These pathways are known to be involved in a wide range of cellular processes [ 71], which reflects the versatile function of the placenta that can be achieved through diverse cellular activities occurring in different parts of the placenta.
We believe that further understanding of the versatile functions of LOX-1 would help establish a novel diagnostic method and therapeutic strategy for the treatment and/or prevention of cardiovascular diseases.
The underlying mechanisms of this formation process may be most complex in lophotrochozoans as indicated by the high number of CS copies, MMD linkage, and the versatile functions of chitin in this group.
The versatile functions of Angptl4 impede further speculation on long-term effects after 211At exposure, or ionizing radiation in general, at this point.
It is also plausible that certain intricate forms of crosstalk interactions between Atg7-mediated autophagy and other autophagy-dependent or -independent pathways are responsible for shaping the versatile functions of Atg7.
In addition to the domain architectures involved in the characterized functional groups, a cyclic nucleotide-binding domain was also fused to various domains involved in pyridine nucleotide-disulfide oxidoreductase, acetyltransferase, thioredoxin reductase, glutaminase, rhodanese, ferredoxin, and diguanylate cyclase, implying the versatile functions of cyclic nucleotide-binding proteins.
These newly identified gankyrin-regulated proteins are involved in various biological functions, including cell cycle control, protein degradation and metabolism, which highlight the versatile functions of gankyrin.
Furthermore, it is intriguing that the major three hypotheses of atherogenesis could be explained by the versatile functions of LOX-1 (Fig. 2).
The versatile function of haem relies on the delocalized π-electron system of the porphyrin ring.
Due to its important and versatile functions disorders of the kidney can have many biochemical manifestations.
