In conformity with the secondary structure of proteins from Gram-negative bacteria, spirochetal inner membrane proteins are predicted to span the lipid bilayer in α-helical hydrophobic stretches approximately 20 amino acids in length.
The documents appear to span from 2013 to early 2016.
After removing contigs with fewer than 100 bp of contiguous unique sequence, 110,000 contigs spanning 29 Mb remained, which is close to the 25 Mb of euchromatic sequence predicted to be absent from the reference genome1.
These include a cluster of genes spanning from BCAM0529 to BCAM0538 that are predicted to encode proteins with a variety of functions, a cluster of genes spanning from BCAM0854 to BCAM0864 and known to be involved in biosynthesis of the exopolysaccharide cepacian [ 24, 25], and BCAM2453 which is a monocistronic gene that is predicted to encode a protein with redoxin activity.
Initially, mammalian TRICs were predicted to contain three membrane-spanning segments23.
Indeed, in a confirmatory analysis, Summerfeldt et al. [ 25] observed that the loadings of checking compulsion items on the predicted factor one spanned from 0.19 to 0.66.
Our best explanation is that some or most of this density may come from VP3, a protein predicted to be nearly all α-helical with two putative membrane-spanning regions.
The gene spans ∼100 kb with alternative splicing predicted to produce five transcripts (RC-RG).
With the exception of PKD-REJ, a gene predicted to have no introns (Entrez Gene accession number NM_011105), primer pairs were designed to span introns to ensure that amplicons were not derived from genomic DNA.
For example, the regions spanning residue positions 36 66, 108 123, 130 145, 206 217, 261 277, and from residue position 333 onward the C-terminus were predicted to be ordered.
Primers were designed using Primer Express Applied Biosystemssoftwareand and selected to span predicted exon boundaries where possible.
