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A study of God’s encounter with Abraham in Genesis 18:1-15 against the background of the Abraham narrative
Published 2013Subjects: “…Prophetic seeing…”
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Adoption and crop productivity impacts of sustainable agricultural and land management practices in Zambia
Published 2017Subjects: “…Improved seed varieties…”
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Page will reload when a filter is selected or excluded.- Clarias gariepinus 5 results 5
- Background: Melon seed obtained from the fruit of Colocynthis citrullus L. is widely used in Nigeria as a soup thickener. The seed has a high oil yield (42-57%) which has been largely unexplored as excipient in pharmaceutical formulations. Objectives: To evaluate melon seed oil as a drug carrier in emulsion using diclofenac as a model drug. Methods: Melon seed oil was extracted and the physicochemical properties were characterised. The emulsions were prepared using the traditional wet and dry gum methods, and all the emulsions were evaluated using viscosity measurements, creaming rate, and in-vitro drug release. Results: Melon seed oil had a pale yellow colour, with characteristic taste, and a neutral pH. Melon seed oil exhibited higher acid, saponification and ester values than castor oil but lower iodine value indicating an edible non-drying oil, unsusceptible to auto-oxidation. Both oils achieved a great degree of emulsification with globule size < 15mm μm. Emulsions of melon seed oil were generally less viscous with a higher degree of creaming compared to castor oil emulsions. Diclofenac emulsions prepared with melon seed oil, however, were more viscous and gave the highest release of diclofenac irrespective of the method of preparation. Only diclofenac emulsion prepared with melon seed oil using the wet gum method had > 70 % release within 45 minutes thus meeting the official specification. Conclusion: Melon seed oil functioned as a drug carrier for diclofenac. Thus, it will find application in pharmaceutical emulsions. 3 results 3
- Melon seed oil 3 results 3
- castor oil 3 results 3
- diclofenac 3 results 3
- drug carrier 3 results 3
- emulsion 3 results 3
- African yam bean 2 results 2
- Anti-nutrients 2 results 2
- Cowpea radio-sensitivity 2 results 2
- Evaluation 2 results 2
- Gamma irradiated cowpea seed 2 results 2
- Haematology 2 results 2
- Mutant phenotypes 2 results 2
- Nutrients 2 results 2
- Pollen mutagenesis 2 results 2
- Seed yield 2 results 2
- Ultra-violet irradiated pollen 2 results 2
- seed germination 2 results 2
- "An assessment was carried out of variability in fruit and seed characteristics and the effects of seed source and seed size on germination of Tetrapleura tetraptera from four sources in South-Western Nigeria. The sources were Emure-Ekiti (Lat. 7°26’N and Long. 5°30’E); Ikoyi-Ue (Lat. 8°15’N and Long. 4°49’E); Osogbo (Lat. 7° 46’ and Long 4°35’E) and Sapele (Lat. 5°55’N and Long. 5°46’E). Fruit length and diameter were determined using a string and a metre-ruler, while fruit and seed weights were measured with an electronic balance and the number of seeds per pod was counted. Seeds were categorised into two, based on sources and size classes for germination studies. Seed dormancy was broken using concentrated Tetra-oxo-sulphate VI acid. The seeds were thoroughly washed in distilled water before sowing in germination boxes filled with top soil.Significant variations were observed both in fruit and seed characteristics and in germination. Mean pod length ranged from 21,60cm to 24.39cm with coefficient of variation of 5.90%. Pod diameter ranged from 3.95cm to 7.5cm with 6.9% coefficient of variation. Mean pod weight ranged from 34.94g to 57.46g with coefficient of variation of 11.11%. The number of seeds per pod varied between 10.46 and 14.04 with coefficient of variation of 14.92%. Seed length varied between 9.12 and 9.78mm with coefficient of variation of 2.58%, while seed diameter and seed weight ranged from 6.26mm to 7.00mm and 1.50g to 1.76g respectively. The coefficient of variation for seed diameter was 7.05% while that of seed weight was 6.91%. Germination pattern also varied according to seed size classes and sources. The largest size class (10.7mm+) gave the highest cummulative germination percentage of 88.2% and a germination rate of 12.52 seeds per day. The size class 6.0 - 7.5mm gave the lowest cummulative germination percentage of 57.5% and a germination rate of 8.19 seeds per day. Seeds from Ikoyi-Ile had a total germination percentage of 92.8% and a germination rate of 12 seeds per day. The lowest total germination of 56.6% was recorded for Osogbo. Interaction effects between mother trees and seed source were significant. There was, however, no significant interaction between seed size and seed source" 1 results 1
- A 49-day feeding trial was carried out with feeds supplemented with microgram quantities of the defatted seeds of Artocarpus heterophyllus in the diets of Clarias gariepinus at the post juveinile stage. Five diets at 40% crude protein were formulated containing 0, 15, 30, 45 and 60x106 μg DAH seed as additive. Each dietary treatment was replicated three times with 10 fish per replicate. Proximate composition of the defatted seed showed that it was rich in protein, carbohydrate and minerals. Fish on DAH–supplementd diets had better survival rates than the control. Haematology, plasma biochemistry and gross tissue examination were also carried out. No significant differences (p<0.05) were observed between the fish on DAH-containing treatments and the control. There might be need to further process and test defatted A. heterophyllus seeds as either probiotic or prebiotic on young fish for longer periods in order to take advantage of its rich supply of nutrients 1 results 1
- A 6-week feeding trail was conducted in glass tanks with juvenile Clarias gariepinus to examine the effects of partial and total replacement of fishmeal with sesame seed cake protein. Five semi-purified isonutrogenous diets (I,II, III, IV, V containing 40% protein) and isocaloric (3.9 Kcal gross energy/g of dry diet) were formulated to contain varying percentage of 0%, 25%, 50%, 75% and 100% solvent extracted sesame seed cake in replacement for fishmeal. Diet 1 (0% sesame seed cake protein) was the control. Specific growth rate (SGR), food conversion ratio (FCR) and protein efficiency ratio (PER) were not significantly different (P>0.05) from diets I,II,III,IV in weight gain, SGR, FCR and PER. The results of this study suggest that sesame seed cake cannot to totally replace fishmeal in diets for Clarias gariepinus. However, at 25% replacement of fishmeal by sesame seed cake will give similar SGR, FCR, and PER when compared to an all fishmeal diet, but was found to be richer in methionine and arginine. 1 results 1
- Abiotic stress such as heavy metal contamination of agricultural soil limits crop production by disrupting plant’s physiological activities and seed germination. Exogenous proline, hormone and compost have been used to induce growth and stress tolerance in crop but little is known about their interactive and anti-oxidative roles in crop exposed to heavy metal stress. This study assessed the effects of pre-sowing seed soaking with exogenous proline (P) and hormones (Gibberellic acid; GA and Indole-acetic acid; IAA) on the Pb accumulation, osmolytes (P, phenolics; PH and Glycine betaine; GB), Photosynthetic pigments (chlorophyll and carotenoids) and stress indexes (H2O2 and malonialdehyde; MDA) of maize grown on compost amended Pb (23,959 mg kg-1 Pb) contaminated soil. Compost was applied at 20 t ha-1 and 40 t ha-1, P, GA and IAA were applied at 10 mM and 5 mM solely and in combinations to give a total of 34 treatments including control (Distilled water only) and replicated 3 times. Except in IAA treatment, seed pre-treatments with exogenous P and GA and soil amendment with compost generally enhanced chlorophyll production in maize and reduced GB, carotenoids, H2O2 and MDA in treated seeds compared to control. With regards to stress indexes G2+C1 gave the lowest values. Sole application of P1, P2, C2, G1 and I2 enhanced the production of proline in treated plants compared to combined application. Combination with compost was better than hormonal combination. A combination of P2 with C (40 t ha-1) (P2C2) gave the maximum chlorophyll content and reduced the endogenous GB and P. Treatment with P2C2 also reduced Pb accumulation in plant. In conclusion, exogenous application of hormones and proline in combination with organic amendment induces heavy metal tolerance in maize and increased protection against oxidative stress compared to contaminated control. The technique that can enhance crop growth on contaminated soil, reduce metal uptake and provide osmo-protection could be a promising approach. 1 results 1
- African yam bean seed flour 1 results 1
- African yambean 1 results 1
- Alpha diversity 1 results 1
- Alternative feed 1 results 1
- An experiment was conducted to assess the Growth Response (GR) and Nutrient Utilization (NU) of differently processed fermented sesame seed (Sesame inducum) in the diets of Clarias gariepinus fingerlings. Three categories of Sesame Seed (SS) (undehulled, dehulled and prepressed) were fermented at room temperature. Their phytic acid and tannin content were determined pre and post fermentation. Four diets were then formulated at 40%, Crude Protein level; Diet 1 (control with 0% SS inclusion); Deit 2, Undehulled Fermented SS 25% inclusion); Diet 3 Dehulled fermented SS 25% (dehulled fermented SS 25%inclusion), and diet 4 (prepressed fermented SS 25% inclusion). These diets were fed to the fish at 3% of their body weight, two times daily for 8 weeks. Each treatment had three (3) replicates, with 10 individual fish average initial weight of 1.62g. At the end of the experiment, fish carcass (whole body) were analysed for proximate composition. Result showed that fish fed Diet 1 which is the control had the best growth performance and nutrient utilization values while fish fed Diet 2 had the poorest values for these parameters. Among the differently fermented sesame seed diets, Diet 4 had the best Growth Performance (GP) and Nutrient Utilization (NU) indicies. The Specific Growth rate and the Food Conversion Ratio of Diet 1 were better and significantly (p<0.05) different from the fermented sesame seed based diets while the protein intake of all the diets were not significantly (P<0.05) different from each other. The dehulled and prepressed based diets showed appreciable increase in GP and NU values when compared to other sesame seed fermented based diets. This observation was adjudged to be due to the reduction of tannin content from 0.066% (initial) to 0.056, 0.035 and 0.024% respectively and for phytic acid from 0.248% (initial) to 0.236, 0.216 and 0.187% in undehulled, dehulled and Prepressed Sesame Seed (PSS) based diets respectively. Fermented (PSS) based diet performed significantly (P<0.05) best when compared with other fermented sesame seed based diets, due to the fact that prepressing of the seed further reduced the concentration of the antinutritional factor. 1 results 1
- Anaerobic germination 1 results 1
- Antimicrobial activity 1 results 1
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