The elements of various correlation networks may be proteins or genes, but also intracellular organelles, or neurons.
Under drought stress, we found that there was up-regulation of miR2089 and miR2118, whose targets may be proteins associated with disease resistance.
The other proteins that aligned to Neospora proteins may be proteins yet to be described in any of the Toxoplasma strain i.e. novel Toxoplasma genes.
Furthermore, there may be proteins produced in organs/tissues other than the esophageal glands or proteins released by means other than the signal peptide-dependent secretory pathway that play critical roles in mediating cyst nematode parasitism.
These include surface appendages and structures that bear adhesins, i.e., flagella, fimbriae, capsules, outer membranes, loosely attached peripheral components, etc. Adhesins may be proteins, polysaccharides, lipids, or teichoic acids [ 30].
The precursors of biopeptides may be proteins of animal origin such as milk proteins (casein, whey protein), muscle proteins (myosin, collagen) as well as of plant origin such as soy protein (glycinin, β-conglycinin), wheat and rice protein (Gibbs et al. 2004; Ibrahim et al. 1998; Kim et al. 2007; Kong et al. 2007; Li et al. 2007; Saiga et al. 2003).
In biochemistry, it may be protein folding.
One such molecule may be protein kinase Mζ (PKMζ), a persistently active kinase whose synthesis increases following LTP induction.
As an alternative, these authors suggest that insulator bodies may be protein aggregates.
This observation, and the aberrant morphology of these granules, suggests that the Pbp1 over-expression granules may either be less dependent upon non-translating mRNAs, be slower to disassemble, or may be protein aggregates that contain small amounts of mRNA.
