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Bibliography on gene and genome duplication (1995)
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Adrian P Bird (1995),
"Gene number, noise reduction and biological complexity",
Trends in Genetics, 11(3):94-100.
[ abstract]
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SE Brenner, T Hubbard , A Murzin, C Chothia (1995),
"Gene duplication in H. influenzae",
Nature, 378:140.
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T Kunisawa (1995),
"Identification and chromosomal distribution of DNA
sequence segments conserved since divergence of Escherichia
coli and Bacillus subtilis",
Journal of Molecular Evolution, 40(6):585-593.
abstract:
DNA sequence segments conserved since divergence of Escherichia coli and Bacillus
subtilis were identified, using the GenBank sequence database. Chromosomal locations of
the conserved segments were compared between the two bacteria, and the following three
features were observed. (1) Although the two genomes are nearly identical in size,
chromosomal arrangements of the conserved segments are considerably different from
each other. (2) In many cases, chromosomal locations of a conserved segment in the two
species have deviated from each other by a multiple of 60 degrees. (3) There are many
instances in which a contiguous segment in one genome is split into two or more segments
located at distinct positions in the other genome, and these split segments were found to
tend to lie on the E. coli or B. subtilis genome separated by distances of multiples of 60
degrees. On the basis of these observations, genome organizations of the two bacteria
were discussed in terms of genome doublings as well as random chromosomal
rearrangements.
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G Rettenberger, Ch Klett, U Zechner, J Bruch, W Just, W Vogel, H Hameister
(1995),
" ZOO-FISH analysis: cat and human karyotypes closely resemble the putative
ancestral mammalian karyotype",
Chromosome Research, 3:479-486.
[ abstract]
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Anna C Sharman, Peter WH Holland (1995),
"Conservation, duplication, and divergence of developmental genes during
chordate evolution",
Netherlands Journal of Zoology, 46:47-67.
[ abstract]
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DE Soltis, PS Soltis (1995),
"The dynamic nature of polyploid genomes",
Proceedings of National Academy of Sciences, 92:8089-8091.
[html]
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JB Walsh (1995),
"How often do duplicated genes evolve new functions?"
Genetics, 139:421-442.
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