We expect that the cores mostly correspond to complexes and that the periphery may contain complex vertices plus further vertices.
It may also contain complex fractures.
There is little, if any, evidence that simple aquo ions exist, and virtually all its aqueous solutions, whatever the anions present, may be considered to contain complexes.
There is little, if any, evidence that simple aquo ions exist, and virtually all their aqueous solutions, whatever the anions present, may be considered to contain complexes.
As the TFTC fraction was the supernatant of a second TBP IP step [7] it remained possible that this TFTC preparation may contain several different TAF10-containing complexes.
This suggests that human cells may contain at least two complexes involving a CCR4/POP2 association, a CCR4-NOT-POP2 complex analogous to the CCR4-NOT yeast complex, and a still unknown CCR4-CAF1 complexing complex.
For example, one such concave complex may contain Tuba and N-WASP [12], and a convex complex may contain IRSp53 and WAVE [16].
To assess whether these complexes may contain NEDD1 oligomers, we next tested whether NEDD1 could self-associate.
As previously proposed RAG∶RSS complexes may contain two types of interactions: 'digital' which involve critical nt residues absolutely required for RSS function and 'analog' (or 'multiplicative') which involve non critical nt residues that modulate the activity of the RAG∶RSS complex [14].
They may contain proteins belonging to complexes as well as regulatory proteins and/or proteins involved in the same cellular process through interactions.
