Articles tagged with Bone Formation
Researchers have successfully replicated human bone disorder McCune-Albright syndrome in mice using a novel animal model. The model utilizes a combination of normal and mutant stromal cells, which are mixed together before transplantation into immune-compromised mice.
Researchers found TTP develops within four weeks of starting ticlopidine therapy, causing mass destruction of blood platelets and high mortality rates. Early detection and treatment with plasmapheresis significantly reduce death risk, but most neurologists and cardiologists are unaware of this side effect.
A new device approved by the US FDA uses ultrasound technology to estimate bone density of the heel, identifying women at risk of developing osteoporosis. The Sahara Clinical Bone Sonometer can be used in offices and could increase access to testing, especially in rural areas.
BioNumerik's novel chemoprotecting agent BNP7787 appears to completely protect against major toxicities associated with widely used platinum anticancer drugs. The company's Karenitecins demonstrate potent oral antitumor activity and bypass common drug resistance mechanisms.
Human growth hormone increases bone size in mice but compromises bone quality, leading to increased brittleness and fracture risk with age. This study highlights the need for caution when prescribing human growth hormone, especially in individuals without specific medical needs.
Researchers have developed a system to mimic the thymus in laboratory settings, enabling the study of HIV's effect on T-cell development. The model has shown that even immature T cells are susceptible to HIV infection, highlighting the need for treatment targeting young individuals.
Researchers challenge the theory that birds evolved from dinosaurs, citing evidence of finger identity differences between bird and dinosaur embryos. The study found that bird wings correspond to human thumb, index, and middle fingers, while little fingers are lost.
Scientists have discovered a gene in rye that enables wheat to resist toxins in aluminum often found in acid soils. This breakthrough has the potential to increase wheat yields worldwide, particularly in regions where millions of acres are currently unsuitable for cultivation due to acidic soil conditions.
A new study published in The Journal of Plastic and Reconstructive Surgery found that non-invasive magnetic resonance angiography (MRA) and magnetic resonance imaging (MRI) can effectively manage vascular malformations. The imaging techniques showed the growths' connections to surrounding tissues, allowing for better treatment planning.