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• W2036103651 startingPage "635" @default.
• W2036103651 abstract "A quantitative analysis of the alterations of constitutive heterochromatin in eukaryotic chromosomal evolution was attempted using the accumulated C-banding data available for mammals, amphibians, fish, ants, grasshoppers, and plants. It was found that these eukaryotes could be classified into two types by their C-banding patterns: 1) Type I included mammals, fish, and ants, and 2) Type II included amphibians, grasshoppers, and plants. C-bands were rather scarce in Type I eukaryote chromosomes and were found around the pericentromeric region when present at all, whereas the predominance of interstitial or terminal C-bands was found in Type II eukaryote chromosomes. The Type I and II C-banding patterns can best be interpreted by assuming that in the former group of eukaryotes the saltatory increase in constitutive heterochromatin occurs preferentially at the pericentromeric regions of telocentric chromosomes induced by centric fission, with C-bands being eliminated almost completely by centric fusion and/or pericentric inversion. On the other hand, C-bands appear in the Type II eukaryotes both interstitially and in the telomeric regions of chromosomes, and there may be no effective mechanism to eliminate these bands once they are integrated." @default.
• W2036103651 created "2016-06-24" @default.
• W2036103651 creator A5064457677 @default.
• W2036103651 date "1991-01-01" @default.
• W2036103651 modified "2023-10-16" @default.
• W2036103651 title "Mutability of constitutive heterochromatin (C-bands) during eukaryotic chromosomal evolution and their cytological meaning." @default.
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• W2036103651 cites W1855241120 @default.
• W2036103651 cites W1965703515 @default.
• W2036103651 cites W1966621001 @default.
• W2036103651 cites W1968036066 @default.
• W2036103651 cites W1968038806 @default.
• W2036103651 cites W1969210276 @default.
• W2036103651 cites W1972100312 @default.
• W2036103651 cites W1974052845 @default.
• W2036103651 cites W1974554999 @default.
• W2036103651 cites W1979607893 @default.
• W2036103651 cites W1982459096 @default.
• W2036103651 cites W1984288798 @default.
• W2036103651 cites W1984793082 @default.
• W2036103651 cites W1991937310 @default.
• W2036103651 cites W1992571185 @default.
• W2036103651 cites W1993047376 @default.
• W2036103651 cites W1993800184 @default.
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• W2036103651 cites W1997175389 @default.
• W2036103651 cites W1999455461 @default.
• W2036103651 cites W2001006142 @default.
• W2036103651 cites W2002748713 @default.
• W2036103651 cites W2004820475 @default.
• W2036103651 cites W2009082830 @default.
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• W2036103651 cites W2013791826 @default.
• W2036103651 cites W2015443530 @default.
• W2036103651 cites W2016043364 @default.
• W2036103651 cites W2017369561 @default.
• W2036103651 cites W2022205805 @default.
• W2036103651 cites W2022552511 @default.
• W2036103651 cites W2025523414 @default.
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• W2036103651 cites W2029790587 @default.
• W2036103651 cites W2031867632 @default.
• W2036103651 cites W2032210053 @default.
• W2036103651 cites W2036459405 @default.
• W2036103651 cites W2038413511 @default.
• W2036103651 cites W2042593021 @default.
• W2036103651 cites W2042639222 @default.
• W2036103651 cites W2043478686 @default.
• W2036103651 cites W2045623806 @default.
• W2036103651 cites W2045702252 @default.
• W2036103651 cites W2048540261 @default.
• W2036103651 cites W2050268966 @default.
• W2036103651 cites W2051242796 @default.
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• W2036103651 cites W2052439786 @default.
• W2036103651 cites W2055335589 @default.
• W2036103651 cites W2060081672 @default.
• W2036103651 cites W2060429301 @default.
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• W2036103651 cites W2067668969 @default.
• W2036103651 cites W2069619139 @default.
• W2036103651 cites W2074074921 @default.
• W2036103651 cites W2075902325 @default.
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• W2036103651 cites W2085154635 @default.
• W2036103651 cites W2086532189 @default.
• W2036103651 cites W2089910105 @default.
• W2036103651 cites W2093367488 @default.
• W2036103651 cites W2093704993 @default.
• W2036103651 cites W2145770268 @default.
• W2036103651 cites W2169366216 @default.
• W2036103651 cites W2318864596 @default.
• W2036103651 cites W2331704295 @default.
• W2036103651 cites W2333912138 @default.
• W2036103651 cites W2418231078 @default.
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• W2036103651 doi "https://doi.org/10.1266/jjg.66.635" @default.
• W2036103651 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/1777253" @default.
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