- About
- Leadership
- Fellows
- Awards
- Meeting notes
- Biomedical Acoustics Student Paper Award
- Student resources
- General resources
About
The Biomedical Acoustics Technical Committee (BATC), one of the most diverse groups in the Acoustical Society of America, consists of individuals whose interests cover a broad range of diagnostic and therapeutic applications or, more generally, the interaction of sound with biological materials.
The BATC is concerned with the study of the interactions of acoustic waves with biological materials, including cells, tissues, organ systems and entire organisms. Relevant areas of interest include, but are not limited to:
- Diagnostic and therapeutic applications of acoustics in medicine
- Biological effects of exposure to mechanical vibration and acoustic waves
- Acoustic propagation in biological materials
- Instrumentation
- Ultrasound field calibration, exposimetry and dosimetry
- Ultrasound contrast agents
- Medical image and signal processing
- Characterization and processing of biological materials
- Physiological measurements
See here for a short video by the ASA on biomedical ultrasound.
This Technical Committee (TC) began life in 1984 as the Bioresponse to Vibration Technical Committee. Prior to this date, Physical Acoustics typically acted as the home for Bioresponse/Biomedical Ultrasound activities at ASA meetings. The early scope of the Technical Committee addressed the effects of vibration on the body, touch as communication sense, and the effects of infrasound and ultrasound. As member interest evolved, ultrasound applications became more visible within the TC and, in 1996, the name was modified to Bioresponse to Vibration/Biomedical Ultrasound. Ultrasound then rapidly overtook bioresponse as the primary interest and shortly after, in 1998, the name components were swapped to Biomedical Ultrasound/Bioresponse to Vibration.
This name was rather unwieldy, but stayed intact until 2010 when, hopefully for the last time, the name was changed to Biomedical Acoustics. The members of the TC felt this name was broad enough to encompass the diverse interests of the TC and that it represented a name more in line with the vocabulary typically associated with the field. More details on the history of the TC, along with brief timeline charts, can be found in the BB chapter of the commemorative volume ASA at 75 (Henry E. Bass & William J. Cavanaugh, Editors). Also, a very nice history of medical ultrasound has been put together by Dr. Joseph Woo with a detailed chronology of technology and scientific contributions.
Biomedical Acoustics is one of the smaller TCs in the society, but also one of the more active in terms of special sessions and volunteer effort. The historical ASA membership interest in the TC is shown below in terms of year and the TC interest rank selected by members. It can be seen that the TC has grown quite a bit over the last 25 years and, presently, over 500 members have expressed some level of interest in the TC based on their rank of top three TC interests.
Leadership
Chair
Julianna C. Simon
Associate Professor, Graduate Program in Acoustics
The Pennsylvania State University
jcsimon@psu.edu
Biomedical Acoustics Committee Representatives
- Bob McGough, Membership
- Vera A. Khokhlova, Medals and Awards
- Julianna C. Simon, Archives and History
- Vera A. Khokhlova, Committee Chair on International Research and Education (CIRE)
- Wayne E. Kreider, ASACOS
Student Council Representative
Chirag A. Gokani
PhD student, Walker Department of Mechanical Engineering
University of Texas at Austin
chiragokani@gmail.com
Student Competition Subcommittee
Chair
Yashwanth Nanda Kumar
PhD student, Department of Mechanical Engineering
University of Washington
ynandaku@uw.edu
Members
Ga Won (Jenny) Kim
PhD student, School of Biomedical Engineering
Drexel University
gk454@drexel.edu
Grace M. Wood
PhD student, Graduate Program in Acoustics
The Pennsylvania State University
gmw5253@psu.edu
Kenneth B. Bader
Assistant Professor, Department of Radiology
University of Chicago
baderk@uchicago.edu
Kevin Haworth
Associate Professor, College of Medicine
University of Cincinnati
hawortkn@ucmail.uc.edu
Matthew J. Olmstead
PhD student, Graduate Program in Acoustics
The Pennsylvania State University
mjo5585@psu.edu
Siaka Federa
PhD student, Chen Ultrasound Laboratory
Washington University in St. Louis
s.fadera@wustl.edu
Past Chairs
Chair | Term |
---|---|
John Erdreich | 1984 — 1987 |
Anthony J. Brammer | 1987 — 1990 |
Ronald T. Verrillo | 1990 — 1993 |
Janet M. Weisenberger | 1993 — 1996 |
Ronald A. Roy | 1996 — 1999 |
E. Carr Everbach | 1999 — 2002 |
Robin C. Cleveland | 2002 — 2005 |
Michael R. Bailey | 2005 — 2008 |
Jeffrey A. Ketterling | 2008 — 2011 |
Robert J. McGough | 2011 — 2014 |
Nathan J. McDannold | 2014 — 2017 |
Subha Maruvada | 2017 — 2020 |
Kenneth B. Bader | 2020 — 2023 |
Past Student Council Representatives
Student council representative | Term |
---|---|
Sandy Poliachik | 2000 — 2002 |
Tyrone Porter | 2002 — 2005 |
Neil Owen | 2005 — 2006 |
Michael Canney | 2006 — 2008 |
Lucie Somaglino | 2008 — 2010 |
Derek Thomas | 2010 — 2012 |
Jason L. Raymond | 2012 — 2014 |
Camilo Perez | 2014 — 2015 |
Vacant | 2015 — 2016 |
Sanjay Yengul | 2016 — 2017 |
Tao Sun | 2017 — 2018 |
Asis Lopez | 2018 — 2021 |
Megan S. Anderson | 2021 — 2023 |
Fellows
- Averkiou, Michalakis A.
- Bailey, Michael R.
- Barbone, Paul E.
- Carson, Paul L.
- Carstensen, Edwin L.
- Chapelon, Jean-Yves
- Church, Charles C.
- Cleveland, Robin O.
- Coussios, Constantin C.
- Crum, Lawrence A.
- Dalecki, Diane
- Dunn, Floyd
- Edmonds, Peter
- Everbach, E. Carr
- Fatemi, Mostafa
- Fowlkes, Jeffrey B.
- Frisina, Robert D.
- Gracewski, Sheryl M.
- Harris, Gerald R.
- Hoffmeister, Brent
- Holland, Christy K.
- Hynynen, Kullervo H.
- Insana, Michael F.
- Jing, Yun K.
- Ketterling, Jeffrey A.
- Khokhlova, Vera A.
- Kremkau, Frederick W.
- Laugier, Pascal P.
- Maruvada, Subha
- Mast, T. Douglas
- Matula, Thomas J.
- McAteer, James A.
- McGough, Robert J.
- Miller, James G.
- O’Brien, William D.
- Oeleze, Michael
- Porter, Tyrone M.
- Reid, John M.
- Roy, Ron
- Sanghvi, Narendra T.
- Sapozhnikov, Oleg A.
- Sarkar, Kausik
- Sarvazyan, Armen
- Schafer, Mark E.
- Shung, K. Kirk
- Soetanto, Kawan
- Stergiopoulos, Stergios
- Stride, Eleanor P.
- Szabo, Thomas L.
- Szeri, Andrew J.
- ter Haar, Gail
- Treeby, Bradley
- Umemura, Shin Ichiro
- Wear, Keith A.
- Yoon, Suk Wang
- Zhong, Pei
Awards
Although relatively small, members with interests in Biomedical Acoustics (formerly Biomedical Ultrasound/Bioresponse to Vibration) have been well represented with achievement awards from the Society. While there are many other honorees that could be listed, below are awards that were specifically given in recognition of work within this TC.
Details of the awards selection process are available here.
Gold Medal
The Gold Medal is presented in the Spring to a member of the Society, without age limitation, for contributions to acoustics. The first Gold Medal was presented in 1954, on the occasion of the Society’s Twenty-Fifth Anniversary Celebration, and biennially until 1980.
- 1998 – Floyd Dunn – For creative contributions to fundamental knowledge of ultrasonic propagation in, and interactions with, biological media.
- 2002 – Robert E. Apfel – For fundamental contributions to physical acoustics and biomedical ultrasound and for innovative leadership in electronic publishing.
- 2013 – Lawrence A. Crum – For discovery and invention in physical and biomedical acoustics, and for leadership in acoustics worldwide.
- 2023 – Mark F. Hamilton – For contributions to theoretical nonlinear acoustics, education, and for service to and leadership of the society.
Silver Medal
The Silver Medal is presented to individuals, without age limitation, for contributions to the advancement of science, engineering, or human welfare through the application of acoustic principles or through research accomplishments in acoustics.
Silver Medal in Bioresponse to Vibration
- 1989 – Floyd Dunn – For contributions to the understanding of the interactions of ultrasound with biological media.
Silver Medal in Biomedical Ultrasound/Bioresponse to Vibration
- 1999 – Ronald T. Verrillo – For contributions to the psychophysics and physiology of vibrotactile sensitivity.
- 2004 – James G. Miller – For contributions to ultrasonic tissue characterization and quantitative echocardiography.
Silver Medal in Biomedical Acoustics
- 2013 – Kullervo H. Hynynen – For contributions to the science and the clinical applications of therapeutic ultrasound.
- 2021 – William O’Brien – For contributions to ultrasound bioeffects, dosimetry, and quantitative tissue characterization.
Interdisciplinary Silver Medal
Two or more Technical Committees may nominate candidates whose work overlaps more than one technical area. In 1995 this award was designated the Helmholtz-Rayleigh Interdisciplinary (HRI) Silver Medal.
Silver Medal in Physical Acoustics and Bioresponse to Vibration
- 1990 – Wesley L. Nyborg – For technical contributions in the application of physical acoustics to biology and medicine.
HRI Silver Medal in Physical Acoustics and Biomedical Ultrasound/Bioresponse to Vibration
- 2000 – Lawrence A. Crum – For advancing the understanding of the physical, chemical, and biological effects of acoustic cavitation and of high-intensity ultrasound.
HRI Silver Medal in Biomedical Ultrasound/Bioresponse to Vibration/Acoustical Oceanography
- 2006 – Mathias Fink – For contributions to the understanding of time reversal acoustics.
HRI Silver Medal in Biomedical Ultrasound/Bioresponse to Vibration/Physical Acoustics
- 2007 – Edwin L. Carstensen – For contributions to the physics of biomedical ultrasound.
- 2010 – Ronald A. Roy – For contributions to the fields of biomedical ultrasound and nonlinear bubble dynamics.
HRI Silver Medal in Biomedical Acoustics, Physcial Acoustics, and Acoustical Oceanography
- 2013 – Timothy J. Leighton – For contributions to physical acoustics, biomedical ultrasound, sonochemistry, and acoustical oceanography.
R. Bruce Lindsay Award
The R. Bruce Lindsay Award, formerly called the Biennial Award, is presented in the Spring to a member of the Society who is under 35 years of age on 1 January of the year of the Award and who, during a period of two or more years immediately preceding the award, has been active in the affairs of the Society and has contributed substantially, through published papers, to the advancement of theoretical or applied acoustics, or both.
- 2000 – Robin O. Cleveland – For contributions to nonlinear acoustics, particularly to shock wave lithotripsy.
- 2004 – Michael R. Bailey – For contributions to the understanding of shock wave lithotripsy and nonlinear acoustics.
- 2008 – Tyrone M. Porter – For contributions to ultrasound-guided drug delivery.
- 2012 – Constantin C. Coussios – For contributions to biomedical ultrasonics.
- 2013 – Eleanor P. J. Stride – For contributions to biomedical application of bubbles.
- 2015 – Matthew W. Urban – For contributions to the development of diagnostic methods to image soft tissue.
- 2019 – Adam Maxwell – For contributions to the understanding and application of therapeutic ultrasound.
- 2022 – Meaghan O’Reilly – For contributions to biomedical ultrasound applications in the central nervous system
Frederick V. Hunt Postdoctoral Fellowship
The F. V. Hunt Postdoctoral Research Fellowship was established by the Society to carry out Professor Hunt’s wish that his estate be used to further the science of, and education in acoustics. Fellows receive a stipend, provided jointly by the Hunt estate and a fund established by the Acoustical Society, to support their research on a topic in acoustics at an institution of their choice. One Fellowship is usually awarded each year. Hunt Fellows that have been active within the Biomedical Acoustics Technical Committee include:
- 1983 – Mark F. Hamilton
- 1989 – E. Carr Everbach
- 1994 – T. Douglas Mast
- 1995 – Robin Cleveland
- 2002 – Constantin C. Coussios
- 2003 – Tyrone M. Porter
- 2014 – Jason L. Raymond
- 2014 – Himanshu Shekhar
Meeting notes
Notes, slides, and reports from previous Technical Committee meetings can be found below:
- 2024 slides and notes
- 2023 fall notes
- 2018-2019 annual report
- 2017-2018 annual report
- 2014 annual report
- 2013 annual report
- 2013 fall notes
- 2013 spring notes
- 2012 annual report
- 2012 fall notes
- 2012 spring notes
- 2010-2011 annual report
- 2011 fall notes
- 2011 spring notes
- 2009-2010 annual report
- 2010 fall notes
- 2010 spring notes
- 2008-2009 notes
- 2009 fall notes
- 2009 spring notes
- 2008 fall notes
- 2008 spring notes
- 2007 fall notes
- 2007 spring notes
- 2006 fall notes
- 2006 spring notes
- 2005 fall notes
Biomedical Acoustics Student Paper Award
The Biomedical Acoustics Student Paper Award was established by the technical committee in 2006 to acknowledge high quality scientific presentations by students doing research in Biomedical Acoustics. The competition also serves as an opportunity for young acousticians to network. Currently, student members of the BATC are eligible to enter the competition, which consists of a two-hour poster session judged by members of BATC. Winners are selected based on a student’s (a) conception, execution, and analysis of the study, (b) ability to present and defend the material, and (c) understanding of how the research fits into the broader scientific context of the BATC. Winners receive a cash award.
2000 | Atlanta | |
1st: Constantin C. Coussios, Cambridge University Advisor: John Ffowcs Williams |
Ultrasonic scattering from blood as a means of measuring hemolysis | |
2nd: Xufeng Xi, Duke University Advisor: Pei Zhong |
Dynamic photorealistic study of the transient stress fields in solids during shock wave lithotripsy | |
3rd: Dahlia Sokolov, University of Washington Advisor: Lawrence Crum |
Bubble translation due to radiation force in SWL | |
3rd: Mark Haun, University of Illinois Advisor: William O’Brien |
Efficient three-dimensional cylindrical-geometry ultrasound imaging | |
2001 | Chicago | |
1st: Oliver Kripfgans, University of Michigan Advisor: Brian Fowlkes |
Acoustic vaporization of single droplets | |
2nd: Sandra Poliachik, University of Washington Advisor: Wayne Chandler |
Role of high intensity focused ultrasound induced cavitation on platelet activation | |
3rd: Mark Haun, University of Illinois Advisor: William O’Brien |
Efficient three-dimensional cylindrical-geometry ultrasound imaging | |
2002 | Pittsburgh | |
1st: Stanley Samuel, University of Michigan Advisor: Charles Meyer |
A robust roughness quantification technique using a standard imaging array transducer | |
2nd: Yufeng Zhou, Duke University Advisor: Pei Zhong |
Reduction of tissue injury without compromising stone comminution in shock wave lithotripsy | |
2002 | Cancun | |
1st: Parag Chitnis, Boston University Advisor: Robin Cleveland |
Comparison of the cavitation fields of an electromagnetic and electrohydraulic lithotripter | |
2nd: Javier van Cauwelaert, Boston University Advisor: Robin Cleveland |
Progress of crack formation in artificial kidney stones subject to shock waves | |
2003 | Nashville | |
1st: Ajay Anand, University of Washington Advisor: Peter J. Kaczkowski |
Monitoring evolution of HIFU-induced lesions with backscattered ultrasound | |
2nd: Yuan Jing, Boston University Advisor: Robin Cleveland |
Effect of aberration on the acoustic field in tissue harmonic imaging (THI) | |
2004 | New York City | |
1st: Paolo Zanetti, Boston University Advisor: Ronald Roy |
Signal-to-noise ratio and attenuation of Optison microbubbles in blood as a function of imaging frequency | |
2nd: Jeremy Bercoff, Laboratorie Ondes et Acoustique Advisor: Mathais Fink |
Studying viscoelasticty in soft tissue with supersonic shear imaging | |
2005 | Vancouver | |
1st: Adam Maxwell, University of Washington Advisor: Lawrence Crum |
A mechanistic analysis of stone comminution in lithotripsy | |
2nd: Parag Chitnis, Boston University Advisor: Robin Cleveland |
Secondary shock wave emissions from cavitation in lithotripsy | |
HM: Wayne Kreider, University of Washington Advisor: Lawrence Crum |
Modeling of initial bubble growth rates during high-intensity focused ultrasound | |
HM: Heather Argadine, Mayo Clinic Advisor: Mark Bolander |
1 kHz vibration increases proteoglycan production in ATDC5 chondrocytes | |
2006 | Providence | |
1st: Jamie Collin, Oxford University Advisor: Constantin Coussios |
Interpreting passive cavitation detection signals during high-intensity focused ultrasound (HIFU) | |
2nd: Matthew Urban, Mayo Clinic Advisor: James Greenleaf |
Motion detection for vibe-acoustography | |
2007 | Salt Lake City | |
1st: Matthew Urban, Mayo Clinic Advisor: James Greenleaf |
Harmonic motion detection in a vibrating scattering medium | |
2nd: Jose Sanchez, University of Illinois Advisor: Michael Oelze |
An ultrasonic imaging speckle suppression technique by means of frequency compounding and coded excitation | |
2008 | Paris | |
1st: Moire Smith, Cambridge University Advisor: Nigel Slater |
The effect of HIFU on pH responsive PEGylated Micelles | |
2nd: Todd Hay, University of Texas Advisor: Mark Hamilton |
Frequency response of bubble pulsation in tubes with arbitrary wall impedance | |
3rd: Dorothée Bossis, Université Pierre et Marie Curie France Advisor: Pascal Laugier |
1 kHz sound stimulates nitric oxide and prostaglandin E2 production by rat mesenchymal stem cells | |
2009 | Portland | |
1st: Kelly Garvin, University of Rochester Advisors: Diane Dalecki & Denise Hocking |
Ultrasound standing wave fields control the spatial distribution of cells and protein in three-dimensional engineered tissue | |
2010 | Baltimore | |
1st: Kelly Garvin, University of Rochester Advisors: Diane Dalecki & Denise Hocking |
Ultrasound standing wave fields induce endothelial cell sprouting within three-dimensional engineered tissue | |
2nd: Christian Anderson, Washington University in St. Louis Advisor: James Miller |
Comparison of conventional ultrasonic phase velocity and attenuation measurements of cancellous bone to estimates obtained using Bayesian probability theory | |
2011 | Seattle | |
1st: Peng Zhang, Boston University Advisor: Tyrone Porter |
The application of phase-shift nano emulsion in high intensity focused ultrasound-mediated heating and its potential in monitoring lesion formation | |
2nd: Himanshu Shekhar, University of Rochester Advisor: Marvin Doyle |
TA coded excitation technique for the functional imaging of coronary atherosclerosis using ultrasound contrast agents | |
3rd: Pavlos Anastasiadis, University of Hawaii Advisor: John Allen |
Ultrasound-induced permeability variations in cell gap junctions for drug delivery | |
2012 | Kansas City | |
1st: Kirthi Radhakrishnan, University of Cincinnati Advisor: Christy K. Holland |
Pulse duration dependence of cavitation emissions and loss of echogenicity from ultrasound contrast agents insonified by Doppler pulses | |
2nd: Kun Jia, Zhejiang University Advisor: Keji Yang |
Compound manipulation of micro-particles using a single device: Ultrasonic trapping, transporting, and rotating | |
3rd: Karla P. Mercado, University of Rochester Advisor: Diane Dalecki |
Parametric imaging of three-dimensional engineered tissue constructs using high-frequency ultrasound | |
2013 | Montreal | |
1st: Amin Jafari Sojahrood, Ryerson University Advisor: Michael Kolios |
Bifurcation structure of the ultrasonically excited microbubbles undergoing buckling and rupture | |
2nd: Pol Grasland-Mongrain, Inserm Advisor: Cyril Lyfon |
Electromagnetic hydrophone for high-intensity focused ultrasound (HIFU) measurement | |
3rd: Matthew Adams, Boston University Advisor: Ronald Roy |
Improving the acousto-optic detection of high-intensity focused ultrasound lesions | |
2014 | Providence | |
1st: Himanshu Shekhar, University of Rochester Advisor: Marvin Doyle |
Nonlinear intravascular ultrasound contrast imaging with a modified clinical system | |
2nd: Karla P. Mercado, University of Rochester Advisor: Diane Dalecki |
Characterizing collagen microstructure using high frequency ultrasound | |
3rd: Tom Kokhuis, Erasmus Medical Center Advisor: Nico de Jong |
StemBells: Localized stem cell delivery using targeted microbubbles and acoustic radiation force | |
2015 | Pittsburgh | |
1st: Jonathan Langdon, University of Rochester Advisor: Stephen McAleavey |
Compensating for Scholte waves in single track location shear wave elasticity imaging | |
2nd: Erasmia Lyka, Oxford University Advisor: Constantin C. Coussios |
A sum-of-harmonics time-domain method to distinguish harmonic and broadband signals during passive acoustic mapping of ultrasound therapies | |
3rd: Lauren Mancia, University of Michigan Advisor: Eric Johnsen |
Stress and strain fields produced by violent bubble collapse | |
2016 | Salt Lake City | |
1st: Harriet Lea-Banks, Oxford University Advisor: Constantin Coussios, Eleanor Stride |
Ultrasound-mediated transport of nanoparticles and the influence of particle density | |
2nd: Amin JafariSojahrood Advisor: Michael Kolios |
Development of a nonlinear model for the pressure dependent attenuation and sound speed in a bubbly liquid and its experimental validation | |
3rd: (3-way tie) Shenwen Huang, University of Cincinnati Advisor: Christy Holland Sanjay Yengul, Boston Univ., Harvard Univ. Advisor: Paul Barbone, Bruno Madore Alec Hughes, University of Toronto Advisor: Kullervo Hynynen |
Lytic efficacy of tissue plasminogen activator and ultrasound in porcine clots doped with barium sulfate in vitro Towards validation of shear wave elastography using vibration rheometry in soft gels Phased array techniques for multiple focus synthesis in transcranial focused ultrasound |
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2017 | Boston | |
1st: Ying Zhang, Duke University Advisor: Pei Zhong |
Interaction between lithotripsy-induced surface acoustic waves and pre-existing cracks | |
2nd: Clair Rabut, Inserm Institute Advisor: Mickael Tanter |
Full 3D dynamic functional ultrasound imaging of neuronal activity in mice | |
3rd: Natalia Ilyina, KU Leuven Advisor: Jan D’hooge |
Model-based ultrasound attenuation estimation
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2018 | Minneapolis | |
1st: Dezhuang Ye Advisor: Hong Chen |
Intranasal Administration of Temozolomide Combined with Focused Ultrasound to Enhance the Survival of Mice with Glioma (A Pilot Study) | |
2nd: Parker O’Brien Advisor: Emad Ebbini |
Broadband Transskull Multi-focus Wavefront Synthesis | |
3rd: Tho Tran Advisor: Lawrence Le |
A nonlinear grid-search inversion for cortical bone thickness and ultrasonic velocities
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2019 | Louisville | |
1st: Billy Yiu, University of Waterloo Advisor: Alfred Yu |
Live Color Encoded Speckle Imaging Platform for Real-Time Complex Flow Visualization In Vivo | |
2nd: Frederick Damen, Purdue University Advisor: Craig Goergen |
Spatial Analysis of Cardiac Strain Using High-Frequency Four-Dimensional Ultrasound in Mice | |
3rd: Joseph Majdi, George Mason University Advisor: Siddartha Sikdar |
Tissue Doppler Imaging To Detect Muscle Fatigue
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2021 | Seattle |
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1st: Junqin Chen, Duke University Advisor: Pei Zhong |
Cavitation is the primary mechanism for stone dusting in holmium: YAG laser lithotripsy
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2nd: Christopher Pacia, Washington University in St. Louis Advisor: Hong Chen |
Sonobiopsy increases release of circulating tumor DNA for sensitive molecular diagnosis of glioblastoma
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3rd: Ekaterina Ponomarchuk, Moscow State University Advisor: Vera Khokhlova |
Elastic properties of human hematoma model and its sensitivity to histotripsy liquefaction
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2022 | Denver |
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1st: Veerle Brans, University of Oxford Advisor: Eleanor Stride |
Exploration of ultrasound-mediated microbubble-cell membrane interactions using novel protein-loaded microbubbles and their role in immunomodulation
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2nd: Grace Conway, University of Pittsburgh Advisor: Flordeliza Villanueva |
Ultrasound-targeted microbubble cavitation increases paracellular gaps in an in vitro blood brain barrier model
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3rd: (2-way tie) Molly Smallcomb, Pennsylvania State University Advisor: Julianna Simon Oliver Pattinson, University of Southamptom Advisor: Nick Evans, Dario Carugo |
Comparison between focused ultrasound and dry needling treatments in a murine Achilles tendinopathy model
Ultra-High Speed Quantification of Cell Strain During Cell-Microbubble Interactions
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Audience Choice: Audrey Evans, University of Wisconsin Advisor: Chu Ma, Susan Hagness |
The evolution of microwave-induced thermoacoustic signal characteristics generated during pulsed microwave ablation
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2024 | Ottawa |
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1st: Kamso Onyemeh, Weill Cornell Graduate School of Medical Sciences Advisor: Mark Burgess |
Active targeting of nanotherapeutics using power cavitation imaging with a linear array transducer
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2nd: (3-way tie) Dingyue Zhang, Washington University in St. Louis Advisor: Hong Chen Elahe Memari, Concordia University Advisor: Brandon Helfield Hongchen Li, Erasmus MC Advisor: Klazina Kooiman |
Evaluaton of sonobiopsy feasibility and safety in a mouse model of diffuse intrinsic pontine glioma
The role of fluid flow patterns in microbubble-mediated endothelial cell membrane permeabilization
Microstreaming profile of a phospholipid-coated wall-attached microbubble undergoing shape oscillation
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Audience Choice: Kyle Hazel, Concordia University Advisor: Brandon Helfield |
Focused ultrasound-guided delivery of gene editing protein in human induced pluripotent stem cells
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Student resources
ASA Student Organizations
Students are encouraged to…
- participate in their local student and regional ASA chapters
- join the ASA Student Delegation
- apply to the ASA Student Council.
ASA Student Grants
- James E. West Graduate Fellowship for Minorities
- The Larry and Julia Royster Student Scholarship Award
- Robert W. Young Award for Undergraduate Student Research in Acoustics
- Frederick V. Hunt Postdoctoral Research Fellowship in Acoustics
- For additional funding support, please visit ASA Resources.
Academic resources for students
- Acoustics: An Introduction to Its Physical Principles and Applications by A. D. Pierce
- Introduction to Elastic Wave Propagation by Bedford and Drumheller
- Dan Russell’s Acoustics and Vibrations Animations
- Noe Jimenez’s acoustics simulations
- Scott Schoen Jr.’s acoustics notes
- Chirag Gokani’s acoustics quals review site
- Math of Sound by Noah J. Parker
Learning opportunities for students
- Physical Acoustics Summer School
- Therapy Ultrasound Winter School
- ASA School
General resources
Biomedical acoustic societies
- Focused Ultrasound Foundation
- International Society of Therapeutic Ultrasound
- American Institute for Ultrasound in Medicine
- IEEE Ultrasonics, Ferroelectronics, and Frequency Control Society
- American Associated of Physicists in Medicine
- International Symposium of Nonlinear Acoustics
- European Symposium on Ultrasound Contrast Agents
- International Contrast Ultrasound Society
- International Bubble Conference
- International Commision for Acoustics
Research Laboratories and Foundations
- BADER Lab
- Biomedical Ultrasonics and Cavitation Laboratory (BUCL)
- Bioacoustics Research Lab, University of Illinois at Urbana-Champaign
- Biomedical Ultrasonics, Biotherapy and Biopharmaceuticals Laboratory (BUBBL), University of Oxford
- Center for Industrial and Medical Ultrasound, Applied Physics Laboratory, University of Washington
- Focused Ultrasound Surgery Foundation
- Focused Ultrasound Laboratory, Brigham & Women’s Hospital, Harvard Medical School
- Image-guided Ultrasound Therapeutics Laboratory, University of Cincinnati, OH USA
- Laboratory of Ultrasonic Electronics, Doshisha University
- Medical Imaging Group, University of Cambridge
- Physical Acoustics Laboratory, Boston University
- UC-Davis Ferrara Lab
- Ultrasound Research Laboratory, University of Cincinnati
- UNC-NCState Joint program – The Dayton Lab
- University of Michigan – Therapeutic Ultrasound Group
- University of Utah – Laboratory of Ultrasonic Drug Delivery
- University of Washington – Larry Crum
Software Packages
Standards
- Acoustical Society of America – Standards Secretariat
- S1/WG 22 Bubble Detection and Cavitation Monitoring
- IEC 62555:2013: Ultrasonics – Power Measurement – Output Power Measurement for High Intensity Therapeutic Ultrasound (HITU) Transducers and Systems
- IEC 62556:2014: Surgical Systems – Specification and Measurement of Field Parameters for High Intensity Therapeutic Ultrasound (HITU) Transducers and Systems
- IEC 61828:2001: Ultrasonics – Focusing Transducers, Definitions and Measurement Methods for the Transmitted Fields
- IEC 62937: Ultrasonics – Measurement of Ultrasound Field Parameters at High Pressure Therapeutic Levels in Water
- IEC 62937: Ultrasonics – Measurement of Ultrasound Field Parameters at High Pressure Therapeutic Levels in Water
- Standardization of Ultrasound Medical Devices: A comprehensive listing of standards of interest to the BATC membership courtesy of Subha Maruvada.