GLYCOMIN

Unravelling nanoscale interactions between glycosaminoglycans and mineral precursors in bone formation.

The project aims to gain insight into the mechanisms of mineralization initiation in bone. It focuses on demonstrating the role of proteoglycans (especially biglycan) as stabilizers of mineral precursors and facilitators of phase transformation.

Combining advanced electron microscopy, spectroscopy and X-ray absorption techniques, we aim to characterize the nanoscale distribution of biglycan, to identify the composition of its glycosaminoglycan chains, and to determine the structural changes caused by its removal or deficiency in different model and pathological systems.

Featured News

A new paper on the chitin and mineral interaction

A new paper on the chitin and mineral interaction with one peptides that is part of the protein Lustrin-A, found in the organic membranes of...

The transport of calcium ions during nacre formation

Happy to share that our paper about the transport of calcium ions during nacre formation has been accepted in Acta Biomaterialia: Elena Macías-Sánchez*, Xing Huang,...

Congratulations, Luco!

We are pleased to announce that the work Luco Rutten has developed throughout his thesis on a new methodology to study organic macromolecules in liquid...

Key research projects and facts related to GLYCOMIN

Marie Skłodowska-Curie Actions – Individual Fellowship 2020

DYNAMIN: “Deciphering collagen mineralization process by dynamic imaging in liquid” 

Project H2020-MSCA IF-2020 (Grant Agreement-101031624) funded by the European Union, Research Executive Agency 

Funding: 187.572 €

Juan de la Cierva Incorporación fellowship 2020 (IJC2020-043639-I)

Grant IJC2020-043639-I funded by MICIU/AEI/10.13039/501100011033 and the European Union NextGenerationEU/PRTR 

Funding: 97.800 €.

Precompetitive Projects for Young Researchers (UGR Research Plan 2023)

“Deciphering the role of proteoglycans in driving bone mineralization”. 

Funding: 1.500 €