Global ETD Search

11	Morphometrischer Vergleich der Gewebeveränderung bei Weichgewebedissektion mit dem Ultraschallskalpell und monopolarer Elektrokoagulation / Morphometric tissue alteration in soft tissue dissection caused by ultrasonic scalpel compared to monopolar electrocautery Meis, Johanna 11 February 2014 (has links) No description available. 610 Ultrasonic scalpel monopolar electrocautery soft tissue dissection coagulation necrosis Medizin (PPN619874732)
12	Vergleich von monopolarer und bipolarer Präparationstechnik bei der radikaler retropubischer Prostatektomie hinsichtlich Komplikationsrate und perioperativer Morbidität. / Comparison of monopolar versus bipolar radical retropubic Prostatectomy. Complications and Morbidity. Przybyla, Andrzej 29 May 2012 (has links) No description available. 610 Medizin, Gesundheit Medizin Medicine Medizin
13	REDUCTION OF THE ONSET RESPONSE IN HIGH FREQUENCY NERVE BLOCK Ackermann, Douglas Michael, Jr. January 2010 (has links) No description available. Biomedical Research nerve block neurostimulation high frequency peripheral nerve cuff electrode onset response direct current intrafascicular monopolar bipolar nerve cooling HFAC alternating current
14	The Design and Validation of a Computational Rigid Body Model for Study of the Radial Head Woodcock, Cassandra 11 December 2013 (has links) Rigid body modeling has historically been used to study various features of the elbow joint including both physical and computational models. Computational modeling provides an inexpensive, easily customizable, and effective method by which to predict and investigate the response of a physiological system to in vivo stresses and applied perturbations. Utilizing computer topography scans of a cadaveric elbow, a virtual representation of the joint was created using the commercially available MIMICS(TM) and SolidWorks(TM) software packages. Accurate 3D articular surfaces, ligamentous constraints, and joint contact parameters dictated motion. The model was validated against two cadaveric studies performed by Chanlalit et al. (2011, 2012) considering monopolar and bipolar circular radial head replacements in their effects on radiocapitellar stability and respective reliance upon lateral soft tissues, as well as a comparison of these with a novel anatomic radial head replacement system in an elbow afflicted with the “terrible triad” injury. Rigid body simulations indicated that the computational model was able to accurately recreate the translation of forces in the joint and demonstrate results similar to those presented in the cadaveric data in both the intact elbow and in unstable injury states. Trends in the resulting data were reflective of the average behavior of the cadaveric specimens while percent changes between states correlated closely with the experimental data. Information on the transposition of forces within the joint and ligament tensions gleaned from the computational model provided further insight into the stability of the elbow with a compromised radial head. computer topography computational model radial head prosthesis musculoskeletal elbow stability validation ligament capsule cadaveric SolidWorks MIMICS CAD COSMOSMotion terrible triad rigid body modeling design radius bipolar monopolar multibody dynamics Engineering

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