Equally, the effects of experimentally designed structural modifications on the function of channel variants in different human cell types, including residues putatively involved in post-translational regulation [ 34– 37], remain to be explored.
The discovery of the role played by epigenetic modifications on the function of paternal genome has prompted novel attention on the function of sperm DNA during embryo development.
Some progress has been made by examining proteins that participate in well-defined signaling pathways and addressing the effect of their modification on the function of the signaling network.
Given that only a few RBR genes have broad patterns of expression and have strong effects on fitness, it is possible that, under the right circumstances (e. g. modifications of the functions of cell types or tissues, changes in the proteins to be ubiquitinated, etc), the rest may be lost without much trouble [11].
While outcontracting to external bidders is likely to imply layoffs and modifications of the functions of involved workers, the creation of an internal market can lead to a process of cooperative work, without the radical changes in working conditions implied by external outcontracting [ 15].
The first one is about the modification of the function allocation by dividing functions or tasks between people and machines.
Proposed mechanisms include neuromodulatory effects on different enzymes and secondly on amino acids and the selective modification of the function of epileptic neurons [ 26 ].
Changes in the 3′ part of the microRNAs are widely the most found, most of the time they do not lead to a modification of the function of the microRNAs [ 12, 14].
Post-translational modification of the function of BCL-2 family of proteins, and in particular, the pro-apoptotic function of the Bad and Bim, both pro-apoptotic proteins, were also investigated by determining the phosphorylation of these proteins in conjunction with a variation in OS in GBM patients.
In agreement with ABC model, loss of C function or expression modifications of the C function genes played a central role in the production of excessive numbers of petals.
