EFFECT OF SUPPLEMENTATION OF PLANTAIN FLOUR WITH OKARA AND DETARIUM MICROCARPUM FLOUR AS DIETARY FIBER SOURCES ON BLOOD GLUCOSE AND SERUM CHOLESTEROL
ABSTRACT

Flours were produced from unripe plantain fruit, okara, and Detarium microcarpum and
analysed for selected properties. Plantain flours were supplemented with 5% levels of
Detarium microcarpum and okara flours as dietary fiber sources and the effect on blood
glucose and serum cholesterol levels of albino rats evaluated using bioassay. Plantain flour
showed the highest (p<0.05) content of sugar (10.59%) compared to Detarium microcarpum
(6.89%) and okara (4.29%) while Detarium microcarpum exhibited the highest (p<0.05)
level of dietary fiber (78.6%) followed by okara (24.4%) and Plantain (6.6%). Plantain flour
had the highest (p0.05) in zinc level in
the three flours [(plantain (50mg/100g), Detarium microcarpum (50mg/100g) and okara
(48.28mg/100g)]. Plantain had the highest level (p<0.05) of vitamin A (1272.72IU), followed
by Detarium microcarpum (690.90IU) and then okara (618.18IU). Plantain had the highest
level (P<0.05) of vitamin C (1.65%), followed by okara (1.37%) and then Detarium
microcarpum (0.55%).
Diet formulated with plantain flour supplemented with 5% Detarium
microcarpum flour reduced blood glucose level from 356mg/dl (which was recorded 2days
after induction of alloxan solution) to 113mg/dl (which was recorded at the end of the three
weeks study) and this translated to 68.26% reduction while diet formulated with plantain
flour supplemented with 5% okara flour reduced blood glucose level from 539mg/dl (which
was recorded 2 days after induction with alloxan solution) to 116mg/dl (recorded at the end
of the three weeks study) which was about 78.48% reduction. Diabetic rats fed plantain diet
supplemented with 5% Detarium microcarpum flour had lower (P<0.05) total cholesterol
(1.31mmol/l), low density lipoprotein (LDL) cholesterol (0.31mmol/l) and high density
lipoprotein (HDL) cholesterol (0.93mmol/l) than total cholesterol (1.60mmol/l), LDL
(0.33mmol/l), and HDL (1.24mmol/l) of non-diabetic rats fed control diet. Also, the total
cholesterol (1.47mmol/l), LDL cholesterol (0.33mmol/l) and HDL cholesterol (1.09mmol/l)
of diabetic rats fed plantain diet supplemented with 5% okara flour were lower (p<0.05) than
the total cholesterol (1.60mmol/l), LDL cholesterol (0.33mmol/l) and HDL cholesterol
(1.24mmol/l) found in non-diabetic rats fed control diets.
EFFECT OF SUPPLEMENTATION OF PLANTAIN FLOUR WITH OKARA AND DETARIUM MICROCARPUM FLOUR AS DIETARY FIBER SOURCES ON BLOOD GLUCOSE AND SERUM CHOLESTEROL
ABSTRACT

Flours were produced from unripe plantain fruit, okara, and Detarium microcarpum and
analysed for selected properties. Plantain flours were supplemented with 5% levels of
Detarium microcarpum and okara flours as dietary fiber sources and the effect on blood
glucose and serum cholesterol levels of albino rats evaluated using bioassay. Plantain flour
showed the highest (p<0.05) content of sugar (10.59%) compared to Detarium microcarpum
(6.89%) and okara (4.29%) while Detarium microcarpum exhibited the highest (p<0.05)
level of dietary fiber (78.6%) followed by okara (24.4%) and Plantain (6.6%). Plantain flour
had the highest (p0.05) in zinc level in
the three flours [(plantain (50mg/100g), Detarium microcarpum (50mg/100g) and okara
(48.28mg/100g)]. Plantain had the highest level (p<0.05) of vitamin A (1272.72IU), followed
by Detarium microcarpum (690.90IU) and then okara (618.18IU). Plantain had the highest
level (P<0.05) of vitamin C (1.65%), followed by okara (1.37%) and then Detarium
microcarpum (0.55%).
Diet formulated with plantain flour supplemented with 5% Detarium
microcarpum flour reduced blood glucose level from 356mg/dl (which was recorded 2days
after induction of alloxan solution) to 113mg/dl (which was recorded at the end of the three
weeks study) and this translated to 68.26% reduction while diet formulated with plantain
flour supplemented with 5% okara flour reduced blood glucose level from 539mg/dl (which
was recorded 2 days after induction with alloxan solution) to 116mg/dl (recorded at the end
of the three weeks study) which was about 78.48% reduction. Diabetic rats fed plantain diet
supplemented with 5% Detarium microcarpum flour had lower (P<0.05) total cholesterol
(1.31mmol/l), low density lipoprotein (LDL) cholesterol (0.31mmol/l) and high density
lipoprotein (HDL) cholesterol (0.93mmol/l) than total cholesterol (1.60mmol/l), LDL
(0.33mmol/l), and HDL (1.24mmol/l) of non-diabetic rats fed control diet. Also, the total
cholesterol (1.47mmol/l), LDL cholesterol (0.33mmol/l) and HDL cholesterol (1.09mmol/l)
of diabetic rats fed plantain diet supplemented with 5% okara flour were lower (p<0.05) than
the total cholesterol (1.60mmol/l), LDL cholesterol (0.33mmol/l) and HDL cholesterol
(1.24mmol/l) found in non-diabetic rats fed control diets.
Flours were produced from unripe plantain fruit, okara, and Detarium microcarpum and
analysed for selected properties. Plantain flours were supplemented with 5% levels of
Detarium microcarpum and okara flours as dietary fiber sources and the effect on blood
glucose and serum cholesterol levels of albino rats evaluated using bioassay. Plantain flour
showed the highest (p<0.05) content of sugar (10.59%) compared to Detarium microcarpum
(6.89%) and okara (4.29%) while Detarium microcarpum exhibited the highest (p<0.05)
level of dietary fiber (78.6%) followed by okara (24.4%) and Plantain (6.6%). Plantain flour
had the highest (p0.05) in zinc level in
the three flours [(plantain (50mg/100g), Detarium microcarpum (50mg/100g) and okara
(48.28mg/100g)]. Plantain had the highest level (p<0.05) of vitamin A (1272.72IU), followed
by Detarium microcarpum (690.90IU) and then okara (618.18IU). Plantain had the highest
level (P<0.05) of vitamin C (1.65%), followed by okara (1.37%) and then Detarium
microcarpum (0.55%).
Diet formulated with plantain flour supplemented with 5% Detarium
microcarpum flour reduced blood glucose level from 356mg/dl (which was recorded 2days
after induction of alloxan solution) to 113mg/dl (which was recorded at the end of the three
weeks study) and this translated to 68.26% reduction while diet formulated with plantain
flour supplemented with 5% okara flour reduced blood glucose level from 539mg/dl (which
was recorded 2 days after induction with alloxan solution) to 116mg/dl (recorded at the end
of the three weeks study) which was about 78.48% reduction. Diabetic rats fed plantain diet
supplemented with 5% Detarium microcarpum flour had lower (P<0.05) total cholesterol
(1.31mmol/l), low density lipoprotein (LDL) cholesterol (0.31mmol/l) and high density
lipoprotein (HDL) cholesterol (0.93mmol/l) than total cholesterol (1.60mmol/l), LDL
(0.33mmol/l), and HDL (1.24mmol/l) of non-diabetic rats fed control diet. Also, the total
cholesterol (1.47mmol/l), LDL cholesterol (0.33mmol/l) and HDL cholesterol (1.09mmol/l)
of diabetic rats fed plantain diet supplemented with 5% okara flour were lower (p<0.05) than
the total cholesterol (1.60mmol/l), LDL cholesterol (0.33mmol/l) and HDL cholesterol
(1.24mmol/l) found in non-diabetic rats fed control diets.
EFFECT OF SUPPLEMENTATION OF PLANTAIN FLOUR WITH OKARA AND DETARIUM MICROCARPUM FLOUR AS DIETARY FIBER SOURCES ON BLOOD GLUCOSE AND SERUM CHOLESTEROL
ABSTRACT

Flours were produced from unripe plantain fruit, okara, and Detarium microcarpum and
analysed for selected properties. Plantain flours were supplemented with 5% levels of
Detarium microcarpum and okara flours as dietary fiber sources and the effect on blood
glucose and serum cholesterol levels of albino rats evaluated using bioassay. Plantain flour
showed the highest (p<0.05) content of sugar (10.59%) compared to Detarium microcarpum
(6.89%) and okara (4.29%) while Detarium microcarpum exhibited the highest (p<0.05)
level of dietary fiber (78.6%) followed by okara (24.4%) and Plantain (6.6%). Plantain flour
had the highest (p0.05) in zinc level in
the three flours [(plantain (50mg/100g), Detarium microcarpum (50mg/100g) and okara
(48.28mg/100g)]. Plantain had the highest level (p<0.05) of vitamin A (1272.72IU), followed
by Detarium microcarpum (690.90IU) and then okara (618.18IU). Plantain had the highest
level (P<0.05) of vitamin C (1.65%), followed by okara (1.37%) and then Detarium
microcarpum (0.55%).
Diet formulated with plantain flour supplemented with 5% Detarium
microcarpum flour reduced blood glucose level from 356mg/dl (which was recorded 2days
after induction of alloxan solution) to 113mg/dl (which was recorded at the end of the three
weeks study) and this translated to 68.26% reduction while diet formulated with plantain
flour supplemented with 5% okara flour reduced blood glucose level from 539mg/dl (which
was recorded 2 days after induction with alloxan solution) to 116mg/dl (recorded at the end
of the three weeks study) which was about 78.48% reduction. Diabetic rats fed plantain diet
supplemented with 5% Detarium microcarpum flour had lower (P<0.05) total cholesterol
(1.31mmol/l), low density lipoprotein (LDL) cholesterol (0.31mmol/l) and high density
lipoprotein (HDL) cholesterol (0.93mmol/l) than total cholesterol (1.60mmol/l), LDL
(0.33mmol/l), and HDL (1.24mmol/l) of non-diabetic rats fed control diet. Also, the total
cholesterol (1.47mmol/l), LDL cholesterol (0.33mmol/l) and HDL cholesterol (1.09mmol/l)
of diabetic rats fed plantain diet supplemented with 5% okara flour were lower (p<0.05) than
the total cholesterol (1.60mmol/l), LDL cholesterol (0.33mmol/l) and HDL cholesterol
(1.24mmol/l) found in non-diabetic rats fed control diets.Flours were produced from unripe plantain fruit, okara, and Detarium microcarpum and
analysed for selected properties. Plantain flours were supplemented with 5% levels of
Detarium microcarpum and okara flours as dietary fiber sources and the effect on blood
glucose and serum cholesterol levels of albino rats evaluated using bioassay. Plantain flour
showed the highest (p<0.05) content of sugar (10.59%) compared to Detarium microcarpum
(6.89%) and okara (4.29%) while Detarium microcarpum exhibited the highest (p<0.05)
level of dietary fiber (78.6%) followed by okara (24.4%) and Plantain (6.6%). Plantain flour
had the highest (p0.05) in zinc level in
the three flours [(plantain (50mg/100g), Detarium microcarpum (50mg/100g) and okara
(48.28mg/100g)]. Plantain had the highest level (p<0.05) of vitamin A (1272.72IU), followed
by Detarium microcarpum (690.90IU) and then okara (618.18IU). Plantain had the highest
level (P<0.05) of vitamin C (1.65%), followed by okara (1.37%) and then Detarium
microcarpum (0.55%).
Diet formulated with plantain flour supplemented with 5% Detarium
microcarpum flour reduced blood glucose level from 356mg/dl (which was recorded 2days
after induction of alloxan solution) to 113mg/dl (which was recorded at the end of the three
weeks study) and this translated to 68.26% reduction while diet formulated with plantain
flour supplemented with 5% okara flour reduced blood glucose level from 539mg/dl (which
was recorded 2 days after induction with alloxan solution) to 116mg/dl (recorded at the end
of the three weeks study) which was about 78.48% reduction. Diabetic rats fed plantain diet
supplemented with 5% Detarium microcarpum flour had lower (P<0.05) total cholesterol
(1.31mmol/l), low density lipoprotein (LDL) cholesterol (0.31mmol/l) and high density
lipoprotein (HDL) cholesterol (0.93mmol/l) than total cholesterol (1.60mmol/l), LDL
(0.33mmol/l), and HDL (1.24mmol/l) of non-diabetic rats fed control diet. Also, the total
cholesterol (1.47mmol/l), LDL cholesterol (0.33mmol/l) and HDL cholesterol (1.09mmol/l)
of diabetic rats fed plantain diet supplemented with 5% okara flour were lower (p<0.05) than
the total cholesterol (1.60mmol/l), LDL cholesterol (0.33mmol/l) and HDL cholesterol
(1.24mmol/l) found in non-diabetic rats fed control diets.
EFFECT OF SUPPLEMENTATION OF PLANTAIN FLOUR WITH OKARA AND DETARIUM MICROCARPUM FLOUR AS DIETARY FIBER SOURCES ON BLOOD GLUCOSE AND SERUM CHOLESTEROL
ABSTRACT

Flours were produced from unripe plantain fruit, okara, and Detarium microcarpum and
analysed for selected properties. Plantain flours were supplemented with 5% levels of
Detarium microcarpum and okara flours as dietary fiber sources and the effect on blood
glucose and serum cholesterol levels of albino rats evaluated using bioassay. Plantain flour
showed the highest (p<0.05) content of sugar (10.59%) compared to Detarium microcarpum
(6.89%) and okara (4.29%) while Detarium microcarpum exhibited the highest (p<0.05)
level of dietary fiber (78.6%) followed by okara (24.4%) and Plantain (6.6%). Plantain flour
had the highest (p0.05) in zinc level in
the three flours [(plantain (50mg/100g), Detarium microcarpum (50mg/100g) and okara
(48.28mg/100g)]. Plantain had the highest level (p<0.05) of vitamin A (1272.72IU), followed
by Detarium microcarpum (690.90IU) and then okara (618.18IU). Plantain had the highest
level (P<0.05) of vitamin C (1.65%), followed by okara (1.37%) and then Detarium
microcarpum (0.55%).
Diet formulated with plantain flour supplemented with 5% Detarium
microcarpum flour reduced blood glucose level from 356mg/dl (which was recorded 2days
after induction of alloxan solution) to 113mg/dl (which was recorded at the end of the three
weeks study) and this translated to 68.26% reduction while diet formulated with plantain
flour supplemented with 5% okara flour reduced blood glucose level from 539mg/dl (which
was recorded 2 days after induction with alloxan solution) to 116mg/dl (recorded at the end
of the three weeks study) which was about 78.48% reduction. Diabetic rats fed plantain diet
supplemented with 5% Detarium microcarpum flour had lower (P<0.05) total cholesterol
(1.31mmol/l), low density lipoprotein (LDL) cholesterol (0.31mmol/l) and high density
lipoprotein (HDL) cholesterol (0.93mmol/l) than total cholesterol (1.60mmol/l), LDL
(0.33mmol/l), and HDL (1.24mmol/l) of non-diabetic rats fed control diet. Also, the total
cholesterol (1.47mmol/l), LDL cholesterol (0.33mmol/l) and HDL cholesterol (1.09mmol/l)
of diabetic rats fed plantain diet supplemented with 5% okara flour were lower (p<0.05) than
the total cholesterol (1.60mmol/l), LDL cholesterol (0.33mmol/l) and HDL cholesterol
(1.24mmol/l) found in non-diabetic rats fed control diets.

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