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. 2007 Jul 31;9(3):24.

Table 3.

Selected Clinical Decision-Making Patterns of Primary Care Physicians When Evaluating and Treating Patients With COPD

Pattern Primary Care Specialty P Value Guideline Use P Value

Internal Medicine Family and General Practice User Non-User

Assessment
Test to evaluate persistent dyspnea in a smoker w/normal CXR: % (number)
 •Spirometry 89.3% (285) 90.5% (411) .71 92.4% (181) 89.2% (513) .13
 •Peak flow measurement 6.9% (22) 5.1% (23) 3.6% (7) 6.6% (38)
 •ECG 0.9% (3) 1.8% (8) 2.6% (5) 1.0% (6)
 •ECHO 0.9% (3) 1.1% (5) 1.0% (2) 1.0% (6)
 •No additional tests 1.9% (6) 1.5% (7) 0.5% (1) 2.1% (12)
Would order spirometry for subtle respiratory symptoms in a high-risk patient: % (number) 72.5% (234) 60.8% (278) < .01* 73.5% (144) 62.8% (365) < .01
Interpret FEV and FEV1/FVC consistently with GOLD classification: % (number) 64.4% (208) 67.5% (309) .37 66.8% (131) 66.0% (384) .83
Treatment
Initial therapy for a smoker with mild COPD: % (number)
 •No treatment 23.8% (77) 18.2% (83) .20 14.4% (28) 22.7% (132) .02
 •Short-acting bronchodilator 22.3% (72) 25.4% (116) 26.8% (52) 23.2% (135)
 •Long-acting bronchodilator 23.8% (72) 22.6% (103) 28.9% (56) 21.3% (124)
 •Inhaled corticosteroid 30.0% (97) 33.8% (154) 29.9% (58) 32.8% (191)
Therapy for a 58-year-old smoker with persistent dyspnea unresponsive to antibiotics and short-acting bronchodilator, before spirometry: % (number)
 •Different antibiotic 0.0% (0) 3.2% (7) .07 2.4% (2) 1.9% (5) < .01
 •Long-acting anticholinergic 40.3% (54) 33.0% (73) 49.4% (41) 32.1% (87)
 •Inhaled corticosteroid 30.6% (41) 27.6% (61) 15.7% (13) 32.1% (87)
 •Combination short-acting beta-agonist/anticholinergic 29.1% (39) 36.2% (80) 32.5% (27) 34.0% (92)
Risk reduction for COPD patients
Would offer detailed smoking cessation counseling and arrange follow-up (%) 76.0% (244) 77.2% (349) .70 83.2% (163) 74.6% (429) .01
*

Difference between specialty groups remained significant after controlling for guideline use (P < .01)