Publications

Authors: Maneekesorn S., et al.
Abstract: This study provides mechanistic insight into iron-mediated mitochondrial dysfunction and supports the therapeutic potential of DFP-RVT for iron overload-associated liver injury.

Authors: Yingchutrakul Y., et al.
Abstract: This work establishes biochemical markers linking oxidative stress, lipid signaling, and hormonal imbalance, providing molecular insight to improve seed storage and viability management in tropical crops.

Authors: Pimcharoen K., et al.
Abstract: This work establishes biochemical markers linking oxidative stress, lipid signaling, and hormonal imbalance, providing molecular insight to improve seed storage and viability management in tropical crops.

Authors: Kumsab J., et al.
Abstract: This study also presented the involvement of aconitase and glutathione pathway-associated enzymes in seed aging, with aconitase and total glutathione being determined as possible suggestive biomarkers for aged ridge gourd seeds. This acquired knowledge has the potential to considerably improve growing methods and seed preservation techniques, enhancing seed storage and maintenance.

Authors: Thawornkuno C., et al.
Abstract: These findings highlight FAK as a promising target for novel anti-schistosomal therapies. However, further research, including in vivo studies, is necessary to validate efficacy and safety before clinical use. This study offers a hopeful strategy to combat schistosomiasis and reduce its global impact.

Authors: Karami Z., et al.
Abstract: Compared to mung bean and adzuki bean protein as substrate, Alcalase and Flavourzyme as peptidases significant impacted the development of distinct functionalities and biological activities.

Authors: Thiangtrongjit T., et al.
Abstract: Importantly, eight unique peptides of the S. mekongi ubiquitin thioesterase, trabid, were identified in infected mouse sera 14, 28, and 56 days after infection. This protein may be a potential target for diagnosis of schistosomiasis. The S. mekongi peptide profiles determined in this study could be used for further drug and diagnostic development.

Authors: Mangmee S., et al.
Abstract: These findings provide insights into T. papuae lipid composition and metabolism, which may facilitate the development of novel trichinellosis treatments.

Authors: Nutho B., et al.
Abstract: The interactions in terms of electrostatics, dispersion, and charge transfer played an important role in the drug binding. The obtained results demonstrated how repurposed anti-HIV drugs could be used to combat COVID-19.

Authors: Reamtong O., et al.
Abstract: This research identifies proteins in the S. mekongi secretome and provides information on ES proteins that are differentially expressed between S. mekongi genders. These findings will contribute to S. mekongi drug and vaccine development. In addition, the study enhances our understanding of basic S. mekongi biology.

Authors: Simanon N., et al.
Abstract: This research revealed S. mekongi sex-dependent phosphoproteins. Our findings provide a better understanding of the role of phosphorylation in S. mekongi and could be integrated with information from other Schistosoma species to facilitate drug and vaccine development.

📄 The future publications will be added here. Stay tuned!

The MALDI-TOF MS fingerprinting approach offers a promising indicative tool for monitoring seed viability and predicting storage longevity in cucumber and possibly other crop species.

The results show that the tested models performed well in classifying the pen ink samples, with the SVM cubic kernel model giving the highest accuracy of 96.0%. Furthermore, dimensionality reduction of the dataset through peak detection helps improve the classification accuracy.