Malaria Control & Elimination

Malaria vector surveillance

Vector control is a fundamental element of the existing global strategy to fight malaria. Vector control interventions have a proven track record of successfully reducing or interrupting disease transmission, particularly in areas that are highly prone to malaria.

Indoor residual spraying and long-lasting insecticidal nets are the two core, broadly applicable malaria vector control measures. This section covers both core and supplementary vector control methods and discusses the action that is required to prevent and manage the increasing challenge of malaria vector resistance to insecticides.

High Impact List of Articles

• Malaria Vaccines: Advancements, Challenges and the Path to Eradication
  Nicholos Bratt*

  Commentary: Malaria Control & Elimination, 2024: 308

• Malaria Vaccines: Advancements, Challenges and the Path to Eradication
  Nicholos Bratt*

  Commentary: Malaria Control & Elimination, 2024: 308

• Malaria Prevention and Control: New Approaches and Challenges
  Spencer Nosten*

  Mini Review: Malaria Control & Elimination, 2024: 377

• Malaria Prevention and Control: New Approaches and Challenges
  Spencer Nosten*

  Mini Review: Malaria Control & Elimination, 2024: 377

• The Battle against Malaria: Latest Strategies and Breakthroughs
  Bandeira Torrens*

  Mini Review: Malaria Control & Elimination, 2024: 376

• The Battle against Malaria: Latest Strategies and Breakthroughs
  Bandeira Torrens*

  Mini Review: Malaria Control & Elimination, 2024: 376

• Exosomal miR-451a and let-7i-5p Levels Correlate with Sickle Cell Haemoglobin Genotypes and Influence Malaria Parasite Growth
  Ben Marsh*

  Commentary: Malaria Control & Elimination, 2023: 215

• Exosomal miR-451a and let-7i-5p Levels Correlate with Sickle Cell Haemoglobin Genotypes and Influence Malaria Parasite Growth
  Ben Marsh*

  Commentary: Malaria Control & Elimination, 2023: 215

• Integrated Vector Management
  Peter Hue*

  Commentary: Malaria Control & Elimination, 2022: 178

• Integrated Vector Management
  Peter Hue*

  Commentary: Malaria Control & Elimination, 2022: 178

• Overview on Malaria and its Implications
  David Bath*

  Perspective: Malaria Control & Elimination, 2022: 175

• Overview on Malaria and its Implications
  David Bath*

  Perspective: Malaria Control & Elimination, 2022: 175

• Infectious Diseases & Endocrinology 2021: A report of rate and antibiotic resistance patterns of global threatening bacteria in Iran - Leila Azimi - Shahid Beheshti University of Medical Sciences
  Leila Azimi Shahid Beheshti*

  Extended Abstract: Malaria Control & Elimination, 2021: 158

• Infectious Diseases & Endocrinology 2021: A report of rate and antibiotic resistance patterns of global threatening bacteria in Iran - Leila Azimi - Shahid Beheshti University of Medical Sciences
  Leila Azimi Shahid Beheshti*

  Extended Abstract: Malaria Control & Elimination, 2021: 158

• Infectious Diseases 2018: Development of a chlamydial vaccine for koalas: Protection against infection as well as disease - Peter Timms - University of the Sunshine Coast
  Peter Timms

  Short Communication: Malaria Control & Elimination, 2020:

• Infectious Diseases 2018: Development of a chlamydial vaccine for koalas: Protection against infection as well as disease - Peter Timms - University of the Sunshine Coast
  Peter Timms

  Short Communication: Malaria Control & Elimination, 2020:

• Control and prevention of dengue (Aedes aegypti) and malarial (Anopheles stephensi) vectors
  Imran Ahmed, Shabab Nasir, Farhat Jabeen and Faisal Hafeez

  Value Added Abstracts: Malaria Control & Elimination, 2020:

• Control and prevention of dengue (Aedes aegypti) and malarial (Anopheles stephensi) vectors
  Imran Ahmed, Shabab Nasir, Farhat Jabeen and Faisal Hafeez

  Value Added Abstracts: Malaria Control & Elimination, 2020:

Conference Proceedings