DonCurtisDenoMD

PubMed

• 16 citations
  Reinserting Physiology into Cardiac Mapping Using Omnipolar Electrograms
  Karl Magtibay, Andreu Porta-Sánchez, Shouvik Haldar, Don Curtis Deno, Stéphane Massé
  Cardiac Electrophysiology Clinics. 2019-09-01
• 30 citations
  Omnipolarity applied to equi-spaced electrode array for ventricular tachycardia substrate mapping.
  Andreu Porta-Sánchez, Karl Magtibay, Sachin Nayyar, Abhishek Bhaskaran, Patrick F.H. Lai
  Europace. 2019-05-01
• 60 citations
  Orientation-Independent Catheter-Based Characterization of Myocardial Activation
  Don Curtis Deno, Ram K. Balachandran, Dennis J. Morgan, Faiz Ahmad, Stéphane Massé
  IEEE Transactions on Bio-Medical Engineering. 2017-05-01

Journal Articles

• Inert gas transport in parallel compartment lung models with common series deadspace.  
  Deno, D.C., Stratton, H.H., Dutton, R., and Newell, J.C, Prog. Resp. Res. 16: 252?254
• DMA and interrupt driven real-time programming from C and FORTRAN.  
  Deno, D.C, Micro/Systems Journal 4: 30?41
• Acute electromechanical effects of atrioventricular coupled pacing in patients with heart failure.  
  Freudenberger, R., Aaron, M., Krueger, S., LaBeau, M., Kleckner, K., Klepfer, R.N., (and Deno, D.C.), J Cardiac Failure 14(1): 35-40

Abstracts/Posters

• Is there an ideal stability algorithm to distinguish ventricular tachycardia from atrial fibrillation?
  Nanthakumar K, Newman D, Paquette M, Deno C, Malden L, Gunderson B, Gilkerson J, Heng D, Greene M, Edwards J, Dorian P, Can J Cardiol;15:143D
• A Comprehensive Review of EP Mapping Technologies: EnSite.
  Deno, D. Curtis, HRS Core Curriculum Session 127
• Electrical coupling between catheter tip and tissue monitors radiofrequency ablation in the atrium.
  Sih, H.J., Deno, D.C., Miller, S.P., and Teplitsky, L.R, Heart Rhythm 6(5S): S343
• Tissue sensing technology for RF ablation therapy.
  Chinitz, L., Holmes, D., Byrd, I., Cao, H., Deno, C., Fish, J., Jensen, J., Miller, S., and Puryear, H, Boston AF Symposium
• A percutaneous catheter-based system for the measurement of defibrillation potential gradients applicable to closed chest resuscitation research.
  Rosborough, J.R., Deno, D.C., Niemann, J.T., and Walker, R, Circulation 114(18): II-1196
• Atrial Rate Support Improves Cardiac Work During Dual Chamber Coupled Pacing.
  Klepfer, R.N, Deno, D.C., and Euler, D, Heart Rhythm 3(5): S184
• Dual-Chambered Coupled/Paired Pacing Reverses a Model of Pulseless Electrical Activity in Canines.
  Havel, W.J., VE Splett, DC Deno, DE Euler, and G Neitzell, Circulation 110(17): III-341
• The Effects of Dual Chamber Coupled Pacing on Hemodynamics and Myocardial Oxygen Consumption.
  Euler, D.E., RN Klepfer, VE Splett, DM Schneider, DA Jaye, and DC Deno, PACE
• Implantable medical device for monitoring congestive heart failure.
  Deno, D.C., T.D. Bennett, D. Igel, and M.R.S. Hill, WO 02/053228
• Insights into Diastolic Dysfunction from a Recirculation Fraction Model of Myocyte Calcium Cycling.
  DC Deno, RN Klepfer, LJ Mulligan, Circ
• Method and apparatus for treatment of cardiac electromechanical dissociation.
  Rosborough; J.P. and D.C. Deno, U.S. Patent 6,253,108
• Electrical therapy for Pulseless Electrical Activity.
  Rosborough, J.P. and D.C. Deno, PACE. 23: 591
• A catheter-based system for prediction of DFTs.
  D.C. Deno, J.P. Rosborough, J. Chen, R. Shaw, and L. Stotts, PACE. 22: 869
• Inverse prediction using multiple responses.
  Stratton, H.H. and D.C. Deno, Proceedings of the Annual International Conference of the IEEE in Medicine and Biology Society
• Inappropriate Implantable Cardioverter Defibrillator Therapy: RR interval stability does not differentiate between atrial fibrillation and ventricular tachycardia.
  Nanthakumar K, Paquette M, Newman D, Deno C, Malden L, Gunderson B, Gilkerson J, Greene M, Heng D, Dorian P, Circulation; 98: I-712
• Design and testing of a dual chamber atrial discrimination algorithm (ADA) to govern ICD therapy.
  Deno, D.C., R. Armstrong, E. Ostrow, and L. Stotts, Archives des Maladies du Coeur et des Vaisseaux
• Inappropriate Therapy due to Atrial Fibrillation in Automatic Implantable Defibrillators.
  Nanthakumar K, Paquette M, Newman D, Deno C, Malden L, Gunderson B, Gilkerson J, Greene M, Heng D, Dorian P, Can J Cardiol;14:162F
• Clinical evaluation of a dual chamber atrial discrimination algorithm (ADA) governing ICD therapy.
  Osswald, S. D.C. Deno, V. Barbosa, T. Cron, M. Coenen, R. Armstrong, D. Cook, and L. Stotts, Archives des Maladies du Coeur et des Vaisseaux
• Catheter to determine ICD energy fields.
  Deno, D.C., J. Rosborough, X. Wang, R. Shaw, P. Pavlou, and Y. Gao, Proceedings of the 3rd International Symposium on Pacemaker Leads, Ferrara, Italy
• Conceptual and Engineering Design of an Intracardiac Impedance Sensor.
  Deno, D.C, 15th Annual Conference on Biomedical Engineering Research in Houston, Houston Society for Engineering in Medicine and Biology
• Finger-Like Biomechanical Robots.
  Deno, C., R. Murray, K. Pister, and S. Sastry, UC Berkeley ERL Memo
• Actuation and Force Sensing for Cable Driven, Teleoperated Manipulators.
  Deno, D. C., J. M. Wendlandt, M. B. Cohn, and S. S. Sastry, Proceedings of Medicine Meets Virtual Reality I, San Diego
• Fingerlike Biomechanical Robots.
  Deno, D.C., R.M. Murray, K.S.J. Pister, and S.S. Sastry, Proceedings of the 1992 IEEE International Conference on Robotics and Automation
• Control primitives for robot systems.
  Murray, R.M., D.C. Deno, K.S.J. Pister, and S.S. Sastry, IEEE Transactions on Systems, Man, and Cybernetics. 22: 183?193
• Control primitives for robot systems.
  Deno, D.C., R.M. Murray, K.S.J. Pister, and S.S. Sastry, Proceedings of the 1990 IEEE International Conference on Robotics and Automation
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Other

• Body-surface mapping system. 
  Voth, E.J., and Deno, D.C, US2011/0213259
• Secure and efficacious therapy delivery for a pacing engine. 
  Kleckner, K.J., Prieve, K.A., Gillberg, J.M., Zhou, R., Anderson, K.M., Deno, D.C., Zillmer, G.C., Klepfer, R.N., Splett, V.E., Euler, D.E., Mulligan, L.J., Duffin, E...., US 2010/0152804
• System and method for assessing coupling between an electrode and tissue. 
  Deno, D.C., Miller, S.P., Hill, L.C., Malinin, Y., and Sih, H, US 2010/0168735
• Devices and methods for catheter localization. 
  Hauck, J.A., Dragnev, L.V., Deno, D.C., and Wilkowske, E.J, US 2010/0168560
• Multi-electrode ablation sensing catheter and system. 
  Deno, D.C., Schweitzer, J.A., and Hauck, J.A, US 2010/0168557
• Implantable medical device with adaptive signal processing and artifact cancellation. 
  O’Brien, R.J., Deno, D.C., Anderson, D.A., and Bloem, D.R, US 2010/0179611
• Implantable medical device with adaptive signal processing and artifact cancellation. 
  O’Brien, R.J., Deno, D.C., Anderson, D.A., and Bloem, D.R, US 2010/0179445
• Implantable medical device with adaptive signal processing and artifact cancellation. 
  O’Brien, R.J., Deno, D.C., Anderson, D.A., and Bloem, D.R, US 2010/0179444
• System and method for assessing effective delivery of ablation therapy. 
  Deno, D. Curtis and Miller, Stephan P, US 2011/0125150
• Non-invasive cardiac potentiation therapy. 
  Sullivan, J.L., Chapman, F.W., Walker, R.G., Havel, W.J., and Deno, D.C, US Patent 7,957,799
• Body surface mapping system. 
  Voth, Eric J. and Deno, Don Curtis, US Patent 7,957,784
• Method and apparatus for optimization and assessment of response to extra-systolic stimulation (ESS) therapy. 
  Mulligan, L.J., Deno, D.C., Burnes, J.E., Sheth, N.V, US Patent 7,970,466
• intracardiac imaging system utilizing a multipurpose catheter. 
  Deno, D.C., Hill, A.D., Zhong, H., Aiken, R.D., Grasse, M.M., Just, D.E., Kuehn, F., and Thao, R.C, US2011/ 0160593
• System and method for determining tissue type and mapping tissue morphology. 
  Paul, S., Marri, P., and Deno, D. C, US 2011/0264000
• System and method for assessing lesions in tissue. 
  Miller, S.P., Deno, D.C., Paul, S., and Teplitsky, L.R, US 2010/0069921
• Method of delivering PESP/ICC as well as adjusting the refractory period of the heart. 
  Warkentin, D.H., and Deno, D.C, US Patent 8,046,064
• Torque-limiting catheter handle. 
  Grasse, M.M., Hill, A.D., and Deno, D.C, US2012/0150106
• Determination of cardiac geometry responsive to Doppler based imaging of blood flow characteristics. 
  Deno, D.C. and Hill, A.D, US2012/0155723
• Refinement of an anatomical model using ultrasound. 
  Hill, A.D., Deno, D.C., Grasse, M.M., Aiken, R.D., and Feeney, D.A, US2012/0165664
• Identification of objects in ultrasound. 
  Hill, A.D., Deno, D.C., Aiken, R.D., Zhong, H, and Kudas, M, US2012/0165671
• Refinement of an anatomical model using ultrasound. 
  Hill, A.D., Deno, D.C., Aiken, R.D., Zhong, H, US2012/0165672
• Automatic identification of intracardiac devices and structures in an intracardiac echo catheter image. 
  Hill, A.D., Deno, D.C., Zhong, H, and Grasse, M.M, US2012/0172724
• Torque-limiting catheter handle. 
  Grasse, M.M., Hill, A.D., and Deno, D.C, US Patent 8,231,569
• Secure and efficacious therapy delivery for a pacing engine. 
  Kleckner, K.J., Prieve, K.A., Gillberg, J.M., Zhou, R., Anderson, K.M., Deno, D.C., Zillmer, G.C., Klepfer, R.N., Splett, V.E., Euler, D.E., Mulligan, L.J., Duffin, E...., US2012/0303084
• Implantable medical device with adaptive signal processing and artifact cancellation. 
  O'Brien, R.J., Deno, D.C., Anderson, D.A., and Bloem, D.R, US Patent 8,391,944
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