Is there any fracture
cd /tmp/workspace && mkdir -p fracture_check && python3 -c " from PIL import Image img = Image.open('/tmp/workspace/attachments/1d487e9b-b49e-43e6-8f29-b8b6386dd5a9/9dc4e2c0-2e3e-4ce4-a9dd-adf0ebe82a98.jpg') print(img.size) "
cd /tmp/workspace/fracture_check && python3 -c " from PIL import Image img = Image.open('/tmp/workspace/attachments/1d487e9b-b49e-43e6-8f29-b8b6386dd5a9/9dc4e2c0-2e3e-4ce4-a9dd-adf0ebe82a98.jpg') # rotate 180 to correct orientation (text was upside down) rot = img.rotate(180) rot.save('rotated_full.jpg', quality=95) print(rot.size) "
cd /tmp/workspace/fracture_check && python3 -c " from PIL import Image img = Image.open('/tmp/workspace/attachments/1d487e9b-b49e-43e6-8f29-b8b6386dd5a9/9dc4e2c0-2e3e-4ce4-a9dd-adf0ebe82a98.jpg') w,h = img.size print(w,h) # Top view (AP) roughly y 150-650, crop base region (tarsometatarsal) x 60-480, y 250-550 crop1 = img.crop((40,220,520,560)).resize((1440,1020)) crop1.save('crop_top_base.jpg', quality=95) # Bottom view (oblique) roughly y 680-1220 crop2 = img.crop((40,760,520,1080)).resize((1440,960)) crop2.save('crop_bottom_base.jpg', quality=95) "
cd /tmp/workspace/fracture_check && python3 -c " from PIL import Image img = Image.open('/tmp/workspace/attachments/1d487e9b-b49e-43e6-8f29-b8b6386dd5a9/9dc4e2c0-2e3e-4ce4-a9dd-adf0ebe82a98.jpg') # Wider crop of bottom (oblique) view to see full foot with toes for numbering context crop = img.crop((40,660,960,1180)).resize((1840,1040)) crop.save('crop_bottom_full.jpg', quality=95) crop2 = img.crop((40,130,960,650)).resize((1840,1040)) crop2.save('crop_top_full.jpg', quality=95) "
cd /tmp/workspace/fracture_check && python3 -c " from PIL import Image, ImageEnhance img = Image.open('/tmp/workspace/attachments/1d487e9b-b49e-43e6-8f29-b8b6386dd5a9/9dc4e2c0-2e3e-4ce4-a9dd-adf0ebe82a98.jpg') # Zoom tightly on the tarsometatarsal region of AP view crop = img.crop((250,300,520,470)).resize((1620,1020)) enh = ImageEnhance.Contrast(crop).enhance(1.8) enh.save('crop_ap_zoom.jpg', quality=95) # Zoom tightly on the tarsometatarsal region of oblique view crop2 = img.crop((250,850,560,1020)).resize((1860,1020)) enh2 = ImageEnhance.Contrast(crop2).enhance(1.8) enh2.save('crop_obl_zoom.jpg', quality=95) "
- All 5 metatarsals, phalanges, and the visible tarsal bones (cuneiforms/cuboid) have intact, continuous cortical outlines - no obvious displaced fracture, step-off, or angulation of any metatarsal or phalangeal shaft.
- At the tarsometatarsal (Lisfranc) joint region - where the metatarsal bases meet the cuneiform/cuboid bones - there is a complex branching dark line visible in both views. On close zoom, this pattern matches the normal joint space of the Lisfranc complex (the 2nd metatarsal base is normally recessed into a mortise between the cuneiforms, which creates this zigzag appearance) rather than a clear fracture line. There's no visible step-off, gapping, or bony fragment displacement at this joint.
- No obvious lucent fracture line, cortical break, or soft tissue swelling elsewhere in the visible bones.
- This is a photograph of a physical X-ray film (not the original digital image), so fine detail and subtle hairline/stress fractures can be missed - resolution and glare limit certainty.
- I'm an AI, not a radiologist, and this is not a substitute for a formal reading. This film was taken at Gayathri Diagnostic Centre under Dr. K.T. Reddy - the official radiologist report that should accompany this film is the definitive source. If you don't have it, I'd request it from the center or the ordering doctor.
- If there is point tenderness, swelling, or bruising over a specific bone (especially the base of the 5th metatarsal or midfoot), or inability to bear weight, that clinical exam finding matters more than what's visible on a photographed film, and a subtle fracture can still be present even if not clearly seen here.