Elastography and modulography in living tissues - Pubfeed

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Elastography and modulography in living tissues

by alexemse

592 entries / 231 views / 1 subscribers / 41 source publications

PE Barbone, AA Oberai, I Harari: Adjoint-weighted variational formulation for a direct computational solution of an inverse … (2007)
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cited on Google Scholar by [17] on Sep 03, 2009
Y Liu, G Wang, LZ Sun: Anisotropic elastography for local passive properties and active contractility of … (2006)
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cited on Google Scholar by [17] on Sep 03, 2009
笈田武範, 大野友和, 天野晃, 姜有峯, 岡本淳 …: 弾性波当てはめ法による MR Elastography からの粘弾性定数の導出 (2006)
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cited on Google Scholar by [12] on Sep 01, 2009
W Lee…: Validation of ultrasound myocardial elastography using MR tagging in normal human hearts … (2007)
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related on Google Scholar by [5] on Aug 31, 2009
T Manglik, L Axel, W Pai, D Kim, P Dugal, A …: Use of bandpass Gabor filters for enhancing blood-myocardium contrast and filling-in tags … (2004)
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related on Google Scholar by [5] on Aug 31, 2009
Y Kawase, K Hoshino, R Yoneyama, J …: In vivo volumetric analysis of coronary stent using optical coherence tomography with a … (2005)
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related on Google Scholar by [3] on Aug 31, 2009
MR Kaazempur-Mofrad, HF Younis, S Patel, A …: Cyclic strain in human carotid bifurcation and its potential correlation to atherogenesis: … (2003)
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related on Google Scholar by [3] on Aug 31, 2009
E Molinari, M Fato, G De Leo, D Riccardo, F …: Simulation of the biomechanical behavior of the skin in virtual surgical applications by … (2005)
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related on Google Scholar by [41] on Aug 31, 2009
G De Gersem, H Van Brussel, J Vander …: Enhanced haptic sensitivity for soft tissues using teleoperation with shaped impedance …
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related on Google Scholar by [41] on Aug 31, 2009
T Hu, JP Desai: Modeling Large Deformation in Soft-tissues: Experimental results and Analysis (2004)
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related on Google Scholar by [41] on Aug 31, 2009
LG Keith, JJ Oleszczuk, M Laguens: Are mammography and palpation sufficient for breast cancer screening? A dissenting … (2002)
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related on Google Scholar by [30] on Aug 29, 2009
D Fu, SF Levinson, SM Gracewski, KJ Parker: Non-invasive quantitative reconstruction of tissue elasticity using an iterative forward … (2000)
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related on Google Scholar by [28] on Aug 29, 2009
DB Plewes, J Bishop, A Samani, J Sciarretta: Visualization and quantification of breast cancer biomechanical properties with magnetic … (2000)
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related on Google Scholar by [28] on Aug 29, 2009
S Catheline, JL Gennisson, G Delon, M Fink, R …: Measurement of viscoelastic properties of homogeneous soft solid using transient … (2004)
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cited on Google Scholar by [28] on Aug 29, 2009
K Nightingale, M Palmeri, G Trahey: Analysis of contrast in images generated with transient acoustic radiation force (2006)
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cited on Google Scholar by [28] on Aug 29, 2009
ML Palmeri, SA McAleavey, GE Trahey, KR …: Ultrasonic tracking of acoustic radiation force-induced displacements in homogeneous …
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cited on Google Scholar by [28] on Aug 29, 2009
TE Oliphant, A Manduca, RL Ehman, JF …: Complex-valued stiffness reconstruction for magnetic resonance elastography by algebraic … (2001)
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related on Google Scholar by [27] on Aug 28, 2009
Z Wu, LS Taylor, DJ Rubens, KJ Parker: Shear wave focusing for three-dimensional sonoelastography (2002)
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related on Google Scholar by [27] on Aug 28, 2009
R Sinkus, M Tanter, S Catheline, J Lorenzen, …: Imaging anisotropic and viscous properties of breast tissue by magnetic resonance- … (2005)
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cited on Google Scholar by [27] on Aug 28, 2009
SI Ringleb, Q Chen, DS Lake, A Manduca, …: Quantitative shear wave magnetic resonance elastography: comparison to a dynamic shear … (2005)
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cited on Google Scholar by [27] on Aug 28, 2009
I Sack, J Bernarding, J Braun: Analysis of wave patterns in MR elastography of skeletal muscle using coupled harmonic … (2002)
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cited on Google Scholar by [27] on Aug 28, 2009
H Frick, S Morse: The electrical capacity of tumors of the breast (1926)
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related on Google Scholar by [26] on Aug 28, 2009
J Li, Y Cui, JA Noble: Inverse elasticity reconstruction based on an image–similarity measure approach (2004)
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related on Google Scholar by [26] on Aug 28, 2009
JJ Ou, SL Barnes, MI Miga: Preliminary testing of sensitivity to input data quality in an elastographic reconstruction … (2006)
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cited on Google Scholar by [26] on Aug 28, 2009
JM Mamou: Ultrasonic characterization of three animal mammary tumors from three-dimensional … (2005)
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cited on Google Scholar by [26] on Aug 28, 2009
RG Brown, CE Hann, JG Chase, L Ray: Discrete Colour-based Euclidean-Invariant Signatures for Feature Tracking in a DIET …
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related on Google Scholar by [25] on Aug 28, 2009
RG Brown, CE Hann, JG Chase, XQ Chen: Vision-based 3D Surface Motion Capture for the DIET Breast Cancer Screening System
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cited on Google Scholar by [25] on Aug 28, 2009
M Suga, T Matsuda, J OKAMOTO, O TAKIZAWA, …: Sensible human projects: Haptic modeling and surgical simulation based on measurements … (2000)
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related on Google Scholar by [24] on Aug 28, 2009
AJ Romano, JA Bucaro, RL Ehnan, JJ Shirron: Evaluation of a material parameter extraction algorithm using MRI-based displacement …
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related on Google Scholar by [24] on Aug 28, 2009
菅幹生, 大城理, 湊小太郎, 岡本淳, 滝沢修, …: Mikio Suga Osamu Oshiro Kotaro Minato Jun Okamoto 2) Osamu Takizawa 2) Tetsuya Matsuda 3 …
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related on Google Scholar by [24] on Aug 28, 2009
R Hutter, KU Schmitt, P Niederer: Mechanical modeling of soft biological tissues for application in virtual reality based … (2000)
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related on Google Scholar by [23] on Aug 28, 2009
M Kaneko, C Toya, M Okajima: Active strobe imager for visualizing dynamic behavior of tumors (2007)
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related on Google Scholar by [23] on Aug 28, 2009
RM Koch, MH Gross, FR Carls, DF Buren: von, Fankhauser, G., & Parish, YIH (1996). Simulating facial surgery using finite element …
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related on Google Scholar by [23] on Aug 28, 2009
E Samur, M Sedef, C Basdogan, L Avtan, O …: A robotic indenter for minimally invasive measurement and characterization of soft tissue … (2007)
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cited on Google Scholar by [23] on Aug 28, 2009
DC Lin, EK Dimitriadis, F Horkay: Advances in the mechanical characterization of soft materials by nanoindentation (2006)
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cited on Google Scholar by [23] on Aug 28, 2009
S MISRA, KT Ramesh, AM OKAMURA: Modeling of tool-tissue interactions for computer-based surgical simulation: A literature … (2008)
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cited on Google Scholar by [23] on Aug 28, 2009
I Kang, D Panneerselvam, VP Panoskaltsis, …: Changes in the Hyperelastic Properties of Endothelial Cells Induced by Tumor Necrosis … (2008)
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cited on Google Scholar by [23] on Aug 28, 2009
A Tordesillas, J Peters, M Muthuswamy: Role of particle rotations and rolling resistance in a semi-infinite particulate solid indented by … (2004)
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cited on Google Scholar by [23] on Aug 28, 2009
MM Doyley, S Srinivasan, E Dimidenko, N Soni …: Enhancing the performance of model-based elastography by incorporating additional a … (2006)
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cited on Google Scholar by [22] on Aug 27, 2009
PE Barbone, AA Oberai: Elastic modulus imaging: some exact solutions of the compressible elastography inverse … (2007)
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cited on Google Scholar by [22] on Aug 27, 2009
J McLaughlin, D Renzi: Shear wave speed recovery in transient elastography and supersonic imaging using … (2006)
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cited on Google Scholar by [22] on Aug 27, 2009
MS Gockenbach, AA Khan: Identification of Lamé parameters in linear elasticity: a fixed point approach (2005)
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cited on Google Scholar by [22] on Aug 27, 2009
N Dominguez, V Gibiat, Y Esquerre: Time domain topological gradient and time reversal analogy: an inverse method for … (2005)
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cited on Google Scholar by [22] on Aug 27, 2009
FG Fuechsel, NL Bush, F Tranquart, JC …: Ultrasound freehand elastography: Evaluation of diagnostic potential in clinical breast … (2001)
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related on Google Scholar by [21] on Aug 27, 2009
A Chakraborty, G Berry, J Bamber, N Dorward: Intra-operative ultrasound elastography and registered magnetic resonance imaging of brain … (2006)
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cited on Google Scholar by [21] on Aug 27, 2009
R Crescenti, J Bamber, N Bush, S Webb: Read-out of radiosensitive gels with ultrasound elastography: technique description and … (2006)
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cited on Google Scholar by [21] on Aug 27, 2009
RQ Erkamp, P Wiggins, AR Skovoroda, SY …: Measuring the elastic modulus of small tissue samples
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related on Google Scholar by [20] on Aug 27, 2009
EEW Van Houten, MM Doyley, FE Kennedy, …: Initial in vivo experience with steady-state subzone-based MR elastography of the human … (2003)
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related on Google Scholar by [20] on Aug 27, 2009
A Peters, A Milsant, J Rouze, L Ray, JG …: Digital image-based elasto-tomography: Proof of concept studies for surface based … (2004)
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cited on Google Scholar by [20] on Aug 27, 2009
A Samani, D Plewes: An inverse problem solution for measuring the elastic modulus of intact ex vivo breast tissue … (2007)
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cited on Google Scholar by [20] on Aug 27, 2009

Subscribers

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Source Publications

[1]

Hassan Rivaz, Emad Boctor, Pezhman Foroughi, R. Zellars, Gabor Fichtinger, Gregory D. Hager: Ultrasound Elastography: A Dynamic Programming Approach

see: Google Scholar / Citeseer / CiteseerX / arXiv

[2]

Roch L. Maurice, J. Fromageau, M.-H. Cardinal, M. Doyley, E. de Muinck, J. Robb, Guy Cloutier: Characterization of Atherosclerotic Plaques and Mural Thrombi With Intravascular Ultrasound Elastography: A Potential Method Evaluated in an Aortic Rabbit Model and a Human Coronary Artery

see: Google Scholar / Citeseer / CiteseerX / arXiv

[3]

Reza Karimi, Raymond R. Chan, Stuart L. Houser, Brett E. Bouma, Mohammad R. Kaazempur Mofrad: A novel framework for elastography and modulus estimation: integration of tissue mechanics with imaging

see: Google Scholar / Citeseer / CiteseerX / arXiv

[4]

S. E. Salcudean, Daniel French, Simon Bachmann, Reza Zahiri-Azar, Xu Wen, W. James Morris: Viscoelasticity Modeling of the Prostate Region Using Vibro-elastography

see: Google Scholar / Citeseer / CiteseerX / arXiv

[5]

Zhen Qian, Wei-Ning Lee, Elisa E. Konofagou, Dimitris N. Metaxas, Leon Axel: Ultrasound Myocardial Elastography and Registered 3D Tagged MRI: Quantitative Strain Comparison

see: Google Scholar / Citeseer / CiteseerX / arXiv

[6]

Jianwen Luo, Kana Fujikura, Shunichi Homma, Elisa E. Konofagou: Automated Contour Tracking for Myocardial Elastography In Vivo

see: Google Scholar / Citeseer / CiteseerX / arXiv

[7]

Wei-Ning Lee, Zhen Qian, Christina L. Tosti, Srirama V. Swaminathan, Truman R. Brown, Dimitris N. Metaxas, Elisa E. Konofagou: Validation of Myocardial Elastography Using MR Tagging in Normal and Abnormal Human Hearts in Vivo

see: Google Scholar / Citeseer / CiteseerX / arXiv

[8]

Roch L. Maurice, Jacques Ohayon, Yves Frétigny, Michel Bertrand, Gilles Soulez, Guy Cloutier: Noninvasive vascular elastography: theoretical framework

see: Google Scholar / Citeseer / CiteseerX / arXiv

[9]

Jean-Michel Gérard, Jacques Ohayon, Vincent Luboz, Pascal Perrier, Yohan Payan: Indentation for Estimating the Human Tongue Soft Tissues Constitutive Law: Application to a 3D Biomechanical Model

see: Google Scholar / Citeseer / CiteseerX / arXiv

[10]

Paul Barbone, Nachiket Gokhale, Michael Richards, Assad Oberai, Marvin Doyley: Simultaneous Elastic Image Registration and Elastic Modulus Reconstruction

see: Google Scholar / Citeseer / CiteseerX / arXiv

[11]

Armen P. Sarvazyan, Andrei R. Skovoroda, Yuri P. Pyt'ev: Mechanical Introscopy -- A New Modality of Medical Imaging for Detection of Breast and Prostate Cancer

see: Google Scholar / Citeseer / CiteseerX / arXiv

[12]

Armando Manduca, Vinayak Dutt, David T. Borup, Raja Muthupillai, Richard L. Ehman, James F. Greenleaf: Reconstruction of Elasticity and Attenuation Maps in Shear Wave Imaging: An Inverse Approach

see: Google Scholar / Citeseer / CiteseerX / arXiv

[13]

Wolfgang Bangerth, Amit Joshi: Adaptive finite element methods for nonlinear inverse problems

see: Google Scholar / Citeseer / CiteseerX / arXiv

[14]

RBPE Leiderman, AABJC Oberai: Coupling between elastic strain and interstitial fluid flow: ramifications for poroelastic imaging

see: Google Scholar / Citeseer / CiteseerX / arXiv

[15]

W Khaled, S Reichling, OT Bruhns, H Ermert: Ultrasonic strain imaging and reconstructive elastography for biological tissue

see: Google Scholar / Citeseer / CiteseerX / arXiv

[16]

P Pathmanathan, D Gavaghan, J Whiteley, M Brady, M …: Predicting tumour location by simulating large deformations of the breast using a 3D finite element …

see: Google Scholar / Citeseer / CiteseerX / arXiv

[17]

AA Oberai, NH Gokhale, MM Doyley, JC Bamber: Evaluation of the adjoint equation based algorithm for elasticity imaging

see: Google Scholar / Citeseer / CiteseerX / arXiv

[18]

PE Barbone, JC Bamber: Quantitative elasticity imaging: what can and cannot be inferred from strain images

see: Google Scholar / Citeseer / CiteseerX / arXiv

[19]

AR Skovoroda, AN Klishko, DA Gusakyan, YI …: Quantitative analysis of the mechanical characteristics of pathologically changed soft biological …

see: Google Scholar / Citeseer / CiteseerX / arXiv

[20]

A Samani, J Bishop, C Luginbuhl, DB Plewes: Measuring the elastic modulus of ex vivo small tissue samples

see: Google Scholar / Citeseer / CiteseerX / arXiv

[21]

JC Bamber, PE Barbone, NL Bush, DO Cosgrove, MM …: Progress in freehand elastography of the breast

see: Google Scholar / Citeseer / CiteseerX / arXiv

[22]

AA Oberai, NH Gokhale, GR Feijoo: Solution of inverse problems in elasticity imaging using the adjoint method

see: Google Scholar / Citeseer / CiteseerX / arXiv

[23]

Y Liu, AE Kerdok, RD Howe: A nonlinear finite element model of soft tissue indentation

see: Google Scholar / Citeseer / CiteseerX / arXiv

[24]

E Van Houten, MI Miga, FE Kennedy, JB Weaver, KD …: MRI Elastography Reconstruction Using A Harmonic Elastodynamic Model

see: Google Scholar / Citeseer / CiteseerX / arXiv

[25]

T OIDA, A AMANO, T Matsuda: Magnetic resonance elastography: in vivo measurements of elasticity for human tissue

see: Google Scholar / Citeseer / CiteseerX / arXiv

[26]

CW Washington, MI Miga: Modality independent elastography (MIE): a new approach to elasticity imaging

see: Google Scholar / Citeseer / CiteseerX / arXiv

[27]

EEW Van Houten, MI Miga, JB Weaver, FE Kennedy, KD …: Three-dimensional subzone-based reconstruction algorithm for MR elastography

see: Google Scholar / Citeseer / CiteseerX / arXiv

[28]

EEW Van Houten, JB Weaver, MI Miga, FE Kennedy, KD …: Elasticity reconstruction from experimental MR displacement data: initial experience with an …

see: Google Scholar / Citeseer / CiteseerX / arXiv

[29]

O Oshiro, M Suga, K Minato, J OKAMOTO, O TAKIZAWA, …: Elasticity analysis by MR elastography using the instantaneous frequency method

see: Google Scholar / Citeseer / CiteseerX / arXiv

[30]

A Manduca, V Dutt, DT Borup, R Muthupillai, JF …: Inverse approach to the calculation of elasticity maps for magnetic resonance elastography

see: Google Scholar / Citeseer / CiteseerX / arXiv

[31]

TL Chenevert, SY Emelianov, AR Skovoroda: Elasticity reconstructive imaging using static displacement and strain estimations

see: Google Scholar / Citeseer / CiteseerX / arXiv

[32]

V Rajagopal, PMF Nielsen, MP Nash: Development of a three-dimensional finite element model of breast mechanics

see: Google Scholar / Citeseer / CiteseerX / arXiv

[33]

T OIDA, T OHNO, A AMANO, Y KANG, J OKAMOTO, T …: Estimation of Viscoelastic Properties from Multiple Phase MR Elastography Using Elastic Wave Fitting …

see: Google Scholar / Citeseer / CiteseerX / arXiv

[34]

W Bangerth: A Framework for the Adaptive Finite Element Solution of Large-Scale Inverse Problems

see: Google Scholar / Citeseer / CiteseerX / arXiv

[35]

R Griesse: A REDUCED SQP ALGORITHM FOR THE OPTIMAL CONTROL OF SEMILINEAR PARABOLIC EQUATIONS

see: Google Scholar / Citeseer / CiteseerX / arXiv

[36]

TE Oliphant, RL Ehman, JF Greenleaf: Estimation of complex-valued stiffness using acoustic waves measured with magnetic resonance, …

see: Google Scholar / Citeseer / CiteseerX / arXiv

[37]

MI Miga: Elastography imaging modalities for characterizing properties of tissue

see: Google Scholar / Citeseer / CiteseerX / arXiv

[38]

L Liu, EF Morgan: Accuracy and precision of digital volume correlation in quantifying displacements and strains in …

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[39]

QCC Chan, G Li, RL Ehman, ES Yang: Observation of anisotropic properties of skeletal muscle in MR elastography via a needle device

see: Google Scholar / Citeseer / CiteseerX / arXiv

[40]

Y Zheng, QCC Chan, ES Yang: Magnetic resonance elastography with twin drivers for high homogeneity and sensitivity

see: Google Scholar / Citeseer / CiteseerX / arXiv

[41]

T Hu, JP Desai: Characterization of soft-tissue material properties: Large deformation analysis

see: Google Scholar / Citeseer / CiteseerX / arXiv

design & code by Andrew Trusty
in collaboration with Greg Wilson & the Computer Science Department at the University of Toronto