ADAPTIVE ABLATION AND THERAPY SYSTEM AND METHOD BASED ON ELASTOGRAPHIC MONITORING Russian patent published in 2019 - IPC A61B8/08 

Abstract RU 2707037 C2

FIELD: medicine.

SUBSTANCE: group of inventions relates to medical equipment, specifically to means for ablation of tissue. Ablation system comprises an ablation device configured to ablate tissue in accordance with control parameters and perform measurements during the ablation process, a visualization system configured to measure an elastographic parameter in order to monitor the progress of ablation, and a module for evaluating parameters and monitoring, configured to receive measurements from the ablation device and/or an elastographic parameter to provide feedback in order to adaptively adjust the visualization parameters of the imaging system at different points in time during the ablation process, wherein the feedback demonstrates the progress of ablation. According to the second embodiment in the ablation processing system, the parameters and monitoring evaluation module is configured to receive elastographic measurements as feedback from the imaging system and to correct the control signal in order to control the ablation device to achieve therapeutic purposes, based on elastographic measurements. Ablation method comprises arranging an ablation device and an ultrasonic probe in a subject in order to start ablation, generating measurement information as feedback during the ablation process, including an elastographic parameter, wherein the measurement information includes information from at least one of the ablation device and the ultrasonic probe, adaptive updating of visualization parameters of ultrasonic probe and control signal of ablation device in accordance with feedback, and completion of ablation process, when elastographic parameter corresponds to specified criterion of treatment.

EFFECT: use of inventions makes it possible to increase ablation accuracy due to adaptive adjustment of visualization parameter.

15 cl, 8 dwg

Similar patents RU2707037C2

Title Year Author Number
CALIBRATION OF ULTRASONIC, BASED ON ELASTICITY, IMAGING OF THE LESION FOCUS 2016
  • Xie, Hua
  • Sethuraman, Shriram
  • Huang, Sheng-Wen
  • Anand, Ajay
  • Shi, William Tao
RU2702090C2
ULTRASONIC THERAPY METHOD AND SYSTEM 2009
  • Dalal Sandip
  • Radzhu Balasundara
  • Anand Adzhaj
RU2519378C2
REAL-TIME HIFU THERAPY MONITORING AND CONTROL IN SET OF MEASUREMENTS 2011
  • Anand Adzhaj
  • Petrutstsello Dzhon
  • Chzhou Shivej
  • Seturaman Sriram
RU2579737C2
ABLATION CONTROL BASED ON CONTACT FORCE 2013
  • Govari Assaf
  • Papaioannu Atanassios
RU2648213C2
SYSTEM AND METHOD OF ELASTOGRAPHIC MEASUREMENTS 2014
  • Partasarati Vidzhaj
  • Se Khua
  • Rober Zhan-Lyuk
  • Chzhou Shivej
  • Shamdasani Vidzhaj Tkhukar
RU2667617C2
MEDICAL ULTRASONIC DEVICE WITH DETERMINATION OF EFFORT 2010
  • Barli Majja Ehlla
  • Kharks Godefridus Antonius
  • Deladi Sabolch
RU2556975C2
IMAGE DEVICE 2010
  • Barli Majja E.
  • Deladi Sabolch
  • Kharks Ehrik Godefridus Antonius
  • Sejver Jan F.
  • Megens Misa
RU2540090C2
ABLATION CONTROL DEVICE FOR REAL-TIME MONITORING OF TISSUE DISLOCATION IN RESPONSE TO APPLIED FORCE 2009
  • Petruzzello Dzhon
  • Anand Adzhaj
  • Chzhou Shuvehj
RU2532958C2
CORRECTION OF REFLUX RATE DURING RADIOFREQUENCY (RF) ABLATION IN RESPONSE TO CHANGE IN CONTACT FORCE 2020
  • Govari, Assaf
  • Altmann, Andres Claudio
RU2737762C1
POWER SUPPLY SYSTEMS AND THEIR APPLICATION 2016
  • Thiel, Matthew
  • Thom, Mark
  • Schefelker, Richard W.
  • Bissing, Jeff
  • Lazimy, Yaniv
  • Schaning, Matt
  • Anderson, Dave
RU2721647C2

RU 2 707 037 C2

Authors

Bharat, Shyam

Anand, Ajay

Sethuraman, Shriram

Huang, Sheng-Wen

Shi, William Tao

Dates

2019-11-21Published

2016-02-16Filed