Patents

PATENTS

XylePhage™ – a novel bacteriophage treatment for Olive Quick Decline Syndrome (OQDS), caused by the Xylella fastidiosa bacterium.

CitriPhage™ – a novel bacteriophage technology designed to eradicate citrus canker.

Cannabinoid Biokinetic (CBK) Assay – Technology for the precise measurement of cannabinoid activity in human cells, expediting drug discovery and product development.

Publications

The Lancet MicrobeRapidly evolving recombinant monkeypox virus strains compound the challenges of the 2024 mpox outbreak
Ting-Yu Yeh, Patrick J Feehley, Michael C Feehley, Chieh-Fan Chen, Tung-Yuan Tsai, Hsiang-Lan Cheng, Gregory P Contreras Full Article
MedRecombination Shapes the 2022 Monkeypox (mpox) Outbreak.
Ting-YuYeh, Zih-Yu Hsieh, Michael C. Feehley, Patrick J. Feehley, Gregory P. Contreras, Ying-Chieh Su, Shang-Lin Hsieh, and Dylan A. Lewis Full Article
International Journal of Molecular SciencesPotential Role of Neutrophil Extracellular Traps in Cardio-Oncology. National Library of Medicine (2022)
Kai-Hung Cheng, Gregory P Contreras, Ting-Yu Yeh Full Article
First report of coinfection of satellite and defective RNA of bamboo mosaic virus in the bamboo host. National Library of Medicine (2022)
Ting-Yu Yeh, Gregory P. Contreras Full Article
Tajima D test accurately forecasts Omicron / COVID-19 outbreak. National Library of Medicine (2021)
Ting-Yu Yeh, Gregory P. Contreras Full Article
Viral transmission and evolution dynamics of SARS-CoV-2 in shipboard quarantine Bull World Health Organ. National Library of Medicine (2021)
Ting-Yu Yeh, Gregory P. Contreras Full Article
Full vaccination against COVID-19 suppresses SARS-CoV-2 delta variant and spike gene mutation frequencies and generates purifying selection pressure. MedRxiv (2021)
Ting-Yu Yeh, Gregory P. Contreras Full Article
Emerging viral mutants in Australia suggest the first recombination event of the SARS-CoV-2 (COVID-19) genome.  National Library of Medicine (2020)
Ting-Yu Yeh, Gregory P. Contreras Full Article
Prolonged viral shedding and new mutations of COVID-19 could complicate the control of the pandemic. Microbiology Society (2020)
Chieh-Fan Chen, Tung-Yuan Tsai, Chen-Hui Yu, Hsiang-Lan Cheng, Ting-Yu Yeh Full Article