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ИСТОЧНИК:   Альманах современной науки и образования. Тамбов: Грамота, 2008. № 12. С. 17-27. ISSN 1993-5552.
РАЗДЕЛ: Химические науки
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THE MINERAL CONTENT OF SOME YEMENI HONEYS

Fadhl Taha A., Kassem Yacoob A., Abuallah Wagdi Mohammed
Department of Chemistry, College of Education (Aden), Aden University

Department of Chemistry, College of Education (Aden), Aden University

Department of Chemistry, College of Education (Lawdar), Aden University


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Список литературы:
  1. Abo-Tarboush, H. M., K. I. M. AL-Malah and M. S. EL-Sarrage (1993). Floral-Type Identification and Quality Evaluation of Some Honey Types // Food Chemistry. - № 46. - Pp. 13-17.
  2. AL-Khalifa A. S. and I. A. AL-Arify (1999). Physicochemical Characteristics and Pollen Spectrum of Some Saudi Honeys // Food Chemistry. - № 67 (1). - Pp. 21-25.
  3. Anklam Elke (1998). A Review of the Analytical Methods to Determine the Geographical and Botanical Origin of Honey // Food Chemistry. - № 63 (4). - Pp. 549-562.
  4. Atrouse Omar M., Sawsan A. Oran and Soud Y. Al-Abbadi (2004). Chemical Analysis and Identification of Pollen Grains from Different Jordanian Honey Samples // International Journal of Food Science and Technology. - № 39. - Pp. 413-417.
  5. Bagci Yavuz, Arslan Derya, Ozcan M. Musa, Dursun Nesim (December 2007). Determination of Mineral Contents of Bee Honeys Produced in Middle Anatolia // International Journal of Food Sciences and Nutrition. - № 58 (8). - Рp. 668-676
  6. Bogdanov S., Anton Imdrof., Jean-Daniel Charriere, Peter Fluri and Verena Kilchenmann (2003). The Contaminations of the Bee Colony // Swiss Bee Research Centre. - Pp. 1-12.
  7. Bratu Luliana and Georgescu Cecilia (2005). Chemical Contamination of Bee Honey - Identifying Sensor of the Environment Pollution // Central European Agriculture. - № 6 (1). - Pp. 467-470.
  8. Braziewicz J., I. Fijal, T. Czyzewski, M. Jaskola, A. Korman, D. Banas, A. Kubala-Kuku and U. Majewska, L. Zemlo (2002). PIXE and XRF Analysis of Honey Samples // Nuclear Instruments and Methods in Physics Research. - № B 187. - Pp. 231-237.
  9. Caroli S., G. Forte, M. Alessandrelli, R. Cresti, M. Spagnoli, S. Dilio, J. Pauwels and G. N. Kramer (2000). A Pilot Study for the Production of a Certified Reference Material for Trace Elements in Honey // Microchemical Journal. - № 67. - Pp. 227-233.
  10. Celechovska O. and L. Vorlova (2001). Groups of Honey - Physicochemical Properties and Heavy Metals // Acta Vet. Brno. - № 70. - P. 91-95.
  11. Conti Marcelo Enrique (2000). Lazio Region (Central Italy) Honeys: A Survey of Mineral Content and Typical Quality Parameters // Food Control. - № 11. - Pp. 459-463.
  12. Demirezen Dilek and Ahmet Aksoy (2005). Determination of Heavy Metals in Honey Bee Using by Inductively Coupled Plasma Optical Emission Spectroscopy (ICP_OES) // G. U. Journal of Science. - № 18 (4). - Pp. 569-575.
  13. Downey Gerard, Karen Hussey, J. Daniel Kelly, Thomas F. Walshe and P. G. Martin (2005). Preliminary Contribution to the Characterizations of Artisanal Honey Produced On the Island of Ireland by Palynological and Physico-Chemical Data // Food Chemistry. - № 91. - Pp. 347-354.
  14. EL-Fadaly H., F. S. Abdilla and E. E. Y. EL-Badrawy (1999). Comparative Study between Yemeni and Egyptian Types of Honey by Means of Antibacterial Activity // Pakistan Journal of Biological Sciences. - № 2 (1). - Pp. 1-6.
  15. Fernandez-Torres Rut, Juan Luis Perez-Bernal, Miguel Angel Bello-Lopez, Manuel Callejon-Mochon, Juan Carlos Jimenez-Sanchez and A. Guiraum-Perez (2005). Mineral Content and Botanical Origin of Spanish Honeys // Talanta. - № 65. - Pp. 686-691.
  16. Fredes C. and G. Montenegro (2006). Heavy Metals and Other Trace Elements Contents in Chilean Honey // Ciencia E investegacion Agraria. - № 33 (1). - Pp. 50-58.
  17. Golob T., U. Dobersek, P. Kump and M. Necemer (2005). Determination of Trace and Minor Elements in Slovenian Honey by Total Reflection X-Ray Fluorescence Spectroscopy // Food Chemistry. - № 91. - Pp. 593-600.
  18. Hassan A. R. and H. A. Abd EL-Aal (1997). Physicochemical Analysis of Some Honey Types in Egypt. Sugar and Sugar Substitutes in Food Processing and Nutrition. - October 14th - 16th. - Suez Canal University.
  19. Hernandez O. M., J. M. G. Fraga., A. I. Jimenez, F. Jimenez and J. J. Arias (2005). Characterization of Honey from the Canary Islands: Determination of the Mineral Content by Atomic Absorption Spectrophotometry // Food Chemistry. - № 93. - Pp. 449-458.
  20. Ioannidou M. D., G. A. Zachariadis, A. N. Anthemidis and J. A. Stratis (2005). Direct Determination of Toxic Trace Metals in Honey and Sugars Using Inductively Coupled Plasma Atomic Emission Spectrometry // Talanta. - № 65. - Pp. 92-97.
  21. Kaakeh Walid and Gad EL-Hak G. (2005). Sensory Evaluation and Chemical Analysis of Apis Mellifera Honey from the Arab Gulf Region // Journal of Food and Drug Analysis. - № 13 (4). - Pp. 331-337.
  22. Khan M., Nasiruddin M. Qaiser, Syed Mubashir Raza and Mutiur Rehman (2005). Physicochemical Properties and Pollen Spectrum of Imported and Local Samples of Blossom Honey from the Pakistani Market // International Journal of Food Science and Technology. - № 40. - Pp. 1-8.
  23. Kucuk Murat, Sevgi Kolayl, Sengu Karaoglu, Esra Ulusoy, Cemalettin Baltac and Ferda Candan (2007). Biological Activities and Chemical Composition of Three Honeys of Different Types from Anatolia // Food Chemistry. - № 100. - Pp. 526-534.
  24. Marcelo Enrique Conti, Jorge Stripeikis, Luigi Campanella, Domenico Cucina and Mabel Beatriz Tudino (2007). Characterization of Italian Honeys (Marche Region) on the Basis of Their Mineral Content and Some Typical Quality Parameters // Chem. Central Journal. - № 1 (14). - Рp. 3-10.
  25. Lachman J., D. Kolihova, D. Miholova, J. Kosata, D. Titera and K. Kult (2007). Analysis of Minority Honey Components: Possible Use for the Evaluation of Honey Quality // Food Chemistry. - № 101. - Pp. 973-979.
  26. Matei Nicoleta, Semaghiul Birghila, Simona Dobrinas and Petre Capota (2004). Determination of C Vitamin and Some Essential Trace Elements (Ni, Mn, Fe, and Cr) in Bee Products // Acta Chim. Slov. - № 51. - Pp. 169-175.
  27. Munoz Emma and Susana Palmero (2006). Determination of Heavy Metals in Honey by Potentiometric Stripping Analysis and Using a Continuous Flow Methodology // Food Chemistry. - № 94. - Pp. 478-483.
  28. Nafea E. A. and E. A. Tharwat (2005). Minerals and Enzymes Composition of Honey of Different Botanical Origin in Saudi Arabia // Journal of Agricultural Sciences, Mansoura University. - № 30 (12). - Pp. 8217-8221.
  29. Przybylowski Piotr and Aleksandra Wilczynska (2001). Honey as an Environmental Marker // Food Chemistry. - № 74. - Pp. 289-291.
  30. Rashed M. N. and M. E. Soltan (2004). Major and Trace Elements in Different Types of Egyptian Mono-Floral and Non-Floral Bee Honeys // Journal of Food Composition and Analysis. - № 17. - Pp. 725-735.
  31. Saif-ur-Rehman, Zia Farooq Khan and Tahir Maqbool (2008). Physical and Spectroscopic Characterization of Pakistani Honey // Cien. Inv. Agr. - № 35 (2). - Pp. 99-204.
  32. Saleh A. S. Moussa (2005). Physico-Chemical and Technological Studies on Some Types of Egyptian Honey: Master Thesis in Agricultural Science. - Assiut University.
  33. Staniskiene Birute, Paulius Matusevicius and Ruta Budreckiene (2006). Honey as an Indicator of Environmental Pollution // Environmental Research Engineering and Management. - № 36 (2). - Pp. 53-58.
  34. Terrab Anass, Angeles F. Recamales, M. Lourdes Gonzalez-Miret and Francisco J. Heredia (2005). Contribution to the Study of Avocado Honeys by their Mineral Contents Using Inductively Coupled Plasma Optical Emission Spectrometry // Food Chemistry. - № 92. - Pp. 305-309.
  35. Torres Rut, Fernandez Juan Luis Perez-Bernal, Miguel Angel Bello-Lopez, Manuel Callejon-Mochon, Juan Carlos Jimenez-Sanchez and A. Guiraum-Perez (2005). Mineral Content and Botanical Origin of Spanish Honeys // Talanta. - № 65. - Pp. 686-691.
  36. Ueren A., A. Se Erifogae Lub and Y. Sarokahyac (1998). Distribution of Elements in Honeys and Effect of a Thermoelectric Power Plant on the Element Contents // Food Chemistry. - № 61 (1/2). - Pp. 185-190.
  37. Vinas Pilar, Ignacio Lopez, Marcos Lanzen and Manual Hernandez-Cardoba (1997). Direct Determination of Lead, Cadmium and Copper in Honey by Elctothermal Atomic Absorption Spectrometry Using Hydrogen Peroxids As Matrix Modifier // Journal of Agricultural and Food Chemistry. - № 45. - Pp. 3952-3956.
  38. Vorlova L. and O. Celehovska (2002). Activity of Enzymes and Trace Element Content in Bee Honey // Acta Vet. Brno. - № 71. - Pp. 375-378.

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