Paracelsus Medical University (PMU)

Forschungsprojekte
Research projects Salzburg

Back

MYOTREAT

#Salzburg
#Anatomy and Cell Biology Salzburg

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

#Salzburg
#Anatomy and Cell Biology Salzburg

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

#Salzburg
#Anatomy and Cell Biology Salzburg

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

#Salzburg
#Anatomy and Cell Biology Salzburg

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

#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

Vision, eye growth rhythms and retinal signals in refractive development

#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

Towards a systematic characterization of cluster of differentiation (CD) cell surfaceantigens in the human spinal cord

#Salzburg
#Anatomy and Cell Biology Salzburg

Choroidal growth and the autonomic nervous system: a growth factor and genome wide analysis

#Salzburg
#Anatomy and Cell Biology Salzburg

Identifikation von Kandidatmolekülen zur Modulation des HIPPO/YAZ-TAZ Signalwegs im Neuroblastom

#Salzburg
#Anatomy and Cell Biology Salzburg

Hydrogen sulfide as a new transmitter in the choroid: sources, distribution, and possible function

#Salzburg
#Anatomy and Cell Biology Salzburg

A Machine- (Deep-) Learning Approach to Fully Automated Regional Bone, Cartilage, and Phenotype Analysis in Knee Osteoarthritis –Development, Validation, Application and Qualification

#Salzburg
#Anatomy and Cell Biology Salzburg

Identifying strategies to reduce the risk of kneecap arthritis after serious knee ligament injury

#Salzburg
#Anatomy and Cell Biology Salzburg

Relationship of muscle strength with pain and function in knee osteoarthritis - a matter of the "brain" or the "body"?

#Salzburg
#Anatomy and Cell Biology Salzburg

Childhood determinants of adulthood knee cartilage thickness in young adults?

#Salzburg
#Anatomy and Cell Biology Salzburg

"Does change in infra-patellar fat pad (IPFP) size or MRI signal predict symptomatic and/or structural progression of knee osteoarthritis"

#Salzburg
#Anatomy and Cell Biology Salzburg

Dynamics of infrapatellar fat pad (IFP) and thigh adipose tissue distribution

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