Paracelsus Medical Private University (PMU)

Forschungsprojekte
Research projects Salzburg

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Retinal blue light stimulation and choroidal downstream mechanisms

#Salzburg
#Anatomy and Cell Biology | Salzburg

Tackling Parkinson’s disease by deciphering ion channelome dynamics in dopaminergic differentiation

#Salzburg
#Nuremberg
#Anatomy and Cell Biology | Salzburg
#Physiology and Pathophysiology | Nuremberg
#Physiology and Pathophysiology | Salzburg

Novel quantitative readouts of dopaminergic neuronal phenotype and function by cytometric biomarkers and computational tools

#Salzburg
#Anatomy and Cell Biology | Salzburg

Deciphering CD82-CD234 Interactions for Bispecific Antibody Therapy in Uveal Melanoma

#Salzburg
#Anatomy and Cell Biology | Salzburg

Ordered Membrane Domain Endocytosis (OMDE) in stem cell-derived neurons

#Salzburg
#Anatomy and Cell Biology | Salzburg

Generation of a haploid endothelial cell model for drug screening in capillary disorders

#Salzburg
#Anatomy and Cell Biology | Salzburg

MYOTREAT

#Salzburg
#Anatomy and Cell Biology | Salzburg

Biokompatibilität von bioktiven Glasscaffolds zur Regeneration von hyalinem Knorpel

#Salzburg
#Nuremberg
#Anatomy and Cell Biology | Salzburg
#Anatomy and Cell Biology | Nuremberg

Lässt sich die Matrixsynthese von diabetischen Sehnen in vitro durch zyklische Bewegung steigern?

#Salzburg
#Nuremberg
#Anatomy and Cell Biology | Salzburg
#Anatomy and Cell Biology | Nuremberg

Multi-parametric readout of selective neuronal vulnerability in iPS cell-based chemical com-pound screens

#Salzburg
#Anatomy and Cell Biology | Salzburg

Chondrogenese in 3D gedruckten Bioglas/Hydrogel Scaffolds zur Knorpelregeneration

#Salzburg
#Nuremberg
#Anatomy and Cell Biology | Salzburg
#Anatomy and Cell Biology | Nuremberg

Sehnenentwicklung durch Sehnen- und Stammzellen Kokultur in 3D gedruckten Scaffolds mittels dynamischer Bewegung in vitro

#Salzburg
#Nuremberg
#Anatomy and Cell Biology | Salzburg
#Anatomy and Cell Biology | Nuremberg

Elucidating & modulating neurovascular interaction in a stem cell model of Sturge-Weber syndrome

#Salzburg
#Anatomy and Cell Biology | Salzburg

Funktionalisierte bioaktive Glasscaffolds für das Knorpel Tissue Engineering

#Salzburg
#Nuremberg
#Anatomy and Cell Biology | Salzburg
#Anatomy and Cell Biology | Nuremberg

Elucidating GNAQ function in a human stem cell-based model of Sturge-Weber syndrome

#Salzburg
#Anatomy and Cell Biology | Salzburg

Vision, eye growth rhythms and retinal signals in refractive development

#Salzburg
#Anatomy and Cell Biology | Salzburg

"The surface code of intrinsic choroidal neurons – towards novel therapeutic targets in ophthalmology"

#Salzburg
#Anatomy and Cell Biology | Salzburg

Development of a specific airway-trainer for airway management in MPS-patients

#Salzburg
#Anatomy and Cell Biology | Salzburg
#Metabolic Disease

Nachweis einer Komplementregulation im Lungen- und Herz-gewebe von COVID-19 infizierten Patienten

#Salzburg
#Anatomy and Cell Biology | Salzburg

Elektrophysiologisches Verhalten humaner intrinsischer Aderhaut-Neuronen

#Salzburg
#Anatomy and Cell Biology | Salzburg
Research projects Salzburg Research projects Nuremberg
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Paracelsus Medical Private University (PMU) Research & Innovation Institutes, Centers and Programs University Center for Anatomy and Cell Biology
Research projects Salzburg