Created at 3:13 a.m. Apr, 29, 2026
Author: andy.a.geiger
Related Note: 1475023402435 2
Rationale for change

Aldosterone increases the apical conductance of both Na+ (through upregulation of ENac) and K+, so the second cloze of the original card here has two possible answers. I remedied this by including Na+ and adding a hint to the cloze so users know the answer includes 2 ions.

If needed, source: https://pubmed.ncbi.nlm.nih.gov/2166326/

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#AK_Step1_v12::#Costanzo::Renal::07_Sodium_Balance #AK_Step1_v12::#Physeo::03_Physiology::04_Nephrology::05_Renin-Angiotensin-Aldosterone_System #AK_Step1_v12::#B&B::21_Renal::01_Embryology_Anatomy_and_Physiology::09_Collecting_Duct::Extra #AK_Step1_v12::#NinjaNerd::04_Pharmacology::01_Basics::04_Diuretics #AK_Step1_v12::#NinjaNerd::06_Cardiovascular::02_Physiology::14_Blood_Pressure_Regulation_(Hypotension) #AK_Step1_v12::#Bootcamp::Cardiology::10_Renin-Angiotensin-Aldosterone_System::01_Regulation #AK_Other::#AK_Original_Decks::Step_1::Zanki_Step_Decks::Zanki_Renal::Renal_Physiology_+_Embryo,_Anatomy #AK_Step1_v12::#OME::Clinical::Internal_Medicine::Nephrology #AK_Step1_v12::#NinjaNerd::13_Renal::02_Physiology::06_The_Collecting_Duct #AK_Step1_v12::#Physeo::03_Physiology::06_Endocrinology::07_Adrenal_Glands #AK_Other::Only_Step_1 #AK_Step1_v12::#Low/HighYield::1-HighYield #AK_Step1_v12::#NinjaNerd::13_Renal::02_Physiology::08_Autoregulation #AK_Step1_v12::#Bootcamp::Nephrology::04_Renin-Angiotensin-Aldosterone_System::02_RAAS_Effects #AK_Step1_v12::#NinjaNerd::07_Endocrinology::01_Physiology::12_Adrenal_Gland:_(Aldosterone) #AK_Step2_v12::#B&B::04_Endocrinology::02_Adrenal_Glands::01_Hyperaldosteronism #AK_Step2_v12::#SketchyIM::06_Electrolytes_&_Acid_Base::04_Retired_Lessons::03_Hyperkalemia_Ddx_&_Management_[OLD_VERSION] #AK_Step1_v12::#B&B::09_Endocrinology::02_Adrenals::01_Adrenal_Glands::Extra #AK_Step1_v12::#FirstAid::14_Renal::03_Physiology::11_Nephron_transport_physiology::*Late_Distal_Convoluted_Tubule_Collecting_Duct #AK_Step1_v12::^Systems::Renal::Physiology