Alignment of the entire amino acid sequences of thirteen type III cadherins in arthropods, and comparison of the exon-intron organizations. The alignment was produced using the ClustalW algorithm without manual adjustment. The classical cadherins shown are Pt1-, Pt2-, Mma1-, Mma2-, Mo-, Sm2-, Cm-, Le2-, Ph2-, Ha2-, Ea2-, Dp2-, and DN-cadherins. The domain organization is indicated above the Pt1-cadherin sequence. Blue lines with breakages indicate exons, and the breaking points indicate intron insertion sites revealed by comparisons with the corresponding genomic sequences. (PDF 5991Â kb
Figure S11. DNA- and RNA-binding protein motifs overlapping with the 3` canonical and non-canonical ...
<p>A) Sequence alignment of the extracellular domains of human E-cad and xenopus EP-cad. The extrace...
Mitogenomic gene order rearrangements in the Camallanina suborder. (A). A hypothetical outline of ge...
Characterization of the amino acid sequences of type IVa and type IVb cadherins. A. Alignment of the...
Amino acid alignment of selected classical cadherins from arthropods and non-arthropod bilaterians. ...
Blast-based dot-plot comparisons between the amino acid sequence of Ha1- (A) or Ph1- (B) cadherin an...
Figure S4. Schematic representation of detected sequences of C. multidentata related to classical ca...
Abstract Background Classical cadherins are a metazoan-specific family of homophilic cell-cell adhes...
Figure S1A. Comparison of p120 sequences. Residues involved in interaction with E-cadherin are boxed...
Figure S2. Sequence alignment of cysteine-rich C-terminal domains found among Aquatic clade homologs...
Amino acid alignment of bat (Ptal) MHC-II B genes, (A) DMB, (B) DOB, (C) DPB, (D) DQB and (E) DRB, a...
Figure S5. One example of intron position conservation between one Opimoda (M. brevicollis, gi: 1675...
Additional file 3: Figures S2. A: CLUSTAL multiple alignment amino acid sequences of Drosophila mela...
Mining newly sequenced genomes of basal metazoan organisms reveals the evolutionary origin of modern...
Mining newly sequenced genomes of basal metazoan organisms reveals the evolutionary origin of modern...
Figure S11. DNA- and RNA-binding protein motifs overlapping with the 3` canonical and non-canonical ...
<p>A) Sequence alignment of the extracellular domains of human E-cad and xenopus EP-cad. The extrace...
Mitogenomic gene order rearrangements in the Camallanina suborder. (A). A hypothetical outline of ge...
Characterization of the amino acid sequences of type IVa and type IVb cadherins. A. Alignment of the...
Amino acid alignment of selected classical cadherins from arthropods and non-arthropod bilaterians. ...
Blast-based dot-plot comparisons between the amino acid sequence of Ha1- (A) or Ph1- (B) cadherin an...
Figure S4. Schematic representation of detected sequences of C. multidentata related to classical ca...
Abstract Background Classical cadherins are a metazoan-specific family of homophilic cell-cell adhes...
Figure S1A. Comparison of p120 sequences. Residues involved in interaction with E-cadherin are boxed...
Figure S2. Sequence alignment of cysteine-rich C-terminal domains found among Aquatic clade homologs...
Amino acid alignment of bat (Ptal) MHC-II B genes, (A) DMB, (B) DOB, (C) DPB, (D) DQB and (E) DRB, a...
Figure S5. One example of intron position conservation between one Opimoda (M. brevicollis, gi: 1675...
Additional file 3: Figures S2. A: CLUSTAL multiple alignment amino acid sequences of Drosophila mela...
Mining newly sequenced genomes of basal metazoan organisms reveals the evolutionary origin of modern...
Mining newly sequenced genomes of basal metazoan organisms reveals the evolutionary origin of modern...
Figure S11. DNA- and RNA-binding protein motifs overlapping with the 3` canonical and non-canonical ...
<p>A) Sequence alignment of the extracellular domains of human E-cad and xenopus EP-cad. The extrace...
Mitogenomic gene order rearrangements in the Camallanina suborder. (A). A hypothetical outline of ge...