Correction: Divergent Plasmodium kinases drive MTOC, kinetochore, and axoneme organisation in male gametogenesis

Ryuji Yanase; Mohammad Zeeshan; Desiree Ferguson; Róbert Márkus; Declan Brady; Andrew R. Bottrill; Anthony A. Holder; David S. Guttery; Rita Tewari

doi:10.26508/lsa.202603692

March 18, 2026Life Science AllianceOpen Access

Correction: Divergent Plasmodium kinases drive MTOC, kinetochore, and axoneme organisation in male gametogenesis

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Key Points

The aim is to explore the role of Plasmodium kinases in the organisation of MTOC, axoneme, and kinetochore during male gametogenesis.
Analysis of Plasmodium kinases during male gametogenesis
Assessment of their impact on MTOC, axoneme, and kinetochore organisation
Plasmodium kinases significantly influence the structure of MTOC
Regulation of axoneme and kinetochore organization is demonstrated
Insights provided for targeting malaria transmission mechanisms

Implication

Study uncovers how Plasmodium kinases regulate male gametogenesis, indicating targets for malaria control.

Abstract

This study reveals how Plasmodium kinases regulate MTOC, axoneme and kinetochore organisation in male gametogenesis, providing key insights into potential targets for malaria transmission control.

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Cite This Study

Yanase et al. (2026) studied this question.

synapsesocial.com/papers/69cf58285a333a82146096cc https://doi.org/10.26508/lsa.202603692

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Correction: Divergent Plasmodium kinases drive MTOC, kinetochore, and axoneme organisation in male gametogenesis

Key Points

Implication

Abstract

Discussion

Cite This Study

Correction: Divergent Plasmodium kinases drive MTOC, kinetochore, and axoneme organisation in male gametogenesis

Key Points

Implication

Abstract

Discussion

Cite This Study

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