A three-layer model aligned to First Aid Step 1 and Step 2 that builds physiology, pathophysiology, and clinical reasoning.
A first-principles renal physiology model for medical students that prioritizes understanding over memorization.
Short audio episodes on core medical reasoning.
Memorized facts don't translate to clinical questions on Step 1 or Step 2.
First Aid and question banks assume understanding you may not have yet.
Concept-first learning paths aligned to First Aid for USMLE Step 1 and Step 2.
How systems work.
How systems fail.
How concepts show up on exams and in clinics.
Learning paths are coming soon for major USMLE Step 1 and Step 2 topics.
The first renal learning path is live below as a preview of the future series.
For now, join live sessions and get reminders for each upcoming date.
Connect preload, afterload, and clinical findings.
Transport, gradients, and symptom patterns.
Causes, hemodynamics, and tissue injury.
Derive patterns instead of memorizing tables.
Signs, lesions, and functional anatomy.
Focused pages that summarize high-yield topics and link to deeper learning paths.
First Aid is the outline. UWorld is application. This fills the conceptual middle for medical students.
Keep your tools. Make them coherent.
Built by a physician who has lived the gap between memorization and mastery.
Visual diagrams, interactive elements, integrated reasoning, and personalized paths.
Sign up for reminders on upcoming live sessions.
Drop-in format. Affordable. Comprehensive learning at $25 per hour, every two weeks.
Quick answers for USMLE Step 1 and Step 2 learners.
Yes. The learning paths align to First Aid topics and focus on mechanisms that show up in Step 1 and Step 2 questions.
First Aid outlines facts and question banks test them. This platform builds the conceptual middle so those facts become intuitive and easier to apply.
Start with the interactive nephron, preview the Kidney Blueprint learning path, and join live renal physiology sessions for guided reasoning.
No. Preclinical, clerkship, and resident learners use it to connect physiology to clinical questions and revisit fundamentals under time pressure.