With an ageing world population and~ 20% of adults in Europe being affected by bone
diseases, there is an urgent need to develop advanced regenerative approaches and …

The diversity of skeletal tissues in extant vertebrates includes mineralized and
unmineralized structures made of bone, cartilage, or tissues of intermediate nature. This …

Simple Summary Vitamin D3 and vitamin K3 each play a crucial role in the growth, skeletal
development, and regulation of bone biomarkers and calcium homeostasis in larval and …

Introduction Natural and synthetic estrogens are pollutants found in aquatic ecosystems at
low concentrations reaching ng. L-1 to μg. L-1. At these concentrations, they are able to …

While understanding the genetic underpinnings of osteogenesis has far-reaching
implications for skeletal diseases and evolution, a comprehensive characterization of the …

While cartilage is an ancient tissue found both in protostomes and deuterostomes, its
mineralization evolved more recently, within the vertebrate lineage. SPARC, SPARC-L, and …

Teeth, scales, fin spines, and other odontodes are hot topics in evolutionary biology due to
their great variation in number, shape, and anatomical localization in vertebrates as a result …

Vitamin D is an essential fat soluble micronutrient that helps in growth, bone development,
calcium homeostasis and other metabolic process. The study on effect of vitamin D3 in …

The mineralized skeleton in vertebrates protects the internal organs, helps in locomotion
and eases survival in adverse external environment. Many biological processes and …

In vascular calcification, as a physiological process, intimal arterial calcification (IAC)
associated with increased cardiovascular risk is distinguished from medial arterial …