Anatomy of the Hip Joint in
Radiology
• Radiological Evaluation and Key Landmarks
• Presented by: [Your Name]
• Date: [Insert Date]
Introduction
• • The hip joint is a ball-and-socket synovial
joint
• • Formed by the acetabulum of the pelvis and
the head of the femur
• • Strong ligaments and deep socket = stable
joint
• • Important in weight-bearing and locomotion
Radiological Modalities
• • X-ray – first-line for fractures, arthritis
• • CT Scan – bony detail, complex fractures
• • MRI – soft tissues, labrum, marrow changes
• • Ultrasound – pediatric hip (DDH), effusions
Standard Hip X-ray Views
• • Anteroposterior (AP) View - Visualizes both
hips, pelvis alignment
• • Lateral (Frog-leg) View - Femoral neck and
head, greater detail
• • Judet Views (Oblique views) - Acetabular
fractures
Bony Anatomy on X-ray
• • Pelvic bones: ilium, ischium, pubis
• • Acetabulum: concave socket
• • Femoral head: spherical ball
• • Neck of femur: common fracture site
• • Greater & lesser trochanter
Key Radiographic Landmarks
• • Shenton’s Line – continuity between femur
and pelvis
• • Ilioischial line – posterior acetabulum
• • Iliopectineal line – anterior column
• • Teardrop sign – acetabular floor
• • Acetabular sourcil – weight-bearing roof of
acetabulum
Soft Tissue Structures (MRI Focus)
• • Labrum – fibrocartilage rim
• • Ligamentum teres
• • Joint capsule
• • Gluteal muscles, iliopsoas
• • Bursa (iliopsoas, trochanteric)
Pediatric Considerations
• • Developmental Dysplasia of Hip (DDH)
• - Use Ultrasound in infants
• - Look for alpha and beta angles
• • Femoral head ossification center
• - Appears around 4-6 months
Clinical Applications
• • Fractures: neck, intertrochanteric,
acetabular
• • Arthritis: joint space narrowing, osteophytes
• • Avascular necrosis: MRI best
• • Labral tears: MR arthrogram
Case Examples (with Radiographs)
• • Normal AP pelvis X-ray
• • Neck of femur fracture
• • DDH ultrasound
• • MRI with labral tear
• (Insert images from open access radiology
resources)
Conclusion
• • Understanding hip joint anatomy is essential
for accurate radiologic interpretation
• • Multiple modalities complement each other
• • Knowledge of normal anatomy aids in
detecting subtle pathology
References
• • Radiopaedia.org
• • Gray’s Anatomy
• • Textbook of Musculoskeletal Radiology
• • [Any institution-specific or journal sources]

Anatomy_of_Hip_Joint_Radiologyfdssdffsssss

  • 1.
    Anatomy of theHip Joint in Radiology • Radiological Evaluation and Key Landmarks • Presented by: [Your Name] • Date: [Insert Date]
  • 2.
    Introduction • • Thehip joint is a ball-and-socket synovial joint • • Formed by the acetabulum of the pelvis and the head of the femur • • Strong ligaments and deep socket = stable joint • • Important in weight-bearing and locomotion
  • 3.
    Radiological Modalities • •X-ray – first-line for fractures, arthritis • • CT Scan – bony detail, complex fractures • • MRI – soft tissues, labrum, marrow changes • • Ultrasound – pediatric hip (DDH), effusions
  • 4.
    Standard Hip X-rayViews • • Anteroposterior (AP) View - Visualizes both hips, pelvis alignment • • Lateral (Frog-leg) View - Femoral neck and head, greater detail • • Judet Views (Oblique views) - Acetabular fractures
  • 5.
    Bony Anatomy onX-ray • • Pelvic bones: ilium, ischium, pubis • • Acetabulum: concave socket • • Femoral head: spherical ball • • Neck of femur: common fracture site • • Greater & lesser trochanter
  • 6.
    Key Radiographic Landmarks •• Shenton’s Line – continuity between femur and pelvis • • Ilioischial line – posterior acetabulum • • Iliopectineal line – anterior column • • Teardrop sign – acetabular floor • • Acetabular sourcil – weight-bearing roof of acetabulum
  • 7.
    Soft Tissue Structures(MRI Focus) • • Labrum – fibrocartilage rim • • Ligamentum teres • • Joint capsule • • Gluteal muscles, iliopsoas • • Bursa (iliopsoas, trochanteric)
  • 8.
    Pediatric Considerations • •Developmental Dysplasia of Hip (DDH) • - Use Ultrasound in infants • - Look for alpha and beta angles • • Femoral head ossification center • - Appears around 4-6 months
  • 9.
    Clinical Applications • •Fractures: neck, intertrochanteric, acetabular • • Arthritis: joint space narrowing, osteophytes • • Avascular necrosis: MRI best • • Labral tears: MR arthrogram
  • 10.
    Case Examples (withRadiographs) • • Normal AP pelvis X-ray • • Neck of femur fracture • • DDH ultrasound • • MRI with labral tear • (Insert images from open access radiology resources)
  • 11.
    Conclusion • • Understandinghip joint anatomy is essential for accurate radiologic interpretation • • Multiple modalities complement each other • • Knowledge of normal anatomy aids in detecting subtle pathology
  • 12.
    References • • Radiopaedia.org •• Gray’s Anatomy • • Textbook of Musculoskeletal Radiology • • [Any institution-specific or journal sources]