Exact(1)
Ubiquitin and ubiquitin-like modifiers (Ubls) have emerged as central players in mediating the host innate immune response to infection, and their diversity, coordination by specialized enzymatic cascades, and range of linkage topologies all contribute to an incredibly rich regulatory potential.
Similar(59)
The rich diversity of coordination chemistry provides exciting prospects for the design of novel therapeutic agents with unique mechanisms of action.
In this work, the rod-like ligand 4,4′-bis imidazol-1-yl -biphenyl (bibp) has been utilized as a building block to carry out counterion effects on the structural diversities of coordination polymers.
In this work, the rod-like ligand 1,4-bis imidazol-1-yl -benzene (bib) has been utilized as a building block to perform counterion researches on the structural diversities of coordination polymers.
The rich diversity of this coordination chemistry provides not only interesting structural chemistry but also exciting therapeutic properties.
The results showed that the structural diversity of the coordination polymers resulted from the different geometries of metal ions and effect of assistant ligands.
In particular, the hybrid strategy that combines the benefits of high channel diversity and low coordination cost has seen growing interest in recent studies.
The potential diversity of the coordination chemistry of 3 is illustrated by its transition-metal (Pd) complex and bis(borane) adduct.
The great variety of coordination compounds is matched by the diversity of methods through which such compounds can be synthesized.
These can be used to coordinate other metals, potentially leading to a diversity of hetero metallic coordination architectures.
As we discussed in an earlier section, mechanisms such as fractional FFR and macro-diversity require network-level coordination and an ASN gateway is the appropriate place to manage users which are cell-edge users and would benefit from these techniques.
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