bacterial viruses and genetic determinants. Bios 30s 77-83, 1959© 30 references© 69© Thomas, Ro Transferts genetiques a 1'eohelle macrxanoleculaire© Exposes act© biol. cell© 32253-291, 1957» 127 references© 70. Weidel, W. Bacterial viruses (with particular reference id ad- sorption/penetration) Ann. Rev. Microbe 12s27-1*8, 1958© 111 references© 71. Zelle, M. R. Genetics of microorganisms© Ann. Rev. Microb© 9 21*5- 96, 1955© 1*75 references© ARTICLES 72© Aach, H. G. Serologische Untersuchungen an Mutanten des Tobak- mosaikvirus. eSero logical studies of mutants of tobacco mosaic virus* Zschr. Naturforsch* 12bs6ll*»622, 1957© Each mutation ac- companied by small alteration of antigenic properties. 7o 73. Ada, G. L,, Perry, B. T. Infectivity and nucleic acid content of influenza virus. Nature, Londo 175§209-210, 1955. Loss of infec- tivity correlated with decrease in nucleic acid content. 7l*o Ada, G© L., Perry, B. T. Specific differences in the nucleic acids from A and B strains of influenza virus© Nature, Lond. 175s851*-855s) 1955© 75. Adams, J. N., Luria, S0 E. Transduction by bacteriophage Pis ab- normal phage function of the transducing particles. Proc© Nat. Acad© Sc, U. S. l*l*s 590-591*, 1958© 76© Adams, M. H., Park, B© H© An enzyme produced by a phage-host cell system, 2. The properties of the polysaccharide depolymerase © Viro- logy 2s 719-736, 1956. See 21*8. 77. Alexander, H. E., Koch, G., Mountain, I. M., Sprunt, K09 Van Damme, 0. Infectivity of ribonucleic acid of poliovirus on Hela cell mono- layers. Virology 5sl72-173, 1958© 78. Alikhanian, S. I,, Iljina, T. S© Mutagenic action of actinophages. Nature, Lond. 181:11*76-11*77, 1958© 79 o Appleyard, R. K. The transfer of defective lambda lysogeny strains of Escherichia coli. J. Gen. Microb., Lond. 11**573*582, 1956© Exist- ence of phage genes responsible for defective lysugeny not limited to prophage condition© 80, Appleyard, R. K., McGregor, J, F., Baird, K. M© Mutation to extended host range and the occurrence of phenotypic mixing in the temperate coliphage lambda© Virology 2s 565-571*, 1956© 8lo Arber, W., Kellenberger, G©^ Weigle, J© La defectuosite du phage lambda transducteur. eThe defectiveness of the transducing lambda phage* Schweiz. Zschr. allg. Path. 20s659-665, 1957. 82© Baluda, M. A. Homologous interference by ultraviolet-inactivated Newcastle disease virus. Virology l*s72-96, 1957© 83. Baron, L. S., Formal, S. B., Spilman, W© Vi phage-host interaction in Salmonella typhosa© J© Bact,, Bait, 69s 177-183, 1955. Possible genetic considerations discussed© 8© 81*» Baron, S., Jensen, K© E© Evidence for genetic interaction between non-infectious and infectious influenza A viruses. J. Exp© Med© 102s 677-697, 1955© 85© Barricelli, N© A. A "chromosomic" recombination theory for multi- plicity reactivation in phages. Acta biotheor. 11: 107-119, 1956© 86© Barricelli, N. A© On the manner in which crossbreeding takes place in bacteriophages and bacteria. Acta biotheor© 11:75-81*, 1955* 87. Bawden, F. C. Reversible host-induced changes in a strain of tobacco mosaic virus. Nature, Lond. 177*302-301*, 1956. 88© Bawden, F. C© Reversible changes in strains of tobacco mosaic virus from leguminous plants© J. Gen© Microb©, Lond. 18: 751-766, 1958© 89© Baylor, M. B., Hurst, D© D,, Allen, S. L9S Bertani, E. T, The fre- quency and distribution of loci affecting host range in the coliphage T2H© Genetics l*2s 10l*-120, 1957. 90© Beato y Gonzalez, F© El aspect© estructural, bioquimico y genetico del bacteriofagof revision de conjunto (continuacion) • 1*© El problema genetico del bacteriofago. ^Structural, biochemical and genetic aspect of the bacteriophage; general reyiew (continuation). 1*© Genetic problem of the bacteriophages Microb. espan« 9*77=112, 1956© 91© Benzer, S. Fine structure of a genetic region in bacteriophage© Proc. Nat© Acad. Sc., U. S. !*ls3lil*-351*, 1955. 92© Bernstein, A. Multiplicity reactivation of ultraviolet-irradiated Vi phage II of Salmonella typhi. Virology 3* 286-298, 1957. 93. Best, R. J», Gallus, H© P. C. Further evidence for the transfer of character-determinants (recombination) between strains of tomato spotted wilt virus. Enzymologia 17*207-221, 1955. First time an interchange or recombination of character determinants between strains of plant virus demonstrated. 9h<^ Boyd, J. S. K. Bacteriophage. Biol. Rev. Camb. Philos. Soc© 31: 71-107, 1956. Brief reference to genetics. 9^c Breitenfeld, P. M., Schafer, W. The formation of fowl plague virus antigens in infected cells, as studied with fluorescent antibodies© Virology 1**328-31*5, 1957. 9* 96, Brenner, S. Genetic control and phenotypic mixing of the absorption co-factor requirement in bacteriophages T2 and Tl*. Virology 3* 560- 57U, 1957. 97. Brenner, S., Smith, J. D. Induction of mutations in the deoxyribonu- cleic acid of nhage T2 synthesized in the presence of chloramphenicol. Virology 8 s 12l*-125, 1959. 98. Brenner? S©, Benzer, S„s Barnetto L© Distribution of proflavin-induced mutations in the genetic fine structure. Nature, Lond© 182s 983-985, 1958. Phage Tl*Br+. 99. Bresch, C. Grundlagen der Populations gene tik von Bakteriophagen© (-•Foundations of population genetics in bacteriophage* Arch© Mikrob©, Berl. 310=10, 1958© General discussion * 100© Bresch, C. Zum Paarungsraechanismus von Bakteriophagen. c0n mechanisms of mating in bacteriophages3 Zschr© Naturforsen© 10b:51*5-561, 1955© Statistical evaluation of crosses of Tl phage with three symmetrically and closely linked markers gained from single burst experiments© 101. Bresch, C.? Starlinger, P, Zum Problem der genetischen Rekombination von Bakteriophagen; die Hypo these der kompletten Reoperation© e Problem of the genetic recombination of bacteriophages, hypothesis of complete cooperation* Zschr. Vererb© 89sl*59-i*68, 1958. 102. Bresch, C©, Trautners T© A. Zur Kinetik der Rekombinantenbil«dung bei Tl-Bakteriophagen© cThe kinetics of recombination in bacteriophage Tl3 Zschr, Naturforsch. 10bsi*36-1*1*2, 1955. 103. Brown9 G© L., Browny A, V, Fractionation of deoxyribonucleic acids and reproduction of T2 bacteriophage, Sympos© Soc. Exp. Biol© 12s6-30« 1958. 101*© Burnet, F© M. Recombination—speculations from a medical angle© Sym- pos. Ouant. Biole 18* 1-7, 1958© 105. Burnet, F© M. The riddle of the influenza virus. Endeavor 11* s 5-11, 1955© Influenza virus may prove to be tool used in unraveling mechanisms of cellular activity© 1Q6. Burnet, F© M©, Lind, P. E. Comparative study of recombinants of dif- ferent types of influenza A virus with the strain WSE© Austral. J0 Exp. Biol. 31**1-16, 1956. 10. 107o Burnet, F. M., Lind, P© E© Reversion to virulence in an influenza virus mutant© Austral© J. Exp© Biol© 35* 225-239, 195?e Reversion of avirulent M+d to virulent M+ parental type. 108. Burnet, F. M„, Lind, P. E. The use of chilling in the analysis of the first stages of infection by influenza virus© Austral© J. Exp© Biol. 35* 507-516, 1957© M+ and WS- strains© 109. Burnet, F. M©, Lind, Pe E©5 Perry, B© The action of ribonuclease on the multiplication of influenza viruses in the de-embryonated egg» Austral© J. Exp© Biol© 35*517-529, 1957. Inhibition of hemagglutinin production and to lesser extent that of complement-fixing antigen© 110© Burnet, F. M., Lind, P© E©, Stevens, K© M. Production of incomplete influenza virus in the de-srub-yonated egg. Austral© J. Exp© Biol© 33*127-11*1, 1955© Incomplete virus can eon*.: irate genetic characters to recombinants produced from double iir Action with an appropriate active virus© 111© Burton, Ke Interrelationships of nucleic acid and protein in the mul- tiplication of bacteriophage© Biochem. J„ Lond© 62sl*lpp 1956© Phages T2, Tl*, T6. 112© Burton, K9 The relation between the synthesis of deoxyribonucleic acid and the synthesis of protein in the m?oltiplication of bacteriophage T2© Biochem. J., Lond. 6is 1*73-1*83, 1955© 113. Calef, E© Genetica formale unificata di un batteriofago e della sua cellula ospite. cUnlfied formal genetics of a bacteriophage and of its host cells Boll© Soc© ital© biol© sper©, 31**230-233, 1958© lll*0 Castagnoli, Cc, Donini, P., Graziosi, F0 Indagine biofisica del com- plesso virus^cellula ospite durante i primi stadi dell1 infezione© ^Biophysical investigation of the virus-host cell complex during the first stages of infections Gior© microbe 1; 52-61*, 1955© Bacillus megatherium and phages© 115© Chase, M., Doermann, A© H. High negative interference over short segments of the genetic structure of bacteriophage Tl*© Genetics, 1*3? 332-353, 1958© 11, 116. Ciuca, M, fetudes sur le bacteriophage et differents systemes "phago- bacteriens©n Ecologie et frequence des souches lysogenes et dFautres formes resistantes de variation—en tant que facteurs determinants dans la distribution et la perpetuite du phage dans la nature. eStudies on bacteriophage and various phagebacterium systems. Ecology and fre- quency of lysogenic strains and of other resistant variants as deter- mining factors in the distribution and perpetuation of phage in natures Arch. Roum. path© microb., 17*161-186, 1958. Issue not yet received in National Library of Medicine. 117. Cohen, D. A variant of phage P2 originating in Escherichia coli., strain B. Virology 7*112-126, 1959© 118. Cohen, S. S. Molecular bases of parasitism of some bacterial viruses© Science 123*653-656, 1956. TQven phages© 119. Collins, E. B, Host-controlled variations in bacteriophages active against lactic Streptococci. Virology 2s 261-271, 1956. 120. Colter, J. S., Bird, H. H., Brown, R. A. Infectivity of ribonucleic acid from Ehrlich ascites tumour cells infected with Mengo encephalitis© Nature, Lond. 179*859-860. 1957. 121. Colter, J. S., Bird, H© H., Moyer, A. W.s Brown, R. A, Infectivity of ribonucleic acid isolated from virus-infected tissues. Virology l*s 522-532, 1957. Poliomyelitis and encephalitis virus strains© 122. 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Process of crossing over in bacteriophage and bacteria prob- ably like that in higher organisms, which is postulated as resulting from two breaks very close together© 258© Schlesinger, R© W©, Karr, H© V© Influenza virus and its mucoprotein substrate in the chorioallantoic membrane of the chick embryo© 1© Characterization and quantitative assay of soluble substrate and studies on its relation to allantoic cells© 2. Stepwise inactivation of substrate and its relation to the mode of viral multiplication© J© Exp. M© 103* 309-332, 333-31*9, 1956© 259© Seligman, S© J©, Rapp, F© A variant of measles virus in which giant cell formation appears to be genetically determined© Virology 9*11*3- 11*5, 1959© 260© Selzer, G© Adaptation of Mahoney Type 1 poliomyelitis virus to suck- ling mice© J© Hyg«, Lond. &t 37l*-38l, 1957. Presence of two variants, paralytic and non-paralytic, is postulated© 261© Setlow, J© The inactivation of the bacterial killing property in T2 bacterial virus by ionizing radiation© Virology 3* 37l*-379, 1957. 262. Shack, J., Kilham, L9 Relation of myxoma deoxyribonucleic acid (DNA) to fibroma-myxoma virus transformation© Proc© Soc. Exp© Biol©, N© Y© 100s 726-729, 1959© Evidence indicates myxoma DNA is intimately con- cerned with transformation of fibroma virus to myxoma virus. 25. 263. Shenr R, M., Vanagr K© A© 0 napravlennoi izmenchivosti virusa beshenstva. elnduced variability of the rabies virus-a Vopr. virus© (6)s 28-31, Nov.-Dec© 1956, Abstracts Absts. .Soviet M. Is No© 876, 1957. 261*. Siegel, A,, Ginoza, W., Wildman, S, g# The early events of infection with tobacco mosaic virus nueleic acid© Virology 3* 55i*-559, 1957. Further proof nucleic acid is bearer of total genetic information8 265. Sinsheimer, R. L© The glucose content of the deoxyribonucleic acids of certain bacteriophages© Proc© Nat. Acad© Sc., U, S© 1*2* 502»50l*, 1956. Phages T2 and Tl*© Genetic considerations. 266. Spizizen, J. Infection of protoplasts by disrupted T2 virus. Proc© Nat. Acad. Sc., U. S. 1*3* 69i*-701. 1957. 267. Stahl, F. W© The effects of the decay of incorporated radioactive phosphorus on the genome of bacteriophage Tl*0 Virology 2? 206-231*, 1956© Damage localized in genetic material© 268© Stanley, W, M© The nature of viruses, cancer, genes, and life—a declaration of dependence. Smithsonian Rept© 1957 (1*325)* 357-370, 1958, Not in the National Library of Medicine, 269. Stent, G. S, Decay of incorporate'! radioactive phosphorus during reproduction of bacteriophage T2. J, Gen. Physiol. 38s 853-865, 1955. 270. Stent, G. S., Fuerst, C. R© Decay of incorporated radioactive phos- phorus during development of a temperate bacteriophage© Virology 2s 737-752, 1956. P-32-labeled Escherichia coli infected with non- radioactive T2 or lambda phages. 271© Stent, G. S., Jerne, N. K© The destruction of parental phosphorus atoms among bacteriophage progeny. Proc© Nat. Acad. Sc., U. S© 1*1 s 70l*-709, 1955. T2 and Ti* phages© 272. Stent, G. S,, Sato, G© S©, Jerne, N. K. Dispersal of the parental nucleic acid of bacteriophage TU among its progeny© J. Moi© Biol© l:13l*-H*6, 1959© Used highly 32p-iabeled parental viruses. 273. Streisin^er, G. The genetic control of host range and serological specificity in bacteriophage T2 and Tl*© Virology 2s 377-387 1956© 26. 271*© Streisinger, G© The genetic control of ultraviolet sensitivity levels in bacteriophages T2 and x%9 Virology 2* 1-12, 1956© Z1*° lTe^±n^T\G\ P*?en?tyPlc ^^g of host range and serological speci- ficities in bacteriophage T2 and Ty© Virology 2* 388-398, 1956© 276© Streisinger, G©, Franklin, N© C© Mutation and recombination at the host range genetic region of phage T-2. Sympos© Quant© Bi0l© 21sl03-lll© lypo© 9 277. Streisinger, G©, Weigle, J© Properties of bacteriophages T2 and Tl* with unusual inheritance© Proc© Nat© Acad© Sc©, U© S© 1*2: 5ol*-5l00 1956. 278. Sukhov, K© S© Izmenchivost virusov pri smeshannykh infektsiyakh© eVariability of viruses in mixed infectionss Izv© Akad„ riauk SSRs Ser© Biol. no. 5* 80-88, Sept©*=Oct©, 1955© Abstract* Biol© Absts. 32? no. 10335, 1958. 279© Sylverton, J. T. Poliomyelitis virus variation© Ann. N0 York Acad0 Sc. 51* 895-898, 1955. Conference on biology of poliomyelitis© 280© Symonds^ N© The properties of a star mutant of phage T2© J© GQn© Microb., Lond. 18s 33Q-3u5, 1958. 281© Symposium on bacterial and viral genetics© Austral© J© Sc© 20s 71-76, 1957o Includes* Genetic studies with vaccinia virus, by F© Fenner; Exchange of character determinants between strains of plant viruses, by R. J© Bests Genetics of influenza viruses, by Fa i\ Buraeto 282© Takemori, N., Nomura, S©, -^rioka, Y., %cano, M.0 Kitaoka, M0 Minute plaque mutant of type 2 poliovirus. Science 126s 92l-925„ 1957. 283© Tanami, Studies on the host-range mutation in T2 bacteriophage© 10 Linkage relationship among markers controlling the host-range and the plaque-type© 2© Frequency distribution of the host-range mutants among individual bacteria. Jap. J, Genet. 32s 100-108, 223-228, 1957. In Japanese with English summary© 281*© Taylor, A. R©, Kay, W© WOJ McLean, I© W., Jr©, Oppenheimer, Fos Stimpert, F© D. Effect of ultraviolet light on poliomyelitis virus© J. Imrnun© 78s h$°5$$ 1957. Increased ultraviolet absorption characteristics of virus may be associated with alterations within the virus particle or cell itself© 27© 285. Terada, M,, Kenzo, S. Detailed electron microscope studies on purified bacterial and viral DNA with some considerations on the relation to genetics. Jap© J© Genet., 3-U* 11*0-150, 1959. 286. Terada, M., Kondo, I., Ogawa, T, The plaque dissociation phenomena in bacterial viruses and its genetic analysis, Jap. J. Genet. 31s 259-265, 1956. Phages from Salmonella gallinarum and Salmonella sendai© 287. Terada, M., Kondo, I., Ogawa, T. Studies in genetic recombination in bacterial viruses. Jap. J. Genet. 31* 176-183, 1956. Phages from Salmonella gallinarum and Salmonella sendai© 288, Tessman, E. S, Growth and mutation of phage Tl on ultraviolet ir- radiated host cells. Virology 2s 679-688, 1956© 289. Tessman, I. Some unusual properties of the nucleic acid in bacterio- phages S13 and 9^X171*. Virology 7s 263-275, 1959. 290. Tessman, I,, Ozaki, T, Multiplicity reactivation of bacteriophage Tl, Virology 1** 315-327, 1957. 291. Tessman, E. S., Tessman, I. Genetic recombination in phage S13, Virology, 7* 1*65-1*67, 1959. 292. Thomas, R. Effects of chloramphenical on genetic replication in bacteriophage A • Virology 9* 275-289, 1959. Preparatory stages in genetic replication are inhibited. 293. Till, J. E,, Pollard, E. Cross reactivation of deuteron bombarded Tl bacteriophage. Arch. Biochem., N. Y. 63s 260-262, 1956. 291*. Till, J. E., Pollard, E. C. Effects of ionizing radiation on cross- reactivation of Tl bacteriophage. Radiation Res. 8s 3l*l*-360, 1958© In irradiated paage, ability to be cross-reactivated is less sensitive to ionizing radiation than ability to undergo independent multipli- cation. 295. Tomizawa, J-I. Sensitivity of phage precursor nucleic acid, synthe- sized in the presence of chloramphenicol, to ultraviolet irradiation Virology 6s 55-80, 1958. 296. Trautner, T. A. Untersuchungen an Heterozygpten des Phagen Tl. ^Studies on the heterozygotes of phage Tl3 Zschr. Vererb. 89° 26L- 2ZL, 1958. 28. 297© Uetake, H© The genetic control of inducibility in lysogenic bacteria© Virology 7s 253-262, 1959© Non-inducibility due to change in host cell not in prophage© 298© Uetake, H©, Nakagawa, T0, Akiba, T, The relationship of bacteriophage to antigenic changes in Group E Salmonellas© J© Eact©s Bait© 69: 571- 579, 1955. —----— 299© Vidaver, G. A© The rate of synthesis of deoxyribonucleic acid in Escherichia coli B infected with T2r+ bacteriophage© Jo Biol. Chem, £25* 335-3U7, 1957. Bulk of bacteriophage deoxyribonucleic acid synthesis occurs 6.5-7 minutes after infection with unirradiated bacteriophage© 300© Vogt, M,, Dulbecco, R,, Wenner, H© A© Mutants of poliomyelitis viruses with reduced efficiency of plating in acid medium and reduced neuropathogenicity. Virology l*s 11*1-155, 1957© 301© Watanabe, I© The effect of ultraviolet light on the production of bacterial virus protein, J. Gen, Physiol© 1*0: 521-531, 1957. Phages T2 and Tl*, 302© Weigle, J, J., Bertani, G, Multiplicity reactivation of bacterio- phage inactivated by ionizing radiations„ Virology 2: 3l*l*-355, 1956o Phage T2© 303© Welsch, M© The behaviour towards actinophage of mutants surviving its lytic action. Antonie van Leeuwenhoek, Amst. 23: 59-80, 1957o 301*© Welsch, M. The specificity of actinophage a-'-17. Gior. microb. Is 330-31*8, 1956. Host range mutant isolated with greater variation than parent strain in efficiency of plating and host specificity. 305o Whitfield, J. F©, Appleyard, R© K. Formation of the vegetative pool by induced defective and healthy lysogenic strains of Escherichia coli. J© Gen. Microb©, Lond© 17*1*53-1*66, 1957© Comparison of tw> defective lambda prophages© 306© Whitfield, J. F©, Appleyard, R© K. Recombination and phenotypic mixing during phage growth in strains of Escherichia coli doubly lysogenic for coliphage lambda© Virology. 5*275-290, 1958. 307© Whitmore, G„ Pollard, E. The effect of ionizing radiation on the synthesis of Tl phage protein. Radiation Res© 8:392-1*10, 1958. Data indicate a single sensitive synthetic site. 308© Wildy, P. The growth of herpes simplex virus. Austral, J. Exp© Biol© 32: 605-619, 1955. 309© Wildy, P. Recombination with herpes simplex virus. J. Gen. Mibrob,, Lond© 13* 3U6-360, 1955. flATIONAL LIB8&.Y OF MEDICINE WASHINGTON, D. C, AUTHOR INDEX Aach, H© G© 72 Ackermann, W. W# 188 Ada, G. L. 1, 73, 7u Adams, E. 160 Adams, J, N, 75 Adams, M. H. 2, 76, 11*8 Akiba, T. 298 Alexander, H, E© 77 Alikhanian, S. I. 78 Allen, S, L, 89 Andrewes, C© H, 1*7 Appleyard, R, K. 79, 80 305, 306 Arber, W, 81 Baird, K. M. 80 Baluda, M. A© 82 Banks, 0, M. 3 Barbu, E, 1*8 Barnett, L, 98 Baron, L© S, 83, 81* Barricelli, N, A, 85, 86 Bawden, F. C. 87, 88 Baylor, M, B, 89 Beato y Gonzalez, F, 90 Bedson., S© P, 167 Benzer, S, 1*, 5, 91, 98 Bernstein, A, 92 B^rtani, E. T. 89 Bertani, G, 199 302 Bestj R. J. 93 Bird, H. H. 120, 121 Boyd, J. S. K, 91* Breitenfeld, P. M. 95 Brown, G. L, 103 Brown, R. A. 120, 121 Bryson, V. 6 Burgi, F. 179, 181 Burnet, F. M. 7, 8, 9 10, 101*, io5 106, 107, 108, 109 110, 222, 223, 221* Burton, K. 111, 112 Cairns, J. 13* 159 Cajal, N. 21*1 Calef, E. 113 Castagnoli, C, i 111* Cateigne, C, 50 Chapin, M. 129 Chase, M, 115, 125 Ciuca, M0 116 Cohen, D. 117 Cohen, S. S. *35 118 Collins, E. B, 119 Colon, J, I, 238 Colter, J. S. l*9a, 120 121 Comben, B. M, 11*3 Commoner, B. 225 Crane, H, R. 220 Curtiss, R© 218 Brenner, S. 50, 96, 97, 98 Bresch, C, 51, 99, 100, 101, 102 Briody, B. A. 235 Brown, A. V. 103 Delbruck, M, 11© 122, 123 De Mars, R. I. 12^ Doermann, A© H. H50 125 Doi* K© 126 Dolman, H. ^27 Donini, P. Xlii Drake, J. W. 128 30. Dubes, G, R. 129, 130 Dulbecco, R© 12, 51*, 131 132, 133, 300 Ebels, I. 127 Edgar, R. S. 131*, 135 136, 137 Edney, M. 138 Ehrlich, H. L. 139 Sisenstark, A, 239 Epstein, R. H. 11*0 Fazekas de St, Groth, S. 11*1, 11*2 Ferine r, F. 11*3, 11*1* Ferguson, R« A, 11*5 Ferguson, W, W. 11*5 Fildes, P. 11*6 Fluke, D. J, 11*7 Fodor, A. R© 11*8 Formal, S. B. 83 Fraenkel-Conrat, H. Hi, 15, 11*9 150, 151 Franklin, N. C. 276 Franklin, R. M. 152 Fraser, D, 151* Fraser, D. K, 153 Fraser, K© B, 155 Freese, S. 156, 157 Fuerst, C. R. 270 Gallus, H. P. C, 93 Gar en, A. 158 Gemmell, A. 159 Gerber, P. 160, 161 173, 223 Gierer, A. 162, 163 Ginoza, W. 261* Goodpasture, E. W. 161* Gorbunova, A. S. 165 Gorrill, R. H. 166 Gostling, J. V. T© 1S7 Gotlieb, T, 19, 168, 153 Gottschalk, A, 55 Granoff, A. 1?, 169 Graziosi, F, Greenland, R. M. Groman, N. B. Ill* 170, 238 171 Halvorson, H. 253 Hamers-Casterman, C, 17^ Hamre, D, 161, 173 22? Hannoun, CI. 56 Ham, W. 17k. 175 Henle, W. 2L9 Herriott, R. M, 15 Hershey, A. D. 17, 18 , 56 176, 177, 178 179, 180, 131 Hirst, G. K. 19, 163 182, I83 Holmes, F, 0. 131* Holmes, I, H. lUU Horsfall, F. L., Jr. IS1': Hoskins, J. M. 256 Hotz, r\ 136 I'.jppert, J. 187, 21*7, 256 Huts*., D, D, 89 Iljina, T. S. 78 Isaacs, A, 20 Ishenetsky, A. A. 59 Ishida, N. 188 Jacob, F. 21, 1*1*, IF? 190, 191, 195 Jeener, R. 60, 172, 192 31. Jensen, K. E. 81* Jerne, N. K. 271s 272 Joklik, W. K. U*l* Juenker, A. 11*5 Kaiser, A. D. 193, 191*, 195 Kanda, Y© 196 Kapitsa, Oo S, 197 Karl-Wolfgang, M. 162 Karr, H. V. 258 Kay, D© 11*6 Kay, W© W„ 28I4 Kellenberger, E, 198, 199 Kellenberger, G, 81 Kenzo, S, 285 Kilham, L. 22, 200, 201, 262 King, T, E. 23 Kitaoka, M. 282 Kitayama, T© 202 Kleczkowski, A0 61 Knight, C. A. 21* , 25 Ko, H, 26 Koch, Go 77 Kondo, Io 286, 287 Konishi, Y, 21*5 Koprowski, H. 203 Kozinski, A. W. 201*, 205 Krieg, D. R© 206, 207 Lacey, B© W. 20 Lanni, F© 208 Lanni, Y© T© 209 Lederberg, E© M. 28 Lederberg, J. 27, 28 , 62, 210 Lederberg, S. 211 Ledinko, N© 212, 213, 211*, 215 Levine, M© 216, 217, 218 Levinthal, C © 29 , 30, 219 220, 221, 253 t-'Heritier, Ph. 63 Limasset,-, P, 61* Lind, P© E© 106, 107, 108 109, 110, 222, 223, 221* ---rv-----J,---, Lippincott, J© A© 225 Litman, R© M. 226, 227 Loosli, C© G. 161 173, 228 Loveless, A© 229 Luria, S© E. 31 s> 75p 230 Lwoff, A. 32» 33 , 65 McFall, E© 231 McGregor, J© F© 80 McLean, I© W©, Jr. 281* Mahler, H. R. 151* Maio5 Jo J© 232 Matthews, R© E© F© 233, 231* Medill-Brown, M. 235 Melechen, N, E. 180, 236 Melnick, J, L, 196 Menningmann, H© 31* Meselson, M© 237 Morioka, Y© 282 Moriyama, H© 35 Moulder, J© W« 170, 238 Mountain, I© M. 77 Moyer, A© W© 121 Murphy, J© S© 21*3 Nadel, M© K© 239 Nakagawa, T© 298 Nakano, M. 282 Newcombe, H. B, 21*0 Nicolau9 S© S© 21*1 Nomura, S © 282 Northrop, J. H« 21*2, 21*3 Nutter, R© L© 21*1* Oda, M0 21*5 Ogawa, T© 286, 287 32. Opara, Z. 201* Oppenheimer, F© 281* Ozaki, T„ 290 Padgett, B. L. 21*6 Panijel, J© 187, 21*7 Pardee, A© B© 226, 227 Park, B. H. 76, 21*8 Paucker, K© 21*9 Perry, B. 109, 215 Pfau, C. J. 139 Pirie, N. W© 66 Pollard, E. C. 1U7, 293 291*, 307 Powell, W© F© 250 Preston, W. S. 253 Rapp, F. 259 Reddi, K. K, 251 Rhynas, P. 0. W. 21*0 Roger, A, 252 Rosenbaum, M. 253 Rubin, H. 251* Ruda, J© 238 Sabin, A. B. 255 Sanders, F. K. 36, 256 Sansome, E. 257 Sato, G. H. 272 Schafer, W. 37, 38, 95, 186 Schlesinger, R© W© 258 Schramm, G© 163 Sechaud, J© 199 Seligman, S. J. 259 Selzer, G. 260 Setlow, J. 261 Shack, J. 262 Shen, R. M© 263 Siegel, A© Shug, A. L. Singer, B. A. Sinkovics, J. 39 Sinsheimer, R. L. 21*1*, 265 261* 151* 15* 150 Smith, J. D. Spilman, W. Spizizen, J. Sprunt, K. Stahl, F. W. 97 83 266 77 1*0, 125 237, 267 Stanley, W. M. 268 Starlinger, P. 101 Steinberg, C. M. 137 Stent, G. S. 110 ^1, 67 231, 269, 270, 271, 272 Stevens, K. M. 110 Stimpert, F. D. 281* Streisinger, G. 181, 273 271*, 275, 276, 277 Sukhov, K. S. 278 Sylverton, J© T. 279 Symonds, N. 280 Szybalski, W© 205 Takemori, N. 282 Tanami, Y. 283 Taylor, A. R, 281* Taylor, M© L. 68 Temin, H. M. 251* Terada, M. 1*2, 285, 286 Tessman, E, S. 288, 291 Tessman, I© 289, 290, 291 Thomas, C„ A,, Jr, 30, 151* 221 Thomas, R© 69, 292 Till, J. E. 293, 291* Tomizawa, J-I© 295 Trautner, T. A. 102, 296 Uetake, H. 297; 298 33. Vanag, K© A, Van Damme, 0© Vidaver, G© A© Vogt, M© Walker, D. L0 Watanabe, I0 Weidel, W. Weigle, Jo Welsch, M. Wenner, H© A© Whitfield, J© F© 263 77 299 131, 132 133* 300 21*6 301 1*3, ■ 70 81, 277, 302 303, 301* 130, 300 305, 306 Whitmore, Go Wildman, S© G. Wildy, P© Williams, R© C© Winkler, K© C© Wollman, E© L© 21 Woodroofe0 G© M© Zahler, S© A© Zelle, M© R. Zil»ber, L© A. Zinder, N© D0 31*. 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