Bradley J. Roth - researchr alias

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Viewing Publication 1 - 24 from 24

2023

The Electric Field Induced by a Microcoil During Magnetic StimulationMohammed Alzahrani, Bradley J. Roth. tbe, 70(11):3260-3262, November 2023. [doi]

Biomagnetism: The First Sixty YearsBradley J. Roth. sensors, 23(9):4218, 2023. [doi]

Can MRI Be Used as a Sensor to Record Neural Activity?Bradley J. Roth. sensors, 23(3):1337, February 2023. [doi]

2014

The movement of a nerve in a magnetic field: application to MRI Lorentz effect imagingBradley J. Roth, Adam Luterek, Steffan Puwal. mbec, 52(5):491-498, 2014. [doi]

2013

The Strength-Interval Curve in Cardiac TissueSunil M. Kandel, Bradley J. Roth. cmmm, 2013, 2013. [doi]

2012

Is it possible to detect dendrite currents using presently available magnetic resonance imaging techniques?William I. Jay, Ranjith S. Wijesinghe, Brain D. Dolasinski, Bradley J. Roth. mbec, 50(7):651-657, 2012. [doi]

2011

How Hyperpolarization and the Recovery of Excitability Affect Propagation through a Virtual Anode in the HeartNicholas P. Charteris, Bradley J. Roth. cmmm, 2011, 2011. [doi]

2009

Optimization of Feedback Pacing for DefibrillationSteffan Puwal, Bradley J. Roth. tbe, 56(2):532-534, 2009. [doi]

Ultrasonically-induced Lorentz force tomographyBradley J. Roth, Kevin Schalte. mbec, 47(6):573-577, 2009. [doi]

2008

The Effect of Electrical Anisotropy During Magnetoacoustic Tomography With Magnetic InductionKaytlin Brinker, Bradley J. Roth. tbe, 55(5):1637-1639, 2008. [doi]

Photon Density Measured Over a Cut Surface: Implications for Optical Mapping of the HeartBradley J. Roth. tbe, 55(8):2102-2104, 2008. [doi]

The potential induced in anisotropic tissue by the ultrasonically-induced Lorentz forceNancy Tseng, Bradley J. Roth. mbec, 46(2):195-197, 2008. [doi]

2007

Forward Euler Stability of the Bidomain Model of Cardiac TissueSteffan Puwal, Bradley J. Roth. tbe, 54(5):951-953, 2007. [doi]

2006

How to Explain Why "Unequal Anisotropy Ratios" is Important Using Pictures but No MathematicsBradley J. Roth. embc 2006: 580-583 [doi]

The effect of the cut surface during electrical stimulation of a cardiac wedge preparationBradley J. Roth, Salil G. Patel, Ryan A. Murdick. tbe, 53(6):1187-1190, 2006. [doi]

2002

Averaging over depth during optical mapping of unipolar stimulationDeborah L. Janks, Bradley J. Roth. tbe, 49(9):1051-1054, 2002. [doi]

Correction to "how electrode size affects the electrical potential distribution in cardiac tissue"Bradley J. Roth. tbe, 49(5):500, 2002. [doi]

2001

The effect of plunge electrodes during electrical stimulation of cardiac tissueDeborah M. Langrill, Bradley J. Roth. tbe, 48(10):1207-1211, 2001. [doi]

2000

How electrode size affects the electric potential distribution in cardiac tissueSalil G. Patel, Bradley J. Roth. tbe, 47(9):1284-1287, 2000. [doi]

An S1 gradient of refractoriness is not essential for reentry induction by an S2 stimulusBradley J. Roth. tbe, 47(6):820-821, 2000. [doi]

1999

Effect of a bath on the epicardial transmembrane potential during internal defibrillation shocksDavid C. Latimer, Bradley J. Roth. tbe, 46(5):612-614, 1999. [doi]

The magnetic field associated with a plane wave front propagating through cardiac tissueBradley J. Roth, Marcella C. Woods. tbe, 46(11):1288-1292, 1999. [doi]

1997

Electrical conductivity values used with the bidomain model of cardiac tissueBradley J. Roth. tbe, 44(4):326-328, 1997. [doi]

1996

The effect of externally applied electrical fields on myocardial tissueBradley J. Roth, John P. Wikswo. pieee, 84(3):379-391, 1996. [doi]

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