The bornavirus-derived human protein EBLN1 promotes efficient cell cycle transit, microtubule organisation and genome stability

Overview of attention for article published in Scientific Reports, October 2016

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RT @ArisKatzourakis: Functional study on the human endogenous bornavirus EBLN1 https://t.co/LF6iHm4Unr #paleovirology

RT @ArisKatzourakis: Functional study on the human endogenous bornavirus EBLN1 https://t.co/LF6iHm4Unr #paleovirology

RT @ArisKatzourakis: Functional study on the human endogenous bornavirus EBLN1 https://t.co/LF6iHm4Unr #paleovirology

RT @ArisKatzourakis: Functional study on the human endogenous bornavirus EBLN1 https://t.co/LF6iHm4Unr #paleovirology

RT @ArisKatzourakis: Functional study on the human endogenous bornavirus EBLN1 https://t.co/LF6iHm4Unr #paleovirology

RT @ArisKatzourakis: Functional study on the human endogenous bornavirus EBLN1 https://t.co/LF6iHm4Unr #paleovirology

Functional study on the human endogenous bornavirus EBLN1 https://t.co/LF6iHm4Unr #paleovirology

New paper from Collis lab reveals ancient endogenised bornavirus gene has key biological functions in human cells. https://t.co/8aetZ7f3r6