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Topic: Translational
Research into Retinal
Diseases
The translation of retinal research from bench to
bedside is of utmost importance because of the
urgent need to provide innovative treatments for
individuals affected by the devastating blinding
disorders. One promising approach is to tailor
treatment options to the causal genetic insult
and mode of inheritance. For example, while
autosomal recessive inheritance can benefit
from gene augmentation, a dominant negative
Prof. Bernhard H.F. disease may be better targeted by disrupting
Weber the disease-causing allele. Further, complex
diseases which develop at the interface between
Prof. Weber is the full genetic predisposition and environmental
Professor, head of Institute of risk factors generally lack a straightforward
Human Genetics, University therapeutic approach. The Special Issue on
of Regensburg Germany. The “Translational Research into Retinal Diseases”
focus of the research group of addresses a number of topics focused on the
Bernhard Weber is on disease manifold opportunities and unique challenges
mechanisms in hereditary as in the field of neuro-retinal disease:
well as multifactorial retinal
degenerations. Prof. Weber 1.Methodological advances in iPSC-derived
mainly focuses on Genetics, 2D/3D retinal cells;
Macular degeneration,
Stargardt disease, Gene and
Exon. His work on Genetics 2.Methodological advances in animal models
is being expanded to include of retinal disease;
thematically relevant topics
such as Phenylbutyrate. 3.Development of therapeutic concepts;
His studies in Macular
degeneration integrate themes 4.Demonstration of potential treatment options.
in fields like Eye disease,
Genetic risk, Fundus and Age
related.