ELECTROCHEMICAL BEHAVIOR OF MODIFICATION AU ELECTRODE WITH AUNPS, POLYPYROLE/ L-CYSTEIN/ FE3O4@SIO2@NH2 STRUCTURED FOR DETERMINATION OXYTOCIN AND EPINEPHRINE IN HUMAN BLOOD SERUM SAMPLE

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kamari Zahra; BABAKHANIAN ARASH

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Seminar Paper

Paper Information

Seminar: ANNUAL ELECTROCHEMISTRY SEMINAR OF IRAN
Year:2014 | Issue:10

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Title

ELECTROCHEMICAL BEHAVIOR OF MODIFICATION AU ELECTRODE WITH AUNPS, POLYPYROLE/ L-CYSTEIN/ FE3O4@SIO2@NH2 STRUCTURED FOR DETERMINATION OXYTOCIN AND EPINEPHRINE IN HUMAN BLOOD SERUM SAMPLE

Author(s)

kamari Zahra | BABAKHANIAN ARASH | Issue Writer Certificate

Keywords

CYCLIC AND SQUARE WAVE VOLTAMETRY

IMPEDANCE SPECTROSCOPY

SCANING ELECTRON MICROSCOPY

OXYTOCIN

EPINEPHRINE

MODIFIED ELECTRODES

Abstract

IN THIS STUDY, A NOVEL SENSITIVE SENSOR IS DESIGNED BASED ON THE AU/ AUNPS, POLYPYROLE/ L-CYSTEIN/ FE3O4@SIO2@NH2 NANO STRUCTURE FOR MONITORING OF OXYTOCIN AND EPINEPHRIN (ADERNALIN) IN HUMAN BLOOD SERUM SAMPLE. CYCLIC AND SQUARE WAVE VOLTAMETRY, IMPEDANCE SPECTROSCOPY AND SCANING ELECTRON MICROSCOPY TECHNIQUES ARE USED TO IDENTIFY AND VERIFY THE ELECTROCHEMICAL BEHAVIOR AND CHARACTERIZATION OF THE NEW MODIFIED ELECTRODE. THE PROPOSED SENSOR HAS GOOD SENSITIVITY, SELECTIVITY, STABILITY AND LONG-TERM MAINTENANCE OF ELECTRO ACTIVITY AND IS USED FOR APPLICATION IN OXYTOCIN AND EPINEPHRINE DETERMINATION IN BIOLOGICAL FLUIDS WITHOUT ANY SIDE INTERFERENCES EFFECTS.

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