Practice X-Rays and Build Your Clinical Reasoning
Train with real radiographic images, patient cases, and explanations designed for medical school. Learn to recognize patterns before facing your clinical exams.
Real clinical cases • High-res viewer with zoom & contrast • No credit card required
58-year-old male • Progressive dyspnea, productive cough, and fever for 4 days
Rx Tórax PA · BipedestaciónWhat cardinal radiographic finding is visible in the right hemithorax?
Reading X-rays is not learned by staring at pre-drawn arrows in a PDF
Many students study with pre-annotated diagrams, but freeze when presented with an unmarked film in exams or on call.
Unmarked films with no hints
In OSCE exams or the emergency department, films don't have arrows. You need a systematic, outside-in reading framework.
Lack of normal anatomical reference
Identifying subtle opacities is hard without an immediate side-by-side comparison with normal anatomy.
Low case diversity
Reviewing the same 5 classic textbook images creates false confidence that crumbles in atypical cases.
Hard to integrate with clinical symptoms
An isolated film is never enough: you must correlate patient age, lung sounds, and symptom duration to decide management.
What You Can Practice in the X-Ray Dojo
Train systematic pattern recognition across chest, abdominal, and trauma radiography.
Systematic chest radiography
Methodical review of soft tissues, bony thorax, mediastinum, hila, and lung parenchyma.
Consolidations & pneumonia
Alveolar pattern identification, air bronchograms, silhouette sign, and segmental involvement.
Pleural effusion & pneumothorax
Costophrenic angle blunting, meniscus sign, pleural visceral line, and mediastinal shift.
Heart failure & edema
Cardiothoracic ratio, cephalization of pulmonary blood flow, Kerley B lines, and bat-wing pattern.
Trauma & fractures
Cortical disruption, angulation, common emergency fractures (wrist, ankle, clavicle), and joint dislocations.
Acute abdomen
Pneumoperitoneum (subdiaphragmatic free air), stepladder air-fluid levels, and sigmoid/cecal volvulus.
How the X-Ray Dojo Works
A deliberate practice workflow to build your radiological acumen step by step.
Pick a clinical case
Filter by region (Chest, Abdomen, Extremities) or tackle an adaptive case based on your medical school year.
Inspect the film in the viewer
Use high-resolution pan, zoom, contrast inversion, and on-screen drawing tools directly on the study.
Compare with normal anatomy
Toggle side-by-side with one click to view a normal baseline radiograph of the same projection.
Formulate your diagnosis
Identify key findings and select your differential diagnosis backed by radiographic evidence.
Receive faculty feedback
Review comprehensive teaching pearls, highlighted pathology zones, and citation references.
Move to the next case
Reinforce pattern recognition through spaced repetition with progressive case difficulty.
From passive image browsing to active diagnostic reasoning
The fundamental difference between static book illustrations and interactive clinical training.
| Learning Metric | Static Atlas / Summary Notes | MedMaster X-Ray Dojo |
|---|---|---|
| Film inspection | Pre-annotated images with visible arrows | Realistic unmarked films with zoom, pan, and contrast controls |
| Anatomical reference | Flipping to another chapter to recall what normal looks like | One-click toggle between normal reference and pathology |
| Mental process | Memorizing specific photo appearances | Building a systematic reading routine for any real patient |
| Teaching feedback | Reading answer keys without identifying subtle findings | Proposing a clinical hypothesis and getting instant feedback pearls |
| Patient context | Images shown in a vacuum without vitals or history | Cases with patient age, past history, and presenting complaint |
Frequently asked questions about radiology training
Clear answers on pedagogical scope, image types, and exam preparation.