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. Author manuscript; available in PMC: 2020 Oct 1.
Published in final edited form as: Int J Med Inform. 2019 Aug 12;130:103940. doi: 10.1016/j.ijmedinf.2019.07.019

Table 1.

Summary of Included Studies and Outcome Measures.

Author, year JBI Quality Score Study Purpose Disease or symptom Study design No. of sites/providers/patients Process outcome(s) Statistically significant benefit of intervention on process outcome? Patient outcome(s) Patient-reported Statistically significant benefit of intervention on patient outcome? CDS informed from guideline EHR-integration
[38] 8 To test the impact of a CDSS on prescriber deviations from CDS recommendation for CPG-based pain management in cancer patients Pain Pre-post 1/NA/100 Decreased number of patients with at least 1 CPG deviation from 84% to 14% (p < 0.001) Yes Pain at rest by NVAS in intervention group decreased from 3.0 to 1.5 compared to discharge (p < .01) and during activitiy decreased from 7.0 to 2.5 (p < .001) in intervention group Yes Yes Yes Yes
[33] 4 To test the adherence of physician’s treatment decision compared to that provided by a CDSS in breast cancer patients Breast cancer Single-arm pilot study 1/13/127 Overall compliance with CDSS recommendation: 61.42% vs 85.03% (p < 0.001) Yes NA No NA Yes No
[34] 3 To test the adherence of physician’s treatment decision (2nd site studied) compared to that provided by a CDSS in breast cancer patients Breast cancer Single-arm pilot study 1/NR/NR Overall compliance with CDSS recommendation: 55% NA NA No NA Yes No
[39] 7 To test the impact of a CDSS on pharmacist deviations from CDS recommendation for CPG-based pain management in cancer patients Pain Pre-post 2/14/88 NCCN-CPG adherent pain regimen prescribed not changed (40% vs. 46.9% p = 0.97) No Patient-reported attainment of analgesia at 24h: 10.5% improvement (33.3% vs 43.8%, p = .78) Yes No Yes Yes
[31] 7 To test the feasibility of symptom screening linked to CDSS for clinicians to manage symptoms Symptoms (multiple) Single-arm pilot study 1/14/88 Adherence of provider to CDS recommendation averaged 57% (95% Cl: 52–62%) NA NA Yes NA Yes No
[37] 8 To test the implementation of the Distress Assessment and Response Tool (DART) Emotional distress Pre-post 1/16/196 Intervention for depression increased from 7% to 33% (p < .001) Yes Patients with intervention reported significantly greater satisfaction with emotional support (no further results available); patients with low income reported greater satisfaction with emotional support (8.67 v 5.75, p < .001) and treatment support (9.23 v 7.68, p < .05) Yes Yes Yes Yes
[36] 8 To test the effect of routine symptom screening linked to CPG-based CDS for clinician follow-up on the patient’s symptom severity Symptoms (multiple) RCT 6/NR/358 NA NA Mean treatment impact for intervention group was 3.59 severity points (p < 0.001), 43% of the non-intervention group value. Intervention group had 3x fewer severe days (p < .001) than usual care. 10 of 11 measured symptoms were significantly lower for intervention group (p.025 to < .001). Yes Yes Yes No
[40] 9 To test the impact of a CDS for prescribers on patient-reported pain intensity levels and opioid prescribing practices in cancer patients Pain Pre-post 1/NR/247 Proportion of patients starting a new opioid medication was not statistically different between groups (8.8% vs. 10.5%, p = 0.69) No Mean pain intensity score were 3.6 and 3.3 between pre- and post-intervention groups (between group difference = 0.12, 95% Cl: −0.33 – 0.58) Yes No Yes No
[32] 8 To test the impact of a CDSS for breast oncologists when determining treatment plan for cancer patients Breast cancer Single-arm pilot study 2/12/70 Site 1: Adherence 96.6%, compliance 64.28%; Site 2: Adherence 79%, Compliance 88%. (From Escher: increased compliance rate of decisions from 79% to 93%) Yes NA No NA Yes No
[41] 6 To test the impact of an anemia-management CDSS on clinicians’ management of cancer patients with anemia Anemia Pre-post 1/NR/68 Improvement in mean congruence scores to CPG between pre- and postcohort (3.00 + −1.48 compared to 8.18 + −1.38, p < 0.001) Yes Mean hemoglobin levels significantly increased in postcohort (0.80 + − 1.51 compared to 1.90 + − 1.61, p < .01) and patients in postcohort more likely to have Hb > =11 g/dL (OR3.64 (1.12–11.80, p = 0.03)) No Yes Yes No