Determination of Desferrioxamine in the Drug Desferal™ as DFOM-Au (III) Complex by Using Indirect Electrothermal Atomic Absorption Spectrometry and Other Techniques.

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Ashraf.S. AL-Ayash
Zuhair A-A Khammas
Fadhil Jasim

Abstract

An indirect method using electrothermal atomic absorption spectrometry (ETAAS) has been established for the determination of DFOM in the drug desferal™as DFOM-Au (III) complex. The formation of this complex at 1:1 mole ratio computed by UV-Vis spectrophotometric technique was confirmed by distinction of the IR absorption spectra between the free DFOM and its complex. Several experimental factors that effect the formation of DFOM-Au (III) complex were optimized using AA responses. Aliquots of the complex extract were injected into a coated GF and the AA-signals measured. A direct calibration graph was constructed and from which the figures of merits were found such as: LDR (0.08-3.5 µg ml-1), m (293.3 pg), LOD (0.0154 µg ml-1), RSD% (2.0-3.5), recovery present (101.54±0.86), and %Erel (1.54). The established indirect ETAAS was applied to analyze the drug desferal™ for the determination of DFOM using direct and standard additions procedures and DFOM found to be 488 and 484 mg/unit respectively compared to the stated value of 500 mg/unit. All statistical calculations were implemented via the chemsoftware (Minitab version 11).

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Determination of Desferrioxamine in the Drug Desferal™ as DFOM-Au (III) Complex by Using Indirect Electrothermal Atomic Absorption Spectrometry and Other Techniques. Baghdad Sci.J [Internet]. 2008 Sep. 7 [cited 2024 Oct. 19];5(3):1-7. Available from: https://bsj.uobaghdad.edu.iq/index.php/BSJ/article/view/11874
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How to Cite

1.
Determination of Desferrioxamine in the Drug Desferal™ as DFOM-Au (III) Complex by Using Indirect Electrothermal Atomic Absorption Spectrometry and Other Techniques. Baghdad Sci.J [Internet]. 2008 Sep. 7 [cited 2024 Oct. 19];5(3):1-7. Available from: https://bsj.uobaghdad.edu.iq/index.php/BSJ/article/view/11874

References

- Keberle,H.,1964."The biochemistry of deferroxamine and its relation to iron metabolism."Ann NY.Acad.Sci,119:758-768.

- Day,J.P.,and Ackrill,P.,1993."The chem- istry of deferoxamine chelation for alum- inum overloads in renal dialysis patients." Ther Drug Monit, 15: 598-601.

- Banner,W.Jr.and Tong,T.G.,1986."Iron poisoning.”Pediatr Clin North Am,33: 393- 409

- Romero,R.A.andDay,J.P,1985.Polarogra-phic determination of desferrioxamine B in dialysis samples,Trace Elem.Med,2(1): 1–6.

- Bourdon,S.,and Houze,P.R.,1987.Quantif- ication of desferrioxamine in blood pla- sma by inductively coupled plasma atomic emission spectrometry,Clin.Chim,33(1): 132–134 .

- Gledhill,M.,2001."Electrospray ionisation mass spectrometry of hydroxamate siderophores",Analyst,126(8):1359– 1362.

- Richard,M.,Higashi,Teresa,W–M.Fan and Andrew,N.Lane.,1998."Association of de- sferrioxa mine with humic substances and their interaction with cadmium(II)as stu- died by pyrolysis-gas chromatography–mass spectrometry and nuclear magnetic resonance spectro-scopy",Analyst, 123,(5) : 911–918.

- Menendezfraga,P.,Blancogonzaleze,E.,Sa-nzmedel,A.,and Connataandia, J.B.,1997 ."Mic- ellar versus reversed phase liquid chromatography for the determination of desferrioxamine and its chelates with aluminium and iron in uremic serum", Talanta, 45 (1): 25 – 33.

- Hou, Z.G. ,Whisenhunt, D.W.,and Raym- ond,K.N.,1994."Potentiometric,spectrophotometric, and H-1-NMR study of 4 desferrioxamine-B derivatives and their ferric complexes", American chemical society, 116 (3): 840-846

- Jasim,F.,Khammas,Z.A-A.,And Al-Ayash ,A.S.,2005."Spectrophotometric micro de- termination of drug desferrioxamine in some phamaceuticals by chelating with vanadi- um(v)",Al-fath, J., 23: 25 -37.

- Garcia–Vargas,M.,Milla,M.,and Pere Bus- tamante ,1983.Atomic-absorption spec- troscopy as a tool for the determ ination of inorganic anions and organic compounds. A review Analyst, 108(1293): 1417-1449.

- Clark,E.R.,andYacoub,A.K.,1984.Indirect determination of organic compounds by atomicabsorp-tion spectrophotometry,31 (1) :15-17 .

- Hassan,S.S.M.,1984."Organic Analysis Using Atomic Absorption Spectrometry" Ellis Hordwood Ltd, Chichester, West Sussex, pp.242.

- Khammas,Z.A-A.,And Jasim,F.,2001." Determination of gallium in biotite and bauxite with ET-AAS using Zr-carbide coated graphite tube and Pd matrix mod- ifier" , Iraqi J. Sci., 42 (1) :87 - 105.

- Buglyo,P.,Culdu, N., Kiss, T.S.,Micera, F. and Sanna,D.,1995.Vanadium(IV) and vanadium (V) complexes of deferoxamine B in aqueous solution J.Inorg.Biochem., 60(1) :45-59 .

- Allain,P.,Mauras,Y.,Beaudeau,G.and Hi- ngouet,P,1986.Indirect micro-scale method for the determination of desferrio xamine and its aluminium and iron chelated forms in biological samples by atomic absorption spectrometry with electrother- mal atomization,Analyst,111(5) :531-533.