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  1. ...genes in which one haplotype exhibits complete coverage, whereas the other shows partial coverage. In contrast, fully identical homologous gene pairs—those with both identical lengths and amino acid sequences—accounted for only 6.5% (1027 pairs). These results suggest that there is a certain degree...
  2. ...coefficient. (C) Phylogenetic tree of representative Gypsy RT protein segments longer than 100 amino acids. Green circles highlight crown nodes of identified families with bootstrap support values of 75 or more. (D) Genomic occurrence of the four identified Gypsy clades in the T. panzhihuanense .On the 17...
  3. ...at least 50 amino acids (Fig. 2).Segregation of the Bathycoccus ecotypesTo assess the potential of the MGT approach to segregate closely related biological entities, we focused on the MGTs highly similar to the reference transcriptomes of Bathycoccus prasinos. Bathycoccus is a genus of green algae from...
  4. ...filtering, the age-pQTL hotspot on Chromosome 3 includes 208 proteins, and the Chromosome 12 hotspot includes 194 proteins (Supplemental Fig. S9; Supplemental Data S12).View larger version: In this window In a new window Figure 5. Genetic mapping reveals genomic hotspots of age-interactive QTL. (A) Age...
  5. ....93% average pairwise identity with the 2004 assembly in regions that are comparable (Supplemental Table S3). The main Cryptosporidium subtyping marker, the 60 kDa surface protein (gp60 locus subtype IIa), shows four amino acid differences (two in the serine repeat region) between CpIA and CpIRef (Supplemental...
  6. ...window Figure 3. Mosaic assembly of Pbr017687.1 in the reference . Four base pairs in yellow only matched haplotype A, and 4 bp in red only matched haplotype B. Five of these eight sequences result in differences in amino acid sequence. (N) Redundant sequences in the reference.Mutations caused...
  7. ...for biomass precursor and amino acid production by the network were evaluated. During the reconstruction process, a number of decisions on each reaction needed to be taken (Fig. 1 ). Is an enzyme present in the organism? Which reaction catalyzes the enzyme, and what is the stoichiometry of that reaction...
  8. ...to regulate virulence factors, including capsule, in S. pyogenes (Grahamet al. 2002). Both isolates shared a second SNP in csrS, which is predicted to result in a Leu257Phe amino acid substitution in addition to one nonsense mutation and a further 40 nonsynonymous mutations elsewhere in the (Supplemental...
  9. ...the analyses. Finally, 884 strains were used for further analyses and are listed in Supplemental Table S1.Detection of virulence genesPresence of non-LEE effectors was analyzed by TBLASTN search (>50% identity and >50% coverage) using amino acid sequences as query. Other virulence genes were identified using...
  10. .... The highest false prediction rates were obtained for genes involved in quinone biosynthesis (45.3%), followed by phospholipid biosynthesis (39.3%) and branched chain amino acid biosynthesis (37.5%). Subsystems with high false prediction rates also included oxidative phosphorylation (31.4%), mirroring...
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