Cool, A great
107. Lechner, J., J. Carbon. Phone -725 (1991). 108. Loidl, J. New initiation from meiotic chromosome combining: new cytological view. Genome -778 (1990). 109. Lohr, D., J. Corden, K. Tatchell, Roentgen. T. Kovacic, K. Elizabeth. Van Holdeparative subunit build out-of HeLa, fungus, and you may poultry erythrocyte chromatin.Proc. Nad Acad. Sci. Us 7479-83 (1977). 110. Lohr, D., K. Elizabeth. van Holde. Fungus chromatin subunit build.Research 188165166 (1975). 111. Lowenhaupt, K., A great. Rich, Meters. L. Pardue. Nonrandom distribution out of a lot of time monoand dinucleotide repeats for the Drosophila chromosomes: Correlations which have dose settlement, heterochromatin and you may recombination. date me sınavları Mol. Phone. Biol. nine 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 regarding Basidiomycete Cyathus stercoreus. Amer. J. Bot. 51 :343-347 (1964). 113. Lu, B. C. Great structure of one’s meiotic chromosomes of the fungus Coprinus lagopus. Exp. Telephone Res. -227 (1966). 114. Lu, B. C. The course from meiosis and centriole actions during the ascus invention of one’s ascomycete Gelasinosporacalospora. Chromosoma26 (1967). 115. Lu, B. C. Meiosis during the Coprinus lagopus: a relative sitidy which have white and you can electron microscopy. J. Cellphone Sci. 2529-536 (1967). 116. Lu, B. C. Geneticrecombination in Coprinus:eleven. Its relations to the synaptinemal buildings.J. Cell Sci. 6:669-678 (1970). 117. Lu, B. C. Hereditary recombination in the Coprinus. IV. An effective kinetic study of the warmth impact on recombination regularity. Family genes 78661-677 (1974). 118. Lu, B. C. Meiosis into the Coprinus. VI. Brand new power over the new initiation from meiosis. Is also. J. Genet. Cytol. -164 (1974). 119. Lu, B. C. Replication off deoxyribonucleic acid and you may crossingover in Coprinus.In: Basidium and you will Basidiocap, Progression, Cytology, Means, and you may Creativity (K. Wells, Age. K. Wells, eds.). Springer-Verlag, Ny (1982), pp. 93-1 twelve. 120. Lu, B. C. Brand new cellular system with the formation and you may dissolution of your own synaptonemal state-of-the-art during the Coprinus. J. Cell Sci. -43 (1984). 120a. Lu, B. C. Distribute the newest synaptonemal complex off Neumspora crassa. Chromosoma 102464-472 (1993). 121. Lu, B. C., H. J. Brodie. Chromosomes of one’s fungus Cyathus. Characteristics (Lond.) (1962). 122. Lu, B. C., S. Meters. Chiu. Genetic recombination for the Coprinus. V. Repair synthesis away from deoxyribonucleicacid and its reference to meiotic recombination. Mol. Gen. Genet. -127 (1976). 123. Lu, B. C., D. Galeazzi. White and you will electron microscope observationsof a good meiotic mutant from Neumspora crassa. Is also. J. Robot. -2706 (1978).
Galbraith
124. Lu, B. C., D. Y.Jeng. Meiosis from inside the Coprinus. VII. The brand new prekarogamy S-phase together with postkaryogamy DNA replication from inside the C. lagopus.J. Cell Sci. 17461470 (1975). 125. Lu, B. C., S. Y.Li. Relationship regarding endonuclease interest from the meiotic prophase and you can cofactor-triggered hereditary recombination about basidiomycete Coprinus cinereus. Genome 3038&386 (1988). 126. Lu, B. C., N. B. Raju. Meiosis into the Coprinus. eleven. Chromosome combining as well as the lampbrush diplotene stage out-of meiotic prophase. Chromosoma -316 (1970). 127. Maguire, Meters. Interactive meiotic solutions, chromosomestructure and you may function. In: Perception ofNew Rules (J. P. Gustufson, Roentgen.Appels, eds.). Plenum, Ny, 1988, pp. 117-144. 128. Malone, Roentgen. Elizabeth., Roentgen. E. Esposito. Recombinationless meiosis in Saccharomyces cerevisiae.MoL Phone. Biol. 1:891-901 (1981). 129. Malone, Roentgen. Age., S. Bullard, M. Hermiston, Roentgen. Rieger, Meters. Isolation regarding mutants faulty during the early steps regarding meiotic recombination during the the fungus Saccharomyces cerevkiae. Family genes 12879-88 (1991). 130. Mao, J., B. Appel, J. Schaack, H. Yamada, D. SOILThe 5s RNA genetics out-of Schizosaccharomycespombe. Nucl. Acidr Res. 10487-five-hundred (1982). 131. McClintock, B. Neurospora. We. Preliminary findings of your own chromosomes from Neurospora crassa.Was. J. Robot. -678 (1945). 132. McCully, Elizabeth. K., C. F. Robinow. Mitosis in the heterobasidiomycetousyeast. We. Leucospodium scottii (Candida scorrii).J. Mobile Sci 10857481 (1972). 133. McLaughlin, D. J. Centrosomes and microtubules through the meiosis for the mushroom Boletus rubinellus.J. Telephone Biol. 50737-745 (1971). 134. Menees, T., G. S.Roeder. MEI4, a good yeast gene needed for meiotic recombination. Family genes -682 (1989). 135. Metzenberg, Roentgen. L., J. Letter. Stevens, Elizabeth. U. Selker, Age. Monycka-Wroblewska. Personality and you will chromosomal shipping away from 5s ribosomal RNA genes into the Neurospora crassa. Roc. Natl. Acad. Sci United states -2071 (1985). 136. Meyer, G. F. A potential correlation amongst the submicroscopic structure out-of meiotic chromosomes and you may crossing-over. h c . Eur. Reg. Con$ Electron Microsc. Prague, Czechoslovakia(1964), pp. 461462. 137. Moens, P. B. The latest okay structure out-of meiotic chromosome pairing for the absolute and you will fake Lilium polyploids. J. Cellphone Sci. 755-64 (1970). 138. Moens, P. M., F. 0. Perkins. Chromosome number of a tiny protist: direct determination. Science -1291(1969). 139. Moreau, P. J. F., D. Zickler, Grams. Leblon. One-class out of mutants with interrupted centromere cleavage and you may chromosome pairing in the Sordaria macrospora.Mol. Gen. Genet. 19818!3-197 (1985). 140. Morris, N. Roentgen. Nucleosomestructure inside Aspergilrusnidulans. Cellphone 8357-363 (1974). 141. Moses, M. J. Chromosomal formations inside the crayfish spermatocytes.J. Phone Biof. 2 215-218 (1956). 142. Moses, Meters. J. The brand new relatives amongst the axial state-of-the-art off meiotic prophase chromosomes and you can chromosome combining within the a great salamander (Plethodon cinereus). J. Biophys. Biochem. Cytol. 4:633-638 (1958).