Bioactive Defensive Constituents against Lumpy Skin Disease and Levels of Natural Antioxidants in BWgarmon and Its Individual Components

In the present article, five samples were subjected for analysis; the results could be summarized as follows. Five samples were examined for qualitative screening these are as follows: (1)-FPBCS= Fine powdered of black cumin seeds, (2)-PGCP =Peeled garlic clove paste, (3)-FPLP + LJ= Fine powered lemon peels + Lemon Juice, (4)-FPWB= Fine powdered of Wheat bran and (5)- BWgarmon = Paste composed from FPBCS+PGCP+FPLP + LJ+ FPWB were examined for phytochemicalscreening which revealed the presence of following secondary metabolites in all samples: steroids, terpenoids, tannins,coumarins, alkaloids, phenolics, flavonoids and isoprenoids. BWgarmon contain 13 different groups. FPLP + LJ contain the highest concentrations of TPCs (552.0±5.62 mg Gallic acid equivalent GAE) /100g) followed by Fine powdered of Wheat bran (373.7±3.8 mg GAE) /100g) while the lowest concentrations (167.03±1.71) are in FPBCS. The concentrationsof TPCs in the composed paste BWgarmon contain 395±4.1 mg GAE) /100g). TFs (mg Rutin Equivalents /100g) ranged from 69.8±0.75 for FPWB to 135.85 ± 1.68 for FPLP + LJ while BWgarmon reported an averaged value reached to be 115±1.48. The results show that scavenging activities (SA %) of TPCs (mg GAE /100g) assessed by KMnO4 method are higher in FPLP + LJ (297.5±3.2) than those reported in BWgarmon (210.2±2.2). SA (%) of TFs (mg GAE)/100g) ranged from 37.4±0.4 from FPBCS to 72.82±0.7 for FPLP + LJ and the final paste (BWgarmon) reached to be 63.64±0.62. Scavenging activities (%) of total carotenoids (TCs μg/g) ranged from 1.42±0.01 for PGCP to 3.54±0.04 for FPBCS.

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Journal
Scientific Journal of Agricultural Sciences
Published
2024-12-01
DOI
https://doi.org/10.21608/sjas.2024.318847.1457
Primary Topic
Toxin Mechanisms and Immunotoxins
Type
article
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article

Bioactive Defensive Constituents against Lumpy Skin Disease and Levels of Natural Antioxidants in BWgarmon and Its Individual Components

Fahad Saleem, Gamal F. Abd Elnaem, Mohammed A. Al-Shafei, Mohammed G.A. Mubark
Scientific Journal of Agricultural Sciences
Toxin Mechanisms and Immunotoxins
article

Bioactive Defensive Constituents against Lumpy Skin Disease and Levels of Natural Antioxidants in BWgarmon and Its Individual Components

Fahad Saleem, Gamal F. Abd Elnaem, Mohammed A. Al-Shafei, Mohammed G.A. Mubark
article en

Abstract

In the present article, five samples were subjected for analysis; the results could be summarized as follows. Five samples were examined for qualitative screening these are as follows: (1)-FPBCS= Fine powdered of black cumin seeds, (2)-PGCP =Peeled garlic clove paste, (3)-FPLP + LJ= Fine powered lemon peels + Lemon Juice, (4)-FPWB= Fine powdered of Wheat bran and (5)- BWgarmon = Paste composed from FPBCS+PGCP+FPLP + LJ+ FPWB were examined for phytochemicalscreening which revealed the presence of following secondary metabolites in all samples: steroids, terpenoids, tannins,coumarins, alkaloids, phenolics, flavonoids and isoprenoids. BWgarmon contain 13 different groups. FPLP + LJ contain the highest concentrations of TPCs (552.0±5.62 mg Gallic acid equivalent GAE) /100g) followed by Fine powdered of Wheat bran (373.7±3.8 mg GAE) /100g) while the lowest concentrations (167.03±1.71) are in FPBCS. The concentrationsof TPCs in the composed paste BWgarmon contain 395±4.1 mg GAE) /100g). TFs (mg Rutin Equivalents /100g) ranged from 69.8±0.75 for FPWB to 135.85 ± 1.68 for FPLP + LJ while BWgarmon reported an averaged value reached to be 115±1.48. The results show that scavenging activities (SA %) of TPCs (mg GAE /100g) assessed by KMnO4 method are higher in FPLP + LJ (297.5±3.2) than those reported in BWgarmon (210.2±2.2). SA (%) of TFs (mg GAE)/100g) ranged from 37.4±0.4 from FPBCS to 72.82±0.7 for FPLP + LJ and the final paste (BWgarmon) reached to be 63.64±0.62. Scavenging activities (%) of total carotenoids (TCs μg/g) ranged from 1.42±0.01 for PGCP to 3.54±0.04 for FPBCS.

Scientific Journal of Agricultural SciencesVol. 6(4)
Agricultural Genetic Engineering Research Institute (EG), Animal Health Research Institute (TW), Minia University (EG)
Zero hunger
Openalex Percentile: Top 68%
Toxin Mechanisms and Immunotoxins
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Bioactive Defensive Constituents against Lumpy Skin Disease and Levels of Natural Antioxidants in BWgarmon and Its Individual Components — Fahad Saleem, Gamal F. Abd Elnaem, et al. · Scientific Journal of Agricultural Sciences (2024) | TGRS Research Map | TGRS