RT @skathire: How does a molecule which makes you pee out more glucose have such profound health benefits? History of Rx development here…
RT @skathire: How does a molecule which makes you pee out more glucose have such profound health benefits? History of Rx development here…
RT @skathire: How does a molecule which makes you pee out more glucose have such profound health benefits? History of Rx development here…
RT @skathire: How does a molecule which makes you pee out more glucose have such profound health benefits? History of Rx development here…
RT @skathire: How does a molecule which makes you pee out more glucose have such profound health benefits? History of Rx development here…
RT @skathire: How does a molecule which makes you pee out more glucose have such profound health benefits? History of Rx development here…
RT @skathire: How does a molecule which makes you pee out more glucose have such profound health benefits? History of Rx development here…
RT @skathire: How does a molecule which makes you pee out more glucose have such profound health benefits? History of Rx development here…
#ESCCongress profound thoughts here below... #sweeturine era Interesting the first report on SGLT2 gene...
How does a molecule which makes you pee out more glucose have such profound health benefits? History of Rx development here quite neat. See https://t.co/FfoLVzTsfA And a human genetics angle: Below is first paper linking SGLT2 gene to renal glucosuria: