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Everything you need to build durable clinical knowledge — from preclinical memorization to board-level reasoning.
Rotate, dissect, and pin pathology on real anatomical models.
Difficulty-tuned questions across 9 exam stages, from preclinical to MOC.
FSRS-backed flashcards that adapt to your forgetting curve.
37 board-relevant calculators with interpretation bands.
Personalized weak-spot detection and study planning.
Install on iOS/Android, study on the train.
Each stage maps to international board exams. Content adapts automatically when you filter.
An honest side-by-side. We think transparency builds trust.
Real feedback from medical students and residents.
“The daily mission keeps me honest — it pulls from my weak tags, adds one SRS review, and gives me a quick anatomy rotation. I stopped cramming the night before shelf exams because I was already retaining things across rotations.”
Jordan M. — MS3, USMLE Step 2 CK preparation
“I use the EKG trainer every morning before rounds. Being able to tap through 30 strips, get instant feedback, and have the explanation right there changed how fast I recognize patterns on call.”
Priya S. — PGY-2, Internal Medicine residency
“El filtro de etapa de examen fue lo que me convenció. Puedo cambiar entre preguntas de MIR y material preclínico en segundos, y la misión diaria me recuerda exactamente qué repasar sin perder tiempo.”
Andrés C. — Preparación MIR, España
AI-generated content for educational practice only — not affiliated with or endorsed by any exam body. Always consult qualified healthcare professionals for clinical decisions.
3D anatomy with pathology pins
mneva.health
YesGeneric Q-bank (UWorld-style)
NoFree OER (NCBI / OpenStax)
NoAI-generated explanations
mneva.health
YesGeneric Q-bank (UWorld-style)
PartialFree OER (NCBI / OpenStax)
NoMulti-stage curriculum axis
mneva.health
YesGeneric Q-bank (UWorld-style)
PartialFree OER (NCBI / OpenStax)
NoBilingual content (EN + ES)
mneva.health
YesGeneric Q-bank (UWorld-style)
NoFree OER (NCBI / OpenStax)
PartialOffline / mobile app
mneva.health
YesGeneric Q-bank (UWorld-style)
NoFree OER (NCBI / OpenStax)
NoOpen-source attribution
mneva.health
YesGeneric Q-bank (UWorld-style)
NoFree OER (NCBI / OpenStax)
YesPrice
mneva.health
Free core, optional ProGeneric Q-bank (UWorld-style)
~$300–$400 / yearFree OER (NCBI / OpenStax)
FreeNote: UWorld has a significantly larger question bank and deeper per-question explanations. We are not a replacement for high-volume Qbank drilling.
No. mneva.health is a board-exam study tool, not a clinical decision support system. All content is for educational purposes only. Do not use it to diagnose or treat patients.
No — and we're honest about that. UWorld and Amboss have larger question banks, polished explanations by specialty teams, and years of calibration data. mneva.health fills a different niche: it adds interactive 3D anatomy with pathology pins, a stage-axis curriculum that goes from MS1 to MOC, bilingual content, and an open-source architecture. Think of it as a complement, especially for anatomy-linked visual learning and multi-language study.
Cases are ingested from PubMed Central Open Access under CC-BY licenses, so the underlying case reports are verifiable back to peer-reviewed journals. Questions are hand-authored or AI-drafted then reviewed before publication. 3D anatomy models come from CC-licensed sources: Wikimedia Commons contributors, BodyParts3D (DBCLS, CC-BY-SA-2.1-JP), and the Z-Anatomy project. Attribution for every model is listed on the Credits page.
The AI (Claude Haiku) does three narrow, admin-supervised tasks: (1) generating explanations for questions on demand — these are flagged as AI-generated and reviewed before being shown to learners; (2) suggesting content domain tags (basic science / clinical / management / guideline) so the catalog stays organized; (3) suggesting links between cases and anatomy structures. No AI output goes live without a human admin applying it. The platform never generates standalone medical facts — all case content traces to published literature.
We use FSRS-5 (Free Spaced Repetition Scheduler v5), the state-of-the-art open algorithm from the ts-fsrs library. After you answer a question, you grade it Again / Hard / Good / Easy. The algorithm schedules the next review at the optimal moment just before you would forget it.
Yes. We store only the data needed to run the platform: your account details, answer attempts, and SRS card states. We do not sell data to third parties.
Read our full Privacy Policy →The core platform — cases, question bank, 3D anatomy, and spaced repetition — is free. Pro unlocks the AI Study Coach, AI explanations on demand, and advanced analytics. See the Upgrade page for pricing.
Yes. The curriculum-axis tagging covers USMLE Step 1/2/3, MIR (Spain), PLAB-1/2 (UK), NEET-PG (India), EXARMED (Mexico), MRCP/ABIM (specialty boards), and MOC. Filter by your stage and the platform surfaces the right depth of content.
Live coverage numbers: 23,094 published questions · 126 case studies · 509 clinical calculators · 15 3D anatomy structures · 12 active specialties
Preclinical
528 items
Step 1 / MIR
801 items
Clerkship
2620 items
Step 2 / PLAB-1
2143 items
Internship
718 items
Step 3 / PLAB-2
1172 items
Residency / ITE
1113 items
Boards
2538 items
MOC
1440 items
MTP: Schedule II Prescription Presented with an Added Refill
Internal Medicine
MTP: BSA-Dosed Chemotherapy Order Requiring an Independent Double-Check
Oncology
MTP: Renally-Cleared Drug Ordered Without Dose Adjustment
Internal Medicine
MTP: Schedule II Prescription Presented with an Added Refill
Internal Medicine
MTP: BSA-Dosed Chemotherapy Order Requiring an Independent Double-Check
Oncology
MTP: Renally-Cleared Drug Ordered Without Dose Adjustment
Internal Medicine
MTP: New Interacting Prescription for a Patient Stable on Warfarin
Cardiology
Pediatrics Rotation: Well-Appearing Febrile Infant at 25 Days Old
Pediatrics
Internal Medicine Rotation: Community-Acquired Pneumonia Disposition Decision
Internal Medicine
Study design, statistical testing, diagnostic test performance, bias, and evidence-based medicine.
Cardiovascular disease, ECG interpretation, and interventional procedures.
Acute care, toxicology, trauma, and critical decision-making.
Diagnosis and management of complex adult diseases across organ systems.
Neurological diagnosis, stroke management, movement disorders, and epilepsy.
Obstetric complications, gynecologic oncology, reproductive endocrinology, and labor management.
Solid tumors, hematologic malignancies, oncologic emergencies, and cancer pharmacology.
Child health, neonatal medicine, developmental milestones, and pediatric emergencies.
Psychiatric diagnosis, psychopharmacology, crisis management, and behavioral medicine.
Respiratory physiology, obstructive and restrictive lung disease, critical care ventilation, and pleural disease.
Diagnostic imaging interpretation — X-ray, CT, MRI, and ultrasound.
General surgery, perioperative management, and surgical emergencies.