Serially coupling hydrophobic interaction and reversed-phase chromatography with simultaneous gradients provides greater coverage of the metabolome

RT @polyomics: We love #metabolomics methodology, so you don't have to! This #TBT from Jeni Haggarty shows one way we've tried to increase…

RT @polyomics: We love #metabolomics methodology, so you don't have to! This #TBT from Jeni Haggarty shows one way we've tried to increase…

RT @polyomics: We love #metabolomics methodology, so you don't have to! This #TBT from Jeni Haggarty shows one way we've tried to increase…

We love #metabolomics methodology, so you don't have to! This #TBT from Jeni Haggarty shows one way we've tried to increase our metabolite coverage. @Thetoadwork @DalbyMatthew @stefanw1980 @soreearskid https://t.co/5QjXhpT3Vh

We recently published a paper on a new methodology developed for LC-MS metabolomics, now with corrected title! http://t.co/8VCP9lHcS7

We have recently published a paper on a new methodology developed for LC-MS metabolomics. http://t.co/kYJclqckAb

We have recently published a paper on a new methodology developed for LC-MS metabolomics. http://t.co/kYJclqckAb

Serial coupling hydrophobic interaction &RP-chromatography w simult gradients provides greater coverage of metabolome http://t.co/wOgQXZ73Qz