Research Details
Project 2. Phenotypic Characterization, and Metabolomic and Genomic Profiling of Himbabao
Menisa A. Antonio, Peter James I. Gann, Marvin Cava
Category
Project
Status
Waiting
Duration
Jan 1, 2026 -
Dec 31, 2028
Brief Description
Himbabao was prioritized due to its ecological adaptability, cultural value, livelihood potential, and vulnerability to genetic erosion. As a perennial vegetable adapted locally, it aligns with goals for climate-resilient and biodiversity-enhancing food systems.
Demand is rising, driven by cultural preference, Ilocano dispersion-linked consumption, and growing interest in healthy, local foods. While no formal market survey exists, frequent inquiries, seedling requests, and rapid market depletion indicate unmet demand.
The crop offers high returns with low input requirements. A 50-tree stand can yield 100–150 kg of inflorescences annually, generating ₱50,000–₱90,000 at prevailing market prices, with nursery propagation providing additional income. In addition, potential applications in product development and crop improvement, and the provision of ecological and cultural services further justify investment in this crop.
Scientific interventions can unlock himbabao’s full potential. Omics approaches—phenomics, metabolomics, and genomics—can accelerate its characterization, nutritional profiling, and molecular improvement. These can lead to the selection of superior planting materials, enhancement of nutritional and functional value, and formal conservation and breeding strategies.
Identified superior germplasm may later be registered with the NSIC. Since no testing protocol yet exists for himbabao, the project will: (1) Request NSIC to establish a TWG classification; (2) Coordinate with BPI–NCT, NPGRL, and partners to draft an interim testing protocol for an asexually propagated perennial crop; (3) Conduct multi-location performance trials to supplement existing MMSU-PGR data; (4) Present variety profiles (morphological descriptors and photos) to the NCT TWG for evaluation; and (5) Develop a mass propagation and planting material supply system to support future varietal release and adoption.
Himbabao’s nutritional value as demonstrated in previous studies and as will be further demonstrated in this project also warrants the development of functional food products (Antonio & Vivit, 2017; Baquiran et al., n.d.; FNRI, 1997; Oraye et al., 2023). Hence, the project will also develop a protocol for the production of himbabao powder as an entry point to more product development. Himbabao powder is envisioned to be used for himbabao-enriched functional foods such as but not limited to ready-to-cook dishes (instant soup and viand, “cup-and-go” meals), powdered drink mixes, and condiment powder.
Thus, investing in himbabao research directly contributes to food security, livelihood generation, climate adaptation, agrobiodiversity conservation, and the revitalization of culturally significant food heritage—while offering a scalable model for mainstreaming other indigenous vegetables in the Philippines.
Expected Output
Publications
- Two (2) papers submitted in SCOPUS- indexed publications-
- Phenotypic diversity of himbabao: Insights for Genetic Conservation
- Metabolomic profiles of two morphotypes of himbabao
- One (1) Himbabao Descriptors List for characterization & biochemical evaluation
- IEC Materials
-One (1) Coffee-table book: nutrient & health benefits of himbabao
-One (1) Himbabao plant diary in video- for training, exhibit & social media upload
Patent
Patent
- One (1) patent application draft for the himbabao powder and the production protocol thereof
Products
- One (1) Himbabao powder prototype (for further analysis)
- One (1) Identified promising himbabao morphotype for promotion and cultivation
People Services
- Number of faculty provided support for graduate studies (MS/PhD)-One (1) to pursue graduate study (MS Program-Biochemistry/Molecular Biology)
- Number of faculty/ research staff provided support for continuing professional development at least -Three (3) project staff capacitated on phenomics & metabolomic analyses
- Number of STI jobs created - One (1) local nursery assisted to propagate & sell the identified promising morphotype/s
- Number of extension beneficiaries trained, and extension materials produced -Two (2) researchers from partner institutions (NPGRL, BPI) trained on Himbabao descriptors lis
Places and Partnership
- MOU with PGIN on the integration of himbabao & other IVs in the HAPAG program
- MOU with assisted farmer-groups on the establishment of nursery and community garden
- MTA: Germplasm of identified promising morphotypes to be duplicated at NPGRL & BPI
Policy
- Policy recommendation encouraging the integration of himbabao & other IV in the National Greening Program of DENR
- Policy recommendation passed to LGUs encouraging the propagation and culture of himbabao & other IV in the Municipal HAPAG program