Comparison of Biochemical Composition and Some
Mineral Content between New and Old Fruits of
Adansoniadigitata (Tabaldi)
Volume 4 - Issue 4
Mahdi Abdelmageed Mohammed Ali1, Hisham Abd Almonem Mahmoud Ali2, Roba Mohammed Elhassan Ebrahim2
and Hatim MY Hamadnalla3*
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- 1Department of biology & Technology (Botany) , University of Bahri, Sudan
- 2Department of food technology, University of Bahri, Sudan
- 3Department of Biochemistry College of Applied Sciences, University of Bahri, Sudan
*Corresponding author:
Hatim M Y Hamadnalla, Department of Biochemistry College of Applied Sciences, University of Bahri, Sudan
Received: August 12, 2020; Published: August 25, 2020
DOI: 10.32474/AOICS.2020.04.000194
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Abstract
This study was carried out in Khartoum state –Sudan, the aims of this study is to identifying the nutrient value of new
(Adansonia,digitata) baobab fruit pulp and seed compared with old baobab fruit pulp and seed , To determine the proximate
composition, mineral content and vitamin c .The fats and protein contents were determined by extraction and micro Kjeldahl
method respectively, while Sodium, Potassium, magnesium and Calcium were determined by using flame photometer. The results
obtained showed that the seeds contained high protein (18.83%), carbohydrate (48.93%), fat (8.40%), Ash (2.24%), crude fiber
(12.65%), vitamin c (76.25) and moisture content (8.53%). The concentration of some minerals in milligram per hundred gram
(mg/100g) in seed as present in the ash of baobab fruit pulp and seeds were: Na (52.84), K (488.75),mg (530.18) and Ca (392.08)
this value is degreased infruit pulp except Na(51.64) decreased. The value of old fruit pulp and seed is decreased than new pulp
and seed. The results showed that baobab fruit pulp could serve as a supplementary source of carbohydrate, mineral, protein and
vitamin c and seed is good source of oil, fiber, carbohydrate, mineral, protein, and vitamin c and lose notional value during storage.
Database of this study will contribute in improve the health and nutrition of population.
Keywords: Nutritional, Composition, Baobab fruits, Flame photometry and mineral analysis; biochemical composition
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Introduction|
Materials and Methods|
Result and Dissection|
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