Chromerid genomes reveal the evolutionary path from photosynthetic algae to obligate intracellular parasites

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Database :

OAIster

Journal :

Woo , Y H , Ansari , H , Otto , T D , Klinger , C M , Kolisko , M , Michálek , J , Saxena , A , Shanmugam , D , Tayyrov , A , Veluchamy , A , Ali , S , Bernal , A , del Campo , J , Cihlář , J , Flegontov , P , Gornik , S G , Hajduškova , E , Horák , A , Janouškovec , J , Katris , N J , Mast , F D , Miranda-Saavedra , D , Mourier , T , Naeem , R , Nair , M , Panigrahi , A K , Rawlings , N D , Padron-Regalado , E , Ramaprasad , A , Samad , N , Tomčala , A , Wilkes , J , Neafsey , D E , Doerig , C , Bowler , C , Keeling , P J , Roos , D S , Dacks , J B , Templeton , T J , Waller , R F , Lukeš , J , Oborník , M & Pain , A 2015 , ' Chromerid genomes reveal the evolutionary path from photosynthetic algae to obligate intracellular parasites ' , eLife , vol. 4 , e06974 .

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application/pdf, English

Publication Type :

Electronic Resource

Accession number :

edsoai.on1322671928

Document Type :

Electronic Resource