Renal Physiology 101: Renal magnesium re absorption #Nephpearls http://t.co/i0PrXP21sr pic.twitter.com/nxOC2L9n88
— Edgar V. Lerma (@edgarvlermamd) December 28, 2014Model of magnesium reabsorption in the Distal Convoluted Tubule #Nephpearls http://t.co/zfnSlcr94d pic.twitter.com/mGLllimaYC
— Edgar V. Lerma (@edgarvlermamd) December 28, 2014Electrolyte handling in the Distal Convoluted Tubule #Nephpearls http://t.co/i0PrXP21sr pic.twitter.com/jhRhjGeUBC
— Edgar V. Lerma (@edgarvlermamd) December 28, 2014Nice discussion of Diff Dx of Magnesium disorders @RenalFellowNtwk
A MUST KNOW #Nephpearls http://t.co/d0c13xagwd pic.twitter.com/zATfkZUMUm
— Edgar V. Lerma (@edgarvlermamd) December 28, 2014Inherited forms of hypomagnesemia and associated genes #Nephpearls http://t.co/i0PrXP21sr pic.twitter.com/wiB3PrEFoZ
— Edgar V. Lerma (@edgarvlermamd) December 28, 2014Cetuximab induced hypomagnesemia via inhibition of EGF #Nephpearls http://t.co/PGl2Q58FAR pic.twitter.com/b50OVn0L89
— Edgar V. Lerma (@edgarvlermamd) December 28, 2014PPI induced hypomagnesemia due to TRPM6 related decreased gut absorption #Nephpearls http://t.co/CiO46rxBwT pic.twitter.com/rY3DvZP8Il
— Edgar V. Lerma (@edgarvlermamd) December 28, 2014@kidney_boy Mechanism of hypokalemia in Magnesium deficiency #Nephpearls http://t.co/n9xlp50D6K pic.twitter.com/GMQFYfXSP6
— Edgar V. Lerma (@edgarvlermamd) December 28, 2014
