But rather than supporting the existence of mathematical objects, the argument would only support commitment to modal-structural translations of mathematical theories and the possibility of mathematical structures.
The idea is to change the argument's second premise, insisting that modal-structural translations of mathematical theories are indispensable to our best theories of the world, and concluding that we ought to be ontologically committed to the possibility of the corresponding structures.
Assuming that the modal-structural translation scheme works for set theory, modal structuralists need not explain how we can have knowledge of the existence of mathematical objects, relations or structures given the lack of commitment to these entities.
However, even with the introduction of such an operator, there would still be a significant difference, on the modal-structural translation scheme, between the semantics for mathematical and scientific discourse.
Fewer genes were associated with apoptosis, transport, proteolysis, structural activity, translation and growth.
Description: Structural basis for translation termination on the 70S ribosome.
Cryo-EM has provided evidence that the ribosome, as a molecular machine, undergoes many structural changes during translation.
Thus, there could be additional structural requirements for translation enhancement in the region downstream from DB. Four major stem-loop structures, designated I to IV, were identified in the MFOLD-predicted secondary structure of the 264nt capsid-coding region with an estimated minimum free energy (Δ G°) of −77.16 kcal mol−1.
Our analysis reveals a structural expansion of translation proteins immediately following the RNA world and well before the establishment of the DNA genome.
GO terms associated with ribosome biogenesis, ribosome structural genes and translation are highly represented in PGT, which could reflect the high protein biosynthetic activity of PGTs.
By providing the first views of a bacterial ribosome bound to both RF1 and RF3, this paper fills an important gap in the structural understanding of translation termination.
