| 1984:    Recombination at the DNA Level, Vol. XLIXOrganizer: Amar J. S. Klar and Jeffrey N. Strathern  Symposium Participants    viiForeword    xixIntroductionThe DNA Enzymology of Protein Machines B.M. Alberts    1Chromosomal MechanicsOrigins of Gene Conversion and Reciprocal Exchange in Ascobolus J.-L. Rossignol,        A. Nicholas, H. Hamza, and T. Langin    13Meiotic Roles of Crossing-over and of Gene Conversion   A. T. C. Carpenter    23Interallelic and Intergenic Conversion in Three Serine tRNA Genes of Schizosac-       charomyces pombe J. Kohli, P. Munz, R. Aebi, H. Amstutz, C. Gysler, W. -D.       Heyer, L. Lehmann, P. Schuchert, P. Szankasi, P. Thuriaux, U. Leupold, J. Bell,       V. Gamulin, H. Hottinger, D. Pearson, and D. Söll    31Recombination in Saceharomyces cerevisiae: REC-gene Mutants and DNA-binding       Proteins M. S. Esposito, J. Hosoda, J. Golin, H. Moise, K. Bjornstad, and D.       Maleas    41Measurement of Restoration and Conversion: Its Meaning for the Mismatch Repair       Hypothesis of Conversion P. J. Hastings    49Yeast SystemsMeiotic Gene Conversion Mediates Gene Amplification in Yeast S. Fogel, J. W.        Welch, and E.J. Louis    55Physical Monitoring of Meiotic Recombination in Saccharomyces cerevisiae R.H.        Borts, M. Lichten, M. Hearn, L.S. Davidow, and J.E. Haber    67Involvement of Double-strand Chromosomal Breaks for Mating-type Switching in       Saccharomyces cerevisiae A.J.S. Klar, J.N. Strathern, and J.A. Abraham    77The Product of the HO Gene Is a Nuclease: Purification and Characterization of the       Enzyme R. Kostriken and F. Heifron    89Directionality and Regulation of Cassette Substitution in Yeast R.E. Jensen and I.       Herskowitz    97The Role of DNA Replication in the Repression of the Yeast Mating-type Silent       Loci A.M. Miller, R. Sternglanz, and K.A. Nasmyth    105Kinetics and Intermediates of Yeast Mitochondrial DNA Recombination A.R. Zinn       and R.A. Butow    115Mammalian Homologous RecombinationAnalysis of Homologous Recombination in Cultured Mammalian Cells K. Folger,        K. Thomas, and M.R. Capecchi    123Homologous Recombination in Mouse L Cells F.-L. Lin, K. Sperle, and N. Stern-        berg    139The Recombination and Integration of DNAs Introduced into Mouse L Cells D.A.       Brenner, S. Kato, R.A. Anderson, A.C. Smigocki, and R.D. Camerini-Otero    151Homologous Recombination with DNA Introduced into Mammalian Cells O. Smi-        thies, M.A. Koralewski, K.-Y. Song, and R.S. Kucherlapati    161Homologous Recombination between Defective neo Genes in Mouse 3T6 Cells A.J.H.       Smith and P. Berg    171Homologous Recombination between Repeated Chromosomal Sequences in Mouse        Cells R.M. Liskay, J.L. Stachelek, and A. Letsou    183Homologous Recombination in Monkey Cells and Human Cell-free Extracts R. S.       Kucherlapati, D. Ayares, A. Hanneken, K. Noonan, S. Rauth, J.M. Spencer, L.       Wallace, and P.D. Moore    191TransposonsOrigin of Cryptic l Prophages in Escherichia coli K-12 R.J. Redfield and A.M.      Campbell    199 | Functional Difference of the Two Ends of Insertion Sequence IS1 in Transposition        and Cointegration K. Ishizaki and E. Ohtsubo    207 Transposon Tn5: Specific Sequence Recognition and Conservative Transposition       D.E. Berg, J. Lodge, C. Sasakawa, D.K. Nag, S.H. Phadn is, K. Weston-Hafer,       and G.F. Cane    215 Site-specific Recombination in Transposition and Plasmid Stability D. Sherratt, P.       Dyson, M. Boocock, L. Brown, D. Summers, G. Stewart, and P. Chan    227 Mechanism and Regulation of Tnl0 Transposition N. Kieckner, D. Morisato, D.       Roberts, and J. Bender    235 Resolvase-mediated Recombination Intermediates Contain a Serine Residue Co-        valently Linked to DNA R.R. Reed and C.D. Moser    245 Replicative and Conservative Transpositional Recombination of the Insertion       Sequences T.A. Weinert, K. Derbyshire, F.M. Hughson, and N.D.F. Grindley    251  Mu Mapping and Properties of the gam and sot Genes of Phage Mu: Their Possible Roles 	in Recombination J. Akroyd, B. Barton, P. Lund, S. Maynard Smith, K. Sul         tana, and N. Symonds    261 Analysis of the Regulation of the Transposition Functions of Bacteriophage Mu by        Using Gene Fusions T.A. Patterson, K.A. Martin, and A.I. Bukhari    267 Nonreplicative DNA Transposition: Integration of Infecting Bacteriophage Mu R.M.       Harshey    273 Transposition of Bacteriophage Mu DNA: Expression of the A and B Proteins from       lPL and Analysis of Infecting Mu DNA G. Chaconas, G. Gloor, J.L. Miller,       D.L. Kennedy, E.B. Giddens, and C.R. Nagainis    279 Substrate and Enzyme Requirements for In Vitro Site-specific Recombination in Bac-       teriophage Mu R. Kahmann, F. Rudt, and G. Mertens    285 Inversion of DNA In Vivo and In Vitro by Gin and Pin Proteins R.H.A. Plasterk       and P. van de Putte    295 Comparative Analysis of Invertible DNA in Phage Genomes D. Kamp, E. Kardas,       W. Ritthaler, R. Sandulache, R. Schumucker, and B. Stern    301 Programming of DNA Rearrangements Involving Mu Phrophages J.A. Shapiro and       P.M. Brinkley    313 Plant Transposons/T4 Recombination Endogenous Transposable Elements Associated with Virus Infection in Maize S.L. 	Dellaporta, P.S. Chomet, J.P. Mottinger, J.A. Wood, S.-M. Yu, and J.B. Hicks    321 Transposable Elements Ac and Ds at the Shrunken, Waxy, and Alcohol Dehydroge-	nase 1 Loci in Zea mays L U. Courage, H.-P. Döring, W.-B. Frommer, R. Kunze, 	Laird, A. Merckelbach, M. Muller-Neumann, J. Riegel, P. Starlinger, E. Till-mann, E. Weck, W. Werr, and J. Yoder    329 Isolation of Spin Controlling Elements from Maize N. Fedoroff, M. Shure, S. Kelly,M. Johns, D. Furtek, J. Schiefelbein, and O. Nelson    339  Insertion and Excision of Ds Controlling Elements in Maize W. J. Peacock, E. S.Dennis, W.L. Gerlach, M.M. Sachs, and D. Schwartz    347  Transposable Elements in Antirrhinum majus and Zea mays H. Saedler, U. Bonas,A.	Gierl, B.J. Harrison, R.B. Klösgen, E. Krebbers, P. Nevers, P.A. Peterson,Z.	Schwarz-Sommer, H. Sommer, K. Upadhyaya, and U. Wienand    355 The Use of Affinity Chromatography to Study Proteins Involved in Bacteriophage T4        Genetic Recombination T. Formosa and B.M. Alberts    363 On the Role of DNA Replication, Endonuclease VII, and rII Proteins in Processing of       Recombinational Intermediates in Phage T4 G. Mosig, M. Shaw, and G.M.       Garcia    371 Topoisomerase, Resolvase, and Gyrase A Topological Treatment of Recombination and Topoisomerases N.R. Co 
 
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