Skip to content

Home of Johannes Gutenberg University Mainz

Home of Johannes Gutenberg University Mainz

Membrane Biochemistry

Show/Hide Navigation

Home

Workgroup Hellmich – Membrane Biochemistry

Home

Level 1
Left Menu

Workgroup Hellmich – Membrane Biochemistry

Workgroup Hellmich – Membrane Biochemistry

Workgroup Hellmich – Membrane Biochemistry

Workgroup Hellmich – Membrane Biochemistry

Thank you for visiting!

We are no longer maintaining this site, but please come and see us at our new home:

www.hellmich-group.de

19F NMR to study protein-inhibitor complexes in neglected tropical diseases!

19F NMR to study protein-inhibitor complexes in neglected tropical diseases!

Core methionine critically contributes to spider silk protein dynamics and oligomerization!

Core methionine critically contributes to spider silk protein dynamics and oligomerization!

A new concept for chemically induced dimerization!

A new concept for chemically induced dimerization!

First high-resolution glimpse at human TRPML2 and its interaction with cations!

First high-resolution glimpse at human TRPML2 and its interaction with cations!

A new SH3 domain binding mode discovered! TRPV4 interacts with Syndapin in a skipped class I mode

A new SH3 domain binding mode discovered! TRPV4 interacts with Syndapin in a skipped class I mode

NMR studies to understand ligand binding to ABC transporters in molecular detail

NMR studies to understand ligand binding to ABC transporters in molecular detail

To Image 1
To Image 2
To Image 3
To Image 4
To Image 5
To Image 6

Fun in the snow in February 2020!

Additional information about this page

Page-Name:Membrane Biochemistry
Last Update:25. December 2020

Privacy
Legal Notice
Accessibility
To top of page