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Research Article Open access CC BY 4.0

Nutritional and Biochemical Quality Assessment of Commonly Consumed Jujube (Zizyphus mauritiana L.) Varieties Available in Bangladesh

Nishita Rani Paul, Supti Mallick, H. M. Zakir, A. Rahman, Q. F. Quadir

Journal of Experimental Agriculture International · pp. 30–41 · Published 12 May 2021

10.9734/jeai/2021/v43i330654

Abstract

A study was conducted to determine major biochemical and mineral constituents in commonly consumed jujube varieties of Bangladesh. A total of 15 (4 local/deshi and 11 exotic) varieties of matured jujube fruits were collected from the different markets and local areas of Mymensingh district, Bangladesh, and analyzed for this study. The study results revealed that all studied physical properties were lower in local/deshi sour varieties of jujube, and BAU kul contained the maximum amount of flesh (edible part of fruits) along with flesh and seed ratio. Among the biochemical properties- titratable acidity, vitamin C, chlorophyll-a, chlorophyll-b, total sugar and reducing sugar content varied from 0.178-2.769%, 33.28-98.63 mg/100 g flesh, 0.0019-0.0174 mg/g tissue, 0.0007-0.0148 mg/g tissue, 2.50-9.83% and 0.135-4.150%, respectively. The study results revealed that local/deshi varieties contained a comparatively higher amount of vitamin C and lower total sugar. However, BARI kuls contained significantly higher amounts of vitamin C and chlorophylls compared to other exotic varieties. The content of Ca, Mg, Na, K, P, and S in jujube varieties ranged from 0.040-0.233%, 0.071-0.164%, 0.054-0.189%, 0.490-2.602%, 0.062-0.234% and 0.079-0.359%, respectively. Regarding major nutrients studied, Ca, Na, K, P, and S contents were higher in local/deshi sour varieties while Mg content was higher in exotic varieties. The study results concluded that most of the biochemical and mineral contents in local/deshi sour jujube fruits were higher, allowing breeders to develop new varieties and improve the quality of existing exotic cultivars.

Local variety exotic variety physicochemical properties vitamin C sugar mineral elements

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