Proposed Set of Indicators for Monitoring and Evaluation of Pharmacovigilance Activities Isah, Ambrose Ohumagho (1); Pal, Shanthi (2); Olsson, Sten (3)

Proposed Set of Indicators for Monitoring and Evaluation of Pharmacovigilance Activities

Isah, Ambrose Ohumagho (1); Pal, Shanthi (2); Olsson, Sten (3)

1:University of Benin, Benin City, Nigeria (INRUD Nigeria), Nigeria; 2: World Health Organization, Geneva;

3: International Collaborating Centre, Uppsala, Sweden

ICIUM 2011, Antalya Turkey

Proposed Set of Indicators for Monitoring and Evaluation of Pharmacovigilance Activities Isah, Ambrose Ohumagho (1); Pal, Shanthi (2); Olsson, Sten (3)

[email protected] 1: University of Benin, Benin City, Nigeria (INRUD Nigeria), Nigeria; 2: World Health Organization, Geneva; 3:

International Collaborating Centre, Uppsala, Sweden Problem Statement: The thalidomide tragedy triggered global consciousness regarding the safety of medicines. The need to monitor

safety issues regarding the intake of medicines has resulted in the tremendous growth of pharmacovigilance (PV) structures and activities. However, there are no acceptable standard set of indicators to measure and monitor these activities. Furthermore, there are no indices for comparison of measures in relation to baseline periods or inter- and intra-country, region, and facility comparisons.

Objectives: To outline a set of indicators for monitoring PV activitiesDesign: A qualitative study with the identification of a set of candidate indicators.Setting: The envisaged setting for use will include country, regional, health facilities and public health programmes.Methods: The set of indicators were identified from several sources— initially from a detailed review of the established

pharmacovigilance process/routine, contributions from pharmacovigilance experts, national pharmacovigilance centres, and groups including Pharmacovigilance sans Frontiers (PVSF), the World Health Organization (WHO) Advisory Committee on Safety of Medicinal Products (ACSoMP), WHO-Uppsala Medical Centre, and literature sources.

Results: A total of 64 candidate indicators were identified. The indicators were categorized into structural (19) which assesses the existence of key PV structures, systems, and mechanisms in the setting; process (26) which assesses the entire mechanisms and degree of PV activities; and outcome/impact (19) which measures the effects (results and changes) of PV activities indicators . A set of background information (10) to put into perspective the PV milieu (demographics, economics, health care system, and pharmaceutical scenario) generating the indicator data was also noted. This will also serve to provide the denominator for measuring the indicators. A further categorization into Core and Complementary were made. A further subset for use in public health programmes is also highlighted

Conclusions: The set of indicators provide a useful robust tool to monitor and evaluate PV activities at various levels of the healthcare system as well as to provide indices for comparison of PV activities at country, regional, and facility levels, and within public health programmes.

Funding: WHO


Introduction

• The thalidomide tragedy kindled global consciousness regarding the need to monitor the safety of medicines

• The erection of Pharmacovigilance (PV ) systems from the initial steps of ADR reporting has resulted in the tremendous growth of structures and activities.

• There are no acceptable standard set of indicators to measure and monitor these activities.

• Furthermore, there are no indices for comparison of measures in relation to baseline periods or inter- and intra-country, region, and facility comparisons.


Objectives

Broad Objective

• To provide objective measures which will enable the assessment of the status of Pharmacovigilance, the activities and its impact, globally at all levels of the healthcare system, with a view to ensuring patient safety.

Specific Objectives

• To outline a set of indicators for monitoring and evaluating PV activities

• To provide a tool for measuring changes in the Pharmacovigilance System as well as the impact of PV intervention


Methods

The set of candidate indicators were identified and revised from several sources:

• Initially from a detailed review of the established pharmacovigilance systems - processes/routines and literature sources.

• Contributions from Pharmacovigilance Experts affiliated to

the following

– National Pharmacovigilance Centres (+ Survey)

– Pharmacovigilance sans Frontiers (PVSF)

– WHO Advisory Committee on Safety of Medicinal Products (ACSoMP) – ( + Validation)

– WHO-Uppsala Monitoring Centre


Pharmacovigilance Indicators Framework

BACKGROUND INFORMATION (10)Provides information on PV millieuICIUM 2011, Antalya Turkey

Pharmacovigilance Indicators

ICIU11, Antalya Turkey

INDICATORS: STRUCTURAL PROCESS OUTCOME/IMPACT

BACKGROUND INFORMATION

Core Structural Indicators

1. Is there a Pharmacovigilance (PV)Centre/Department/Unit with a standard accommodation? YesNo

2. Is there a statutory provision (national policy, legislation) on PV? YesNo

3. Is there a Drug Regulatory Authority/Agency? YesNo

4. Is there any financial arrangement (statutory budget) for the PV centre?

YesNo

5. Is the personnel (Full time equivalents) disposition in the PV centre adequate? YesNo

6. Is there a case management system in place? YesNo

7. Is there a standard ADR reporting form containing the essential elements in the setting? YesNo

8. Percentage of registered manufacturing industries with a functional Pharmacovigilance unit? YesNo

9. Is PV incorporated into the curriculum of the various health care professionals? Doctors Yes No; Dentists Yes No ; PharmacistsYes No;

Nurses Yes No Others(specify______) Yes No

•


Core Process Indicators

1. Total number of ADR reports received in the last year?

(also express as no. per 100,000 persons in population) ____ (_)

2. Total number of reports in the national/regional/local database ____

3. Percentage of total annual reports issued informative feedback ____

4. Percentage of total reports subjected to causality assessment in the year ____

5. Percentage of total annual reports satisfactorily completed and submitted to the National Centre / committed to UMC. ____

6. Percentage of medicines that are counterfeit/substandard in the

pharmaceutical market ____

7. Number of total medication errors reported in the year? ____

8. What proportion of pharmaceutical industries have a functional PV system ____

9. Average number of reports per pharmaceutical industry per year ____


Core Outcome/Impact Indicators1. No. of signals generated in last 5 years _____

2. Number of medicine -related hospital admissions per 1,000 admissions _____

3. Number of medicine- related deaths per 100,000 persons in the population _____

4. Medicines -related deaths per 1,000 persons admitted into hospital (annual) _____

5. Number of regulatory actions taken in the preceding year consequent on pharmacovigilance activities?

– Label changes (variation) _____

– Safety warnings _____

– Drug withdrawals _____

6. Average cost of treatment of medicines related illness _____

7. Mean duration of medicines-related hospital stay _____

8. Average cost incurred for medicines - related hospitalization _____

9. Average Work/School days lost due to drug related problems _____ICIUM 2011, Antalya Turkey

Pharmacovigilance Indicators for Public Health Programmes

1. Is there a Pharmacovigilance system in place? Yes No2. Is there a standard ADR reporting form containing the essential elements ADRs in the

setting? Yes No3. Total number of Adverse reports in the database ______

4. Total number of reports per 1000 patients/population exposed to medicine ______

5. Total number of lack of efficacy reports in database ______

6. Total number of substandard/ counterfeit medicine reports in database ______

7. Percentage of satisfactorily completed reports submitted to the National Centre ______

8. Percentage of reporters issued informative feedback ______

9. Number of medicine - related hospital admissions per 1,000 admissions ______

10. Number of medicine - related deaths per 1,000 persons admitted into hospital (annual) ______


CONCLUSION/IMPLICATIONS

• The set of indicators provide a useful, simple, robust tool to monitor and evaluate PV activities at various levels of the healthcare system.

• They also serve as indices for comparison of PV activities at country, regional, and facility levels, and within public health programmes.

• The availability of these indicators will enable monitoring of the impact of policy provisions and interventions in the pharmacovigilance system


Documents

Proposed Set of Indicators for Monitoring and Evaluation of Pharmacovigilance Activities Isah, Ambrose Ohumagho (1); Pal, Shanthi (2); Olsson, Sten (3)