Articles
Zone of incidence of a tetrapolar probe for the spectroscopy of electric impedance in in-vivo human tissue
Published 2006-11-21
Keywords
- FEM,
- Finit Element,
- early uterine cancer detection
How to Cite
Miranda Mercado, D. A., & Barrero Pérez, J. G. (2006). Zone of incidence of a tetrapolar probe for the spectroscopy of electric impedance in in-vivo human tissue. Revista UIS Ingenierías, 5(2), 154–162. Retrieved from https://revistas.uis.edu.co/index.php/revistauisingenierias/article/view/1727
Abstract
It is presented the partials results of an early uterine cancer detection based on electrical impedance spectrum. It is analyzed the incidence area of a tetrapolar probe using a finite element model (FEM). The tetrapolar probe was proposed by Dr Brian Brown, Sheffield University, UK. This probe was used to study electrical properties of human tissues In-Vivo.
It was found the incidence area equal to the transversal probe area. This suggests a correlation between the histopatologic study of tissue below the tetrapolar probe.
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References
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MILLER C, HENRlQUEZ C. "Finite Element Analysis of Bioelectric Phenomena". Crit. Rev. Biomed. Eng. Vol 18, 1990. pp 204-233.
WALKERD, BROWNB, HOSED. "Modelling the electrical impedivity of nOl1l1al and premalignant cervical tissue "Electronics Letters. Vol. 36, No 19. Septiembre de 2000.
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BROWNB, TIDYJ, BLACKETTA, SMALLWOODRSHARPF. "Relation between tissue structure and imposed electrical current flowin cervical neoplasia". Lancet, Marzo de 2000.
BROWNBH, BARBERDC, LEATHARDAD, LUL, WANGW, SMALLWOODRH. "High frequency EIT data collection and parametric imaging. Proceeding sof the Concerted Actionon Impedance Tomography (CAIT) Meeting on Hardware for Multi-frequency EIT". Innovationet Technologie en Biologiee tMedicine (Innov- Techuol- Biol-Med). 15 (specialissue1): 1-8. 1994.
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PADILLAA, CORSO J. Enfermedad Neoplásica del Cuello Uterino en el Embarazo. Medicasur S: Bucaramanga, Colombia. Vol 14, 2000. pp. 210-216.
FAEST, VANDERME J J H, MUNCKJ, HEETHAARR. "The electric resistivity of human tisúes (1OOHz-lOMHz) ameta-
analysis of review sludies"Physiol. Meas. Vol 20, 1999.
GABRIELe, GABRIELS, CORTHOUTE. "The dielectric propertíes of biologícal tissues: 1. Líterature survey "Phys. Med. Biol. Vo1 41, 1996. pp 2231-2249.
GABRIELS, LAUR, GABRIELC. "The dielectric properties of biological tissues: II. Measurements in the frequency range 10Hz to 20GHz "Phys. Med. Biol. Vo1 41, 1996. pp 2251-2269.
GABRIELS, LAUR, GABRIELC. "The dielectric properties of biological tissues: III. Parametric models for the dielectric spectrum of tissues "Phys. Med. Biol. Vo1 41,1996. pp 22571-2293.
HUAP, lEE, WEBSTERJ , TOMPKINSW. "Finite Element Modeling of Electrode-Skin Conctact Impedance in Electrical Impedance Tomography "IEEE Transactions on Biomedical Engineering, Vol. 40, No 4. Abril de 1993. pp 335-343.
JIMJ. "The finite element method in electromagnetics". Wiley Interscience: New York, USA. 2002. pp 22-23
JONES D, SMALLWOO DR, HORSED, BROWNB, WALKERD. "Modelling of epithelial tissue impedance measure dusing three designs of probe" Physiol. Meas. Vol. 24, 2003.
LUL, BROWNBH. "The electrode and electronic interface in an EIT spectroscopy system". Proceedings of the CAIT Meeting on Hardware for Multi-frequency EIT, Innovationet Technologie en Biologieet Medicine (Innov- Technol-Biol- Med). Vol. l5, pp 97-103. 1994.
SCHWANH.P. "EJectrica 1 properties of tisúe and cell suspensions: Mechan is mand models". IEEE. 1994.
SINGERA, COPPLESONM, CANFELLK, SKLADNEVV, MACKELLARG, PISALN, DEERYA. "Areal time optoelectronic device as an adjunct to the Papsmear for cervical screening: Amulticenter evaluation". Gynecol Cancer. Vol. 13. 2003. pp 804-811.
WATER WORTHA, MILNESP, SMALLWOODR, BROWNB. "Coleequation modelling to measurements made using an impulse driven transfer impedance system". Physiol. Meas: UK. Vo1 21, 2000. pp 137-144.
COLEK, COLER. "Dispersion and Absorption in Dielectrics". Journal of Chemical Physics. Vol. 9, Abril de 1941. pp. 341-351
MILLER C, HENRIQUEZ C. "Tbree- Dimensional Finite Element Solution for Biopotentials: Erythrocytein an Applied Field". IEEE Transactions on Biomedical Engineering, Vol 35, No 9. Septiembre de 1988. pp 712-718.
MILLER C, HENRlQUEZ C. "Finite Element Analysis of Bioelectric Phenomena". Crit. Rev. Biomed. Eng. Vol 18, 1990. pp 204-233.
WALKERD, BROWNB, HOSED. "Modelling the electrical impedivity of nOl1l1al and premalignant cervical tissue "Electronics Letters. Vol. 36, No 19. Septiembre de 2000.
ACKMANN_84 ACKMANNJ, SElTZM" Methods of complex impedance measu~ements in biologic tissue". Critical Reviewin Biomedical Engeneering, Vol. 11, 1984.. pp28l-3ll.
AMAYA J, RESTREPOS. Tamizaje para cáncer de cuello uterino: cómo, desde y hasta cuándo. Revista Colombiana de Obstetriciay Ginecologia Vol. 56 No. l. 2005. pp 59-67
ARROSSIS, SANKARANARAYANANR, MAXWELL D. "'lncidence and mortality of cervical cancer in Latin America". Salud pública de México, Vol. 45, Suplemento 3 de 2003. pp S306-S3l4.
BROWNB, TIDYJ, BLACKETTA, SMALLWOODRSHARPF. "Relation between tissue structure and imposed electrical current flowin cervical neoplasia". Lancet, Marzo de 2000.
BROWNBH, BARBERDC, LEATHARDAD, LUL, WANGW, SMALLWOODRH. "High frequency EIT data collection and parametric imaging. Proceeding sof the Concerted Actionon Impedance Tomography (CAIT) Meeting on Hardware for Multi-frequency EIT". Innovationet Technologie en Biologiee tMedicine (Innov- Techuol- Biol-Med). 15 (specialissue1): 1-8. 1994.
BROWNB, TIDYJ, BOSTONK, DBLACKETTA, SHARPF. "Tetrapolar measurement of cervical tissue struct llreusing impedance spectroscopy". Proceedings of the 20th Annual Intemational Conference of lbe IEEE Engineering in Medicine and Diology Socicty, Vol 20 No 6. 1998, 2886-2889.
CASTROM, COBOSF, CORZOE, FOREROP, INSUASTYJ. Registro y Análisis del Comportamiento del Cáncer en la Unidad de Oncologia del Hospital Universitario Ramón González Valencia de Bucaramanga durante los años de 1990 a 1995. Medicas UIS: Bucaramanga, Colombia. Vol 14, 2000. pp. 92-97.
PADILLAA, CORSO J. Enfermedad Neoplásica del Cuello Uterino en el Embarazo. Medicasur S: Bucaramanga, Colombia. Vol 14, 2000. pp. 210-216.
FAEST, VANDERME J J H, MUNCKJ, HEETHAARR. "The electric resistivity of human tisúes (1OOHz-lOMHz) ameta-
analysis of review sludies"Physiol. Meas. Vol 20, 1999.
GABRIELe, GABRIELS, CORTHOUTE. "The dielectric propertíes of biologícal tissues: 1. Líterature survey "Phys. Med. Biol. Vo1 41, 1996. pp 2231-2249.
GABRIELS, LAUR, GABRIELC. "The dielectric properties of biological tissues: II. Measurements in the frequency range 10Hz to 20GHz "Phys. Med. Biol. Vo1 41, 1996. pp 2251-2269.
GABRIELS, LAUR, GABRIELC. "The dielectric properties of biological tissues: III. Parametric models for the dielectric spectrum of tissues "Phys. Med. Biol. Vo1 41,1996. pp 22571-2293.
HUAP, lEE, WEBSTERJ , TOMPKINSW. "Finite Element Modeling of Electrode-Skin Conctact Impedance in Electrical Impedance Tomography "IEEE Transactions on Biomedical Engineering, Vol. 40, No 4. Abril de 1993. pp 335-343.
JIMJ. "The finite element method in electromagnetics". Wiley Interscience: New York, USA. 2002. pp 22-23
JONES D, SMALLWOO DR, HORSED, BROWNB, WALKERD. "Modelling of epithelial tissue impedance measure dusing three designs of probe" Physiol. Meas. Vol. 24, 2003.
LUL, BROWNBH. "The electrode and electronic interface in an EIT spectroscopy system". Proceedings of the CAIT Meeting on Hardware for Multi-frequency EIT, Innovationet Technologie en Biologieet Medicine (Innov- Technol-Biol- Med). Vol. l5, pp 97-103. 1994.
SCHWANH.P. "EJectrica 1 properties of tisúe and cell suspensions: Mechan is mand models". IEEE. 1994.
SINGERA, COPPLESONM, CANFELLK, SKLADNEVV, MACKELLARG, PISALN, DEERYA. "Areal time optoelectronic device as an adjunct to the Papsmear for cervical screening: Amulticenter evaluation". Gynecol Cancer. Vol. 13. 2003. pp 804-811.
WATER WORTHA, MILNESP, SMALLWOODR, BROWNB. "Coleequation modelling to measurements made using an impulse driven transfer impedance system". Physiol. Meas: UK. Vo1 21, 2000. pp 137-144.