Notwithstanding the wide distribution of VDR and CYP27B1, 1α,25- OH 2 D3 shows highly tissue-specific functional effects on hormone secretion, immune function, cell differentiation and growth.
For example, in the stage of selecting intermediate B terms we choose the terms with functional semantic types such as biologic function, cell function, phenomenon or process, and physiologic function.
Analysis of functional categories showed that modified genes were related to immune function, cell signaling, proliferation and differentiation, or metabolism.
Loss of key functional components combined with a disrupted architecture result in compromised tissue function, cell death and, eventually, cartilage loss down to subchondral bone.
Topics include organ structure and function, cell injury, circulatory and inflammatory responses, disordered physiology, and neoplasia.
Interestingly, in the same category, genes involved in neuronal development and function, cell morphology, and intercellular communications also were observed to be activated.
Interfacial rheological material properties must be measured to appreciate their role in such varied processes as lung function, cell division, and foam and emulsion stability.
SYD-1 and SYD-2 function cell-autonomously at presynaptic terminals, downstream of synaptic specificity molecule SYG-1.
LITEZ enables new approaches for precisely regulating gene expression in biotechnology and medicine, as well as studying gene function, cell-cell interactions, and tissue morphogenesis.
Taken together, all these results indicate that mon-2 and tbc-3 function cell-autonomously in seam cells for their interactions with ipla-1.
