FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W74173866> ?p ?o ?g. }

• W74173866 endingPage "131" @default.
• W74173866 startingPage "33" @default.
• W74173866 abstract "This chapter analyzes the effects of one, or two, overlapping, reciprocal translocations on meiotic crossing-over and nondisjunction and to identify the processes of mitotic recombination in diploids with and without translocations, in triploids, and also in disomics from single and double translocation crosses, as well as the effects of inducing agents on these. It also assesses the various methods of genetic mapping, the uses of translocations for mapping, and the various problems arising from chromosomal aberrations for mapping by the parasexual cycle. The effects of chromosomal aberrations on meiotic recombination are of two general types. Based on an extensive analysis of effects by recombination-reducing aberrations on the disjunction of other chromosomes, two phases of pairing have been postulated for the meiosis of Drosophila: one early one, leading to and reinforced by chiasma formation, and a second one, “distributive pairing,” which involves all noncrossover chromosomes and may result in pairing of heterologous types. Several types of mitotic segregation which lead to spotting or variegation have been demonstrated in various organisms. In Aspergillus, two main types occur spontaneously: (1) Mitotic crossing-over, (2) Mitotic nondisjunction. A large variety of methods combining genetic, cytological, and biochemical techniques have been used in various organisms for the mapping of genes to specific chromosome segments. The chapter emphasizes the methods based on mitotic recombination that are new and especially useful in Aspergillus nidulans. In addition, techniques making use of translocations for genetic mapping in conjunction with meiotic and mitotic recombination are considered in detail." @default.
• W74173866 created "2016-06-24" @default.
• W74173866 creator A5061381194 @default.
• W74173866 date "1977-01-01" @default.
• W74173866 modified "2023-10-18" @default.
• W74173866 title "Meiotic and Mitotic Recombination in Aspergillus and Its Chromosomal Aberrations" @default.
• W74173866 cites W1519795388 @default.
• W74173866 cites W1584577986 @default.
• W74173866 cites W1730832495 @default.
• W74173866 cites W17439892 @default.
• W74173866 cites W1773740816 @default.
• W74173866 cites W1776942887 @default.
• W74173866 cites W1782083210 @default.
• W74173866 cites W1785514972 @default.
• W74173866 cites W1805318867 @default.
• W74173866 cites W1834196246 @default.
• W74173866 cites W1836619290 @default.
• W74173866 cites W1843045331 @default.
• W74173866 cites W1850334395 @default.
• W74173866 cites W1866756245 @default.
• W74173866 cites W1884815131 @default.
• W74173866 cites W1885842307 @default.
• W74173866 cites W1889067189 @default.
• W74173866 cites W1939746796 @default.
• W74173866 cites W1941502008 @default.
• W74173866 cites W1950019849 @default.
• W74173866 cites W1958634297 @default.
• W74173866 cites W1968502649 @default.
• W74173866 cites W1969375611 @default.
• W74173866 cites W1973014617 @default.
• W74173866 cites W1973575654 @default.
• W74173866 cites W1974414408 @default.
• W74173866 cites W1974480630 @default.
• W74173866 cites W1975548619 @default.
• W74173866 cites W1976125249 @default.
• W74173866 cites W1979140632 @default.
• W74173866 cites W1979558188 @default.
• W74173866 cites W1982381698 @default.
• W74173866 cites W1983300664 @default.
• W74173866 cites W1983335518 @default.
• W74173866 cites W1983486713 @default.
• W74173866 cites W1983754908 @default.
• W74173866 cites W1985136098 @default.
• W74173866 cites W1985167107 @default.
• W74173866 cites W1987323293 @default.
• W74173866 cites W1991230671 @default.
• W74173866 cites W1996427059 @default.
• W74173866 cites W1996624392 @default.
• W74173866 cites W1996993876 @default.
• W74173866 cites W1997895639 @default.
• W74173866 cites W1998822384 @default.
• W74173866 cites W1998884207 @default.
• W74173866 cites W2005637832 @default.
• W74173866 cites W2006361427 @default.
• W74173866 cites W2007631509 @default.
• W74173866 cites W2008866118 @default.
• W74173866 cites W2011995552 @default.
• W74173866 cites W2012942609 @default.
• W74173866 cites W2015070382 @default.
• W74173866 cites W2016039554 @default.
• W74173866 cites W2019049220 @default.
• W74173866 cites W2024524834 @default.
• W74173866 cites W2027435291 @default.
• W74173866 cites W2029295418 @default.
• W74173866 cites W2032706017 @default.
• W74173866 cites W2043386881 @default.
• W74173866 cites W2043864540 @default.
• W74173866 cites W2051307396 @default.
• W74173866 cites W2052142603 @default.
• W74173866 cites W2053237334 @default.
• W74173866 cites W2053965973 @default.
• W74173866 cites W2058805448 @default.
• W74173866 cites W2066021908 @default.
• W74173866 cites W2066075970 @default.
• W74173866 cites W2067765717 @default.
• W74173866 cites W2075365961 @default.
• W74173866 cites W2076509131 @default.
• W74173866 cites W2078433113 @default.
• W74173866 cites W2078697683 @default.
• W74173866 cites W2080857007 @default.
• W74173866 cites W2082876731 @default.
• W74173866 cites W2087162349 @default.
• W74173866 cites W2088659665 @default.
• W74173866 cites W2088688434 @default.
• W74173866 cites W2089381709 @default.
• W74173866 cites W2092992646 @default.
• W74173866 cites W2096562200 @default.
• W74173866 cites W2096894672 @default.
• W74173866 cites W2097109187 @default.
• W74173866 cites W2097702514 @default.
• W74173866 cites W2102647143 @default.
• W74173866 cites W2103536487 @default.
• W74173866 cites W2105227785 @default.
• W74173866 cites W2106402035 @default.
• W74173866 cites W2106601595 @default.
• W74173866 cites W2107706037 @default.
• W74173866 cites W2109919326 @default.
• W74173866 cites W2110193240 @default.

• next