🧠 NCLEX Infection Control & PPE: Standard Precautions Made Easy
Learn NCLEX infection control rules, PPE sequences, isolation types, and key mnemonics for droplet, airborne, and contact precautions.
👥 What Are Folkways? Understanding Social Norms for the MCAT
Learn what folkways are and how they show up on the MCAT. Understand this type of social norm with King of the Curve visuals and examples.
🧬 Glycogen Storage Diseases: Mnemonics, Pathways, and Step 1 Clues
Learn the types, enzyme defects, and mnemonics for glycogen storage diseases. Ace your USMLE with KOTC visuals, clinical vignettes, and key patterns.
⚡ DAT Redox Reactions Explained: Oxidation, Reduction & Half-Reactions
Master redox reactions for the DAT: Learn how to assign oxidation numbers, write half-reactions, and use redox rules to answer tricky DAT chemistry questions.
🧠 Competitive vs Noncompetitive Inhibition: Enzyme Kinetics for USMLE Step 1
Master the difference between competitive and noncompetitive inhibition for Step 1. Learn how to identify changes in Vmax and Km, with KOTC visuals and drug examples.
🧠 NCLEX Electrolyte Mnemonics: Easy Ways to Remember Sodium, Potassium, Calcium & More
Master electrolyte imbalances for NCLEX with visual mnemonics. Learn key symptoms and interventions for sodium, potassium, calcium, and magnesium.
🚫 Social Exclusion: What It Is and Why the MCAT Cares
Master social exclusion with this MCAT-ready KOTC visual. Learn how exclusion impacts health, inequality, and opportunity through examples like racism and classism.
🩺 Understanding Starling Forces: Fluid Movement and Clinical Correlates
Learn how Starling forces control capillary fluid movement and how they apply to clinical scenarios like edema, CHF, and nephrotic syndrome.
💧 DAT Solubility Rules & Precipitation Reactions: What Dissolves and What Doesn’t
Master solubility rules and precipitation reactions for the DAT. Includes a solubility chart, example problems, and ionic equation tips.
🧠 p53 Explained for USMLE Step 1: Tumor Suppression, Cell Cycle Arrest, and Li-Fraumeni Syndrome
Master the role of p53 in cell cycle arrest, apoptosis, and cancer. Learn about its molecular function, high-yield mutations, and clinical relevance for Step 1.
🧠 NCLEX ECG Interpretation: A Nurse’s Guide to Reading EKGs
Master ECG strips for the NCLEX with this quick guide. Learn how to identify rhythms, recognize lethal arrhythmias, and apply first-line nursing interventions.
🧠 Functional Fixedness: The Thinking Trap You’ll See on the MCAT
Understand functional fixedness with a KOTC visual example. Learn how this cognitive bias limits problem-solving and appears on the MCAT.
🩺 Glomerulonephritis Made Simple: Mnemonics, Pathology, and Clinical Clues
Master glomerulonephritis with high-yield mnemonics, classic case clues, and pathology pearls. Perfect for USMLE and clinical shelf exams.
🧪 Strong vs. Weak Acids and Bases: Mastering pH for the DAT
DAT chemistry review on acids, bases, and pH. Learn to distinguish strong vs. weak acids/bases, calculate pH, and avoid common test traps.
🧠 MHC I vs MHC II for USMLE Step 1: Antigen Presentation, T-Cell Types, and Diseases
Differentiate MHC I and II pathways for Step 1 success. Learn their structure, function, antigen processing, and clinical relevance with KOTC visuals.
🧠 NCLEX Sepsis Guide: Signs, Interventions & Nursing Priorities
Learn how to recognize and respond to sepsis on the NCLEX. Get a nursing-focused breakdown of symptoms, interventions, and priority actions.
🌍 Understanding Ethnocentrism: Why It Matters for the MCAT
Master ethnocentrism with this MCAT-ready KOTC visual. Learn how cultural bias impacts society and how to distinguish it from cultural relativism.
🩺 Anion Gap Metabolic Acidosis: A Clinical Guide for Students
Master the causes, diagnosis, and mnemonics of anion gap metabolic acidosis for Step 1, Step 2, and clinical rotations. KOTC simplifies it all.
🧲 DAT Intermolecular Forces Explained: Hydrogen Bonding, Dipole, and Dispersion
Learn how intermolecular forces affect boiling point, polarity, and DAT chemistry questions. Includes visuals, test tips, and examples for hydrogen bonding, dipole-dipole, and London dispersion.
🧠 QT Prolongation on USMLE Step 1: Mechanism, Risky Drugs, and Torsades de Pointes
Learn why QT prolongation matters on Step 1. Understand the mechanism, major drug culprits, and how it leads to torsades de pointes. Includes KOTC visuals and mnemonics.