Keith L Adams
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Explore the profile of Keith L Adams including associated specialties, affiliations and a list of published articles.
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40
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3858
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Recent Articles
1.
de Jong G, Adams K
Plant J
. 2023 Jan;
114(1):142-158.
PMID: 36710652
Polyploidy has played an extensive role in the evolution of flowering plants. Allopolyploids, with subgenomes containing duplicated gene pairs called homeologs, can show rapid transcriptome changes including novel alternative splicing...
2.
Cardoso-Silva C, Aono A, Mancini M, Sforca D, da Silva C, Pinto L, et al.
Front Plant Sci
. 2022 Jul;
13:923069.
PMID: 35845637
Orphan genes (OGs) are protein-coding genes that are restricted to particular clades or species and lack homology with genes from other organisms, making their biological functions difficult to predict. OGs...
3.
Sola K, Dean G, Li Y, Lohmann J, Movahedan M, Gilchrist E, et al.
Plant Cell Physiol
. 2021 May;
62(12):1927-1943.
PMID: 34042158
Galactose oxidases (GalOxs) are well-known enzymes that have been identified in several fungal species and characterized using structural and enzymatic approaches. However, until very recently, almost no information on their...
4.
Lee J, Adams K
Plant Genome
. 2020 Oct;
13(3):e20057.
PMID: 33043636
Polyploidy has been a prevalent process during plant evolution and it has made a major impact on the structure and evolution of plant genomes. Many important crop plants are polyploid....
5.
Divergence of duplicated genes by repeated partitioning of splice forms and subcellular localization
Qiu Y, Tay Y, Ruan Y, Adams K
New Phytol
. 2019 Aug;
225(2):1011-1022.
PMID: 31469915
Gene duplication is a prominent and recurrent process in plant genomes. Among the possible fates of duplicated genes, subfunctionalization refers to duplicates taking on different parts of the function or...
6.
Qiu Y, Liu S, Adams K
Plant Physiol
. 2017 Apr;
174(2):1192-1204.
PMID: 28455403
Duplicated genes are a major contributor to genome evolution and phenotypic novelty. There are multiple possible evolutionary fates of duplicated genes. Here, we provide an example of concerted divergence of...
7.
Arsovski A, Pradinuk J, Guo X, Wang S, Adams K
Plant Physiol
. 2015 Oct;
169(4):2982-91.
PMID: 26474639
Plant genomes contain large numbers of duplicated genes that contribute to the evolution of new functions. Following duplication, genes can exhibit divergence in their coding sequence and their expression patterns....
8.
Wang S, Adams K
Genome Biol Evol
. 2015 Feb;
7(3):646-55.
PMID: 25644246
Gene duplication provides large numbers of new genes that can lead to the evolution of new functions. Duplicated genes can diverge by changes in sequences, expression patterns, and functions. MicroRNAs...
9.
Tack D, Pitchers W, Adams K
Genetics
. 2014 Oct;
198(4):1473-81.
PMID: 25326238
Gene and genome duplication events have created a large number of new genes in plants that can diverge by evolving new expression profiles and functions (neofunctionalization) or dividing extant ones...
10.
Liu S, Pan A, Adams K
Genome Biol Evol
. 2014 Sep;
6(9):2501-15.
PMID: 25193306
Gene duplications during eukaroytic evolution, by successive rounds of polyploidy and by smaller scale duplications, have provided an enormous reservoir of new genes for the evolution of new functions. Preservation...