United States / Canada / Australia / United Kingdom / Scotland / /
Currency
pence / / /
Facility
Biotechnology Institute / University of Glasgow / BCKDH complex / University of Melbourne / National Centre / Monash University / /
IndustryTerm
carrier gas / free-living autotrophs harvesting energy / electron transport chain / transport chain / potential energy source / parasitic protist / carnitine/acylcarintine carrier / energy / anabolic services / carrier proteins / energy production / e-value / phosphate carrier / dinoflagellate energy metabolism / energy metabolism / environmental services / /
OperatingSystem
Paramecium / /
Organization
University of Melbourne / Victoria / Australia Department of Biochemistry / School of Botany / University of Glasgow / Transcriptome Shotgun Assembly / Monash University / Australia Department of Biochemistry and Molecular Biology / Society for Molecular Biology and Evolution / National Centre for Biotechnology Information / Molecular Biology / Bio21 Molecular Science and Biotechnology Institute / Oxford University / /
Person
Nicholas Beevers / Charles Delwiche / Ross F. Waller / Trinity / / /
Position
Driver / *Corresponding author / Author / major driver / Major / Associate editor / representative / /
Product
M-16 / /
ProvinceOrState
Virginia / Victoria / Nova Scotia / /
PublishedMedium
Molecular Biology and Evolution / Molecular Biology / /
Alveolate Mitochondrial Metabolic Evolution: Dinoflagellates Force Reassessment of the Role of Parasitism as a Driver of Change in Apicomplexans Jillian C. Danne,1 Sebastian G. Gornik,y,1 James I. MacRae,y,2 Malcolm J. M