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Clinical Trials/NCT00169117
NCT00169117CompletedNot Applicable

A Stitch in Time May Save Lives: Turning Poor Bednets Into Good Ones

London School of Hygiene and Tropical Medicine1 site in 1 country772 target enrollmentStarted: June 1, 2002Last updated:
Conditions
Interventions

Trial Snapshot

Phase
Not Applicable
Status
Completed
Enrollment
772
Locations
1
Primary Endpoint
Number of bednets repaired (pre- vs post intervention)

Study Overview

Brief Summary

Although the use of mosquito nets has increased in Africa, many of the nets used are in a poor state, and not an effective barrier against mosquitoes. This pilot study examines whether subsistence farmers in rural Africa can be encouraged to repair their mosquito nets and use their bednets appropriately. Attitudes and practises on sewing and net use were examined in The Gambia and an intervention developed to promote net repair. Songs and posters were used to emphasise the importance of repairing nets and their correct use, and served as aural and visual reminders to repair nets now rather than postpone this household chore. The intervention was aimed at effectively and cheaply turning a poor net into a good one.

Detailed Description

Sleeping under an insecticide-treated net protects the sleeper from mosquito bites and is highly effective means of reducing the risk of malaria. Recent studies in The Gambia and Kenya have shown that untreated bednets in good condition can also protect against malaria (51% protection against parasitaemia, 95% CIs 34-64%). However, most children in rural Gambia sleep under untreated nets in poor condition, often with a few holes, and do not close their nets properly at night. These children remain exposed to mosquito bites and the risk of malaria.

This pilot study examines whether subsistence farmers in rural Africa can be encouraged to repair their mosquito nets and use their bednets appropriately. Attitudes and practises on sewing and net use were examined in rural Gambia and an intervention developed to promote net repair. Songs and posters were used to emphasise the importance of repairing nets and their correct use, and served as aural and visual reminders to repair nets now rather than postpone this household chore. The intervention was aimed at effectively and cheaply turning a poor net into a good one.

The intervention was developed and implemented in two neighbouring villages in The Gambia, with each village composing their own songs. There was no formal control village. An internal comparison group was used in which the nets of responders and non-responders living within the same village were compared.The success of the intervention was assessed by: recording the number of nets repaired and used correctly for malarial prevention before and after the intervention; by counts of mosquitoes entering the nets classified according to number of holes and degree of repair; as well as by canvassing participants' opinions.

Study Design

Study Type
Interventional
Allocation
Non Randomized
Intervention Model
Single Group
Primary Purpose
Prevention
Masking
None

Eligibility Criteria

Sex
All
Accepts Healthy Volunteers
No

Inclusion Criteria

  • •Community consent
  • •Willingness to participate in study

Exclusion Criteria

  • Not provided

Arms & Interventions

1

Experimental

Behavioural intervention: Songs/posters aimed at behaviour change to increase repair and maintenance of mosquito nets

Intervention: Songs/posters aimed at behaviour change (Behavioral)

Outcomes

Primary Outcomes

Number of bednets repaired (pre- vs post intervention)

Time Frame: November 2003

Reduction in mosquitoes with a good net compared with a poor one (pre-intervention survey).

Time Frame: November 2003

Reduction in mosquitoes with a good net compared with a repaired net (post-intervention survey)

Time Frame: November 2003

Mean proportion of holes repaired/net (pre- vs post intervention)

Time Frame: November 2003

Secondary Outcomes

  • Community acceptability(November 2003)

Investigators

Sponsor Class
Other
Responsible Party
Principal Investigator
Principal Investigator

Brian Greenwood

Professor

London School of Hygiene and Tropical Medicine

Study Sites (1)

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