Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Determination of Nutritional Composition of Ackee’s Apple Blighia sapida and Monkey Kola Cola millenii

View through CrossRef
The proximate analysis of the fruit sample that homogenously sampled from the wild was taken and quartered to get appreciable weight fit for analysis. Due to it perishable nature the quartered sample for each of the fruit was stored in an air tight container and kept in the refrigerator at a temperature of about 4°C. For the determination of the nutritional composition, parameters which include their proximate, minerals, and vitamin C were quantitatively determined while the anti-nutrient composition were qualitatively and quantitatively analyzed. Compared to ackee’s apple, monkey cola was found to consist of 64.41% moisture content, 1.69% ash, 10.21% crude fibre, 1.25% crude fat, 4.44% crude fibre, 18.06% carbohydrates while ackee’s apple consist of 73.21% moisture, 1.49% ash, 9.38 % crude protein, 13.98% crude fat, 2.08% crude fibre, 0.86% carbohydrates and 4.45% of vitamin C. The mineral analysis for both samples was quantitatively determined using Atomic Absorption spectrophotometer (AAS). The minerals determined for ackee’s apple and monkey cola were magnesium which was 1391.65 ppm, calcium 628.23 ppm, sodium 506.96 ppm, potassium 3976.14 ppm, iron 1.0 ppm, copper 5.00, zinc 4.00, cobalt 3.0 and phosphorus 2616.90 ppm the iron however, was not detected. Ackee’s apple on the other hand, consist of magnesium 498.01 ppm, calcium 478.56 ppm, sodium 398.80 ppm, potassium 4970.18 ppm, copper 2.00, zinc 5.00, cobalt 3.0 and phosphorus 373.84 ppm. The qualitative screening of the anti-nutrients revealed the absence of phenol from both fruit samples while tannins were present only in the monkey cola. The flavonoids, phytic acid and oxalate were quantitatively determined to be 1240 mg, 625 mg and 155 mg for Monkey kola and 640 mg, 340 mg and 65 mg for Ackee’s apple.
Title: Determination of Nutritional Composition of Ackee’s Apple Blighia sapida and Monkey Kola Cola millenii
Description:
The proximate analysis of the fruit sample that homogenously sampled from the wild was taken and quartered to get appreciable weight fit for analysis.
Due to it perishable nature the quartered sample for each of the fruit was stored in an air tight container and kept in the refrigerator at a temperature of about 4°C.
For the determination of the nutritional composition, parameters which include their proximate, minerals, and vitamin C were quantitatively determined while the anti-nutrient composition were qualitatively and quantitatively analyzed.
Compared to ackee’s apple, monkey cola was found to consist of 64.
41% moisture content, 1.
69% ash, 10.
21% crude fibre, 1.
25% crude fat, 4.
44% crude fibre, 18.
06% carbohydrates while ackee’s apple consist of 73.
21% moisture, 1.
49% ash, 9.
38 % crude protein, 13.
98% crude fat, 2.
08% crude fibre, 0.
86% carbohydrates and 4.
45% of vitamin C.
The mineral analysis for both samples was quantitatively determined using Atomic Absorption spectrophotometer (AAS).
The minerals determined for ackee’s apple and monkey cola were magnesium which was 1391.
65 ppm, calcium 628.
23 ppm, sodium 506.
96 ppm, potassium 3976.
14 ppm, iron 1.
0 ppm, copper 5.
00, zinc 4.
00, cobalt 3.
0 and phosphorus 2616.
90 ppm the iron however, was not detected.
Ackee’s apple on the other hand, consist of magnesium 498.
01 ppm, calcium 478.
56 ppm, sodium 398.
80 ppm, potassium 4970.
18 ppm, copper 2.
00, zinc 5.
00, cobalt 3.
0 and phosphorus 373.
84 ppm.
The qualitative screening of the anti-nutrients revealed the absence of phenol from both fruit samples while tannins were present only in the monkey cola.
The flavonoids, phytic acid and oxalate were quantitatively determined to be 1240 mg, 625 mg and 155 mg for Monkey kola and 640 mg, 340 mg and 65 mg for Ackee’s apple.

Related Results

Impact of Blighia sapida (k. Koenig) aril consumption on viscera and their functionalities
Impact of Blighia sapida (k. Koenig) aril consumption on viscera and their functionalities
The aim of this study was to understand the effects of Blighia sapida aril consumption on viscera and their functionalities. For this instance, quantities of arils were cooked (500...
Optimisation of Drying Temperature and Time for Ackee (Blighia sapida) Aril Flour Using Response Surface Methodology
Optimisation of Drying Temperature and Time for Ackee (Blighia sapida) Aril Flour Using Response Surface Methodology
Ackee (Blighia sapida) aril is a nutrient-rich but highly perishable fruit, which limits its utilization and industrial application. While previous studies have reported physicoche...
Optimization of Blighia sapida Seed Oil Biodiesel Production: A Sustainable Approach to Renewable Biofuels
Optimization of Blighia sapida Seed Oil Biodiesel Production: A Sustainable Approach to Renewable Biofuels
This study aims to optimize the production of biodiesel from Blighia sapida (Ackee) seed oil, a non-edible and underutilized feedstock, as a sustainable alternative to conventional...
Pengaruh Employer Branding Berbasis Development Value terhadap Loyalitas Karyawan pada Coca-Cola Official Distribution Bandung
Pengaruh Employer Branding Berbasis Development Value terhadap Loyalitas Karyawan pada Coca-Cola Official Distribution Bandung
Abstract. Employer branding based on development values plays a very important role in building employee loyalty. This is because employees tend to respond positively to companies ...
Kola as an Indispensable Article of Trade in West Africa
Kola as an Indispensable Article of Trade in West Africa
This study examines the origin of kola-nuts trade and the indispensability of kola-nut trade in West Africa. Desk research was carried out using past published literature. The stud...
Extraction Characterization of Ackee Seed Oil and its Biodiesel Value.
Extraction Characterization of Ackee Seed Oil and its Biodiesel Value.
The research work is focused on the extraction and characterization of the oil and biodiesel obtained from Achee (Blighia sapida) seeds. N-hexane was used as solvent in the extract...

Back to Top