Preparation and physicochemical characterization of magnesium glucuronate from acacia tortillis var radiana gum (acacia tortilis savi)
DOI:
https://doi.org/10.26765/DRJAFS7053210Abstract
This study examined the physico-chemical properties of acacia radiana tortilis var. Radiana from East Nile, Khartoum North. The analysis revealed a moisture content of 9.92%, a total ash value of 2.63%, a pH value of 4.3, and an absolute viscosity of 58. The specific rotation measured was -11. Cationic composition showed sodium (711.45 mg), magnesium (4.49 mg), calcium (15.17 mg), vanadium (1.79 mg), iron (2.56 mg), nickel (1.98 mg), copper (0.64 mg), arsenic (4.08 mg), aluminum (2.29 mg), and lead (4.38 mg). Glucuronic acid was extracted from acacia radiana gum using ion exchange chromatography, followed by the production of magnesium glucuronate via the addition of magnesium bicarbonate. Magnesium glucuronate properties assessed included a moisture content of 10.3%, a total ash of 1.85%, pH of 6.41, an absolute viscosity of 16.25, and a specific rotation of -6. Elemental analysis confirmed sodium (5.49 mg), magnesium (17.19 mg), calcium (71.89 mg), vanadium (1.59 mg), iron (1.45 mg), nickel (1.79 mg), copper (0.44 mg), arsenic (3.84 mg), aluminum (1.49 mg), and lead (3.93 mg). The findings supported the formulation of an antacid tablet incorporating magnesium glucuronate, leveraging its beneficial properties. In this study magnesium glucuronate was prepared from acacia tortilis var radiana , a sample of acacia tortilis collected from sherg alnile khrtoum north, and his physicochemical properties was determined. Glucoronic acid was prepared by using ion exchange chromatographic technique then magnesium glucuronate was prepared by adding magnesium bicarbonate. Physicochemical characterization of magnesium glucuronate gave moisture content was 10.3%, total ash 1.85%, pH value 6.41, absolute viscosity 16.25 Cp, specific rotation +44,and cationic composition was Na=5.49, Mg= 17.19, Ca = 71.89, V= 1.59, Fe = 1.45, Ni = 1.79, Cu = 0.44, As =3.84, Al = 1.49, Pb = 3.93 ml\l.
References
Adiotomre, J., Eastweed, M. A., Edward, C. A. & Brydon, W. G., (1990). Dierty fiber.
Ahmed, A. H., (2007). Fractionation , physicochemical and functional properties of acacia polycantha.
Ali, A. A., Ali, K. E., Fadlalla, A. & Khalid, K. E., (2008). The effect of GA oral treatment on the metabolic profile of chronic renal failure patient under regular haemodialysis in central sudan.
Ali, B. H. & AL Moundhri, M. S., 2006. Agent ameliorating or augmenting the nephrotoxicity of cisplatin and other platinum compound.
Ali. A, Rokiah. H, Sabar. B, Sivamany. K, and Ehsan. T (2004), Fabrication and characterization of gum Arabic bonded Rhizophora suparticle boards, Material and Design, 60:108-115.
Anderson, D. M., Whowleet, J. F. & MC Nab, G. A., (1985). The amino acid composition of the proteinacaus component of gum arabic A. senegal.
Anon., (2013). Gum Arabic in sudan. s.l.:s.n.
Atgie, M.M. (2004). Composition and structure of gum Arabic in solution and at oil-water interface, food hydrocolloids, Elsevier. 91:319-330.
Benjamin, P. S. & Laterite, G., (1970). Spacific relationship between the optical rotation and carbohydrate composition.
Caslettani, O, Al-Asaaf. S, Axelos. M, Phillips. G.O and Anton. M,(2010). Hydrocolloids with emulsifying capacity, part1 – emuss.
Christian. S, Denis. R, Paul. R, Christophe. S, and Jacques. L, (2001) structure and rheological properties of acacia gum dispersion.Elsevier, food hydrocolloids, 16:257-267.
CNI, (2005). Carbohydrate Polymer. CNI.
Daoub. R, M. Elmubarak, A. H. Misran, M. Hassan.E. A and Osman. M. E,(2016). Characterization and functional properties of some natural acacia gums, journal of Saudi Society of Agricultural sciences.
Dickinson, E., (1988). Emulsifying behaviour of gum arabic.
Elamin. H.M. (1981), Trees and Shrubs of the Sudan, khatroum.
Elmanan, M., Al-Assaf, S., Phillips, G. O. & Williams, P. A., (2008). Studies on Acacia exudate gums.
Elmanan. M, Al-Assaf. S, Phillips G. O and Williams. P. A, (2008), Studies on acacia exudate gums, part VI, interfacial heologe of acacia sengal and acacia seyal. Food hydrocolloids, 22(4), 682-689.
Eugene, S. S. & Banlacorek, S., (1987). A simiemirical Theory of the optical activity of saccharides.
Evans, A. J., Hood, R. L., Oaken, F. D. G. & Sidhu, G. S., (1992). Relationship between structure and function of dietery fiber.
FAO (1999). Compendium of food additive specifications, s.l.: s.n.
Fatima, O. S., (2016). Preparation and Characterization of Glocuronic Acid and Magnesium Glucuronate from Acacia Senegal var Senegal.
Fatima, O.S (2016), preparation and characterization of glocuronic acid and magnesium glucuronate from acacia Senegal var Senegal.
Gammon, D., Churm, S. & Stephen, A., (1968). Arabino Glactan Protein Components of Acacia tortilis Gum Carbohydrate.
Gammon, D., Churm, S., and Stephen, A.(1968). Arabino Glactan Protein components of of acacia tortilis gum Carbohydtate. Res. 151:135-146.
Glover, D. A., Ushida, K., Phillips, A. O. & Riley, S. G., (2009). Acacia sengal SUPERGUMMT.
Hassan, H. M, Abdelkareem, A. A, and Taha, H. M. (2018). Chemistry, Biological, and Pharmacological properties of gum Arabic.
Hinson, J. A., Reid, A. B., Mc Cullough, S. S. & James, L. P., (2004). Acetaminophen-induced hepatotoxicity.
Ibrahim, B. G. (2016). An Investigation of the Molecular Structure, Composition and Biophysical Properties. PhD thesis, University of wolverhampton.
Ibrahim, M. Kamal, F. and Loutfi, I. (2017). Adendrological key for Identification of acacia species growing in Saudi Arabia and Northern Sudan.
Idris, O. H., (1989). Physicochemical and microbiology and charactarization of ACacia Senegal willed gum.
Jamal, A. I., Malik, A. A., and Mohammed, E. O., (2014). Physicochemical Characteristics if the Albiziz Amara gum. SUST, ARPN.
Kanakdande, D., Bhosale, R. & Singhal, R. S., (2005). Cheracterization of starch and gum Arabic-maltodextrin.
Karamalla, K. A. (1965). Analytical and structural studies in poly saccharide group. PhD. Thesis University of Edinburgh.
Karamalla, K. A., (1965). Analytical and structural studies in poly saccharide group.
Kauther, S. A., and Hussien, M. D. (2018). Physicochemical and Functional Properties of the Gum Arabic from Acacia Senegal. Annal. Food Science and technology. Khartoum Sudan.
Lelon, J. K., Jumber, I. O., Keter, J. K., Chemuku, W., and Odour, F. D.(2010). Assessment of physical properties of gum Arabic from Acacia Senegal varieties in Boringo District, Kenya. African journal of plant science, 4(4) 95-98.
Mariana, A. M., Maria, L. B., Lorena, V. & Claudio, D. B., (2012). Gum Arabic : More than an Edible Emulsifier.
Matsumoto, N. et al., (2006). Butyrate modulates TGF-betal generation and function : potential renal benefit for Acacia (sen) super gum (GA).
Nakauma, M.(2008). Comparison of sugar beet pectin soy been soluble polysaccharide and gum arabic as food emulsifiers.
Nep, E. I. & Conway, B. R., (2010). Characterization of Grewia Gum , a potential Pharmaceutical Excipient.
Omer, E. A. (2004). Characterization and Analysis studies of a Polycantha gum. Ph.D Thesis SUST, Khartoum Sudan.
Omer, E. A., (2004). Characterization and analysis studies of A polycantha Gum.
Samar, A. A. (n.d). preparation and Characterization of Physicochemical and Functional Properties of potassium Glucuronate from Acacia Senegal var Senegal gum. Msc thesis Sudan university of science and technology.
Somsubhra, G., V.Laxmi,P., Sowjanya, B., Srivani, P., Alagaraja, M., and Dr. Dived, B. (2013). Inductive Coupled Plasma-Optical Emission Spectroscopy. Asian J. Pharma.
Tadesse, W., Desalegn, G. & Alia, R., (2007). Natural gum and resin bearing species of Ethiopia and thair potential application.
Trommer, H. & Neubert, R. H., (2005). The examination of polysaccharides as potential antioxidative compounds for topical adminisrtation using a lipid model system.
Verbeken, D., Dierckx, S. & Dewettinck, K., 2003. Exudeate gum : occurrence , production and application.
Wapnir, R. A. et al., (2008). Modulation of rat intestinal nuclear factor NF-kappa B by gum arabic.
Willims and Phillips. (2000). Characterization and functional Properties of son natural Acacia Gums. Hand Book of hydrocolloids.
Wyasu, G. & Okereke, N. Z., (2012). Improving the film formation ability of gum arabic.
Yadav, P., Kant, R. & Kothiyal, P., (2013). A review on Acacia Tortilis.
Zatz, J. L. & Kushla, G. P., (1989). Pharmaceutical dosage forms.
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