Hyperkalemia – Causes Nursing Mnemonic (MACHINE)
Master
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Included In This Lesson
Outline
MACHINE
- M-Medications – ACE Inhibitors, NSAIDS, potassium-sparing diuretics
- A-Acidosis – Metabolic and respiratory
- C-Cellular destruction – burns, traumatic injury, hemolysis
- H-Hypoaldosteronism – Addison’s
- I-Intake- excessive
- N-Nephrons- renal failure
- E-Excretion – Impaired
Description
Hyperkalemia is elevated potassium in the blood. Typical levels of potassium in the blood are 3.5 to 5.0 mEq/L. In acidosis and cellular destruction, potassium shifts from inside the cell to the blood stream. Medications and kidney damage can decrease urinary excretion of potassium. Excessive intake of potassium can also lead to hyperkalemia. Potassium is necessary for the transmission of electrical impulses in heart and skeletal muscle; therefore increased potassium can cause ECG changes.
Additional Studies to know
Concepts Covered:
- Tissues and Glands
- Circulatory System
- Skeletal System
- Preoperative Nursing
- Studying
- Urinary System
- Respiratory System
- Sensory System
- Muscular System
- Noninfectious Respiratory Disorder
- Urinary Disorders
Study Plan Lessons
Anatomy & Physiology Course Introduction
Blood Pressure (BP) Control
Bone Structure
Health Assessment Course Introduction
Hyperkalemia – Causes Nursing Mnemonic (MACHINE)
Hyperkalemia – Management Nursing Mnemonic (AIRED)
Hyperkalemia – Signs and Symptoms Nursing Mnemonic (Murder)
Hypernatremia – Causes Nursing Mnemonic (MODEL)
Intro to Health Assessment
Introduction to Health Assessment
Joints
Order of Lab Draws
Oxygen Delivery Module Intro
Respiratory A&P Module Intro
Sensory Basics
Skeletal Anatomy
Skeletal Muscle
Trach Care
Trach Suctioning
Types of Epithelial (Skin) Tissue
Urinary Elimination
Urinary System Anatomy (Anatomy and Physiology)