Clinical Review

Mastering the Physical Examination of the Athlete’s Hip

Author and Disclosure Information

In this review, we describe precise methods for evaluating the athlete’s hip or groin with an emphasis on recognizing the most common extra-articular and intra-articular pathologies, including adductor strains, athletic pubalgia, osteitis pubis, and femoroacetabular impingement with labral tears.


 

References

Take-Home Points

  • Perform a comprehensive examination to determine intra-articular pathology as well as potential extra-articular sources of hip and pelvic pain.
  • Adductor strains can be prevented with adequate rehabilitation focused on correcting predisposing factors (ie, adductor weakness or tightness, limited range of motion, and core imbalance).
  • Athletic pubalgia is diagnosed when tenderness can be elicited over the pubic tubercle.
  • Osteitis pubis is diagnosed with pain over the pubic symphysis.
  • FAI and labral injury classically present with a C-sign but can also present with lateral hip pain, buttock pain, low back pain, anterior thigh pain, and knee pain.

Hip and groin pain is a common finding among athletes of all ages and activity levels. Such pain most often occurs among athletes in sports such as football, hockey, rugby, soccer, and ballet, which demand frequent cutting, pivoting, and acceleration.1-4 Previously, pain about the hip and groin was attributed to muscular strains and soft-tissue contusions, but improvements in physical examination skills, imaging modalities, and disease-specific treatment options have led to increased recognition of hip injuries as a significant source of disability in the athletic population.5,6 These injuries make up 6% or more of all sports injuries, and the rate is increasing.7-9

In this review, we describe precise methods for evaluating the athlete’s hip or groin with an emphasis on recognizing the most common extra-articular and intra-articular pathologies, including adductor strains, athletic pubalgia, osteitis pubis, and femoroacetabular impingement (FAI) with labral tears.

Hip Pathoanatomy

The first step in determining the etiology of pain is to establish if there is true pathology of the hip joint and surrounding structures, or if the pain is referred from another source.

Table 1.
Although a comprehensive discussion of the plausible causes of hip and groin pain is beyond the scope of this review, it is important to have a general understanding of possible diagnoses, as this knowledge lays the groundwork for performing the physical examination (Table 1).3,10

Patient History

The physical examination is guided by the patient’s history. Important patient-specific factors to be ascertained include age, sport(s) played, competition level, seasonal timing, and effect of the injury on performance. Regarding presenting symptoms, attention should be given to pain location, timing (acute vs chronic), onset, nature (clicking, catching, instability), and precipitating factors. Acute-onset pain with muscle contraction or stretching, possibly accompanied by an audible pop, is likely musculotendinous in origin. Insidious-onset dull aching pain that worsens with activity more commonly involves intra-articular processes. Most classically, this pain occurs deep in the groin and is demonstrated by the C sign: The patient cups a hand with its fingers pointing toward the anterior groin at the level of the greater trochanter (Figure 1).11

Figure 1.
A history of burning pain, night pain, pain with sitting, weakness, or neurologic symptoms with radiculopathy suggests a spinal process.

A comprehensive hip evaluation can be performed with the patient in the standing, seated, supine, lateral, and prone positions, as previously described (Table 2).6,12,13

Table 2.
Now we describe the physical examination for the most common etiologies presenting in athletes.

Extra-Articular Hip Pathologies

Adductor Strains

The adductor muscle group includes the adductor magnus, adductor brevis, gracilis, obturator externus, pectineus, and adductor longus, which is the most commonly strained. Adductor strains are the most common cause of groin pain in athletes, and usually occur in sports that require forceful eccentric contraction of the adductors.14 Among professional soccer players, adductor strains represent almost one fourth of all muscle injuries and result in lost playing time averaging 2 weeks and an 18% reinjury rate.15 These injuries are particularly detrimental to performance because the adductor muscles help stabilize the pelvis during closed-chain activities.3 Diagnosis and adequate rehabilitation focused on correcting predisposing factors (eg, adductor weakness or tightness, loss of hip range of motion, core imbalance) are paramount in reinjury prevention.16,17

On presentation, athletes complain of aching groin or medial thigh pain. The examiner should assess for swelling or ecchymosis. There typically is tenderness to palpation at or near the origin on the pubic bones, with pain exacerbated with resisted adduction and passive stretch into abduction during examination. Palpation of adductors requires proper exposure and is most easily performed with the patient supine and the lower extremity in a figure-of-4 position (Figure 2A).

Figure 2.
Resisted adduction can also be tested with the patient supine and the hips and knees brought into flexion. The test is positive if the patient experiences focal pain in the proximal aspect of the adductor muscles while trying to bring the legs together against the examiner’s resistance (Figure 2B).

Pages

Recommended Reading

VIDEO: Biologics: Proposed guideline addresses perioperative management
MDedge Surgery
Comparing Cost, Efficacy, and Safety of Intravenous and Topical Tranexamic Acid in Total Hip and Knee Arthroplasty
MDedge Surgery
T-Capsulotomy to Improve Visualization of the Peripheral Compartment and Repair
MDedge Surgery
Bariatric surgery or total joint replacement: which first?
MDedge Surgery
Imaging for Nonarthritic Hip Pathology
MDedge Surgery
Treatment of Femoroacetabular Impingement: Labrum, Cartilage, Osseous Deformity, and Capsule
MDedge Surgery
Evolution of Femoroacetabular Impingement Treatment: The ANCHOR Experience
MDedge Surgery
Multicenter Outcomes After Hip Arthroscopy: Epidemiology (MASH Study Group). What Are We Seeing in the Office, and Who Are We Choosing to Treat?
MDedge Surgery
Current Concepts in Labral Repair and Refixation: Anatomical Approach to Labral Management
MDedge Surgery
Current Techniques in Treating Femoroacetabular Impingement: Capsular Repair and Plication
MDedge Surgery