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Institution
Universitätsklinikum Carl Gustav Carus Dresden
Zentrum für Translationale Knochen-,
Gelenk- und Weichgewebeforschung
Address
Fetscherstraße 74
01307 Dresden
Deutschland
GERiT
This institution in GERiT
01307 Dresden
Projects
Research Grants
Current projects
3D bioprinted in vitro bone models
(Applicant
Bernhardt, Anne
)
Additive manufacturing of a novel class of implants with heterogeneous structures, combining different biomaterials and printing methods
(Applicant
Gelinsky, Michael
)
Collagen-based implant materials with central agent depot for the therapy of bone defects
(Applicant
Gelinsky, Michael
)
Development of advanced healthy and diseased in vitro 3D glomerulus model for drug testing and understanding kidney disease mechanisms
(Applicant
Gelinsky, Michael
)
Development of indication-specific implant materials for the osteoporotic bone on the basis of strontium-modified calcium phosphate bone cements
(Applicant
Lode, Anja
)
Local and long-term bacteriophage delivery by biomaterial-based concepts for the treatment of implant-associated infections
(Applicants
Lode, Anja
;
Rupp, Markus
)
Completed projects
Anisotrope Porengefüge in Hydroxylapatit-Biokeramik für das Tissue Engineering von Hartgewebe
(Applicants
Gelinsky, Michael
;
Herbig, Reinhard
;
Ikonomidou, Hrissanthi
)
Application of additive manufacturing technologies for the realization of clinically relevant cocultures of mammalian cells and microalgae
(Applicants
Krujatz, Felix
;
Lode, Anja
)
Biodegradable and elastic flock scaffolds from a single material system based on chitosan for articular cartilage regeneration
(Applicants
Gelinsky, Michael
;
Hoffmann, Gerald
;
Hund, Rolf-Dieter
)
Biofunctionalization of cancellous bone allografts for the therapy of critical size bone defects
(Applicant
Vater, Corina
)
Establishment of a 3D in vitro co-culture model for the investigation of cross talk between osteocytes, osteoclasts and osteoblasts
(Applicant
Bernhardt, Anne
)
Flocktechnologisch erzeugte Scaffolds für das Tissue Engineering
(Applicant
Gelinsky, Michael
)
Hierarchically structured biphasic scaffolds mimicking osteochondral tissue
(Applicant
Gelinsky, Michael
)
Modification of calcium phosphate bioceramics with biologically active metal ions for a specific control of cellular reactions
(Applicants
Gbureck, Uwe
;
Gelinsky, Michael
;
Rammelt, Stefan
)
Monitoring of osteoclast formation and activity on different scaffolds for bone replacement by means of microscopy
(Applicant
Hanke, Thomas
)
New generation of 3D scaffolds for patient-specific therapies in orthopedic applications
(Applicant
Gelinsky, Michael
)
Real time monitoring of metabolism of cells encapsulated in 3D bioprinted hydrogels to bioengineer a liver sinusoid model
(Applicant
Akkineni, Ph.D., Ashwini Rahul
)
Simultane osteogene und chondrogene Differenzierung von mesenchymalen Stammzellen in biphasischen Scaffolds aus marinen Kollagenen
(Applicant
Bernhardt, Anne
)
Tissue Engineering einer vorderen Kreuzbandplastik auf der Basis resorbierbarer, gestickter Träger
(Applicants
Gelinsky, Michael
;
Heinrich, Gert
;
Schulze-Tanzil, Gundula
)
Trägermaterialien, Klebeschichten, biochemische Funktionalisierung und Zellbesiedlung von neuartigen, flocktechnologisch erzeugten Scaffolds
(Applicant
Pompe, Wolfgang
)
Priority Programmes
Current projects
SporoPrinting – 3D matrices for immobilizing and controlling functionalized SporoBeads of B. subtilis as a structured protein displaying ELM platform with adaptive functions
(Applicants
Gelinsky, Michael
;
Mascher, Thorsten
)
Completed projects
Chemische und zellbiologische Steuerung der in vitro-Remodellierung von Hydroxylapatit
(Applicant
Pompe, Wolfgang
)
Green Bioprinting - Novel Environment for Agglomeration of Plant Cells
(Applicants
Lode, Anja
;
Steingroewer, Juliane
)
Physical and cellbiological characterization of the interaction of human osteoblasts with the structured titanium surfaces
(Applicants
Monsees, Thomas
;
Pompe, Wolfgang
)
CRC/Transregios
Completed projects
Calcium phosphate bone cements for local therapy of defects of the systemically diseased bone
(Project Heads
Gelinsky, Michael
;
Lode, Anja
)
Establishment of an ‘in situ tissue engineering’-approach for bone defect healing
(Project Heads
Gelinsky, Michael
;
Rösen-Wolff, Angela
)
Clusters of Excellence
Completed projects
EXC 168: Regenerative Therapies - From Cells to Tissues to Therapies: Engineering the Cellular Basis of Regeneration
(Spokespersons
Bonifacio, Ph.D., Ezio
;
Brand, Michael
;
Calegari, Ph.D., Federico
;
Tanaka, Ph.D., Elly Margaret
)
Additional Information
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