Matches in SemOpenAlex for { <https://semopenalex.org/work/W2104625263> ?p ?o ?g. }
- W2104625263 endingPage "346" @default.
- W2104625263 startingPage "338" @default.
- W2104625263 abstract "A growing body of research supports the view that within-species sequence variation in the mitochondrial genome (mtDNA) is functional, in the sense that it has important phenotypic effects. However, most of this empirical foundation is based on comparisons across populations, and few studies have addressed the functional significance of mtDNA polymorphism within populations. Here, using mitonuclear introgression lines, we assess differences in whole-organism metabolic rate of adult Drosophila subobscura fruit flies carrying either of three different sympatric mtDNA haplotypes. We document sizeable, up to 20%, differences in metabolic rate across these mtDNA haplotypes. Further, these mtDNA effects are to some extent sex specific. We found no significant nuclear or mitonuclear genetic effects on metabolic rate, consistent with a low degree of linkage disequilibrium between mitochondrial and nuclear genes within populations. The fact that mtDNA haplotype variation within a natural population affects metabolic rate, which is a key physiological trait with important effects on life-history traits, adds weight to the emergent view that mtDNA haplotype variation is under natural selection and it revitalizes the question as to what processes act to maintain functional mtDNA polymorphism within populations." @default.
- W2104625263 created "2016-06-24" @default.
- W2104625263 creator A5010024364 @default.
- W2104625263 creator A5019701094 @default.
- W2104625263 creator A5020023630 @default.
- W2104625263 creator A5052239624 @default.
- W2104625263 creator A5066726964 @default.
- W2104625263 creator A5068894663 @default.
- W2104625263 date "2015-01-06" @default.
- W2104625263 modified "2023-10-10" @default.
- W2104625263 title "Within-population genetic effects of mtDNA on metabolic rate in<i>Drosophila subobscura</i>" @default.
- W2104625263 cites W1415442047 @default.
- W2104625263 cites W1550170046 @default.
- W2104625263 cites W1832024365 @default.
- W2104625263 cites W1855252201 @default.
- W2104625263 cites W1952891925 @default.
- W2104625263 cites W1953801165 @default.
- W2104625263 cites W1964343732 @default.
- W2104625263 cites W1965090926 @default.
- W2104625263 cites W1967722933 @default.
- W2104625263 cites W1967989382 @default.
- W2104625263 cites W1970958302 @default.
- W2104625263 cites W1972873670 @default.
- W2104625263 cites W1976152825 @default.
- W2104625263 cites W1987654539 @default.
- W2104625263 cites W1993447609 @default.
- W2104625263 cites W1993860734 @default.
- W2104625263 cites W1996150559 @default.
- W2104625263 cites W2007245128 @default.
- W2104625263 cites W2008289758 @default.
- W2104625263 cites W2011331290 @default.
- W2104625263 cites W2016185554 @default.
- W2104625263 cites W2017907460 @default.
- W2104625263 cites W2024975059 @default.
- W2104625263 cites W2025677691 @default.
- W2104625263 cites W2033225881 @default.
- W2104625263 cites W2034003021 @default.
- W2104625263 cites W2038828623 @default.
- W2104625263 cites W2055396486 @default.
- W2104625263 cites W2060556723 @default.
- W2104625263 cites W2068076985 @default.
- W2104625263 cites W2071459240 @default.
- W2104625263 cites W2093016244 @default.
- W2104625263 cites W2096977971 @default.
- W2104625263 cites W2108626125 @default.
- W2104625263 cites W2110372454 @default.
- W2104625263 cites W2110946296 @default.
- W2104625263 cites W2114795157 @default.
- W2104625263 cites W2115362172 @default.
- W2104625263 cites W2115372514 @default.
- W2104625263 cites W2121544015 @default.
- W2104625263 cites W2122870041 @default.
- W2104625263 cites W2123331734 @default.
- W2104625263 cites W2127745828 @default.
- W2104625263 cites W2133477480 @default.
- W2104625263 cites W2135910476 @default.
- W2104625263 cites W2136139343 @default.
- W2104625263 cites W2143265389 @default.
- W2104625263 cites W2145882912 @default.
- W2104625263 cites W2152363514 @default.
- W2104625263 cites W2155839848 @default.
- W2104625263 cites W2161309712 @default.
- W2104625263 cites W2162655443 @default.
- W2104625263 cites W2162967657 @default.
- W2104625263 cites W2164995650 @default.
- W2104625263 cites W2166271082 @default.
- W2104625263 cites W2166805697 @default.
- W2104625263 cites W2167252044 @default.
- W2104625263 cites W2168705761 @default.
- W2104625263 cites W2171958953 @default.
- W2104625263 cites W2176390291 @default.
- W2104625263 cites W2291369360 @default.
- W2104625263 cites W2318605557 @default.
- W2104625263 cites W4237559319 @default.
- W2104625263 cites W4256656738 @default.
- W2104625263 doi "https://doi.org/10.1111/jeb.12565" @default.
- W2104625263 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25454557" @default.
- W2104625263 hasPublicationYear "2015" @default.
- W2104625263 type Work @default.
- W2104625263 sameAs 2104625263 @default.
- W2104625263 citedByCount "39" @default.
- W2104625263 countsByYear W21046252632015 @default.
- W2104625263 countsByYear W21046252632016 @default.
- W2104625263 countsByYear W21046252632017 @default.
- W2104625263 countsByYear W21046252632018 @default.
- W2104625263 countsByYear W21046252632019 @default.
- W2104625263 countsByYear W21046252632020 @default.
- W2104625263 countsByYear W21046252632021 @default.
- W2104625263 countsByYear W21046252632022 @default.
- W2104625263 countsByYear W21046252632023 @default.
- W2104625263 crossrefType "journal-article" @default.
- W2104625263 hasAuthorship W2104625263A5010024364 @default.
- W2104625263 hasAuthorship W2104625263A5019701094 @default.
- W2104625263 hasAuthorship W2104625263A5020023630 @default.
- W2104625263 hasAuthorship W2104625263A5052239624 @default.
- W2104625263 hasAuthorship W2104625263A5066726964 @default.
- W2104625263 hasAuthorship W2104625263A5068894663 @default.
- W2104625263 hasBestOaLocation W21046252631 @default.