A 3D-Continuum Bidomain Model of Retinal Electrical Stimulation using an Anatomically Detailed Mesh
Shalbaf, Farzaneh ; Du, Peng ; Lovell, Nigel H. ; Dokos, Socrates ; Vaghefi, Ehsan
Biomechanics modeling
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Multiscale modeling
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Cell modeling
A continuum bidomain model of sub-retinal electrical stimulation on an anatomically detailed mesh of retina is presented. The underlying…
Detection of the Recovery Phase of in Vivo Gastric Slow Wave Recordings
Paskaranandavadivel, Niranchan ; Pan, Xingzheng ; Du, Peng ; O’Grady, Gregory ; Cheng, Leo K
Signal processing in physiological systems
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Signals and systems
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Multivariate signal processing
Gastric motility is coordinated by bio-electrical events known as slow waves. Abnormalities in slow waves are linked to major functional and…
Determining the Efficient Inter-Electrode Distance for High-Resolution Mapping using a Mathematical Model of Human Gastric Dysrhythmias
Putney, Joy ; O’Grady, Gregory ; Angeli, Timothy Robert ; Paskaranandavadivel, Niranchan ; Cheng, Leo K ; Erickson, Jon ; Du, Peng
Multiscale modeling
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Clinical applications of biological networks
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Medical device modeling
Motility of the stomach is in part coordinated by an electrophysiological event called slow waves, which are generated by pacemaker cells…
Extending the Automated Gastrointestinal Analysis Pipeline: Removal of Invalid Slow Wave Marks in Gastric Serosal Recordings
Paskaranandavadivel, Niranchan ; Du, Peng ; Erickson, Jon ; O’Grady, Gregory ; Cheng, Leo K
Multivariate signal processing
,
Signal processing in physiological systems
,
Signals and systems
Gastric contractions are governed by a bio-electrical event known as slow waves. High-resolution electrical mapping has recently been applied…
