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The Resistant Mosquito

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Introduction to Vector Control, Insecticides and Insecticide Resistance

Welcome to Nsuhyia, where the water meets

Welcome to Nsuhyia, where the water meets

Malaria: a vector-borne disease

Malaria: a vector-borne disease

Reflecting on malaria elimination

Reflecting on malaria elimination

A brief history of malaria vector control

A brief history of malaria vector control

Mosquitoes and insecticides, the Nsuhyia story

Mosquitoes and insecticides, the Nsuhyia story

The biology of mosquitoes

The biology of mosquitoes

Insecticides as tools for mosquito vector control

Insecticides as tools for mosquito vector control

How do insecticides work?

How do insecticides work?

Insecticide use, a historical overview

Insecticide use, a historical overview

Controlling mosquitoes through their ecology

Controlling mosquitoes through their ecology

Impact of insecticide resistance on vector control

Impact of insecticide resistance on vector control

The role of insecticides in malaria vector control

The role of insecticides in malaria vector control

The Insecticide-Resistant Mosquito

Welcome to Chapter 2

Welcome to Chapter 2

Malaria vector control – the global response

Malaria vector control – the global response

The value of Insecticide Resistance Management

The value of Insecticide Resistance Management

Insecticide resistance – a case study from Tanzania

Insecticide resistance – a case study from Tanzania

Mechanisms of insecticide resistance

Mechanisms of insecticide resistance

Theory of selection, evolution and spread

Theory of selection, evolution and spread

Sources of selection pressure

Sources of selection pressure

Consequences and impact of vector control failure

Consequences and impact of vector control failure

Vision, collaboration, and partnership

Vision, collaboration, and partnership

The value of insecticide susceptibility

The value of insecticide susceptibility

Insecticide susceptibility monitoring

Insecticide susceptibility monitoring

Characterising insecticide resistance mechanisms

Characterising insecticide resistance mechanisms

Managing insecticide resistance through maps

Managing insecticide resistance through maps

The insecticide-resistant mosquito

The insecticide-resistant mosquito

Insecticide Resistance Management from theory to practice

Insecticide Resistance Management in Nsuhyia

Insecticide Resistance Management in Nsuhyia

Reflecting on insecticide resistance

Reflecting on insecticide resistance

Theoretical approaches in Insecticide Resistance Management

Theoretical approaches in Insecticide Resistance Management

Insecticide Resistance Management: key concepts

Insecticide Resistance Management: key concepts

A case study from Ghana

A case study from Ghana

A systems approach to vector control

A systems approach to vector control

Integrated Vector Control

Integrated Vector Control

Reflecting on the barriers to Insecticide Resistance Management

Reflecting on the barriers to Insecticide Resistance Management

Malaria elimination in Sri Lanka and Zambia

Malaria elimination in Sri Lanka and Zambia

Reflecting on vector control

Reflecting on vector control

Vector-borne diseases: challenges and responses

Vector-borne diseases: challenges and responses

Practical Insecticide Resistance Management

Practical Insecticide Resistance Management

Mosquito control tools to reduce malaria

Mosquito control tools to reduce malaria

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The Resistant Mosquito Staying Ahead of the Game in the Fight against Malaria

INSECTICIDE RESISTANCE MANAGEMENT FROM THEORY TO PRACTICE

3.12

Practical Insecticide Resistance Management

Vector-borne diseases: challenges and responses
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Mosquito control tools to reduce malaria
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