In contrast to the KZNFs just mentioned, ZNF263 is conserved among mammalian species, which indicates that it has lost its role in acute host defense, but instead may have acquired other important functions.
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]).
These results indicate that the loss of flagella observed during cyst development may not be a result of decreased flagella gene expression but instead may be due to an as yet defined post-transcriptional event.
This result indicates that phosphorylation of Ser404 in Tau by hGSK3β modulates the toxicity of Tau in vivo but in this system, phosphorylation may not increase Tau toxicity but instead may be protective against degeneration.
This indicates that the main role of MCs may not consist of direct phagocytosis after migration to fungal infection zones in AIFR, but instead may involve degranulation or the release of cytokines and chemokines involved in innate and adaptive immunity.
Alternatively, they may simply not be paralogs but instead may result from cryptic-speciation.
Instead, it may indicate that the background condition is simply not conducive for further generation of KH billows.
When not present (e.g., a plain HTTP reply is received instead) it may indicate that there is some kind of problem (e.g., a server incorrectly configured) that is preventing the Web service to process the SOAP request, but, as a solid conclusion cannot be drawn, we discard the response from the analysis.
Instead, it may indicate that such domains had more opportunity to propagate and rearrange, for example because they are older.
Consider, instead, what it may indicate about the future of play calling.
