DR. TEO CHEE HOW
Centre of Research in Biotechnology for Agriculture
cheehow.teoum.edu.myView CV | |
Publons | |
Scopus Link | |
Biography | |
Dr. Teo Chee How received his Doctor of Philosophy from the University of Leicester, the United Kingdom where his research was focusing on the distribution and diversity of repetitive DNAs in the Musa genome. He was involved in the development of retrotransposon-based molecular markers for Musa species identification. During his stays at the University of Leicester, he was involved in the fifth EU framework programme where, together with other partners in the framework, he developed universal tools to isolate pararetroviruses (EPRVs) and investigate the biodiversity of EPRV sequences. In addition, he successfully established a plant artificial minichromosome platform for crop improvement purposes during his post-doctorate period at the Leibniz Institute of Plant Genetics and Crop Plant Research (IPK), Gatersleben, Germany. In 2012 he returned to Malaysia to work at Agro-Biotechnology Institute (ABI) under the Ministry of Science, Technology, and Innovation (MOSTI) as a Senior Research Officer before joining academic as Senior Lecturer at Taylor’s University in 2014. He joined the Centre for Research in Biotechnology for Agriculture (CEBAR), the University of Malaya as a Senior Lecturer in 2016. |
Publication
Finance
Project Title | Progress | Status |
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Eludating The Role Of Small Orphan Genes In Response To Abiotic Stress In Banana |
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on going |
Identification And Functional Validation Of Banana Small Open Reading Frame |
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on going |
Elucidating The Role Of Small Open Reading Frames And Small Coding Genes In Response To Drought Stress Using Gene Overexpression System In Oryza Sativa |
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end |
This information is generated from Research Grant Management System |
Factors Influencing Somaclonal Variation in Date Palm, Detection and Selection for Application in the Plantation
Expressing banana transcription factor MaERFVII3 in Arabidopsis confers enhanced waterlogging tolerance and root growth
Expressing banana transcription factor MaERFVII3 in<i> Arabidopsis</i> confers enhanced waterlogging tolerance and root growth
Beyond the surface: delving into plant signaling during flooding stress
Evolution of integrated plant viruses.
Construction of plant expression vector harbouring Oak 1 gene encoding kalata B1 protein.