Presentation is loading. Please wait.

Presentation is loading. Please wait.

HIFU Technology History ABLATHERM ® Device Treatment Ablatherm Ablatherm ® INTEGRATED IMAGING The The HIFU Treatment for Localized Prostate Cancer Exit.

Published byBlaze Hensley Modified over 8 years ago

Similar presentations

Presentation on theme: "HIFU Technology History ABLATHERM ® Device Treatment Ablatherm Ablatherm ® INTEGRATED IMAGING The The HIFU Treatment for Localized Prostate Cancer Exit."— Presentation transcript:

1 HIFU Technology History ABLATHERM ® Device Treatment Ablatherm Ablatherm ® INTEGRATED IMAGING The The HIFU Treatment for Localized Prostate Cancer Exit www.debenedetti1547.org

2 HIFU Technology History ABLATHERM ® Device Treatment www.ar

3 HIFU Technology History ABLATHERM ® Device Treatment The device The probe Robotized Placement Scanning 3D imaging Planning Firing phase Ultrasound Final aspect End Ablatherm® HIFU : step by step

4 HIFU Technology History ABLATHERM ® Device Treatment The device The probe Robotized Placement Scanning 3D imaging Planning Firing phase Ultrasound Final aspect End Ablatherm® HIFU : step by step

5 HIFU Technology History ABLATHERM ® Device Treatment The device The probe Robotized Placement Scanning 3D imaging Planning Firing phase Ultrasound Final aspect End Ablatherm® HIFU : step by step

6 HIFU Technology History ABLATHERM ® Device Treatment The device The probe Robotized Placement Scanning 3D imaging Planning Firing phase Ultrasound Final aspect End Ablatherm® HIFU : step by step

7 HIFU Technology History ABLATHERM ® Device Treatment The device The probe Robotized Placement Scanning 3D imaging Planning Firing phase Ultrasound Final aspect End Ablatherm® HIFU : step by step

8 HIFU Technology History ABLATHERM ® Device Treatment The device The probe Robotized Placement Scanning 3D imaging Planning Firing phase Ultrasound Final aspect End Ablatherm® HIFU : step by step

9 HIFU Technology History ABLATHERM ® Device Treatment The device The probe Robotized Placement Scanning 3D imaging Planning Firing phase Ultrasound Final aspect End Ablatherm® HIFU : step by step

10 HIFU Technology History ABLATHERM ® Device Treatment The device The probe Robotized Placement Scanning 3D imaging Planning Firing phase Ultrasound Final aspect End Ablatherm® HIFU : step by step

11 HIFU Technology History ABLATHERM ® Device Treatment The device The probe Robotized Placement Scanning 3D imaging Planning Firing phase Ultrasound Final aspect End Ablatherm® HIFU : step by step

12 HIFU Technology History ABLATHERM ® Device Treatment The device The probe Robotized Placement Scanning 3D imaging Planning Firing phase Ultrasound Final aspect End Ablatherm® HIFU : step by step

13 HIFU Technology History ABLATHERM ® Device Treatment The device The probe Robotized Placement Scanning 3D imaging Planning Firing phase Ultrasound Final aspect End Ablatherm® HIFU : step by step

14 HIFU Technology History ABLATHERM ® Device Treatment Ultrasound Waves Generation Plane transducer Ultrasound waves emission by transducer electro-mechanical vibrations Tissue motion Tissue heating Acoustical pressure +++ --- Physical Principle Treatment Description

15 HIFU Technology History ABLATHERM ® Device Treatment Focused transducer Emitting ultrasound waves Tissue heating Over 85°C Acoustical pressure Focused Ultrasound Waves Physical Principle Treatment Description

16 HIFU Technology History ABLATHERM ® Device Treatment Tissue Lesion Formation Thermal effects + Cavitation effects + Time exposure = Tissue lesion Temperature Simulation INSERM U 557 Temperature Simulation INSERM U 557 Thermal Dose Simulation INSERM U 557 Thermal Dose Simulation INSERM U 557 HIC Technology H IFU I NDUCED C AVITATION Physical Principle Treatment Description

17 HIFU Technology History ABLATHERM ® Device Treatment HIFUHYPERTHERMIA l High Temperature (>85 °C) l Short Time (< 5 Sec.) l Low Temperature (< 45 °C) l Long Duration (>1 Hr) Time Temp. Two different approaches to reach the destruction threshold : Temp. Time Local Increase of Tissue Temperature BPH CANCER Physical Principle Treatment Description

18 HIFU Technology History ABLATHERM ® Device Treatment Transducer Positioning Treatment Description Physical Principle Precise lesion positioning with dynamic focusing Sparing of surrounding tissue

19 HIFU Technology History ABLATHERM ® Device Treatment Lesion Distribution within the Prostate Each shot consists of a burst of ultrasound waves with a duration of 5 seconds The focal volume is very small: 19-24 mm in length by 1.7 mm in diameter Treatment Description Physical Principle

20 HIFU Technology History ABLATHERM ® Device Treatment Lesion Distribution within the Prostate Treatment Description Physical Principle

21 HIFU Technology History ABLATHERM ® Device Treatment The firing head moves until the whole targeted volume is treated Lesion Distribution within the Prostate Treatment Description Physical Principle

22 HIFU Technology History ABLATHERM ® Device Treatment History of the Ablatherm® Project 1989: Preliminary experiments on rats kidneys and technology development 1990: Cancer treatment - feasibility: Dunning tumors 1991: Endorectal approach - feasibility: canine prostate 1993: Treatment efficacy - evaluation: PCa 1995: Device safety improvements 1996: European Multicentric Study 2000: Mark Ablatherm ® Maxis 2005: Mark Ablatherm ® Integrated Imaging

23 HIFU Technology History ABLATHERM ® Device Treatment CE Mark Ablatherm® Marked January 2000

24 HIFU Technology History ABLATHERM ® Device Treatment In excess 9000 treatments in 100 sites in Europe Patients treated with Ablatherm every year 1000 2000

25 HIFU Technology History ABLATHERM ® Device Treatment Ablatherm® HIFU

26 HIFU Technology History ABLATHERM ® Device Treatment Device Description RF Power Imaging and Firing System Electronics and safeties + Disposable Endorectal Probe Cooling Motors User Interface Command Module Treatment Module Probe Module Patient Support Computer Probe General Description

27 HIFU Technology History ABLATHERM ® Device Treatment 2 functions, 2 transducers integrated in ONE probe Imaging Treatment Endorectal Probe Real-time ultrasound imaging. 7.5 MHz high-definition image. Electronic array technology. A 3 MHz transducer. Dynamic positioning with respect to rectal wall. Wide opening. ProbeGeneral Description

28 HIFU Technology History ABLATHERM ® Device Treatment Integrated imaging 2 different transducers with an Integrated imaging 7.5 MHz probe High resolution imaging system ProbeGeneral Description

29 HIFU Technology History ABLATHERM ® Device Treatment Imaging & Treating Simultaneously From a transversal real-time image, the 7.5 MHz electronic ultrasound transducer can provide an accurate 3D reconstruction of the treatment area. Imaging Firing High-energy ultrasound waves are focused through the rectal wall to the targeted prostate area. ProbeGeneral Description

30 HIFU Technology History ABLATHERM ® Device Treatment Indications Positioning Treatment Summary Candidate for RPP EBRT failure Recurrence after previous HIFU

31 HIFU Technology History ABLATHERM ® Device Treatment Main Steps of a Treatment Probe preparation (Ablapak ® disposable) Patient installation (Immobilization) Prostate localization (Apex identification) - Longitudinal imaging - Transversal imaging Treatment (Safety controls) Patient removal Probe cleaning and disinfection Positioning Treatment Summary

32 HIFU Technology History ABLATHERM ® Device Treatment Patient Installation (Immobilization) Patient positioned in right lateral decubitus position Positioning Treatment Summary

33 HIFU Technology History ABLATHERM ® Device Treatment Patient Installation (Immobilization) Patient movement detector Positioning Treatment Summary

34 HIFU Technology History ABLATHERM ® Device Treatment Probe insertion Intra-rectal positioning Prostate localization (1) Positioning Treatment Summary

35 HIFU Technology History ABLATHERM ® Device Treatment Prostate localization (2) Probe insertion Robotized movements Positioning Treatment Summary If the video doesn’t start automatically click on the window

36 HIFU Technology History ABLATHERM ® Device Treatment Prostate localization (3) Automatic imaging phase 3D reconstruction Positioning Treatment Summary

37 HIFU Technology History ABLATHERM ® Device Treatment Prostate localization (4) Automatic imaging phase 3D reconstruction Positioning Treatment Summary If the video doesn’t start automatically click on the window

38 HIFU Technology History ABLATHERM ® Device Treatment Treatment (planning) Positioning Treatment Summary Treatment area programming Firing phase

39 HIFU Technology History ABLATHERM ® Device Treatment Treatment (planning) Positioning Treatment Summary Treatment area programming Firing phase

40 HIFU Technology History ABLATHERM ® Device Treatment Treatment (planning) Positioning Treatment Summary Treatment area programmingFiring phase If the video doesn’t start automatically click on the window

41 HIFU Technology History ABLATHERM ® Device Treatment Treatment (planning) Positioning Treatment Summary Treatment area programmingFiring phase If the video doesn’t start automatically click on the window

42 HIFU Technology History ABLATHERM ® Device Treatment Treatment (Safety Controls) Main safety features Power / Firing sequence Probe position Patient movement Rectum position Temperature Positioning Treatment Summary Exit

Download ppt "HIFU Technology History ABLATHERM ® Device Treatment Ablatherm Ablatherm ® INTEGRATED IMAGING The The HIFU Treatment for Localized Prostate Cancer Exit."

Similar presentations

Digital Apex Locator Integrated with Bluetooth ® Wireless Technology.

Digital Apex Locator Integrated with Bluetooth ® Wireless Technology.
Chapter3 Pulse-Echo Ultrasound Instrumentation

Chapter3 Pulse-Echo Ultrasound Instrumentation
HIFU ë History History Technology ABLATHERM Treatment Positioning Benefits Device CLINICAL Effects Results Indications HIGHLIGHTS Ablatherm Ablatherm ®

HIFU ë History History Technology ABLATHERM Treatment Positioning Benefits Device CLINICAL Effects Results Indications HIGHLIGHTS Ablatherm Ablatherm ®
Foundations of Medical Ultrasonic Imaging

Foundations of Medical Ultrasonic Imaging
Using Prostate Cryosurgery Cryocare CS ® Technology PM-3592 Rev A 08/11 This information is intended to provide general education for surgeons who have.

Using Prostate Cryosurgery Cryocare CS ® Technology PM-3592 Rev A 08/11 This information is intended to provide general education for surgeons who have.
Experience, Expertise and a Commitment to Excellence™

Experience, Expertise and a Commitment to Excellence™
High Intensity Focused Ultrasound (HIFU) for Liver Tumour Dr Dai Wing Chiu Queen Mary Hospital.

High Intensity Focused Ultrasound (HIFU) for Liver Tumour Dr Dai Wing Chiu Queen Mary Hospital.
PRESENTATION BY ATIF DAR ULTRASONIC SENSORS.. CONTENTS PAGE Page 1 – Homepage Page 3 – Description of Ultrasonic Sensor. Page 4 – How the Ultrasonic Sensor.

PRESENTATION BY ATIF DAR ULTRASONIC SENSORS.. CONTENTS PAGE Page 1 – Homepage Page 3 – Description of Ultrasonic Sensor. Page 4 – How the Ultrasonic Sensor.
Sound In Medicine. Sound waves Sound is a mechanical waves travel in air as longitudinal waves in which vibrations in air causes increases (compressions)

Sound In Medicine. Sound waves Sound is a mechanical waves travel in air as longitudinal waves in which vibrations in air causes increases (compressions)
Planar scintigraphy produces two-dimensional images of three dimensional objects. It is handicapped by the superposition of active and nonactive layers.

Planar scintigraphy produces two-dimensional images of three dimensional objects. It is handicapped by the superposition of active and nonactive layers.
THE ULTRASOUND IMAGE: GENERATION AND DISPLAY

THE ULTRASOUND IMAGE: GENERATION AND DISPLAY
RF Coils Used In MRI.

RF Coils Used In MRI.
HIFU Douglas Chinn MD Chinn & Chinn Urology Arcadia, CA.

HIFU Douglas Chinn MD Chinn & Chinn Urology Arcadia, CA.
Advanced Biomedical Imaging Dr. Azza Helal A. Prof. of Medical Physics Faculty of Medicine Alexandria University.

Advanced Biomedical Imaging Dr. Azza Helal A. Prof. of Medical Physics Faculty of Medicine Alexandria University.
Treatment Time Reduction through Parameter Optimization in Magnetic Resonance Guided High Intensity Focused Ultrasound Therapy Joshua Coon December 7,

Treatment Time Reduction through Parameter Optimization in Magnetic Resonance Guided High Intensity Focused Ultrasound Therapy Joshua Coon December 7,
HIGH-INTENSITY FOCUSED ULTRASOUND By: Sahil Bilung and John Lee.

HIGH-INTENSITY FOCUSED ULTRASOUND By: Sahil Bilung and John Lee.
بسم الله الرحمن الرحيم و قل رب زدنى علماً ﴿و قل رب زدنى علماً﴾ صدق الله العظيم.

بسم الله الرحمن الرحيم و قل رب زدنى علماً ﴿و قل رب زدنى علماً﴾ صدق الله العظيم.
Introduction to Nuclear Medicine

Introduction to Nuclear Medicine
ISAT 303-Lab3-1  Measurement of Condition: Lab #3 (2005):  List of parameters of condition: –Linear distance, angular displacement, vibration, displacement,

ISAT 303-Lab3-1  Measurement of Condition: Lab #3 (2005):  List of parameters of condition: –Linear distance, angular displacement, vibration, displacement,
M. D. A NDERSON Cancer Center Magnetic Resonance Imaging: 4.7 T, 40 cm Bruker Biospec James A Bankson, Ph.D. and John D Hazle, Ph.D. Small Animal Cancer.

M. D. A NDERSON Cancer Center Magnetic Resonance Imaging: 4.7 T, 40 cm Bruker Biospec James A Bankson, Ph.D. and John D Hazle, Ph.D. Small Animal Cancer.

Similar presentations

Ads by Google