Unfortunately, the synthesis of active metal complexes may be limited to very small number.
Such complexes may be used as vaccine carriers to stimulate desired immune responses.
Enzyme enzyme or enzyme cell complexes may be static or transient.
Starting from a PPI network, protein complexes may be extracted by using computational methods.
Thus, cohesin complexes may be much more compact than commonly portrayed.
These results show that organotin(IV) complexes may be designed as new metal-based drugs in the future.
Our results indicate that dynamic repression of developmental pathways by Polycomb complexes may be required for maintaining ES cell pluripotency and plasticity during embryonic development.
A slight effect of pH suggests that hydrogen-containing zinc complexes may be involved in the discharge process at low pH.
For both the latter, C-shaped incomplete circular aggregates (as seen only recently in electron micrographs of crystallized LH1 reaction center complexes) may be a suitable preliminary model.
An unexpected dimeric interaction between BsLon-N monomers reveals the possibility that Lon complexes may be stabilised by coiled-coil interactions between neighbouring N-terminal domains.
Thus, CCOMP analysis of protein complexes may be used for identifying amino acids that could serve as targets for genetic engineering, such as mutagenesis.
