A peptide (MTS, membrane transport sequence) that facilitates transport across membranes has been site-specifically attached to antibodies.
DMT1 is an integral membrane protein conserved from bacteria to humans, containing 11 to 12 transmembrane domains (TMD) and a "consensus transport sequence" (CTS) involved in divalent metal ion transport [32], [33], [34], [35].
All three C. elegans SMF exhibit a consensus transport sequence (CTS) quasi-identical to their vertebrate orthologues and 12 transmembrane domains (TMD), unlike the yeast SMF, in which the 11th TMD is absent and the CTS is conserved at 70% (Fig. 1B).
These data corroborated the Nβ function as a novel signal peptide since its primary structure position and hydrophilic profile do not follow the typical biochemical features of the classical transport sequences.
Transport sequences 24% followed by signal transduction and defense response sequences 19% accounted for the majority of those in the biological process category, while many of the sequences in the cellular component category were in the chloroplast 30%, membrane and nucleus subsections 26%.
Globular adiponectin, which already lacks the collagenous domain cleaved by digestion, is a potent inducer of adiponectin effects in muscle cells [ 48, 49] but may have limited physiologic relevance as it would bypass these regulated transport sequences when studied in vivo.
Wednesday night at Performance Space 122, Heather Kravas beat the dead horse and then some in the premiere of "The Green Surround," a dogged, discomforting and sometimes transporting sequence of tasks for nine women.
Our results also suggest that another apical transporting sequence may lie outside of the 97 nt element, but that this sequence is unable to mediate the efficient anchorage or stability of the transcript at this site.
A hexylsulfate transporting TBDT (sequence 77) can be found in cluster 45, a vibriobactin (catecholate) transporter (sequence 74) in cluster 140 and proteins transporting yersiniabactin (phenolate; sequences 72, 73) in cluster 79.
Mountain, G. S. et al. inContinental Margin Sedimentation: From Sediment Transport to Sequence Stratigraph Vol. 37, eds Nittrouer C. A.et al. 381 458International Association of Sedimentologists, Special Publication, Blackwells (2007).
Toe scour, crack development, sidewall failure and block detachment and transport, in sequence, were the four main processes of channel widening.
