As both human Dpr1 and mouse Dpr1 have the same function in promoting autophagy, it is likely that this function is conserved for all the Dpr1, but this hypothesis needs future verification.
Such treatment makes it possible to investigate the continuity of the solution beyond collision time, leading to a global conservative solution where the energy is conserved for almost all times.
Conservation analysis has shown that the loop is conserved for disorder but not for sequence.
This trend is conserved for linear aromatic ketones, except for acetophenone that it is not a substrate.
It can be seen that the order of free energy of binding is conserved for both states.
It was earlier shown by Wilson, Kreychman & Gerstein that at levels of sequence identity >40%, precise function is conserved for pairs of single-domain proteins [17].
This is because energy that is not used is conserved for later use.
The energy (E_{h}(t)) is conserved for the solution of (1.4).
The parameter g L = 7 × 10−3 km−1 is selected so that the spatial integral of the total energy is conserved for an undamped medium.
Especially the position of the green colored basic aromatic ring deep in the binding pocket is conserved for the three structures.
