Absence of co-phylogeny indicates repeated diatom capture in dinophytes hosting a tertiary endosymbiont

Overview of attention for article published in Organisms Diversity & Evolution, November 2017

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In the top 25% of all research outputs scored by Altmetric
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RT @GfBS_ODE: Lack of co-#phylogeny suggests that #dinophytes (a.k.a. #dinoflagellates) repeatedly took up #diatoms as tertiary #endosymbio…

RT @GfBS_ODE: Lack of co-#phylogeny suggests that #dinophytes (a.k.a. #dinoflagellates) repeatedly took up #diatoms as tertiary #endosymbio…

Lack of co-#phylogeny suggests that #dinophytes (a.k.a. #dinoflagellates) repeatedly took up #diatoms as tertiary #endosymbionts. https://t.co/Br0EiUcP6L

Absence of co-phylogeny indicates repeated #diatom capture in #dinophytes hosting a tertiary #endosymbiont https://t.co/whsEnYUHsZ

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