ylu
@luyimin2009
Dad | Kidney | Peace | 🌍👽🤖🎶
ID: 1250646354055004161
16-04-2020 04:45:12
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Great to see our organoid-microbe co-culture approaches published in Nature Protocols! Not just because they are the basis for several cool projects but also bc the author list reflects the many The Clevers Lab members who developed these in the past years. nature.com/articles/s4159…
#HumanProteinAtlas- Single Cell Type Atlas proteinatlas.org/humanproteome/… Search my genes across 192 cell types & 13 human tissues😀 Thanks! +wait for brain, skeletal muscle, bone & more organs🤠 Dr. Mathias Uhlén & Cecilia Lindskog labs Science Advances 2021 advances.sciencemag.org/content/7/31/e…
SGLT2 inhibition reduces the risk of serious hyperkalemia in people with diabetic kidney disease, which may enable greater use of RAAS inhibitors in CKD and/or heart failure New CREDENCE data presented this week at #ESCCongress, now in European Society of Cardiology Journals: academic.oup.com/eurheartj/adva…
Unconventional T cells and kidney disease ow.ly/ZCa750FZZlr Nature Reviews Nephrology
#SSaSS at #ESCCongress In a #pragmatic (n=20,995) randomized trial, salt substitute (vs. regular): ⬇️stroke, MACE & ☠️ ✅No evidence of harm, incl. hypErK Interesting findings for a low-cost interv. Large-scale implementation challenging European Society of Cardiology NEJM nejm.org/doi/full/10.10…
#ESCCongress The SSAs study: What are the effects of salt substitutes in stroke, MACE, total mortality and hyperkalemia? Very important conclusions, all outcomes significantly reduced and no signs of hyperkalemia. Wonder what the effect would be in blacks! Dr Anastasia Mihailidou FAHA FCSANZ FESC