Sentence examples for subclass member from inspiring English sources

Although SUG and SMP members were commonly identified from this survey, Euryarchaeal Methanomicrobia were the only organisms to show homology to any PSMR subclass member, namely to B. subtilis YvaE (Bsu-YvaE).

Additionally, the amino acid consensus derived for each PSMR subclass member appears to be unique and generally maintains the core SMR motif within each predicted loop and TM strand.

A summary of both analyses are shown in Figures 2, 3, 4, where a distinct pattern of residue conservation can be observed for each SMR subclass member we analyzed.

After generating an overall amino acid consensus from the protein alignment of each SMR subclass member we examined the extent of amino acid conservation at each position within loop and TM regions.

As shown in Table 1, Bacteria have two SMR homologues per bacterium based on the overall average but the determination of which SMR subclass member participates in this average is difficult to identify since SMR sequences distributed more or less equally within all three SMR subclasses.

A hydrophobic peak corresponding to the signal peptide sequence is followed by a relatively neutral region and then a series of three or more hydrophobic peaks corresponding to motifs 3, 1, 7, and 2. Hydropathy profiles were similar within subclass members, except for LOC_Os02g29010 and LOC_Os04g22080, which were in the OXLP subclass and have transposon insertions (Fig. 2).

Unique biochemical characteristics shared by all subclass members have not been demonstrated.

The Sp subclass members Sp1, Sp2, Sp3 and Sp4 are further characterized by N-terminal glutamine-rich domains, whereas Sp5 to Sp9 contain proline, alanine or serine/threonine-rich domains [1], [4].

Hence, SUG homologues may have different structural orientations within the TM strands than SMP subclass members.

The genomic loci of SMR subclass members were examined from sequenced host microorganisms using NCBI online Entrez Genome Sequence Viewer.

Examination of SMR subclass distribution within Bacteria and Archaea taxa identified specific Bacterial classes that uniquely encode for particular SMR subclass members.