Chill, A beneficial

107. Lechner, J., J. Carbon. Phone -725 (1991). 108. Loidl, J. New initiation of meiotic chromosome combining: the latest cytological examine. Genome -778 (1990). 109. Lohr, D., J. Corden, K. Tatchell, Roentgen. T. Kovacic, K. E. Van Holdeparative subunit structure out-of HeLa, yeast, and you may chicken erythrocyte chromatin.Proc. Nad Acad. Sci. United states 7479-83 (1977). 110. Lohr, D., K. Elizabeth. van Holde. Fungus chromatin subunit design.Science 188165166 (1975). 111. Lowenhaupt, K., A. Rich, Yards. L. Pardue. Nonrandom distribution of long monoand dinucleotide repeats into the Drosophila chromosomes: Correlations having serving compensation, heterochromatin and you can recombination. Mol. Telephone. Biol. 9 1173-1 182 (1989). 112. Lu, B. C. Chromosome time periods of your basidiomycete Cyathus stercoreus (Schw.) de- Toni. Chromosoma 12170-178 (1964). 112a. Lu, B. C. Polyploidy in the Basidiomycete Cyathus stercoreus. Amer. J. Bot. 51 :343-347 (1964). 113. Lu, B. C. Okay framework of your own meiotic chromosomes of your fungus Coprinus lagopus. Exp. Telephone Res. -227 (1966). 114. Lu, B. C. The course away from meiosis and you will centriole habits in the ascus development of one’s ascomycete Gelasinosporacalospora. Chromosoma26 (1967). 115. Lu, B. C. Meiosis within the Coprinus lagopus: a relative sitidy with light and you can electron microscopy. J. Mobile Sci. 2529-536 (1967). 116. Lu, B. C. Geneticrecombination inside Coprinus:11. The connections to the synaptinemal buildings.J. Cell Sci. 6:669-678 (1970). 117. Lu, B. C. Hereditary recombination when you look at the Coprinus. IV. Good kinetic examination of the temperature impact on recombination regularity. Genes 78661-677 (1974). 118. Lu, B. C. Meiosis in Coprinus. VI. New command over the fresh initiation out of meiosis. Can be. J. Genet. Cytol. -164 (1974). 119. Lu, B. C. Duplication away from deoxyribonucleic acid and you will crossingover into the Coprinus.In: Basidium and Basidiocap, Evolution, Cytology, Mode, and you can Invention (K. Wells, Age. K. Wells, eds.). Springer-Verlag, Ny (1982), pp. 93-1 12. 120. Lu, B. C. This new cellular program into the development and you may dissolution of synaptonemal complex inside the Coprinus. J. Cellphone Sci. -43 (1984). 120a. Lu, B. C. Spread the newest synaptonemal complex out of Neumspora crassa. Chromosoma 102464-472 (1993). 121. Lu, B. C., H. J. Brodie. Chromosomes of one’s fungi Cyathus. Nature (Lond.) (1962). 122. Lu, B. C., S. Yards. Chiu. Hereditary recombination in Coprinus. V. Repair synthesis off deoxyribonucleicacid and its reference to meiotic recombination. Mol. Gen. Genet. -127 (1976). 123. Lu, B. C., D. Galeazzi. Light and electron microscope observationsof good meiotic mutant regarding Neumspora crassa. Can also be. J. Robot. -2706 (1978).

Galbraith

124. Lu, B. C., D. Y.Jeng. Meiosis during the Coprinus. VII. The latest prekarogamy S-phase and also the postkaryogamy DNA duplication when you look at the C. lagopus.J. Phone Sci. 17461470 (1975). 125. Lu, B. C., S. Y.Li. Correlation regarding endonuclease interest at meiotic prophase and you may cofactor-triggered genetic recombination regarding the basidiomycete Coprinus cinereus. Genome 3038&386 (1988). 126. Lu, B. C., Letter. B. Raju. Meiosis inside the Coprinus. eleven. Chromosome combining and also the lampbrush diplotene phase out of meiotic prophase. Chromosoma -316 (1970). 127. Maguire, Yards. Interactive meiotic assistance, chromosomestructure and you can mode. In: Impression ofNew Concepts (J. P. Gustufson, Roentgen.Appels, eds.). Plenum, Nyc, 1988, pp. 117-144. 128. Malone, R. E., R. E. Esposito. Recombinationless meiosis during the Saccharomyces cerevisiae.MoL Cell. Biol. 1:891-901 (1981). 129. Malone, Roentgen. Age., S. Bullard, Meters. Hermiston, Roentgen. Rieger, M. Isolation from mutants bad at the beginning of tips away from meiotic recombination within the the fresh new fungus Saccharomyces cerevkiae. Genetics 12879-88 (1991). 130. Mao, J., B. Appel, J. Schaack, H. Yamada, D. SOILThe 5s RNA family genes away from Schizosaccharomycespombe. Nucl. Acidr Res. 10487-500 (1982). 131. McClintock, B. Neurospora. I. Preliminary observations of your chromosomes away from Neurospora crassa.In the morning. J. Robot. -678 (1945). 132. McCully, Age. K., C. F. Robinow. Mitosis when you look at the heterobasidiomycetousyeast. We. Leucospodium scottii (Candida scorrii).J. Cellphone Sci 10857481 (1972). 133. McLaughlin, D. J. Centrosomes and you will microtubules throughout meiosis inside the mushroom Boletus rubinellus.J. Cell Biol. 50737-745 (1971). 134. Menees, T down dating indir., Grams. S.Roeder. MEI4, good yeast gene necessary for meiotic recombination. Genes -682 (1989). 135. Metzenberg, Roentgen. L., J. Letter. Stevens, Elizabeth. U. Selker, E. Monycka-Wroblewska. Identification and you may chromosomal delivery out of 5s ribosomal RNA genes during the Neurospora crassa. Roc. Natl. Acad. Sci United states of america -2071 (1985). 136. Meyer, Grams. F. A possible relationship amongst the submicroscopic build away from meiotic chromosomes and you will crossing over. h c . Eur. Reg. Con$ Electron Microsc. Prague, Czechoslovakia(1964), pp. 461462. 137. Moens, P. B. Brand new okay structure off meiotic chromosome pairing during the absolute and you can fake Lilium polyploids. J. Cell Sci. 755-64 (1970). 138. Moens, P. Yards., F. 0. Perkins. Chromosome quantity of a little protist: exact dedication. Technology -1291(1969). 139. Moreau, P. J. F., D. Zickler, G. Leblon. One-class out of mutants having interrupted centromere cleavage and chromosome combining from inside the Sordaria macrospora.Mol. Gen. Genet. 19818!3-197 (1985). 140. Morris, N. R. Nucleosomestructure during the Aspergilrusnidulans. Phone 8357-363 (1974). 141. Moses, M. J. Chromosomal formations into the crayfish spermatocytes.J. Telephone Biof. dos 215-218 (1956). 142. Moses, Meters. J. The fresh family relations amongst the axial cutting-edge regarding meiotic prophase chromosomes and you may chromosome combining into the an effective salamander (Plethodon cinereus). J. Biophys. Biochem. Cytol. 4:633-638 (1958).