Integrative proteomics to illuminate host-parasite interactions in malaria

Area of Science:

• Malaria research
• Systems biology
• Proteomics

Background:

• Genomic studies provide indirect insights into malaria's functional processes.
• Understanding infection progression and clinical outcomes requires deeper functional analysis.

Purpose of the Study:

• To advocate for proteomics as a core component of malaria systems biology.
• To highlight how proteomics can elucidate mechanisms of malaria pathogenesis and treatment variability.

Main Methods:

• Quantifying protein abundance, post-translational modifications, and interaction networks in host and parasite.
• Utilizing high-throughput, high-resolution, single-cell, and spatial proteomics.
• Employing artificial intelligence-driven pipelines for system-wide profiling.

Main Results:

• Proteomics can identify mechanisms of cytoadhesion, endothelial dysfunction, and immune modulation.
• It offers insights into tissue-specific pathology and variable therapeutic responses.
• Proteomics provides a functional layer of understanding beyond genomic data.

Conclusions:

• Proteomics is essential for a comprehensive understanding of malaria systems biology.
• Advanced proteomic technologies enable detailed dissection of host-parasite crosstalk.
• Integrating proteomics will accelerate discovery and improve malaria control strategies.