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The research aims to enhance malaria surveillance by accurately identifying cryptic Anopheles species using molecular tools.

March 13, 2026Journal of Vector Borne Diseases0 citationsOpen Access

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Malaria Vector Surveillance in Indonesia: COX1 Phylogenetic Reveals Monophyletic Clades and Cryptic Diversity in Anopheles Mosquitoes

KSKartika SenjariniUniversitas Jember LHLailly Nur Uswatul HasanahUniversitas Jember SWSyubbanul WathonUniversitas Jember

Key Points

The research aims to enhance malaria surveillance by accurately identifying cryptic Anopheles species using molecular tools.
Conducted phylogenetic analysis of COX1 gene sequences from Anopheles mosquitoes.
Integrated molecular techniques to differentiate between cryptic species.
Analyzed genetic diversity within Anopheles populations across various sites.
Identified distinct monophyletic clades of Anopheles mosquitoes in Indonesia.
Revealed significant cryptic diversity that could impact vector control efforts.
Demonstrated the effectiveness of molecular tools in improving species identification.

Abstract

Misidentification of cryptic Anopheles species may lead to ineffective vector control in specific epidemiological settings. Integrating molecular tools into malaria surveillance can support more accurate species identification and contribute to informed disease prevention strategies.

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Malaria Vector Surveillance in Indonesia: COX1 Phylogenetic Reveals Monophyletic Clades and Cryptic Diversity in Anopheles Mosquitoes

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