Hip Conditions We Analyze

Our AI consortium analyzes Hip MRI for 10 conditions including hip impingement, labral tears, arthritis, avascular necrosis, and fractures. The four-model consortium cross-references multiple imaging planes to flag findings. Results are informational only and not a clinical diagnosis.

X-ray is usually the first view for hip arthritis, alignment, fracture screening, and obvious cam or pincer morphology. CT adds sharper bone detail for subtle fracture lines, surgical planning, or complex impingement shape. MRI is better for the labrum, cartilage, marrow edema, avascular necrosis, bursitis, gluteal tendons, and stress injuries.

MRI can show labral tears, paralabral cysts, cartilage injury, bursitis, gluteal tendon disease, marrow edema, stress injury, and avascular necrosis. It can also show indirect signs of FAI. MRI findings are informational until a clinician checks whether the imaging matches the patient's symptoms and examination.

X-ray is useful for arthritis, fracture screening, alignment, dysplasia, and obvious cam or pincer morphology, but it cannot directly diagnose the labrum, bursae, cartilage surface, or gluteal tendons. When the pain question is soft tissue, MRI or ultrasound is usually needed.

CT is better for cortical fracture lines, surgical bone planning, post-operative hardware, acetabular version, and detailed cam or pincer morphology. MRI is better for marrow edema, labrum, cartilage, tendons, bursae, and early avascular necrosis. Most clinical decisions combine the scan type with the story and examination.

A clinician should confirm the pain location, exam findings, side and severity, image quality, prior surgery, red flags, and whether the imaging abnormality is incidental or likely responsible for symptoms. AI output can help organize questions, but it does not establish a diagnosis by itself.

AI cannot prove pain causation, decide whether surgery or injection is needed, exclude infection or cancer in every context, or replace a radiologist or orthopedic clinician. It can describe visible imaging patterns from rendered images and should be used as an informational aid for clinician review.

Accuracy depends on image quality, scan type, and condition. Our multi-model consortium (4 independent AI models synthesized by Claude) reduces single-model errors through cross-validation. For clinical decisions, always consult an orthopedic specialist or radiologist.

Yes. No account or registration is required. You select DICOM files from your device, they are parsed entirely in your browser, and rendered images are sent to AI models for analysis. Your raw files never leave your device.

No. The analysis is an educational aid to help you understand your imaging findings before or between specialist appointments. For diagnosis, treatment planning, and any medical decisions, consult a qualified orthopedic surgeon or radiologist.

Proton density fat-saturated (PD-FS) sequences on 1.5T or 3T scanners produce the most reliable results. Standard clinical protocols with sagittal, coronal, and axial planes give the AI consortium the most information. Lower-field or motion-degraded scans may reduce detection confidence.

The AI models were primarily trained on adult imaging. Pediatric studies involve open growth plates and different anatomy that may not be reliably interpreted. Pediatric Hip imaging should always be reviewed by a specialist experienced in pediatric musculoskeletal imaging.

Post-surgical imaging can be analyzed, but metallic implants, hardware artifacts, and altered anatomy reduce reliability. The AI will flag what it detects but confidence scores should be interpreted cautiously. Always share post-surgical scans with your treating surgeon.

Your raw DICOM files, ZIP archives, and original pixel data are processed entirely in your browser and never uploaded to our servers. Only rendered JPEG frames needed for AI analysis are transmitted over an encrypted connection, and they are not stored after the analysis is complete.