Both maternal and offspring-derived factors contribute to lifelong growth and bone mass
accrual, although the specific role of maternal deficiencies in the growth and bone mass of …

Several studies have suggested a direct link between taurine and bone homeostasis.
However, the mechanisms of taurine on the regulation of bone metabolism have not been …

Taurine has been shown to have positive effects on bone mass, which are thought to be due
in part to its cytoprotective effects on osteoblasts and here we show that taurine also protects …

The risk of nutrient deficiencies increases with age in our modern Western society, and
vitamin B 12 deficiency is especially prevalent in the elderly and causes increased …

Taurine is found in bone tissue, but its function in skeletal tissue is not fully understood. The
present study was undertaken to investigate regulation of gene expression of connective …

Taurine is present in a variety of tissues and exhibits many important physiological functions
in the cell. Even though its functions are well documented in many tissues, its actions on …

Taurine has been reported to influence bone metabolism, and its specific transport system,
the taurine transporter, is expressed in osteoblasts. The mean [Mg2+] i was 0.51±0.01 mM in …

Taurine has been reported to influence bone metabolism, but the role of taurine on
osteogenic differentiation of human mesenchymal stem cells (hMSCs) remains unclear. In …

Vitamin B12 is important to DNA synthesis and may affect bone formation. We examined the
association between this vitamin and BMD in 2576 adults. Men with plasma B12< 148 pM …

Vitamin B12 (cobalamin) is necessary for development of the fetus and child. Pregnant
women who are vegetarian or vegan, have Crohn's or celiac disease, or have undergone …