A curated contig for a putative sterol esterase (LIPA, E.C. 3.1.1.13) may take part in the esterification of sterols with long-chain fatty acids – this enzyme may alternatively be involved in the production of ester polymers or matrix materials (34 and 35, see previous section).
In vivo, the relevant transitions may occur in a concerted manner; alternatively, they may involve ratchet-like sequential SM association with a series of SNARE assembly intermediates, with each sub-step traversing a smaller energy barrier.
Overwhelming cellular damage may alternatively initiate the death of the cell autonomously by involving mitochondria (intrinsic apoptotic pathway).
Alternatively, they may involve another octopamine receptor(s) present in the muscle.
Alternatively, it may involve the recognition of R-loop structures by protein complexes (e.g., as is implicated for class switch recombination).
Alternatively, it may involve direct observation of the individual by outcome assessors.
Alternatively, it may involve regulation of SOCS1 or PIAS1, proteins that inhibit by preventing IFNγ-mediated STAT1, signaling.
Alternatively, this may involve the direct phosphorylation of STK38 by ULK1 in order to regulate the Exo84/Beclin1/RalB interactions downstream of STK38.
Alternatively, it may also involve the Compassionate Communities Volunteer directly asking the agreed Good Neighbours to engage in the tasks identified.
Alternatively, signal perception may involve separate meaning attribution and decision making processes, each of which may vary based on additional contextual cues (Fischer 2013).
