Based on careful review of all three images and the textbook sources, here is my full analysis:
X-Ray Analysis - Patient: Abdul Quddus | Date: 06/02/2026
What Do the X-Rays Show?
Yes - there is a fracture. Looking across all three images (AP pelvis, and two right hip views in AP and lateral projections):
Right Intertrochanteric Femur Fracture
- There is a clear fracture line running between the greater and lesser trochanters of the right proximal femur
- The fracture appears to have 2 or more fragments (comminuted pattern), suggesting it may be an unstable intertrochanteric fracture
- The right femur shows shortening and external rotation of the distal fragment - a classic finding
- The femoral head sits within the acetabulum (no dislocation)
- There is no obvious pelvic ring fracture on the AP pelvis view
Note on the AP pelvis: There appears to be diffuse bony sclerosis/inhomogeneity throughout the pelvis and both femoral heads - this raises the possibility of osteoporosis or an underlying metabolic/pathological bone condition, which would be important for surgical planning.
Classification
Intertrochanteric fractures are classified by the number of fracture lines and stability:
- Stable (2-part): fracture line between greater and lesser trochanters, intact medial cortex
- Unstable (3 or 4-part): involves both trochanters as separate fragments, with loss of posteromedial support
- Reverse obliquity: fracture line runs perpendicular/opposite direction - treated differently
This fracture appears unstable based on the comminution visible.
Treatment (Current Standard of Care)
Surgery is required - this is not treated conservatively.
Per Rosen's Emergency Medicine and Campbell's Operative Orthopaedics 15th Ed 2026:
Immediate / Pre-operative Management
- Admit to hospital - this is not outpatient manageable
- Pain control (IV/IM analgesia, nerve block if available)
- No traction (traction is contraindicated for intertrochanteric fractures)
- Resuscitate the patient - blood loss can be significant
- Medical optimization before surgery (cardiac clearance, renal function, CBC, coagulation)
- Surgery should be performed within 24-48 hours of injury - early repair within this window reduces 1-year mortality
Definitive Surgical Treatment
The two main operative options are:
| Option | Best For |
|---|
| Cephalomedullary (Intramedullary) Nail - e.g., Gamma nail, PFNA, TAN | Unstable fractures, reverse obliquity, subtrochanteric extension - now preferred in most centers |
| Dynamic Hip Screw (DHS) with side plate | Stable 2-part fractures with intact lateral wall |
For this fracture (appearing unstable/comminuted), a cephalomedullary nail (e.g., Proximal Femoral Nail Antirotation - PFNA, or Gamma nail) is the current preferred implant. It provides:
- Better rotational control
- Load-sharing intramedullary fixation
- Lower cutout risk in osteoporotic bone
- Earlier mobilization
Post-operative Management
- Early mobilization - weight bearing as tolerated from day 1 post-op
- DVT prophylaxis (LMWH or DOACs) - mandatory given high PE risk
- Physiotherapy and occupational therapy
- Zoledronic acid (yearly bisphosphonate infusion) starting within 90 days post-repair reduces risk of further fractures and reduces overall mortality
- Nutritional support, calcium, Vitamin D
Complications to Watch For
- Mechanical failure / implant cutout (especially with osteoporotic bone)
- DVT / Pulmonary embolism
- Infection
- Non-union (uncommon with intertrochanteric fractures given good blood supply)
- Mortality: up to 30% in the first year - driven by patient age and pre-existing medical conditions
Important: This analysis is based on radiograph images provided and clinical textbook guidance. A formal radiological report and in-person orthopaedic surgeon assessment are essential before any operative decisions are made. The apparent bone quality changes visible on these X-rays should also be further evaluated.
Sources: Rosen's Emergency Medicine 10th Ed; Campbell's Operative Orthopaedics 15th Ed 2026; Tintinalli's Emergency Medicine