Targeting Protein-Protein Interactions for Parasite Control
Author Information
Author(s): Taylor Christina M., Fischer Kerstin, Abubucker Sahar, Wang Zhengyuan, Martin John, Jiang Daojun, Magliano Marc, Rosso Marie-Noëlle, Li Ben-Wen, Fischer Peter U., Mitreva Makedonka
Primary Institution: Washington University School of Medicine
Hypothesis
Finding new drug targets for pathogenic infections would be of great utility for humanity.
Conclusion
Several protein-protein interactions (PPIs) emerged from this study as potential drug targets for controlling parasitic infections.
Supporting Evidence
- Proteins rarely act in isolation, and the majority of biological processes occur via interactions with other proteins.
- Targeting protein-protein interactions can dramatically increase the number of drug targets.
- Several PPIs were tested via in situ hybridization to confirm the co-localization of protein expression in different parasitic species.
Takeaway
Scientists are looking for new ways to fight parasites by targeting how their proteins interact with each other, which could lead to better medicines.
Methodology
A computational approach was used to analyze the genomes of several parasitic and free-living worm species to identify potential drug targets based on protein-protein interactions.
Limitations
The study primarily focused on specific species and may not be applicable to all parasitic infections.
Digital Object Identifier (DOI)
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