Asano Ishikawa
Overview
Explore the profile of Asano Ishikawa including associated specialties, affiliations and a list of published articles.
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29
Citations
374
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Recent Articles
11.
Ravinet M, Kume M, Ishikawa A, Kitano J
J Evol Biol
. 2020 Jun;
34(1):114-127.
PMID: 32557887
With only a few absolute geographic barriers in marine environments, the factors maintaining reproductive isolation among marine organisms remain elusive. However, spatial structuring in breeding habitat can contribute to reproductive...
12.
Kitano J, Kakioka R, Ishikawa A, Toyoda A, Kusakabe M
J Evol Biol
. 2020 Jun;
33(8):1129-1138.
PMID: 32533720
Different evolutionary interests between males and females can lead to the evolution of sexual dimorphism. However, intersex genetic correlations due to the shared genome can constrain the evolution of sexual...
13.
Ishikawa A, Kitano J
J Exp Biol
. 2020 Feb;
223(Pt Suppl 1).
PMID: 32034046
The annual timing of reproduction is a key life history trait with a large effect on fitness. Populations often vary in the timing and duration of reproduction to adapt to...
14.
Ishikawa A, Kabeya N, Ikeya K, Kakioka R, Cech J, Osada N, et al.
Science
. 2019 Jun;
364(6443):886-889.
PMID: 31147520
Colonization of new ecological niches has triggered large adaptive radiations. Although some lineages have made use of such opportunities, not all do so. The factors causing this variation among lineages...
15.
Kitano J, Ishikawa A, Kusakabe M
Dev Growth Differ
. 2018 Nov;
61(1):104-113.
PMID: 30393863
Natural selection can cause similar phenotypic evolution in phylogenetically independent lineages inhabiting similar environments. Compared to morphological, behavioral, and physiological traits, little is known about the parallel evolution of transcriptome....
16.
Yoshida K, Ishikawa A, Toyoda A, Shigenobu S, Fujiyama A, Kitano J
Mol Ecol
. 2018 Aug;
28(6):1563-1578.
PMID: 30117211
Intragenomic conflict, the conflict of interest between different genomic regions within an individual, is proposed as a mechanism driving both the rapid evolution of heterochromatin-related proteins and the establishment of...
17.
Takeuchi Y, Ishikawa A, Oda Y, Kitano J
Comp Biochem Physiol Part D Genomics Proteomics
. 2018 Jul;
28:99-106.
PMID: 30007273
Variation in the laterality often exists within species and can be maintained by frequency-dependent selection. Although the molecular developmental mechanisms underlying the left-right axis formation have been investigated, the genomic...
18.
Sardell J, Cheng C, Dagilis A, Ishikawa A, Kitano J, Peichel C, et al.
G3 (Bethesda)
. 2018 Apr;
8(6):1971-1983.
PMID: 29632132
Recombination often differs markedly between males and females. Here we present the first analysis of sex-specific recombination in sticklebacks. Using whole-genome sequencing of 15 crosses between and , we localized...
19.
Mokodongan D, Montenegro J, Mochida K, Fujimoto S, Ishikawa A, Kakioka R, et al.
Mol Phylogenet Evol
. 2017 Oct;
118:194-203.
PMID: 29024751
The Oryzias woworae species group, composed of O. asinua, O. wolasi, and O. woworae, is widely distributed in southeastern Sulawesi, an island in the Indo-Australian Archipelago. Deep-elongated body shape divergence...
20.
Ishikawa A, Kusakabe M, Yoshida K, Ravinet M, Makino T, Toyoda A, et al.
Evolution
. 2017 Jan;
71(3):565-581.
PMID: 28075479
Differential gene expression can play an important role in phenotypic evolution and divergent adaptation. Although differential gene expression can be caused by both local- and distant-regulatory changes, we know little...