67. Engebrecht, J. Good., J. Hirsch, G. S. Roeder. Phone -937 (1990). 68. Esposito, Roentgen. E., M. S. Esposito.Geneticrecombination and you can dedication to meiosis when you look at the Saccharomyces. Proc. Nad Acad. Sci. United states of america -3176 (1974). 69. Esposito, Roentgen. Age., Roentgen. Holliday. The effect of 5-fluorodeoxyuridine to the hereditary replication and you may somatic recombination when you look at the synchronously splitting cultures regarding Ustilago maydis. Genetics -1017 (1964). 70. Futcher, B., J. Carbon dioxide. Toxic aftereffects of excessive cloned centromeres. Mol. Cellphone Biol. six
B. The connection between synaptonemal complexes, recombination nodules and crossing-over for the Neurosporacrassa bivalents and translocation quadrivalents
2213-2222(1986). 71. Gardiner, K., D. Patterson. Transverse alternating electrophoresis.Nature (Lond.) -372 (1988). 72. Gaudet, A great., Yards. Fitzgerald-Hayes.Mutations within the CEN3 bring about aberrant chromosome segregation duringmeiosis within the Saccharomycescerevisiae.Family genes -489 (1989). 73. Gillies, C. B. Reconstruction of your own Neurospora crussa pachytene karyotype away antichat indir from serial parts of synaptonemal complexes. Chromosoma -130 (1972). 74. Gillies, C. B. Synaptonemalcomplex and chromosome construction.Annu. Rev. Genet. 9:91-109 (1975). 75. Gillies, C. Genes 91:step one (1979). 76. Girbardt, M. Ultrastructure of one’s fungal nucleus. 11. This new kinetochore comparable (KCE). J. Cellphone Sci. 9453473 (1971). 77. Giroux, C. Letter., M. E. Cabinet, H. F. Tiano. Geneticcontrolof chromosome synapsis within the yeast meiosis. Genome -94 (1989). 78. Goldway, Yards., A beneficial. Sherman, D. Zenvirth, T. Arbel, G. Simchen.An initial chromosomal part with significant positions inside fungus chromosome I11 meiotic disjunction, recombination and you may double string getaways. Genetics -169 (1993). 79. Gray, Meters. W. Mitochondria1 genome assortment plus the evolution regarding mitochondrial DNA. Can also be. J. Biochem. -171(1982). 80. Grey, Meters. W. Origin and you may advancement off mitochondria1DNA. Annu. Rev. CeflBiof. 525-50 (1989). 81. Gray, M. W., W. F. Doolittle. Gets the endosymbiont theory been shown? Microbiol. Rev. 46:1-42 (1982). 82. Greider, C. W., Age. H. Blackburn. Identification out of a certain telomere critical transferase passion into the Tetrahymena ingredients. Telephone. -413 (1985). 83. Greider, C. W., Age. H. Blackburn. New telomere critical transferase out of Tetrahymena are a good ribonucleoprotein enzyme that have a couple types of primer specificity. Phone -898 (1987). 84. Grossman, L. We., M. Elizabeth. S. Hudspeth. Fungal mitochondrial genomes. In: Gene Corrections into the Fungi (J. W. Bennett, L. L. Lasure, eds.). Instructional Push, Toronto, 1985, pp. 65-103. 85. Hawley, Roentgen. S., H. hick, A great. E. Zitron, et al. There have been two mechanismsof achiesmate segregation for the Drosophila women, certainly and that demands heterochromatic homology. Dev. Genet. -467 (1993).
Letter. Nazar, J
86. Heath, I. B. Mitosis in the fungus 77zruusfofhecu cluvufu.J. Cellphone Biol. (1974). 87. Heywood, P., P. T. Mcgee. Meiosis inside protists, specific architectural and you will emotional aspects of meiosis during the algae, fungi, and you may protozoa.Bucferiof. Rev. -240 (1976). 88. Hieter, P., D. Pridmore, J. H. Hegemann, M. Thomas, R. W. Davis, P. Philippsen. Functional selection and you may data out of fungus centromeric DNA. Cellphone -921 (1985). 89. Hollingsworth,Letter. M., B. Byers. HOP1: a fungus meiotic pairing gene. Genes 121: 445-462 (1989). ninety. Hollingsworth, N. Meters., L. Goetsch, B. Byers. This new HOPl gene encodes an effective meiosisspecific element of yeast chromosomes. Cellphone -84 (1990). 91. Hollingsworth, N. Yards,, A beneficial. D. Johnson. A great conditional allele of one’s Succharomyces cerevisiue HOPl gene is actually pent up by the overexpression regarding two most other meiosis-particular genes: RED1 and you can REC104. Family genes -797 (1993). 92. Holm, P. B., S. W. Rasmussen, D. Zickler, B. C. Lu, J. Sage. Chromosomepairing, recombination nodules and you may chiasma development regarding the basidiomycete Coprinus cinereus. CurLsberg Resmun. -346 (1981). 93. Horesh, O., Grams. Simchen, A. Friedmann. Morphogenesis of your synaptonemal cutting-edge during yeast meiosis. Chromosomu 75:lOl-115 (1979). 94. Horowitz, N. H., H. Macleod. This new DNA content from Neurosporu nuclei. Microb. Genet. Bull. 1eight6-seven (1960). 95. Hrushovetz, S. B. Cytological education out-of ascus development in Cochliobolus sutivus. Can. J. Bof.-651(1956). 96. Hu, X., R. Robb. Quantificationof Verticillumbiomass in wilt problem advancement. Physiol. Mol. Plunf Puthol. 4223-thirty-six (1992). 97. Iyengar, G. A. S., P. C. Deka, S.C. Kundu, S. K. Sen. DNA synthesisin course of meiotic growth in Neurosporu crussu. Genet. Res. 291-8 (1977). 98. Kanda, T., H. Arakawa, Y. Yasuda, T. Takemaru. Basidiosp