Julius Wolff Institut for Biomechanics and Musculoskeletal Regeneration
Special pages:
Sitemap
- 1:Institute
- 1.1:Directors
- 1.1.1:Prof. Dr. Georg N. Duda
- 1.1.2:Prof. Dr. Georg Bergmann
- 1.2:Advisory Board
- 1.3:Structure and Staff
- 1.3.1:List of staffs
- 1.4:Clinic
- 1.5:Research Network
- 1.6:Julius Wolff
- 1.7:Contact & Arrival
- 1.7.1:Directions
- 1.7.1.1:Anreise mit dem Flugzeug
- 1.7.1.2:Anreise mit dem Auto
- 1.7.1.3:Anreise mit der Bahn
- 1.7.1.4:Travelling by public transport
- 1.7.1:Directions
- 1.1:Directors
- 2:Current Issues
- 2.1:News
- 2.2:Events
- 2.2.1:Colloquium for PhD Students
- 2.2.2:Clinic Conference
- 2.2.3:Seminare und Gastvorträge
- 2.2.4:Former Events
- 2.2.5:Social Events
- 2.3:Jobs
- 2.3.1:PhD Program
- 2.3.2:Clinical Scientist Track
- 2.4:Publications
- 2.4.1:... listed by years
- 2.4.2:Book of Julius Wolff
- 2.5:Press Review
- 2.6:Awards
- 2.7:Abschlüsse
- 2.7.1:Bachelor- und Masterarbeiten
- 2.7.2:Diplomarbeiten
- 2.7.3:Doktorarbeiten
- 2.8:Reports
- 2.9:Empfohlene Links
- 3:Laboratories
- 3.1:Imaging Methods
- 3.1.1:Image Analysis / Microscopy
- 3.1.2:invivo Micro-CT
- 3.2:Biomechanical Test Laboratory
- 3.3:Electronics
- 3.4:Motion analysis
- 3.5:Good Laboratory Practice
- 3.6:Histology
- 3.7:Immuncytology
- 3.7.1:Methoden
- 3.8:IT-Management
- 3.9:Molecular biology
- 3.9.1:Methoden
- 3.10:Ultrasound Biomicroscopy
- 3.11:Cell Laboratory
- 3.11.1:Methoden
- 3.1:Imaging Methods
- 4:Research
- 4.1:Loading and Movement
- 4.1.1:Instrumented Implants
- 4.1.1.1:Hip Joint
- 4.1.1.2:Hip Joint Temperature
- 4.1.1.3:Shoulder Joint
- 4.1.1.4:Knee Joint
- 4.1.1.5:Vertebral Body Replacement
- 4.1.1.6:Internal Spinal Fixator
- 4.1.1.7:Physiotherapy
- 4.1.1.8:Telemetry System
- 4.1.1.9:Data Base
- 4.1.1.10:Publications
- 4.1.2:Musculoskeletal and Functional Analysis
- 4.1.2.1:Background
- 4.1.2.2:Lower limb alignment
- 4.1.2.3:Implant alignment
- 4.1.2.4:Quantification of regeneration
- 4.1.2.5:Bone adaptation
- 4.1.2.6:Publications
- 4.1.1:Instrumented Implants
- 4.2:Spine
- 4.2.1:Instrumented Spine Implants
- 4.2.2:Finite Element Models
- 4.2.3:Spine Loading
- 4.2.4:Model Parameters
- 4.2.5:Probabilistic Studies
- 4.2.6:Artificial Discs
- 4.2.7:Non-fusion Implants
- 4.2.8:Cages
- 4.2.9:Implants for Fusion
- 4.2.10:Vertebroplasty
- 4.2.11:Further Surgical Techniques
- 4.2.12:Scoliosis
- 4.2.13:Further FE Studies
- 4.2.14:Publications
- 4.3:Basic Bone Research
- 4.3.1:Computational Mechanobiology
- 4.3.1.1:Influence of Bone Healing
- 4.3.1.2:Mechanical Regulation
- 4.3.1.3:Strain Distributions
- 4.3.1:Computational Mechanobiology
- 4.4:Bone Healing
- 4.4.1:Fracture Healing
- 4.4.1.1:Molecular Level
- 4.4.1.2:Cellular Level
- 4.4.1.3:Tissue Level
- 4.4.2:Custom made local Drug Delivery System
- 4.4.3:Neurofibromatosis type 1
- 4.4.1:Fracture Healing
- 4.5:Cell Behaviour in Regeneration
- 4.5.1:Biomarker
- 4.5.2:Core Unit: Cell Harvesting
- 4.5.3:Intraoperative Cell Therapy
- 4.5.4:Cellular Biomechanics
- 4.5.4.1:Bioreactor
- 4.5.4.2:Cell traction forces
- 4.5.4.3:Formation of extracellular matrix
- 4.5.4.4:Cell motility
- 4.6:Stimulation of Healing
- 4.6.1:Drug Delivery Systems
- 4.6.2:Local application of stimulating factors
- 4.6.3:Stimulation of cells in vitro
- 4.6.4:Grafting materials
- 4.6.5:Infection prophylaxis
- 4.6.6:Pseudarthrosis
- 4.6.7:ACL Replacement
- 4.6.7.1:Choice of Graft
- 4.6.7.2:Remodelling
- 4.6.7.3:Sterilization
- 4.6.8:Rotator cuff
- 4.6.9:Publications
- 4.7:Imaging, Simulation and Stimulation
- 4.7.1:Ultrasound Spectroscopy & Acoustic Microscopy
- 4.7.1.1:Microelastic imaging of bone
- 4.7.1.2:Multiscale modeling of bone
- 4.7.1.3:US Spectroscopy
- 4.7.2:Photoakustische Bildgebung
- 4.7.1:Ultrasound Spectroscopy & Acoustic Microscopy
- 4.1:Loading and Movement
- 5:Project funding
- 5.1:Nationale Förderung
- 5.2:Europäische Förderung
- 5.2.1:MXL
- 5.2.2:Rotatorenmanschette
- 5.3:Stiftungs- und Industrieförderung
- 5.4:abgelaufene Projektförderungen
- 5.4.1:SFB 760
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