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Why so much Y when we can generate normal mice via assisted reproduction with only two genes from the Y chromosome? https://t.co/4APDTmzaQj

— F1000Prime (@F1000) December 16, 2013

A nudge in the right direction: asking patients if they've been elbowed by their bedfellow helps predict OSA. https://t.co/tauVxnuSw8

— F1000Prime (@F1000) December 18, 2013

Thinking clearly: a mechanism of action for oxytocin may be through cutting out the brain's 'background noise'. https://t.co/dSsC0c1h8v

— F1000Prime (@F1000) December 18, 2013

While on the rest of Twitter…

Online Now: in vivo reprogramming of reactive glial cells into functional neurons; Chen lab https://t.co/fXPGGXGIoK pic.twitter.com/40nQvpt09U

— Cell Stem Cell (@CellStemCell) December 19, 2013

Wow! RT @ChirurgeonsAppr: Ladies & Gentleman: a dissected lego frog. You're welcome: https://t.co/Yp3QGvQugL pic.twitter.com/hhxowXUJQH

— Wellcome Trust (@wellcometrust) December 20, 2013

Beautiful image of the plant Pittosporum Glabratum common to China & known as guang ye hai tong #microscopy #Cytell pic.twitter.com/ROFMhKVvgQ

— GE Cell Biology (@GECellBiology) December 20, 2013