Re: Estimation of opioid misuse prevalence in New York State counties, 2007-2018. A Bayesian spatio-temporal abundance model approach - Scorecard - MDSpire

Re: Estimation of opioid misuse prevalence in New York State counties, 2007-2018. A Bayesian spatio-temporal abundance model approach

  • By

  • Heather Bradley

  • Trang Nguyen

  • Serveh Sharifi Far

  • Ashly E Jordan

  • Vivian Kamanu

  • Ruth King

  • Lanxin Li

  • Nicole Luisi

  • Stephanie Mack

  • Tomoko Udo

  • Eli S Rosenberg

  • January 28, 2025

  • 0 min

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Clinical Scorecard: Assessment of Opioid Misuse Rates Across New York State Counties from 2007 to 2018 Using a Bayesian Spatio-Temporal Model

At a Glance

CategoryDetail
ConditionOpioid Misuse (OM)
Key MechanismsModeling opioid misuse prevalence using surveillance data and Bayesian spatio-temporal methods
Target PopulationResidents of New York State counties, including subpopulations affected by opioid misuse
Care SettingPublic health surveillance and epidemiologic monitoring

Key Highlights

  • Incorrect definition and coding of opioid overdose emergency department visits can bias model inputs.
  • National Survey on Drug Use and Health (NSDUH) data may underestimate opioid misuse due to underrepresentation and self-report bias.
  • Collaboration between public health agencies and academic partners is essential for accurate modeling and data interpretation.

Guideline-Based Recommendations

Diagnosis

  • Use ICD-10-CM T codes specific to opioid substances (T40.0, T40.1, T40.2, T40.3, T40.4, T40.6) for identifying opioid overdose events.
  • Exclude X and Y ICD-10 codes related to poisoning deaths and visits coded as 'adverse effect' or 'sequela' from overdose counts.

Management

  • Incorporate multiple data sources including administrative health data and surveys to improve opioid misuse prevalence estimates.
  • Engage in public health-academic partnerships to access granular data and improve model accuracy.

Monitoring & Follow-up

  • Provide convergence diagnostics and goodness-of-fit statistics when modeling opioid misuse prevalence.
  • Consider age range specifications in model inputs to ensure consistency with survey data.

Risks

  • Bias in prevalence estimates due to underrepresentation of homeless, incarcerated, and non-responding individuals in surveys.
  • Potential inaccuracies from using aggregated data without person-level linkage across systems.

Patient & Prescribing Data

New York State residents with potential opioid misuse, including underrepresented groups such as homeless and incarcerated individuals

Current prevalence estimates may underestimate true opioid misuse burden; improved data linkage and modeling approaches are needed to inform resource allocation and interventions.

Clinical Best Practices

  • Use validated ICD-10-CM codes specific to opioid overdose for surveillance and research.
  • Collaborate with public health agencies to obtain detailed administrative data for modeling.
  • Interpret modeled opioid misuse prevalence with caution, acknowledging limitations of survey data and model inputs.
  • Invest in public health-academic partnerships to enhance data quality and modeling methodologies.

References

Original Source(s)

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