Core Facility Platform Cellnetworks Core Technology Platform (CCTP)

The screening facility offers assay development, automated sample preparation and high-throughput solid phase transfection with siRNAs high-throughput microscopy, and automated data validation.

The Biomechanics Core Facility provides standardized and reproducible mechanical characterization of soft (bio) materials, as well as specific sample preparation methods required for the characterization.

The Core Facility Platform Mannheim, CFPM, consists of seven Core Facilities covering diverse areas and creating a Core Facility Pipeline, which operates research requests from basic analysis to imaging, microscopy, cell sorting and up to data analysis.

The CMCP combines histotechnical, histoanalytical, and pathological expertise in both fields, human and veterinary pathology. It provides support in project planning, technical support and expertise evaluation.

The Heidelberg University cryo-electron-mikroscopy-network (HDcryoNet) hosts cryo-EM infrastructure located at the BioQuant and at the Biochemistry Center.

The Infectious Diseases Imaging Platform (IDIP) provides, develops and applies high-end microscopy infrastructure under conditions of enhanced biosafety containment 2 and 3 (BSL-2 and 3) to enable infectious diseases research.

The facility at the IZN-Neurobiology Department provides access to flow cytometry-based applications and a unique service on the campus for the sorting of rare neural cell populations and subcellular components.

Heidelberg Lipidomics offers qualitative and quantitative lipidomics analyses.

Microfluidics is an emerging field and is finding use in various disciplines. At the Scientific Facility for Microfabrication and Microfluidics we aim to provide this valuable tool to every interested research group in and around the Neuenheimer Feld.

The newly installed MINFLUX nanoscope offers super-resolution microscopy with a resolution up to 2 nm in 3D.

The POEM PIs aim to develop novel bio-engineering approaches to build and interrogate organoids and (multi-)organ assembloids and to combine these with machine-learning enhanced automatized and parallelized screening to provide tailored disease models with unprecedented reproducibility as well as new mechanistic insight.

The SSC aims to aid researchers in all aspects related to software development, including resources such as guidelines, project templates and development projects. The SSC aims to ensure reproducible science and software sustainability across disciplines.