| Literature DB >> 32556824 |
Stig Magne Solstad1, Gøril Solberg Kleiven2, Christian Moltu3.
Abstract
PURPOSE: Routine outcome monitoring (ROM) and clinical feedback systems (CFS) are becoming increasingly prevalent in mental health services. Their overall efficacy is unclear, but quantitative evidence suggests they can be useful tools for preventing treatment failure and enhancing therapeutic outcomes, especially for patients who are not progressing in therapy. The body of qualitative material, however, is smaller and less refined. We need to know more about how ROM/CFS is used in psychotherapy, and why it is helpful for some patients, but not others.Entities:
Keywords: Clinical feedback systems; Qualitative research; Routine outcome monitoring
Mesh:
Year: 2020 PMID: 32556824 PMCID: PMC8528773 DOI: 10.1007/s11136-020-02550-1
Source DB: PubMed Journal: Qual Life Res ISSN: 0962-9343 Impact factor: 4.147
Fig. 1NF report
Therapist characteristics
| Therapist | Age | Sex | Profession | Years of experience | Therapeutic approach |
|---|---|---|---|---|---|
| T1 | 60s | Female | Mental health nurse | 9 | Cognitive behavioral therapy |
| T2 | 30s | Male | Clinical psychologist | 11 | Emotion-focused therapy/psychodynamic |
| T3 | 20s | Female | Clinical psychologist | 2 | Cognitive behavioral therapy |
| T4 | 30s | Female | Clinical psychologist | 3 | Psychodynamic/integrative |
| T5 | 20s | Female | Clinical psychologist | 2 | Psychodynamic/integrative |
| T6 | 20s | Female | Resident psychologist | 1 | Emotion-focused therapy/integrative |
| T7 | 30s | Female | Clinical psychologist | 3 | Emotion-focused therapy/integrative |
| T8 | 20s | Female | Resident psychologist | 1 | Cognitive behavioral therapy |
| T9 | 40s | Male | Psychiatrist | 10 | Cognitive behavioral therapy/integrative |
Patient characteristics
| Patient | Age | Sex | Interview schedule |
|---|---|---|---|
| P1 | 30s | Female | After session 6 + 10 weeks later |
| P2 | 60s | Female | After session 5 + 16 weeks later |
| P3 | 40s | Male | After session 4 + 9 weeks later |
| P4 | 40s | Male | After session 7 + 12 weeks later |
| P5 | 30s | Male | After session 6 + 12 weeks later |
| P6 | 20s | Female | After session 5 + 9 weeks later |
| P7 | 20s | Female | After session 7 + 12 weeks later |
| P8 | 20s | Female | After session 4 + 11 weeks later |
| P9 | 30s | Female | After session 5 + 12 weeks later |
| P10 | 20s | Female | After session 3, no follow-up (drop-out) |
| P11 | 70s | Female | After session 6 + 9 weeks later |
| P12 | 60s | Male | After session 4 + 13 weeks later |
Fig. 2Systematic text condensation analysis