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© UNICEF/UN0399491/Bukhari

How to measure delivery effectiveness beyond coverage?

8 July 2021

Andreas Hasman

On behalf of the UNICEF Delivery Effectiveness project team

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  • Identify parameters and measures of delivery effectiveness
  • Evaluate the effectiveness of country VAS programs
  • Explore patterns in delivery effectiveness parameters across different strategies and contexts
  • Identify tools for countries to assess multi-parameter effectiveness for program planning and delivery

Project objectives

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Identify parameters

Review literature

Consult stakeholders

Interview key informants

Identify measures

Analyze VAS data

Compare delivery strategies

Project timeline

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Identifying effectiveness parameters

Primary Health Care Performance Initiative (PHCPI) conceptual framework

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11 Survey parameters

Delivery effectiveness survey, 2021

Community awareness

Community acceptance

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11 Survey parameters

Delivery effectiveness survey, 2021

Community awareness

Community acceptance

Sustainability

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Community awareness

Access

Community acceptance

Sustainability

11 Survey parameters

Delivery effectiveness survey, 2021

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Community awareness

Access

Community acceptance

Sustainability

Availability

11 Survey parameters

Delivery effectiveness survey, 2021

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Community awareness

Access

Community acceptance

Sustainability

Availability

Service quality

11 Survey parameters

Delivery effectiveness survey, 2021

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Community awareness

Access

Community acceptance

Sustainability

Availability

Service quality

Clinical outcomes

11 Survey parameters

Delivery effectiveness survey, 2021

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Community awareness

Access

Community acceptance

Sustainability

Availability

Service quality

Clinical outcomes

Responsiveness

11 Survey parameters

Delivery effectiveness survey, 2021

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Community awareness

Access

Community acceptance

Sustainability

Availability

Service quality

Clinical outcomes

Responsiveness

Equity

11 Survey parameters

Delivery effectiveness survey, 2021

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Community awareness

Access

Community acceptance

Sustainability

Availability

Service quality

Clinical outcomes

Responsiveness

Equity

Efficiency

11 Survey parameters

Delivery effectiveness survey, 2021

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Community awareness

Access

Community acceptance

Sustainability

Availability

Service quality

Clinical outcomes

Responsiveness

Equity

Efficiency

Resilience

11 Survey parameters

Delivery effectiveness survey, 2021

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Community awareness

Access

Community acceptance

Sustainability

Availability

Service quality

Clinical outcomes

Responsiveness

Equity

Efficiency

Resilience

11 Survey parameters

Delivery effectiveness survey, 2021

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Effectiveness parameter definitions

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70 respondents completed the vitamin A delivery effectiveness survey

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Respondents most frequently worked at the global or national level

70 respondents

Global

(n=36)

National

(19)

Subnational

(8)

Regional

(7)

Source: Vitamin A delivery effectiveness survey results, 2021

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Respondents most frequently worked in immunization or nutrition

70 respondents | Nearly half of respondents (32) reported working in multiple focus areas

Immunization (n=33)

Nutrition (28)

Maternal & newborn health (19)

Malaria (15)

Polio (15)

HIV/AIDS & tuberculosis (11)

Neglected tropical diseases (9)

Sexual & reproductive health (9)

Other (17)

10

30

20

Source: Vitamin A delivery effectiveness survey results, 2021

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At least three-quarters of respondents identified equity, service quality, access and sustainability as important for decision-making (n=70)�

Source: Vitamin A delivery effectiveness survey results, 2021

Yes, important for decision-making

Equity

Service quality

Access

Sustainability

Community acceptance

Availability

Clinical outcomes

Efficiency

Responsiveness

Community awareness

Resilience

7

11

14

16

19

24

24

24

26

28

32

n =

No, not important for decision-making

63

59

56

54

51

46

46

46

44

42

38

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At least three-quarters of respondents identified equity, service quality, access and sustainability as important for decision-making (n=70)�

Source: Vitamin A delivery effectiveness survey results, 2021

Equity

Service quality

Access

Sustainability

Community acceptance

Availability

Clinical outcomes

Efficiency

Responsiveness

Community awareness

Resilience

n =

n =

Yes, important for decision-making

No, not important for decision-making

7

11

14

16

19

24

24

24

26

28

32

63

59

56

54

51

46

46

46

44

42

38

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Equity, access and availability were most frequently ranked in the top half of parameters identified as important for decision-making (n=70)�

Source: Vitamin A delivery effectiveness survey results, 2021

Equity

Service quality

Access

Sustainability

Community acceptance

Availability

Clinical outcomes

Efficiency

Responsiveness

Community awareness

Resilience

n =

41

27

42

21

22

36

21

15

8

16

10

n =

No, not important for decision-making

Ranked as high priority

63

59

56

54

51

46

46

46

44

42

38

7

11

14

16

19

24

24

24

26

28

32

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Community acceptance

5

Sustainability

2

Access

3

Equity

1

Availability

4

5 parameters identified for inquiry

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Community acceptance

5

Sustainability

2

Access

3

Equity

1

Availability

4

5 parameters identified for inquiry

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Identify inequality in vitamin A supplementation delivery programs

Example 1: Equity

OBJECTIVE

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Poorest

Richest

Inequality

gap

Are traditional measures of VAS coverage equity sufficient?

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Potential problems

with using existing measures of inequity

Multiple deprivations

Adverse health

outcomes

be risk exposures

Underlying distribution of deprivations

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Have not received MCV1

5

Mother with no formal education

2

Household in poorest wealth quintile

3

No improved water source in household

1

Have not received DTP1

4

Sum of the number of deprivations experienced by children 9–35 months old

VAS Deprivation Score

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Percentage of children that are zero-dose for VAS with 0–5 deprivations

Absolute difference in zero-dose VAS between groups (0–5 deprivations)

Relative difference in zero-dose VAS between groups (0–5 deprivations)

Distribution of deprivation scores among children

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Percentage of children that are zero-dose for VAS with 0–5 deprivations

Absolute difference in zero-dose VAS between groups (0–5 deprivations)

Relative difference in zero-dose VAS between groups (0–5 deprivations)

Distribution of deprivation scores among children

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Percentage of children that are zero-dose for VAS with 0–5 deprivations

Absolute difference in zero-dose VAS between groups (0–5 deprivations)

Relative difference in zero-dose VAS between groups (0–5 deprivations)

Distribution of deprivation scores among children

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Percentage of children that are zero-dose for VAS with 0–5 deprivations

Absolute difference in zero-dose VAS between groups (0–5 deprivations)

Relative difference in zero-dose VAS between groups (0–5 deprivations)

Distribution of deprivation scores among children

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Equitable

Low absolute difference of zero-dose VAS for children with deprivation scores of

0 compared to 5

Low relative

difference of zero-dose VAS for children with deprivation scores of

0 compared to 5

Underlying distribution has few children with deprivation scores >3

1

Moderately equitable

2

Low absolute difference of zero-dose VAS for children with deprivation scores of

0 compared to 5

High relative

difference of zero-dose VAS for children with deprivation scores of

0 compared to 5

Underlying distribution has few children with deprivation scores >3

Moderately inequitable

3

High absolute difference of zero-dose VAS for children with deprivation scores of

0 compared to 5

Low relative

difference of zero-dose VAS for children with deprivation scores of

0 compared to 5

Underlying distribution has children with deprivation scores >3

Inequitable

4

High absolute difference of zero-dose VAS for children with deprivation scores of

0 compared to 5

High relative

difference of zero-dose VAS for children with deprivation scores of

0 compared to 5

Underlying distribution has children with deprivation scores >3

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Identify sustainability in vitamin A supplementation delivery programs

Example 2: Sustainability

OBJECTIVE

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Vitamin A supplementation coverage, 2010–2018

Administrative semester VAS coverage data for 64 priority countries

Sustained, high admin VAS coverage data (n=15)

Nearly sustained, high admin VAS coverage data (n=3)

Unsustained and/or low admin VAS coverage data (n=32)

Unsustained, low admin VAS coverage data (n=13)

Source: Vitamin A delivery effectiveness survey results, 2021

Notes: TKM had no reported administrative data

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Of the 15 countries with sustained coverage all nine years,

  • 12 (80%) used a predominantly non-routine delivery strategy
  • 3 (20%) used a mixed delivery strategy
  • None used a predominantly routine delivery strategy

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Of the 15 countries with sustained coverage all nine years,

  • 12 (80%) used a predominantly non-routine delivery strategy
  • 3 (20%) used a mixed delivery strategy
  • None used a predominantly routine delivery strategy

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Of the 15 countries with sustained coverage all nine years,

  • 12 (80%) used a predominantly non-routine delivery strategy
  • 3 (20%) used a mixed delivery strategy
  • None used a predominantly routine delivery strategy

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  • Evaluate national-level programs
  • Compare programs across countries
  • Recommend delivery strategies in specific contexts
  • Plan national-level programs challenge: dependence on population-based surveys; focus

Applied learning

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IMAGES

Child receiving vitamin A drops: UNICEF/UN0399491/Bukhari

Group of children pose together: UNICEF/UN0326753

Children walking arm-in-arm: UNICEF/UN056968/Ose

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