In the decryption operation, an ISBOX (inverse substitution box) module is used instead.
An interface of the first type, such as a guideline, facilitates combinations and substitutions of modules to enable adaptation of the modular healthcare package to the patient's needs (e.g. [ 12, 27, 28]).
In the present study, we investigated the effects of module substitution on the properties of Ngb.
From our present results on chimeric Mb, as well as our previous data on several module-substituted proteins [17], [20], [21], [38], [44] [47], we conclude that module substitutions focused on phylogenetically older introns will be useful for the design and production of novel functional proteins.
These results enable us to conclude that such module substitutions will facilitate the design and production of novel functional proteins.
These results enable us to conclude that such module substitutions represent a potent strategy to design and produce stable functional proteins.
The proportion of non-synonymous to synonymous mutations (Ka/Ks) was calculated for each contig, following the Jukes-Cantor corrected model of substitution using Bioperl modules [ 58].
For the switch to take place, a time is scheduled for the substitution of the primary module for the reserve module.
Ranking the modules from slow to fast by their relative substrate amino acid substitution rates shows that modules AAA+-Hsp78, CCT-Cct8, and Small-Hsp31 evolve with the slowest rates, whereas modules Hsp40-Sis1, Hsp70-Ssand and Hsp70-Ssa4 evolve with the highest rates.
In this way the substitution of an existing module with any other, which can ensure better performances, is simple.
