COS Heidelberg buildingsIm Neuenheimer Feld 230

The six-storey building „Im Neuenheimer Feld 230“ houses the majority of COS research groups, the Nikon Imaging Center and most of our teaching facilities and function rooms. The exhibition “Timeline evolution” is also located here.

The building, originating from the sixties, has undergone extensive remodelling and refurbishment in recent years.

Address

COS Heidelberg
-Pforte-
Im Neuenheimer Feld 230
69120 Heidelberg

Directions and parking

Turn left from Berliner Straße into the second street after Ernst-Walz-Brücke (“Im Neuenheimer Feld”), turn right, parking is possible in the “Mathematikon” basement parking garage (parking fees), across the street from building INF 230.

Public transportation

Use bus line 31 or 29 (from old town), tram lines 21 or 24 (from main station) to stop “Bunsengymnasium” or bus line 32 to "Jahnstraße". The building is in easy walking distance from there (approx. 3 resp. 10 min).

 

Forschungsgruppen in Gebäude INF 230

Cell signalling

Our research focuses on how somatic and stem cells integrate extracellular signals to modulate their fate. The architecture, homeostasis and function ...

Stem Cell Niche Heterogeneity

Our research focuses on the heterogeneity of stem cell niches. Specifically, we want to understand how differences in muscle stem cells within one tis...

Clonal Analysis of post-embryonic Stem Cells

My lab is interested in understanding stem cells, a fascinating type of cell that can self-renew and is responsible to generate once and again the ce...

Evolutionary Neurobiology

We reconstruct and study whole-body neural circuits in marine invertebrate larvae to understand the control of movements and the evolution of nervous ...

Developmental Biology

Current research in my lab is based on an integrated approach of advanced genomic, genetic, molecular, and biochemical methods together with extensiv...

Stem Cell Biology

Die Abteilung für Stammzellbiologie befasst sich mit den Mechanismen, die Identität, Zahl und Teilungsaktivität von Pflanzenstammzellen regulieren. W...

Cell and Developmental biology

How does the genetic information encoded in the DNA reliably lead to a specific organismal shape? The laboratory is interested in understanding morpho...

Cytoskeleton, Cell Division and Signalling

Accurate chromosome segregation depends upon the precise coordination of mitotic events and on safeguard mechanisms, such as the spindle assembly and ...

Developmental Genomics

Our group is interested in understanding the interplay between a cell's developmental history, function, and its flexibility to change. We are working...

Cell Biology

Due to their sessile lifestyle, plants need to efficiently adapt their metabolic and developmental program to changing and often unfavourable environm...

Biological Data Science

Our group works at the interface of data science, machine learning and the life sciences with the aim to develop the computational tools and statistic...

Developmental Biology/Physiology

Jochen Wittbrodt is a Principal Investigator in the Excellence Cluster 3D Matter Made to Order and a member of the Graduate School HBIGS. Our work is ...