Tobias K. Karakach

This study identifies glycolysis, specifically GLUT1-dependent metabolism, as a key metabolic pathway in peri-implant macrophages and multinucleated giant cells during the foreign body response to polymeric implants.

The paper identifies conserved T cell epitopes in Bluetongue Virus non-structural proteins and evaluates their potential as a broad-spectrum vaccine using computational methods.

The paper identifies elevated valvular prostaglandins in severe aortic valve stenosis, linking them to disease severity and suggesting COX inhibition as a potential therapeutic target.

EMOGEA improves RNA-seq analysis by incorporating measurement uncertainty, enhancing interpretation of time-course and low-count gene expression data.

The paper integrates proteomes from lung tissue and BALF in allergen-challenged mice to identify compartment-specific and shared biological pathways involved in allergic asthma responses.