Published Online: 2013-09-07
© 2013 by Walter de Gruyter GmbH & Co.
Artikel in diesem Heft
- Biocompatibility Material Test for Cardiovascular Devices using Stagnation Point Flow
- A Substrate Isolated LDO for an Inductively Powered Retinal Implant
- Implantable Silicone Electrode for Measurement of Muscle Activity: Results of First in Vivo Evaluation
- Minimal Invasive Pelvic Neuromonitoring – Technical Demands and Requirements
- A High-Voltage Neural Stimulator Combined with a Low-Voltage Recorder
- Enhanced power management unit for the Artificial Accommodation System
- Mikrosystemintegration im Herausnehmbaren Zahnersatz
- A Novel Total Artificial Heart for Destination Therapy: In-Vitro and In-Vivo Study
- Investigating the Applicability of Fluidized-Bed Technology for High-Throughput Coating of Stents
- Online Detection of Stent Fractures in Durability Tests by Monitoring the Electrical Resistance
- In Vitro Rabbit Drug Cytotoxicity Model for Fibrosis Prevention in Glaucoma Surgery
- Low-Cost Head Phantom for the Evaluation and Optimization of Rf-Links in Ophthalmic Implants
- Mechanical Properties of a Photopolymerizable Hydrogel for Intervertebral Disc Replacement
- A setup for ultrasound based assessment of the aortic root geometry
- Development of Multi-Channel Intramuscular EMG Recording Electrodes
- Impact of Crimping Procedure and Storage on the Mechanical Performance of Peripheral Drug-Eluting Stents
- Comparison of Different Conductive Fillers in Silicone for the Purpose of Replacing Metallic Conductive Structures in Flexible Implants
- Feasibility of Polymer/Drug Coating on Absorbable and Permanent Stent Platforms - Technological Challenges
- A Novel Bioactive Implant Material Based on a Porous Siliconehydrogel- Composite
- Satisfaction of Prosthesis Users with Electrical Hand Prostheses and their Sugggested Improvements
- Development and evaluation of a silicone-based ferrite cover to optimize the transmission-characteristics of telemetric interfaces for active medical Implants
- Determination of Geometry Parameters of the Ossicular Chain Based on 3D Models from Micro-Ct-Scans
Artikel in diesem Heft
- Biocompatibility Material Test for Cardiovascular Devices using Stagnation Point Flow
- A Substrate Isolated LDO for an Inductively Powered Retinal Implant
- Implantable Silicone Electrode for Measurement of Muscle Activity: Results of First in Vivo Evaluation
- Minimal Invasive Pelvic Neuromonitoring – Technical Demands and Requirements
- A High-Voltage Neural Stimulator Combined with a Low-Voltage Recorder
- Enhanced power management unit for the Artificial Accommodation System
- Mikrosystemintegration im Herausnehmbaren Zahnersatz
- A Novel Total Artificial Heart for Destination Therapy: In-Vitro and In-Vivo Study
- Investigating the Applicability of Fluidized-Bed Technology for High-Throughput Coating of Stents
- Online Detection of Stent Fractures in Durability Tests by Monitoring the Electrical Resistance
- In Vitro Rabbit Drug Cytotoxicity Model for Fibrosis Prevention in Glaucoma Surgery
- Low-Cost Head Phantom for the Evaluation and Optimization of Rf-Links in Ophthalmic Implants
- Mechanical Properties of a Photopolymerizable Hydrogel for Intervertebral Disc Replacement
- A setup for ultrasound based assessment of the aortic root geometry
- Development of Multi-Channel Intramuscular EMG Recording Electrodes
- Impact of Crimping Procedure and Storage on the Mechanical Performance of Peripheral Drug-Eluting Stents
- Comparison of Different Conductive Fillers in Silicone for the Purpose of Replacing Metallic Conductive Structures in Flexible Implants
- Feasibility of Polymer/Drug Coating on Absorbable and Permanent Stent Platforms - Technological Challenges
- A Novel Bioactive Implant Material Based on a Porous Siliconehydrogel- Composite
- Satisfaction of Prosthesis Users with Electrical Hand Prostheses and their Sugggested Improvements
- Development and evaluation of a silicone-based ferrite cover to optimize the transmission-characteristics of telemetric interfaces for active medical Implants
- Determination of Geometry Parameters of the Ossicular Chain Based on 3D Models from Micro-Ct-Scans