ABSTRACT
This study was based on production of biscuit
from composite flour of maize and wheat flour in the proportion of AHl : 100,
AH2: 70:30, AH3: 70:30, AH4: 70:30, AH5: 70:30, AH6: 70:30 with mango as
fortificant while wheat flour was used as control. The wheat flour (WF) was
blended with yellow maize flour (MF) fortified with mango mesocarp powder (MP)
in the ratios of AHl = 100:0:0, AH2 = 70:30:0, AH3 = 70:30:3, AH4 = 70:30:6,
AH5 = 70:30:12, AH6 = 70:30: 18 and were used for the production of biscuits.
The composite flour was evaluated for the functional properties and was
revealed the bulk density, water absorption capacity, oil absorption capacity
and hydrophilic were significantly different (p<0.05) ranging from 0.80 -
0.96%, 2.67- 3.09%, 2.27 -3.57% and 0.89- 1.47% respectively among the samples.
The biscuits produced were evaluated for proximate composition, vitamin and
phytochemical, physical, fibre profile, antioxidant and sensory properties
using standard analytical method. The proximate composition of the biscuit
showed that the protein, ash, crude fibre content of the samples decreased
significantly (p>0.05) while carbohydrate increased. The vitamin and
phytochemical properties of the samples revealed that vitamin A, vitamin C, flavonoid
and phytate contents of the biscuit ranged from 90.17±0.02- 93.131±0.03 IU/ml,
0.03±0.01- 2.67±0.01 mg/l00g, 0.72±0.01- 0.83.t0.02% and 0.12±0.02-0.37±0.03%
respectively. The sensory properties of the biscuit samples also showed that
the likeness of the sensory attributes: taste, aroma, colour, texture and over
all acceptability of the biscuit produced decreased with the enriched composite
samples as indicated by the sensory properties. Base on the outcome of this
research. all products analyzed were lower than the safe limit of 4 - 9 mg\l 00
g for anti-nutrients. Therefore, biscuit produced with composite flour of
maize-wheat fortified with mango mesocarp is highly nutritious, of high local
content and richer than l 00% wheat in most nutrient contents. This will add
value to Nigerian maize and mango, reduce wheat importation, create employment
to Nigerians and reduce Nigeria's foreign expenditure.
MICHAEL, U (2024). Effect Of Mango Mesocarp Addition On Nutrient Composition, Fiber Profile, Physical And Sensory Properties Of Maize-Wheat Biscuit:- Azuka, Hopelyn O. Repository.mouau.edu.ng: Retrieved Nov 21, 2024, from https://repository.mouau.edu.ng/work/view/effect-of-mango-mesocarp-addition-on-nutrient-composition-fiber-profile-physical-and-sensory-properties-of-maize-wheat-biscuit-azuka-hopelyn-o-7-2
UNIVERSITY, MICHAEL. "Effect Of Mango Mesocarp Addition On Nutrient Composition, Fiber Profile, Physical And Sensory Properties Of Maize-Wheat Biscuit:- Azuka, Hopelyn O" Repository.mouau.edu.ng. Repository.mouau.edu.ng, 09 Aug. 2024, https://repository.mouau.edu.ng/work/view/effect-of-mango-mesocarp-addition-on-nutrient-composition-fiber-profile-physical-and-sensory-properties-of-maize-wheat-biscuit-azuka-hopelyn-o-7-2. Accessed 21 Nov. 2024.
UNIVERSITY, MICHAEL. "Effect Of Mango Mesocarp Addition On Nutrient Composition, Fiber Profile, Physical And Sensory Properties Of Maize-Wheat Biscuit:- Azuka, Hopelyn O". Repository.mouau.edu.ng, Repository.mouau.edu.ng, 09 Aug. 2024. Web. 21 Nov. 2024. < https://repository.mouau.edu.ng/work/view/effect-of-mango-mesocarp-addition-on-nutrient-composition-fiber-profile-physical-and-sensory-properties-of-maize-wheat-biscuit-azuka-hopelyn-o-7-2 >.
UNIVERSITY, MICHAEL. "Effect Of Mango Mesocarp Addition On Nutrient Composition, Fiber Profile, Physical And Sensory Properties Of Maize-Wheat Biscuit:- Azuka, Hopelyn O" Repository.mouau.edu.ng (2024). Accessed 21 Nov. 2024. https://repository.mouau.edu.ng/work/view/effect-of-mango-mesocarp-addition-on-nutrient-composition-fiber-profile-physical-and-sensory-properties-of-maize-wheat-biscuit-azuka-hopelyn-o-7-2