imaging training was strongest for accuracy of the CT-Scan (Cervical Fracture) and imaging training during entry level program was the strongest for the plain-film radiograph (hip AVN) (Table 3). Highest degree earned and primary degree received associated with accuracy are seen in Table 4. Possessing a DPT as a primary degree versus an undergraduate degree was a strong predictor for accuracy for the MRI (ACL), but was not significant for the plain-film radiograph (hip AVN) or CT- Scan (cervical fracture). Having a primary masters degrees versus an undergraduate degree did not improve accuracy. Again, possession of a DPT as the highest degree earned was a predictor for accuracy for the MRI (ACL), but not for the other forms of imaging. Table 5 provides information on the utility of APTA and non-APTA sanctioned certifications. Orthopedic (OCS) and sports (SCS) board certifications within the APTA, along with â€œotherâ€? APTA certifications (including OCS and SCS) was associated with increased accuracy for the MRI (ACL) scenario, CTscan (cervical fracture) and the plain-film radiograph scenario (hip AVN) where non APTA certifications was associated with increased accuracy for only the MRI (ACL) scenario. The highest odds ratios involve those with OCS and SCS certifications. Table 6 provides information on practice setting. Working in an outpatient setting significantly increased accuracy only for the MRI (ACL scenario). Treating a population that is at least 75% orthopaedic was significant for increased accuracy for the MRI (ACL) and CT-scan (cervical fracture) scenarios. DISCUSSION The purpose of the current study was three fold: First, to determine the overall ability of licensed physical therapists to identify pathology using three different imaging modalities with conditions of the hip, cervical spine and knee. Second, to investigate whether providing a concurrent clinical scenario improved the accuracy of the identification. Third, to evaluate Table 3. Imaging Training Associated with Accuracy of Imaging plus Clinical Scenario Assessment. Variable Odds Ratio (95% CI) p- value Correctness of ACL Diagnosis Imaging training during entry level program Imaging training post-graduate degree 3.26 (2.30, 4.62) <0.01 2.72 (1.63, 4.52) <0.01 Imaging training during CEU courses 3.72 (1.82, 7.60) <0.01 Other formal or informal imaging training 2.99 (2.00, 4.48) <0.01 Correctness of AVN Diagnosis Imaging training during entry level program Imaging training post-graduate degree 3.46 (2.22, 5.39) <0.01 2.73 (1.56, 4.79) <0.01 Imaging training during CEU courses 3.22 (1.71, 6.05) Other formal or informal imaging 4.24 (2.60, 6.92) training Correctness of Cervical Fracture Diagnosis <0.01 <0.01 Imaging training during entry level program Imaging training post-graduate degree 5.28 (3.46, 8.05) <0.01 5.27 (3.07, 9.04) <0.01 Imaging training during CEU courses 4.82 (2.50, 9.29) <0.01 Other formal or informal imaging training 3.76 (2.35, 6.01) <0.01 The International Journal of Sports Physical Therapy | Volume 9, Number 5 | October 2014 | Page 679