MULTIFRACTAL ANALYSIS OF SURFACE POTENTIAL FOR CANCER DIAGNOSIS

Dmitri Voronine; Phat Huynh; Dang Nguyen; Grace Binder; Sharad Ambardar

MULTIFRACTAL ANALYSIS OF SURFACE POTENTIAL FOR CANCER DIAGNOSIS

Dmitri Voronine (Inventor), Phat Huynh (Inventor), Dang Nguyen (Inventor), Grace Binder (Inventor), Sharad Ambardar (Inventor)

Industrial and Systems Engineering

Research output: Patent

Abstract

Methodology of determination of whether a target biological cell is cancerous based on measurement of the surface potential of such cell and comparing it with the measurement of the surface potential of a normal cell using multifractal analysis to characterize the time-averaged spatial fluctuations of the surface potential. Determinative increase of multifractality of the surface potential is indicative of the cancerous nature of the target cell. Multifractality in surface potential can also be used as a novel biomarker for novel drug delivery methods based on bioelectric activation.

Original language	English
Patent number	WO2024216108A1
State	Published - 2024

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title = "MULTIFRACTAL ANALYSIS OF SURFACE POTENTIAL FOR CANCER DIAGNOSIS",

abstract = "Methodology of determination of whether a target biological cell is cancerous based on measurement of the surface potential of such cell and comparing it with the measurement of the surface potential of a normal cell using multifractal analysis to characterize the time-averaged spatial fluctuations of the surface potential. Determinative increase of multifractality of the surface potential is indicative of the cancerous nature of the target cell. Multifractality in surface potential can also be used as a novel biomarker for novel drug delivery methods based on bioelectric activation.",

author = "Dmitri Voronine and Phat Huynh and Dang Nguyen and Grace Binder and Sharad Ambardar",

year = "2024",

language = "English",

type = "Patent",

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AU - Voronine, Dmitri

AU - Huynh, Phat

AU - Nguyen, Dang

AU - Binder, Grace

AU - Ambardar, Sharad

PY - 2024

Y1 - 2024

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AB - Methodology of determination of whether a target biological cell is cancerous based on measurement of the surface potential of such cell and comparing it with the measurement of the surface potential of a normal cell using multifractal analysis to characterize the time-averaged spatial fluctuations of the surface potential. Determinative increase of multifractality of the surface potential is indicative of the cancerous nature of the target cell. Multifractality in surface potential can also be used as a novel biomarker for novel drug delivery methods based on bioelectric activation.

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M3 - Patent

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ER -

MULTIFRACTAL ANALYSIS OF SURFACE POTENTIAL FOR CANCER DIAGNOSIS

Abstract

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