Shotgun Lipidomics by Ultra-High Resolution Orbitrap Fourier Transform Mass Spectrometry
Shotgun lipidomics provides a quantitative (as molar concentrations) snapshot of the lipidome at a given…
Vannuruswamy Garikapati
Contact: garikapati@mpi-cbg.de
Our main collaborators for LCM-lipidome studies : Dr. Michele Solimena’s lab (Paul Langerhans Institute, Dresden); Dr. Sebastian Zeissig’s lab (Center for Regenerative Therapies, Dresden); Dr.…
Lipidomics, proteomics and metabolomics of tissue biopsies by laser capture micro-dissection
Quantitative omics characterization of spatially defined areas with altered tissue morphology could…
Dr. Silvia Radrezza
Contact: radrezza@mpi-cbg.de
Clinical lipidomics
We apply shotgun mass spectrometry technology to full-lipidome analyses to acquire the full lipidome profile of organs, tissues, bio-fluids or in vitro models obtaining insights…
Our main collaborators for full-lipidome studies: Dr. Sebastian Zeissig’s lab (Center for Regenerative Therapies, Dresden); Dr. Jochen Hampe’s lab (University Hospital, Dresden); Dr. Ünal …
Dr. Silvia Radrezza
Contact: radrezza@mpi-cbg.de
Experimental animals used by MPI-CBG and registered with the authority in 2018 can be seen in the chart. Most common experimental model in 2018 was mouse (64%) followed by zebrafish (35%). In 2018,…
Architectural cues controlling cell differentiation
We investigate how architectural cues deployed along ducts control the differentiation of endocrine cells, notably the links between planar cell…
