Organization and function of the eucaryotic genome : abstracts: Seventh German-Soviet Symposium, April 2-4, 1987, Heidelberg : presented at the meeting on February 2, 1987
معرفی کتاب «Organization and function of the eucaryotic genome : abstracts: Seventh German-Soviet Symposium, April 2-4, 1987, Heidelberg : presented at the meeting on February 2, 1987» نوشتهٔ A. Müller، P. WAGNER، V. L. Larionov، M. A. Eldarov، A. B. Tziomenko، I. V. Karpychev، S. P. Morzunov، B. K. Tchernov، P. M. Rubtsov، I. S. Kulaev، K. G. Skryabin، A. A. Bayev، H. D. Schmitt، C. Molenaar، R. Brökel، H. Haubruck، D. Gallwitz، V. A. Efimov، A. A. Buryakova، S. V. Reverdatto، O. G. Chakhamakhcheva، Yu. A. Ovchinnikov، H. Saedler، J. Paz-Ares، U. Wienand، J. Schell، N. E. Broude، E. D. Sverdlov، H. Paves، T. Timmusk، M. Metsis، M. Kelve، U. Toots، T. Neuman، M. Saarma، B. Sakmann، V. G. Korobko، T. Graf، H. Beug، J. Golay، A. Leutz، S. Ness، P. Gruss، E. Gren، G. Borisova، T. Kozlovskaya، P. Pushko، V. Tsibinogin، V. Ose، P. Pumpen، V. I. Tanyashin، G. P. Georgiev، V. Shick، A. Belyavsky، Yu. Postnikov، V. Studitsky، A. E. Sippel، M. Theisen، U. Borgmeyer، R. A. W. Rupp، U. Strech-Jurk، A. Stief، A. Hecht، T. Grussenmeyer، A. S. Zasedatelev، G. V. Gursky، S. L. Grokhovsky، B. P. Gottikh، A. L. Zhuze، W. Hörz، A. Mirzabekov، V. Karpov، O. Preobrazhenskaya، S. Bavykin، K. Ebralidse، V. V. Vlassov، V. F. Zarytova، H. G. Zachau، H. G. Klobeck، E. Lötscher، W. Pargent، H. D. Pohlenz، B. Straubinger، F. J. Zimmer، P. H. Hofschneider، M. Wollersheim، P. Zahm، E. R. Zabarovsky، M. K. Nurbekov، O. V. Turina، L. L. Kisselev، M. Riva، A. R. Schäffner، A. Sentenac، G. R. Hartmann، A. A. Mustaev، E. F. Zaychikov، M. A. Grachev، D. Falkenburg، E. K. F. Bautz، I. Grummt، A. Krämer، D. Frendewey، G. Lahr، G. Christofori، M. Frick و W. Keller، منتشرشده توسط نشر Springer Berlin Heidelberg Imprint : Springer در سال 1987. این کتاب در 20 صفحه، فرمت pdf، زبان انگلیسی ارائه شده است.
Five new genetic loei (chI2, ch13, chl4, chl5 and chl6) controlling transmission of yeast chromosomes in mitosis have been identified. Mutations in these loei lead to chromosome loss (10-100 times more frequently than in wild type strain) and to instability of artifieial minichromosomes with different replicators and centromeric loei (cen3, cen4, cen5, cen6 and cenll). The mutations in chl2, ch13, chl4, chl5 and chl6 are nonallelic to yeast mutations described as having a high instability of chromosomes: chI 1 (LIRAS et al. 1978), rad52 (MORTIMER et al. 1981), cdc2, cdc6, cdc 14 (HARTWELL and SMITH 1985). The loss of artificial minichromosomes in one of the mutants obtained -chl6 -is due to nondisjunction. Thus the chl6 gene of S. cerevisiae seems to control the segregation of chromosomes in mitosis. The detailed characteristic of the chl6 mutant as weIl as other chI mutants will be discussed in the report. Front Matter....Pages I-IX The Stability of Chromosomes in Yeast....Pages 1-1 Synthesis and Secretion of Mammalian Proteins in Yeast....Pages 1-2 Ras-Related Genes in Yeast and Their Relation to Cellular Growth....Pages 2-3 Artificial Genes for Zeins....Pages 3-3 Molecular Analysis of the Regulation of the Anthocyanin Biosynthetic Pathway in Zea mays ....Pages 4-4 Genetic Engineering of Plants: Progress and Prospects....Pages 4-5 The Family of Human Na + , K + -ATPase Genes....Pages 5-6 Induction and Regulation of the Expression of NGF-Induced Genes in PC 12 Cells....Pages 6-7 Location of a δ -Subunit Region Determining Ion Transport Through the Acetylcholine Receptor Channel....Pages 8-8 Human Lymphokine Genes: Isolation and Expression in Heterologous System....Pages 8-8 Induction of Growth and Differentiation in Hematopoietic Cells by Oncogene-Containing Leukemia Viruses....Pages 9-10 Developmental Expression of Murine Homeo Box-Containing Genes....Pages 10-11 The Genetics and Antigenic Structure of Viral Capsid Proteins: Hepatitis B Virus Core Antigen and Coat Protein of RNA Phage fr....Pages 11-12 T-Even Bacteriophages: Structural Organization and Control of Expression of Genes of DNA Metabolism Enzymes....Pages 12-12 The Nature of DNA Attachments to a Nuclear Skeleton....Pages 13-13 Localization of HMG Proteins in Chromatin of Chicken β -Globin and Ovalbumin Genes....Pages 13-14 Chromatin Structure and the Mechanism of Cell- and Stage-Specific Activation of the Lysozyme Gene....Pages 14-14 Molecular Basis for Sequence-Specificity of the Ligands Isohelical to DNA Narrow Groove: Role of Hydrogen Bonding and Structural Complementarity....Pages 15-15 Role of Chromatin Structure in the Regulation of an Acid Phosphatase Gene in Yeast....Pages 16-16 Structural Dynamics of Nucleosomes and Chromatin upon Transcription....Pages 16-17 Regulation of Gene Activity by Oligonucleotide Derivatives....Pages 17-18 Immunoglobulin Light Chain Genes....Pages 18-19 Transactivation by Hepatitis B Virus DNA....Pages 19-20 Gene Cloning: Some Methodological Improvements....Pages 20-20 Active-Site Labelling of DNA-Dependent RNA Polymerase....Pages 21-21 The Gene Coding for the 140 KD Subunit of RNA Polymerase II of Drosophila ....Pages 21-22 Mechanism of Transcription Initiation and Termination of Mouse Ribosomal RNA Genes....Pages 22-22 Processing (Splicing and 3′-End Formation) of Messenger RNA Precursors In Vitro....Pages 23-23