Copyright: ©Author(s) 2026.
World J Psychiatry. Nov 19, 2026; 16(11): 116382
Published online Nov 19, 2026. doi: 10.5498/wjp.116382
Published online Nov 19, 2026. doi: 10.5498/wjp.116382
Table 1 Comparative analysis of evidence-based psychological interventions for suicide attempters in emergency department settings
| Intervention type | Core components | Target population | Duration/format | Key efficacy findings | Implementation considerations |
| SPI | Collaborative development of personalized crisis response plan; means restriction counseling; identification of warning signs and coping strategies | All suicide attempters presenting to ED | Single session (20-45 minutes); often combined with follow-up contacts | Odds ratio: 0.51 for suicide attempts vs usual care[4]; 43%-86% reduction in suicide-related ED visits in DBT programs[29] | Can be delivered by trained nurses, social workers, or peers; requires standardized training and fidelity monitoring |
| Cognitive behavioral therapy | Cognitive restructuring; problem-solving skills; emotion regulation; behavioral activation | High-risk patients with recurrent attempts or severe ideation | 6-12 sessions (individual or group); may be initiated in ED with community referral | Odds ratio: 0.54 for repeat attempts[5]; 41% reduced risk via telehealth delivery[27] | Requires specialized therapists; may involve task-shifting with supervision; telehealth adaptations show promise[20] |
| DBT | Mindfulness, distress tolerance, emotion regulation, interpersonal effectiveness skills | Patients with borderline personality traits, chronic suicidality, or emotion dysregulation | Comprehensive program (individual therapy, skills group, phone coaching, team consultation) | Significant reductions in suicide attempts and self-harm[33]; digital DBT shows feasibility[15] | Resource-intensive; requires specialized training; digital adaptations may increase accessibility[33] |
| Brief contact interventions | Postcards, letters, phone calls, text messages; caring contacts; systematic follow-up | All suicide attempters post-discharge | Multiple contacts over 6-12 months (e.g., 24-48 hours, 1 week, 1 month, 3 months, 6 months) | 24% reduced risk of relapse with early appointment scheduling[31]; active contact reduces repeat attempts within 6 months[30] | Low-cost; can be automated or delivered by non-specialists; requires systematic tracking system[56,57] |
| Attempted Suicide Short Intervention Program | Therapeutic alliance building; narrative reconstruction; safety planning; follow-up letters | First-time and repeat suicide attempters | 3-4 sessions plus follow-up letters over 24 months | Reduced suicide reattempts by 80% at 24-month follow-up[55] | Brief format (3 sessions); manualized; requires therapist training[55] |
Table 2 Implementation barriers and evidence-based solutions for emergency department suicide prevention programs
| Barrier category | Specific barriers | Evidence-based solutions | Supporting evidence |
| Workforce and training | Limited mental health specialists in ED; inadequate suicide risk assessment training; high staff turnover | Task-shifting with protocolized interventions; standardized training programs; telehealth consultation models | Nurse-led SPI implementation[20]; ED-SAFE training protocols[11]; SPCC telehealth model[40] |
| Workflow and resources | Time constraints; competing clinical priorities; lack of dedicated space for interventions | Integration into nursing discharge process; electronic health record prompts; dedicated “suicide prevention coordinator” role | SPI embedded in discharge workflow[29]; EHR clinical decision support[36]; follow-up coordinator models[45] |
| Assessment and documentation | Inconsistent risk assessment; lack of standardized tools; poor documentation | Mandatory use of validated tools (Columbia-Suicide Severity Rating Scale); structured documentation templates; automated risk scoring | Columbia-Suicide Severity Rating Scale validation in ED settings[44]; standardized assessment protocols[11] |
| Care coordination | Fragmented post-ED care; poor communication with outpatient providers; lost to follow-up | Warm hand-offs; shared EHR alerts; fixed appointment timelines (≤ 7 days); centralized follow-up systems | Integrated care pathways[49]; formal community partnerships[12]; systematic contact protocols[31] |
| Cultural and systemic | Stigma; organizational resistance; lack of leadership support; funding constraints | Implementation science frameworks (RE-AIM, CFIR); leadership engagement; quality improvement initiatives | Zero suicide framework implementation[36]; organizational readiness assessment[13] |
| Technology and access | Digital divide; privacy concerns; interoperability issues | Hybrid models (in-person + digital); app-based safety planning; telehealth follow-up | Digital DBT interventions[15]; SPI apps[23]; telehealth service models[40] |
Table 3 Cost-effectiveness analysis of emergency department-based suicide prevention interventions
| Intervention | Incremental cost per patient | Effectiveness (suicide attempts averted) | Cost per life-year saved | Population impact | Key studies |
| Universal screening + telephone intervention | $500 more than screening alone | 10% reduction in attempts/deaths at 12 months | $4300 per life-year saved | Potential savings of $840M annually if 25% of attempts averted | ED-SAFE cost analysis[11] |
| Postcard/caring letters | Cost-saving compared to usual care | Significant reduction in repeat attempts | Dominant strategy (improves outcomes, reduces costs) | Low-cost, scalable population-level intervention | Modeling studies[60,61] |
| Safety planning intervention | $1063 per month per patient (telehealth model) | Reduced suicidal behavior and healthcare utilization | To be determined in ongoing trials | Potential for system-wide cost offsets through reduced acute care | SPCC trial protocol[40] |
| Cognitive behavioral therapy | $18800 per life-year saved | 41%-54% reduction in repeat attempts | Cost-effective at WTP ≥ $50000 per life-year | Targeted approach for high-risk populations | Economic evaluation[26,27] |
| Brief contact interventions | Minimal incremental cost | 24% reduced relapse risk with early appointment | Highly cost-effective | Can be integrated into existing follow-up systems | Observational studies[31] |
- Citation: Luo FG, Wu WY, Wang JJ, Fang KJ, Xing HY, Yan J. Implementing psychological care in emergency departments for suicide prevention. World J Psychiatry 2026; 16(11): 116382
- URL: https://www.wjgnet.com/2220-3206/full/v16/i11/116382.htm
- DOI: https://dx.doi.org/10.5498/wjp.116382