Telemonitoring for COPD Patients: Standardized Bluetooth Interface Between Medical and Mobile Devices

Articles in the same Issue

1. Patient Individual Parameterization of Cardiac Ventricular Tachycardia Termination Algorithm
2. Model-based Decision Support: Requirements and Future for its Application in Surgery
3. Workflow-Supported Biosignal Integration in Multimodal Clinical Trials
4. An Experimental Setup for Instrumental Analysis of Femoral Derotation Osteotomy
5. A Healthcare Supply Chain Solution for Dental Purposes
6. Regulatory Genomics – Decoding Drosophila Regulatory Sequences
7. A Clinical Metabolomics Strategy to Discover New Biomarkers in Complex Disease: An Overview
8. Systems Biology Analysis of Kinase Inhibitor Action in Leukemia Treatments
9. Identifying Biologically Meaningful Groups of Genes in the Androgen Receptor Network
10. Automated Detection of Human Brain Tumors Using in Vivo 1H MR Spectra of Healthy Brain Tissue
11. Genome Assembly Framework on Massively Parallel, Distributed Memory Supercomputers
12. Chordoma Low-Template Microarray Analysis
13. Integrative Analysis of -Omics Data: A Method Comparison
14. High-Throughput Characterization and Comparison of Microbial Communities
15. Development of a Communication Server for Long-Term Telemonitoring of Patients with COPD
16. Telemonitoring for COPD Patients: Standardized Bluetooth Interface Between Medical and Mobile Devices
17. Harvesting Patient Opinions about Implants from Social Media Sources
18. A Framework for Multi-Model Surgical Workflow Management
19. Prototypical Development of a Remote Patient Monitoring System for Efficient Treatment of COPD Patients