News
20 April 2026
Kristian Chien Bech Fanøe joins MBH Lab as a new MD PhD student (May 1, 2026) on the NNF funded INTERLOCK project, in collaboration with Thomas Baad-Hansen (Dept. Orthopedic Surgery, AUH).
20 April 2026
10th Danish Bone Research Workshop, March 5-7, 2027
We are pleased to announce the 10th Danish Bone Research Workshop (DBRW), taking place March 5-7, 2027.
ECI pre-program: March 4-5, 2027 | DKS spring meeting: March 5, 2027
Keynote speaker: Prof. Moustapha Kassem, recipient of the prestigious 2026 Mosekilde Award.
Registration deadline: December 20, 2026
Abstract deadline: February 4, 2027
20 April 2026
2nd International Hands-on Course on Bone Histology and Histomorphometry
Odense, Denmark, May 11-14, 2027
Course fee: €650. Endorsed by ISBM and EUROD.
Register by email to chuang@health.sdu.dk before 1 February 2027.
11 March 2025
We will teach our first international hand-on bone histomorphetry course. See more details and our program in the event.
Time:
Oct 6-8, 2025
Location:
University of Southern Denmark
Toften, Fioniavej 34, Odense M
Denmark
11 March 2025
9th Dansi Bone Research Worshop will be March 20 to 22, 2026. Book it on your calendar! Check out the preliminary program in our event.
02 Jan 2024
Read our newest publication.
Title:
Authors:
Solene G. D. Hegarty-Cremer, Xenia G. Borggaard, Christina M. Andreasen, Bram C. J. van der Eerden, Matthew J. Simpson, Thomas L. Andersen, Pascal R. Buenzli
Our Connected Network
The Molecular Bone Histology Lab (MBHLab) specialises in advanced bone histology.
The Danish Spatial Imaging Consortium (DanSIC) is a research infrastructure for spatial omics, operating under the same scientific leadership as MBH Lab.
About MBH Lab
We are a world-leading expert in bone histomorphometry and molecular histology, and has developed multimodal histological techniques and data analysis procedures, providing a unique 2D and 3D spatial perspective of the cellular organization of human bone remodelling.
Our studies focused on the bone disease in osteoporosis patients as well as cancer patients including multiple myeloma, breast cancer and prostate cancers. We also investigate how does bone remodeling event change when people age. We have utilized molecular spatial imaging to obtain unique insights into the spatial-temporal cellular organization of human bone.