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Abstract Title
Vitamin A Fortificant of Chicken Mami Noodles, Filipino Spaghetti Noodles, and Pancit Molo Wrapper Using Cucurbita maxima Powder
Presentation Type
Poster Presentation
Type Reference
Scientific Research Abstract
Abstract Category
Miscellaneous
Author's Information
Number of Authors (including submitting/presenting author) *
6
No more than 15 authors can be listed (as per the Good Publication Practice (GPP) Guidelines).
Please ensure the authors are listed in the right order.
Co-author 1
Aquino, Jose Gabriel D.
Co-author 2
Buan, Mary Eunice F.
Co-author 3
Comia, Wisha Janine H.
Co-author 4
Dela Cruz, Angelie Paulynne O
Co-author 5
Cruz, Gia Francesca D.
Co-author 6
Velasco, Ellaine Marie I.
Co-author 7
Co-author 8
Co-author 9
Co-author 10
Co-author 11
Co-author 12
Co-author 13
Co-author 14
Co-author 15
Abstract Content
Background and aims *
Vitamin A deficiency (VAD) remains a moderate yet pressing public health concern in the Philippines, particularly among children aged 0–59 months, where prevalence ranges from 17% to 19.53%. VAD increases the risk of visual impairment and mortality from common childhood illnesses. This study aims to develop an affordable, culturally accepted food-based strategy to improve vitamin A intake by fortifying widely consumed Filipino noodle/pasta dishes—Chicken Mami, Filipino Spaghetti, and Pancit Molo with Cucurbita maxima (kalabasa) powder, a rich source of beta-carotene.
Methods *
The study employed an experimental design, producing three variants of each selected dish with varying concentrations (90:10, 80:20, 70:30) of All-Purpose Flour: Kalabasa Powder ratio. Sensory characteristics such as appearance, aroma, flavor, texture, and overall acceptability were evaluated by both trained panelists using descriptive analysis and 30 consumer panelists using a 9-point hedonic scale.
Results *
Nutrient analysis for beta-carotene was conducted using High-Performance Liquid Chromatography (HPLC), which measures the nutritional content objectively, which translates the results of the fortified noodles, with Filipino spaghetti, as the highest amount of beta-carotene at 1.7 mg/100g followed by the Pancit Molo wrapper at 1.2 mg/100g and the Chicken Mami pasta at 0.5 mg/100g. On the other hand, sensory evaluation measures human perception and acceptance subjectively revealed that modified pasta variants (80:20; Pancit Molo and Chicken Mami, 90:10; Filipino Spaghetti) retained highest acceptability among modified versions among both trained and consumer panelists.
Conclusions *
Nutrient analysis confirmed the presence of significant levels of beta-carotene, indicating the potential of the product to contribute to vitamin A intake among children. By integrating a locally available and nutrient-rich ingredient into staple dishes, this study offers a sustainable strategy for improving micronutrient intake in at-risk populations. The fortification of pasta with kalabasa powder aligns with national food fortification initiatives.
Keyword(s)
Vitamin A deficiency (VAD), Kalabasa (Cucurbita maxima), Beta-carotene, Food fortification, Noodle products, Sensory evaluation
Figure 1
https://storage.unitedwebnetwork.com/files/1305/36f25d900426bd2ed0d485b3623842ee.png
Figure 1 Caption
Vitamin A Fortificant of Chicken Mami Noodles, Filipino Spaghetti Noodles, and Pancit Molo Wrapper Using Cucurbita maxima Powder
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