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Research Article Open access CC BY 4.0

In vitro Protein Digestibility and Iron Bioavailability According to Agro-Ecological Zone and Stage of Maturity of Moringa oleifera Lam Leaves

Assiene Agamou Julien Armel, Fombang Nig Edith, Mbofung Carl Moses

European Journal of Nutrition & Food Safety · pp. 90–103 · Published 19 Dec 2020

10.9734/ejnfs/2020/v12i1130325

Abstract

This study aims to determine the influence of agro-ecological zone and stage of maturity on in vitro protein digestibility (IVPD) and iron bioavailability from Moringa oleifera.leaves. The young and mature leaves were collected from three farms in each agro-ecological zone in Cameroon and processed in powders. Nutrient contents (proteins, total and free iron), bioactive compounds (total fiber, total polyphenols, phytates), IVPD, and iron bioavailability were determined. The stage of maturity affects significantly the variations of total iron contents (90.10%) while the agro-ecological zone affects significantly the variations of total polyphenol (48.28%), total fiber (80.97%), and phytates (46.48%) contents. Total protein contents were affected by the interaction of both (35.88%). Mature leaves have higher total iron, bioactive compounds contents in the mean compared to young leaves, and whatever the agro-ecological zone and stage of maturity of leaves, the IVPD is near casein, and bioavailability of iron is low. The young leaves have higher IVPDs and lower bioavailability of iron while mature leaves have lower IVPDs and higher bioavailability of iron. To alleviate protein malnutrition and iron deficiency through the utilization of M. oleifera leaves, it’s necessary to consider the effects of stage of maturity and agro-ecological zone on bioactive compounds contents and their anti-nutritional properties.

Moringa oleifera leaves agro-ecological zone stage of maturity protein digestibility and iron bioavailability

Cited by 2

Moringa oleifera leaf protein: Extraction, characteristics and applications

Jiarui Cao, Tingting Shi, Huimin Wang · Journal of Food Composition and Analysis · 2023

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