Previous studies indicated that G. metallireducens does not possess a classical benzoyl-CoA reductase, but instead may utilize a non-classical dearomatizing enzyme during benzoate degradation, designated BamB-BamI, where BamB encodes a novel reductase which may be involved in dearomatization whereas other Bam subunits may play a role in electron transfer during dearomatization [22], [23]).
They do not add control messages to the computation, but instead may attach control information to computation messages.
Alternatively, they may simply not be paralogs but instead may result from cryptic-speciation.
They may encode very important concepts, but for them to communicate effectively, they need to be defined.
Notably, a number of the sequences cloned did not correspond to available sequences in the databases from the Arabidopsis genome, but instead present significant similarity with DNA from other organisms, for example fish species; among them, some may encode transposons.
But since no transmembrane domains were found in its animo acid sequence, REL2 may encode a plasma membrane anchored protein.
Some of those segments may encode RNA molecules that have an important job in the cell.
Genetically encoded calcium indicators do not need to be loaded onto cells, but instead the genes encoding for these proteins can be transfected into cell lines [ 36].
Although other insect species may have evolved sensory channels dedicated to DMNT detection, our results demonstrate that detection of ecologically highly relevant odours does not require these channels, but instead can be encoded via combinatorial suppression of odour-evoked responses.
In this study, we detect the gas5-like HG which also lacks protein-coding potential but instead encodes 10 box C/D snoRNAs within its introns.
