In fact, the detailed analytical investigation undertaken in [16] have extensively exploited the conservation laws to derive a simple equation to determine analytically the critical oxygen concentration that exhibits switch-like behavior.
The prediction of Arabidopsis protein-protein interactions is performed, exploiting the conservation of these interactions between species on the one hand, and utilizing functional association data on the other hand.
In many cases, subcellular localization can be predicted in silico based on the primary protein sequence by exploiting the conservation of signal peptides and motifs responsible for protein targeting to different cell compartments [ 1].
This improvement may come from integrating knowledge about properties of SDPs into the development of sequence-based methods; for example, here we show that by exploiting the conservation signal from neighboring amino acids, GroupSim+ ConsWin outperforms all earlier methods tested on our dataset of enzyme SDPs.
To exploit the sequence conservation information, WildSpan [ 34] (http://biominer.bime.ntu.edu.tw/wildspan/), which is developed to discover functional signatures and diagnostic patterns of proteins directly from a set of unaligned protein sequences, is incorporated.
The nonlinear subproblems resulted from the OS schemes are analytically solved by fully exploiting the local conservation laws of the NLD equation.
The ODEs defined by our core model could be further reduced for the continuous simulation experiments by exploiting the mass conservation laws as determined by three P-invariants (P-invariant 1 corresponds to a constant in the ODEs, P-invariant 5 is not part of the core network).
As an alternative approach, we exploited the strong conservation between CREB and ATF1 in the KID region and constructed an ATF1D39E,E41D mutant that rendered the ATF1 ATM/CK cluster identical to its CREB counterpart, which was readily detected using an α-pCREB-108/111/114 CREB antibody (Fig. S1B).
Now based at the Baylor College of Medicine, Monica's research exploits the remarkable conservation in genes and whole chromosome regions between the mouse and human.
In power grids, the flows can be rerouted to minimize overloads by exploiting the local conservation of currents at each power station.
