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Sex: Female
Education
- University of Tokyo, 7 Chome-3-1 Hongo, Bunkyo, Tokyo 113-8654, Japan, Doctor of Agriculture/Botany (Morpho/Systematics & Biochemistry), 1990
- University of the Philippines Los Baños, Laguna, Master of Science in Agriculture (Botany, Developmental Plant Anatomy), 1959
- University of the Philippines Los Baños, Laguna, Bachelor of Science in Agriculture (Botany, Morpho, anatomy), 1957
Field fo Specialization
Biological Sciences, Plant Biology, Morpho/anatomy, Taxonomy, Ecology, Phytogeography
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Dr. Baltazar D. Aguda is a multidisciplinary scientist who started his scientific career as a theoretical-physical chemist investigating the nonlinear dynamics of complex biochemical reaction systems, developing methods for predicting interaction network instabilities and the construction of predictive computational models. For the past 16 years, he has focused the applications of his methods to understanding how certain perturbations of gene & molecular interaction networks could lead to cancer. His initial contributions include seminal papers on checkpoints in the mammalian cell cycle [1-3]. He and his co-workers have further published mechanistic models of other cellular processes associated with hallmarks of cancer ([4-8]), and in 2008 his book Models of Cellular Regulation was published by Oxford University Press [9]. Constructing these complex gene regulatory network models has become increasingly possible as high-throughput data-acquisition technologies and omics datasets become available. More recently, Dr. Aguda has authored or co-authored a series of highly-cited papers on microRNAs – as biomarkers of human disease [10-11] and their roles in the regulation of cancer networks [12]. As evidence of the impact of his work, Dr. Aguda has been invited to contribute chapters in books on advances in the field [13-14]. The ultimate goal of Dr. Aguda’s research program is the control of gene & molecular networks that are deregulated during malignant transformation. He advocates the paradigm of network pharmacology that proposes targeting gene networks using combinations of drugs instead of the old one drug-one target strategy (see [15] for his review of the network pharmacology of glioblastoma). At the Philippine Genome Center, one of the projects of his research group is the creation of network modules databases that serve, in association with novel computer algorithms being created by his group, as in silico platforms to aid in combination drug targets & disease biomarkers discovery. Dr. Aguda has held faculty positions in Canada (Laurentian University) and the USA (Boston University School of Medicine), and senior research or visiting faculty positions at Singapore’s Biopolis (Bioinformatics Institute), Ohio State University (Mathematical Biosciences Institute), and the National Cancer Institute (National Institutes of Health, USA). As part of his services to his scientific community, he has refereed papers for at least 33 international scientific journals, reviewed research grant proposals for at least 9 international granting agencies, organized or co-organized many international conferences. Dr. Aguda has been an invited seminar speaker at Harvard University (USA), Caltech (USA), Weizmann Institute (Israel), University of Cambridge (UK), and Humboldt University (Germany), among many other research-intensive institutions.
Sex: Male
Education
- University of Alberta Canada, Ph.D. in Chemistry, 1986
- University of the Philippines, Los Baños, B.Sc. in Agricultural Chemistry, 1978
Field of Specialization
Systems Biology(Biomedical System Modeling)
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Sex: Female
Education
- De La Salle University, Doctor of Philosophy in Biology
- De La Salle University, Master of Science in Biology
- University of the Philippines, Bachelor of Science in Biological Science
Field of Specialization
Plant Ecology, Bioinformatics, Plant Conservation, Plant Systematics, Terrestrial Ecology, Plant Taxonomy
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Dr. Agravante Josephine is recognized for her significant research studies on postharvest horticulture with emphasis on two important crops, the mango and the banana. Her achievements resulted not only in the improvement of postharvest systems for these crops, but in the generation of basic physiological information which can be used in designing other appropriate handling technologies that can help expand markets and minimize losses.
Sex: Female
Education
- University of the Philippines at Los Ba?os, College, Laguna, B.S. Agriculture (Major in Horticulture), 1982
- Kagawa University, Japan, Research Student, 1991
- Kagawa University, Japan, Ph.D. in Postharvest Horticulture, 1991
Field of Specialiation
Agriculture, Postharvest Physiology
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Sex: Male
Education
- Iowa State University, USA, M. S. A. E, 1931
- University of California, USA, B.S. A. E., 1929
Field of Specialization
Agricultural Engineering