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Open image in new window Figure 2 Analysis of mTOR-mediated phosphorylation changes in eukaryotic translation initiation factors.
Epigenetic changes in eukaryotic biology serve to regulate the process of cellular differentiation.
These sequences, however, may cause undesirable effects such as the production of antibodies against bacterial proteins expressed from cryptic upstream eukaryotic expression signals, changes in eukaryotic gene expression caused by antibiotic resistance markers, and immune responses to CpG sequences [22].
Like the above pathogens, S. flexneri induces similar changes in eukaryotic gene expression in order to inhibit apoptosis.
One such process mediated by epigenetic changes in eukaryotic biology is the all-important cellular differentiation during morphogenetic development.
One of the best examples of epigenetic changes in eukaryotic biology is the different developmental stages from the single fertilized egg, the zygote, to a fully grown organism.
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Theoretically, it can be argued that there has been an accelerated pace of evolutionary change in eukaryotic signaling systems, beyond the other general novelties introduced by eukaryotic cells in their handling of DNA processes.
Despite the fundamental role of chromosomal change in eukaryotic evolution, the mechanisms related to this process are still poorly known.
The rate of chromosomal change in any eukaryotic organism, and the speciation that ultimately arises from it, is dependent on two factors: the rate of mutation and the rate of fixation [ 18].
It is important to note that PAT-Seq relies on the binding affinity of pab-1 to polyA tails of mature mRNAs, which are known to change in length in eukaryotic genes [ 67].
While nutrient availability may increase, changes in pH and eukaryotic cells defending themselves against invasion becomes a new challenge for the cell to overcome.
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