Student Conference Medical Engineering Science 2015 [Paperback]

Table of Contents - 1. Biomedical Optics: E.g. Flow velocity measurements using Doppler optical coherence tomography; Characterization of a micro machined deformable membrane mirror using optical coherence tomography; Laser Ray Tracing Setup for Measuring the Refractive Index Changes in Bovine Lenses; Optically Monitored Selective Laser Trabeculoplasty; 2. Biochemical Physics: E.g. LED-based Illumination Set-up for In Vitro Photodynamic Therapy; Construction and implementation of a simple stopped-flow apparatus for the investigation of rapid kinetics using confocal fluorescence microscopy; Fluorescence Properties and Cytotoxicity of Nanoparticle-based Ratiometric Fluorescent Thermometer on RPE Cells; 3. Biomedical Engineering: Dispension of a bead suspension into small vessels; Simulation of torque acting on the joint of an exoskeleton for stroke rehabilitation; Determination of Measurement Characteristics of a Sensor for Blood Leakage in Hemodialysis; Checking the usability of a valve system to control a pressure controlled valve from a breathing machine; 4. Safety and Quality: Investigation of the APICA ASCTM access and closure device for the delivery of mitral valve therapies; Technical Reequipment and Restructuring of Endoscopic Department at Demmin Hospital; Developing a procedure to test the compatibility of flexible endoscopes with an Endo-Thermo-Disinfector (ETD); 5. Medical Imaging: Novel Method to Measure Migration of Percutaneous Nerve Evaluation Leads; The measurement of the peak kilovoltage across microfocus X-ray tubes by using K-shell radiation and K-shell absorption; Analyzing the Impact of Different Path Termination Conditions in a Probabilistic Fiber Tracking Algorithm; 6. Signal Processing: Single-trial variability of non-invasively recorded high-frequency somatosensory evoked potentials; Evaluation of a Skin-to-Electrode Impedance Measuring System; Quantitative evaluation of online signal processing for fMRI-based neurofeedback; ReceivlÃÊ