Varietal Identification and Genetic Improvement for Climate-Change Adaptability and Virus Resistance via Abaca Functional Genomics

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Project Leader: Leny C. Galvez Ph.D.

Project Co-leader: Jose L. Catalla

Project Staff: Cris Francis C. Barbosa, Rhosener Beah L. Koh, Jayson C. Asunto

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PhilFIDA is mandated to promote the growth and development of the Philippine fiber industry in all aspects including research. In response to the worldwide demand for fiber supply and sustainability in abaca production, the importance of genetic information of abaca cannot be overemphasized. Recent advances in genomic technologies allow intensified but sustainable agriculture by utilizing the available gene database to mine important genetic traits. Integration of different technologies from sequencing to genome assembly, marker discovery and germplasm genotyping coupled with bioinformatics expertise provide endless possibilities for the discovery of genes implicated in climate change resilience- and pathogen resistance-related traits. Consequently, a well-characterized genebank offers a pool of accessions for crop improvement. 

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This project is expected to deliver the following output:

(1) Genomic sequences of abaca

(2) Discovery of genes and functions

(3) Database of abaca genomics resources

(4) FIngerprints of abaca

(5) Harmonized, enriched and fully characterized abaca germplasm collection

(6) Database of abaca germplasm collection

(7) Scientific publications on abaca genomics

(8) Policy recommendation for stakeholders

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