International Society for Therapeutic Ultrasound Conference 2016

نویسندگان

  • Brian Fowlkes
  • Pejman Ghanouni
  • Narendra Sanghvi
  • Constantin Coussios
  • Paul C. Lyon
  • Michael Gray
  • Christophoros Mannaris
  • Marie de Saint Victor
  • Eleanor Stride
  • Robin Cleveland
  • Robert Carlisle
  • Feng Wu
  • Mark Middleton
  • Fergus Gleeson
  • Jean-Franҫois Aubry
  • Kim Butts Pauly
  • Chrit Moonen
  • Jacob Vortman
  • Shirley Sharabi
  • Dianne Daniels
  • David Last
  • David Guez
  • Yoav Levy
  • Alexander Volovick
  • Javier Grinfeld
  • Itay Rachmilevich
  • Talia Amar
  • Zion Zibly
  • Yael Mardor
  • Sagi Harnof
  • Michael Plaksin
  • Yoni Weissler
  • Shy Shoham
  • Eitan Kimmel
  • Omer Naor
  • Nairouz Farah
  • Dong-Guk Paeng
  • Zhiyuan Xu
  • John Snell
  • Anders H. Quigg
  • Matthew Eames
  • Changzhu Jin
  • Ashli C. Everstine
  • Jason P. Sheehan
  • Beatriz S. Lopes
  • Neal Kassell
  • Thomas Looi
  • Vera Khokhlova
  • Charles Mougenot
  • Kullervo Hynynen
  • James Drake
  • Michael Slayton
  • Richard C. Amodei
  • Keegan Compton
  • Ashley McNelly
  • Daniel Latt
  • Michael Slayton
  • Richard C. Amodei
  • Keegan Compton
  • John Kearney
  • David Melodelima
  • Aurelien Dupre
  • Yao Chen
  • David Perol
  • Jeremy Vincenot
  • Jean-Yves Chapelon
  • Michel Rivoire
  • Wei Guo
  • Guoxin Ren
  • Guofeng Shen
  • Michael Neidrauer
  • Leonid Zubkov
  • Michael S. Weingarten
  • David J. Margolis
  • Peter A. Lewin
  • Nathan McDannold
  • Jonathan Sutton
  • Natalia Vykhodtseva
  • Margaret Livingstone
  • Thiele Kobus
  • Yong-Zhi Zhang
  • Michael Schwartz
  • Yuexi Huang
  • Nir Lipsman
  • Jennifer Jain
  • Martin Chapman
  • Tejas Sankar
  • Andres Lozano
  • Robert Yeung
  • Christakis Damianou
  • Nikolaos Papadopoulos
  • Alexander Volovick
  • Javier Grinfeld
  • Yoav Levy
  • Omer Brokman
  • Eyal Zadicario
  • Ori Brenner
  • David Castel
  • Shih-Ying Wu
  • Julien Grondin
  • Wenlan Zheng
  • Marc Heidmann
  • Maria Eleni Karakatsani
  • Carlos J. Sierra Sánchez
  • Vincent Ferrera
  • Elisa E. Konofagou
  • Marinos Yiannakou
  • HongSeok Cho
  • Hwayoun Lee
  • Mun Han
  • Jong-Ryul Choi
  • Taekwan Lee
  • Sanghyun Ahn
  • Yongmin Chang
  • Juyoung Park
  • Nicholas Ellens
  • Ari Partanen
  • Keyvan Farahani
  • Raag Airan
  • Alexandre Carpentier
  • Michael Canney
  • Alexandre Vignot
  • Cyril Lafon
  • Jean-Yves Chapelon
  • Jean-yves Delattre
  • Ahmed Idbaih
  • Henrik Odéen
  • Bradley Bolster
  • Eun Kee Jeong
  • Dennis L. Parker
  • Pooja Gaur
  • Xue Feng
  • Samuel Fielden
  • Craig Meyer
  • Beat Werner
  • William Grissom
  • Michael Marx
  • Hans Weber
  • Valentina Taviani
  • Brian Hargreaves
  • Jun Tanaka
  • Kentaro Kikuchi
  • Ayumu Ishijima
  • Takashi Azuma
  • Kosuke Minamihata
  • Satoshi Yamaguchi
  • Teruyuki Nagamune
  • Ichiro Sakuma
  • Shu Takagi
  • Mathieu D. Santin
  • Laurent Marsac
  • Guillaume Maimbourg
  • Morgane Monfort
  • Benoit Larrat
  • Chantal François
  • Stéphane Lehéricy
  • Mickael Tanter
  • Jean-Franҫois Aubry
  • Gesthimani Samiotaki
  • Shutao Wang
  • Camilo Acosta
  • Eliza R. Feinberg
  • Zsofia I. Kovacs
  • Tsang-Wei Tu
  • Georgios Z. Papadakis
  • William C. Reid
  • Dima A. Hammoud
  • Joseph A. Frank
  • Zsofia i. Kovacs
  • Saejeong Kim
  • Neekita Jikaria
  • Michele Bresler
  • Farhan Qureshi
  • Jingjing Xia
  • Po-Shiang Tsui
  • Hao-Li Liu
  • Juan C. Plata
  • Bragi Sveinsson
  • Vasant A. Salgaonkar
  • Matthew Adams
  • Chris Diederich
  • Eugene Ozhinsky
  • Matthew D. Bucknor
  • Viola Rieke
  • Ari Partanen
  • Andrew Mikhail
  • Lauren Severance
  • Ayele H. Negussie
  • Bradford Wood
  • Martijn de Greef
  • Gerald Schubert
  • Chrit Moonen
  • Mario Ries
  • Megan E. Poorman
  • Mary Dockery
  • Vandiver Chaplin
  • Stephanie O. Dudzinski
  • Ryan Spears
  • Charles Caskey
  • Todd Giorgio
  • Marcia M. Costa
  • Efthymia Papaevangelou
  • Anant Shah
  • Ian Rivens
  • Carol Box
  • Jeff Bamber
  • Gail ter Haar
  • Scott R. Burks
  • Matthew Nagle
  • Ben Nguyen
  • Blerta Milo
  • Nhan M. Le
  • Shaozhen Song
  • Kanheng Zhou
  • Ghulam Nabi
  • Zhihong Huang
  • Shmuel Ben-Ezra
  • Shani Rosen
  • Senay Mihcin
  • Jan Strehlow
  • Ioannis Karakitsios
  • Nhan Le
  • Michael Schwenke
  • Daniel Demedts
  • Paul Prentice
  • Sabrina Haase
  • Tobias Preusser
  • Andreas Melzer
  • Jean-Louis Mestas
  • Kamel Chettab
  • Gustavo Stadthagen Gomez
  • Charles Dumontet
  • Bettina Werle
  • Cyril Lafon
  • Fabrice Marquet
  • Pierre Bour
  • Fanny Vaillant
  • Sana Amraoui
  • Rémi Dubois
  • Philippe Ritter
  • Michel Haïssaguerre
  • Mélèze Hocini
  • Olivier Bernus
  • Bruno Quesson
  • Amit Livneh
  • Dan Adam
  • Justine Robin
  • Bastien Arnal
  • Mathias Fink
  • Mathieu Pernot
  • Tatiana D. Khokhlova
  • George R. Schade
  • Yak-Nam Wang
  • Wayne Kreider
  • Julianna Simon
  • Frank Starr
  • Maria Karzova
  • Adam Maxwell
  • Michael R. Bailey
  • Jonathan E. Lundt
  • Steven P. Allen
  • Jonathan R. Sukovich
  • Timothy Hall
  • Zhen Xu
  • Philip May
  • Daniel W. Lin
  • Vera Khokhlova
  • Charlotte Constans
  • Thomas Deffieux
  • Jean-Francois Aubry
  • Eun-Joo Park
  • Yun Deok Ahn
  • Soo Yeon Kang
  • Dong-Hyuk Park
  • Jae Young Lee
  • J. Vidal-Jove
  • E. Perich
  • A. Ruiz
  • A. Jaen
  • N. Eres
  • M. Alvarez del Castillo
  • Rachel Myers
  • James Kwan
  • Christian Coviello
  • Cliff Rowe
  • Calum Crake
  • Sean Finn
  • Edward Jackson
  • Antonios Pouliopoulos
  • Caiqin Li
  • Marc Tinguely
  • Meng-Xing Tang
  • Valeria Garbin
  • James J. Choi
  • Lisa Folkes
  • Michael Stratford
  • Sandra Nwokeoha
  • Tong Li
  • Navid Farr
  • Samantha D’Andrea
  • Kayla Gravelle
  • Hong Chen
  • Ari Partanen
  • Donghoon Lee
  • Joo Ha Hwang
  • Sophie Tardoski
  • Jacqueline Ngo
  • Evelyne Gineyts
  • Jean-Pau Roux
  • Philippe Clézardin
  • Allegra Conti
  • Rémi Magnin
  • Matthieu Gerstenmayer
  • François Lux
  • Olivier Tillement
  • Sébastien Mériaux
  • Stefania Della Penna
  • Gian Luca Romani
  • Erik Dumont
  • Benoit Larrat
  • Tao Sun
  • Chanikarn Power
  • Eric Miller
  • Oleg Sapozhnikov
  • Sergey Tsysar
  • Petr V. Yuldashev
  • Victor Svet
  • Wayne Kreider
  • Dongli Li
  • Antonio Pellegrino
  • Nik Petrinic
  • Clive Siviour
  • Antoine Jerusalem
  • Peter V. Yuldashev
  • Bryan W. Cunitz
  • Barbrina Dunmire
  • Michael R. Bailey
  • Claude Inserra
  • Matthieu Guedra
  • Cyril Mauger
  • Bruno Gilles
  • Maxim Solovchuk
  • Tony W. H. Sheu
  • Marc Thiriet
  • Yufeng Zhou
  • Esra Neufeld
  • Christian Baumgartner
  • Davnah Payne
  • Adamos Kyriakou
  • Niels Kuster
  • Xu Xiao
  • Helen McLeod
  • Andreas Melzer
  • Christopher Dillon
  • Viola Rieke
  • Pejman Ghanouni
  • Dennis L. Parker
  • Allison Payne
  • Vera A. Khokhova
  • Ilya Sinilshchikov
  • Yulia Andriyakhina
  • Tatiana D. Khokhlova
  • Adam Maxwell
  • Ari Partanen
  • Andrey Rybyanets
  • Natalia Shvetsova
  • Alex Berkovich
  • Igor Shvetsov
  • Caroline J. Shaw
  • Ian Rivens
  • John Civale
  • Dino Giussani
  • Gail ter Haar
  • Christoph Lees
  • Pierre Bour
  • Fabrice Marquet
  • Valery Ozenne
  • Solenn Toupin
  • Bruno Quesson
  • Eugene Ozhinsky
  • Vasant Salgaonkar
  • Chris Diederich
  • Elena Kaye
  • Sebastien Monette
  • Majid Maybody
  • Govindarajan Srimathveeravalli
  • Stephen Solomon
  • Amitabh Gulati
  • Tobias Preusser
  • Sabrina Haase
  • Mario Bezzi
  • Jürgen W. Jenne
  • Thomas Lango
  • Michael Müller
  • Giora Sat
  • Christine Tanner
  • Stephan Zangos
  • Matthias Günther
  • Andreas Melzer
  • Cyril Lafon
  • Au Hoang Dinh
  • Emilie Niaf
  • Flavie Bratan
  • Nicolas Guillen
  • Rémi Souchon
  • Carole Lartizien
  • Sebastien Crouzet
  • Olivier Rouviere
  • Jean-Yves Chapelon
  • Yang Han
  • Shutao Wang
  • Elisa E. Konofagou
  • Thomas Payen
  • Carmine Palermo
  • Steve Sastra
  • Hong Chen
  • Kenneth Olive
  • Johanna M. van Breugel
  • Charles Mougenot
  • Maurice A. van den Bosch
  • Matthieu Gerstenmayer
  • Rémi Magnin
  • Benjamin Fellah
  • Denis Le Bihan
  • Benoit Larrat
  • Matthieu Gerstenmayer
  • Rémi Magnin
  • Sébastien Mériaux
  • Denis Le Bihan
  • Benoit Larrat
  • Steven P. Allen
  • Luis Hernandez-Garcia
  • Charles A. Cain
  • Timothy Hall
  • Erasmia Lyka
  • Delphine Elbes
  • Christian Coviello
  • Kanheng Zhou
  • Nhan M. Le
  • Chunhui Li
  • Zhihong Huang
  • Satoshi Tamano
  • Hayato Jimbo
  • Takashi Azuma
  • Shin Yoshizawa
  • Keisuke Fujiwara
  • Kazunori Itani
  • Shin-ichiro Umemura
  • Nicholas Ellens
  • Ari Partanen
  • Dan Stoianovici
  • Keyvan Farahani
  • Zulfadhli Zaini
  • Ryo Takagi
  • Shin Yoshizawa
  • Shin-ichiro Umemura
  • Shenyan Zong
  • Guofeng Shen
  • Ron Watkins
  • Aurea Pascal-Tenorio
  • Matthew Adams
  • Juan C. Plata
  • Peter Jones
  • Kim Butts-Pauly
  • Donna Bouley
  • Guoxin Ren
  • Wei Guo
  • Yazhu Chen
  • Chung-Yin Lin
  • Han-Yi Hsieh
  • Kuo-Chen Wei
  • Camille Garnier
  • Gilles Renault
  • Navid Farr
  • Ayele H. Negussie
  • Andrew Mikhail
  • Reza Seifabadi
  • Emmanuel Wilson
  • Avinash Eranki
  • Peter Kim
  • Bradford Wood
  • Dennis Lübke
  • Jürgen W. Jenne
  • Peter Huber
  • Joachim Georgii
  • Michael Schwenke
  • Caroline V. Dresky
  • Julian Haller
  • Navid Farr
  • Pavel Yarmolenko
  • Ayele H. Negussie
  • Karun Sharma
  • Haydar Celik
  • Bradford Wood
  • Guofeng Li
  • Weibao Qiu
  • Hairong Zheng
  • Meng-Yen Tsai
  • Po-Chun Chu
  • Taylor Webb
چکیده

When exposed to sufficiently high ultrasound pressures, microbubbles can be generated spontaneously in tissue and undergo inertial cavitation where collapses result in physical effects. These effects range from petechial haemorrhage to complete cellular disruption, termed Histotripsy, depending on ultrasound parameters. This presentation will explore the mechanisms associated with histotripsy along with the tissue effects and the wide range of potential applications for this mechanical disruption method.

برای دانلود رایگان متن کامل این مقاله و بیش از 32 میلیون مقاله دیگر ابتدا ثبت نام کنید

ثبت نام

اگر عضو سایت هستید لطفا وارد حساب کاربری خود شوید

منابع مشابه

Special Issue for 11th International Conference of Iranian Operations Research Society

This is a special issue of the Iranian Journal of Operations Research that includes some of the invited talks presented at the 11th international conference of the Iranian Operations Research Society (IORS), organized jointly by IORS and Razi University of Kermanshah and held at the Razi University, Kermanshah, Iran, May 2-4, 2018. The IORS conference is held annually and is the main event ...

متن کامل

TITLE : S - Nitrosylation and the Development of Pulmonary Hypertension PRINCIPAL INVESTIGATOR :

s: 1. Lewis SJ, May W, Young A, Yeman S, Palmer LA. Gender differences in the ventilatory Response to hypoxia. Abstract 6885 submitted to American Thoracic Society International Conference to be held in New Orleans, May 2010. 2. Brown Steinke K, de Ronde K, Sullivan S, Yeman S, Palmer LA. Snitrosoglutathione reductase and it role in pulmonary arterial hypertension. Abstract 6982 submitted to Am...

متن کامل

Atheromatic™: symptomatic vs. asymptomatic classification of carotid ultrasound plaque using a combination of HOS, DWT & texture.

Quantitative characterization of carotid atherosclerosis and classification into either symptomatic or asymptomatic is crucial in terms of diagnosis and treatment planning for a range of cardiovascular diseases. This paper presents a computer-aided diagnosis (CAD) system (Atheromatic™, patented technology from Biomedical Technologies, Inc., CA, USA) which analyzes ultrasound images and classifi...

متن کامل

Gas-filled microbubbles--a novel susceptibility contrast agent for brain and liver MRI.

Gas-filled microbubbles have the potential to become a unique intravascular MR contrast agent due to their magnetic susceptibility effect, biocompatibility and localized manipulation via ultrasound cavitation. However, in vivo demonstration of microbubble susceptibility effect is limited so far and microbubble susceptibility effect is relatively weak when compared with other intravascular MR su...

متن کامل

Destructive effects of therapeutic ultrasound and gold nanoparticles on a breast carcinoma tumor model in BALB/c mice

Background: Acoustic cavitation which occurs at high intensities of ultrasound waves can be fatal for tumor cells; however, it can be used to destroy cancer cells as an efficient therapeutic method. On the other hand, it is known that the existence of nanoparticles in a liquid decreases the acoustic cavitation onset threshold. Materials and Methods: In this work, the combined effects of therape...

متن کامل

Therapeutic effects of high intensity focused ultrasound for in patients with benign uterine tumors with regard to lifestyle and obstetric characteristics

Background: The present investigation compared the decrease in the volume of benign tumor before and after High Intensity Focused Ultrasound (HIFU) treatment to evaluate the therapeutic effects of HIFU. in terms of Lifestyle and obstetric characteristics of in patients with Benign Uterine Tumors. Materials and Methods: To collect the data on each patients’ lifestyle and obstetric characteristic...

متن کامل

ذخیره در منابع من


  با ذخیره ی این منبع در منابع من، دسترسی به آن را برای استفاده های بعدی آسان تر کنید

عنوان ژورنال:

دوره 5  شماره 

صفحات  -

تاریخ انتشار 2017