The first 'blueprint' of human skeletal development reveals how the skeleton forms, shedding light on the process of arthritis, and highlighting cells involved in conditions that affect skull and bone ...

Extensive research is providing new insights into the roles that our normal gut microbiota play on health and disease. A healthy gut microbiome contributes to skeletal health, but studies in mice have ...

A new study has unveiled the crucial role of low-density lipoprotein receptor-related protein 1 (LRP1) in skeletal development. Researchers have found that a deficiency of LRP1 in skeletal progenitor ...

Researchers at the Hebrew University of Jerusalem have discovered that a neuronal pathway—part of the autonomic nervous system—reaches the bones and participates in the control of bone development.

Joint formation is a finely orchestrated process in which skeletal progenitor cells undergo spatial patterning, differentiation and morphogenesis to produce functional articulations. Early in ...

Full view of how bones and joints form in the first trimester uncovers cells and pathways that could help diagnose and treat skeletal conditions in the future. The first 'blueprint' of human skeletal ...

A team of researchers from the Hebrew University of Jerusalem has proven the linkages between ultra-processed foods and reduced bone quality, unveiling the damage of these foods particularly for ...

For the first time, researchers have measured the mechanical stresses and strains brought about by foetal movements during the second half of gestation, using computational modelling based on MRI ...

New research has revealed how mechanical forces caused by fetal movements drive skeletal development in the embryo. The study was published and featured in the journal Science Advances. Its findings ...

The alternative text for this image may have been generated using AI. Finally, the mechanisms necessary for the production and secretion of Wnt from cells have recently become better defined (14).

Researchers have generated mice lacking the estrogen receptor beta gene, both fiber-specific and muscle stem cell-specific, which resulted in abnormalities in the growth and regeneration of skeletal ...