Rejected at 5:57 p.m. Oct, 31, 2023 ] by dollajas
Author: mhk.md80
Related Note: 1475028603588
Rationale for change

I'm unable to find any mention that a-adrenergic antagonists causes a shift of K+ into cells in B&B or sketchy (not sure about other resources).

A quick search suggests that a-adrenergic agonists stimulate Na+/K+ ATPase activity to drive K+ into cells, which would be the opposite effect:
https://pubmed.ncbi.nlm.nih.gov/9547386/
https://www.nature.com/articles/pr1996112

Rejection reason

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#AK_Step1_v12::#B&B::21_Renal::03_Electrolytes::01_Electrolyte_Disorders #AK_Step1_v12::#Bootcamp::Nephrology::05_Electrolytes::02_Potassium #AK_Step2_v12::#SketchyIM::06_Electrolytes_&_Acid_Base::04_Retired_Lessons::04_Hypokalemia_Ddx_&_Managment_[OLD_VERSION] #AK_Step2_v12::#B&B::15_Renal_and_Genitourinary::02_Fluids_and_Electrolytes::04_Potassium_Disorders::Extra #AK_Step1_v12::#FirstAid::14_Renal::03_Physiology::18_Potassium_shifts::*Autonomic_Drugs #AK_Step1_v12::#Costanzo::Renal::08_Potassium_Balance #AK_Other::#AK_Original_Decks::Step_1::Zanki_Step_Decks::Zanki_Renal::Renal_Physiology_+_Embryo,_Anatomy #AK_Step1_v12::#Low/HighYield::2-RelativelyHighYield #AK_Step1_v12::#OME::PreClinical::Renal #AK_Step1_v12::^Systems::Renal::Physiology