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Overall, 407 ascomycetous sequences were identified.
The putative transmembrane sequences were identified via the TMpred server.
High-scoring candidate sequences were identified after MAMA score calculation.
Appropriate sequences were identified for the N- and C-caps.
Two distinct metastable transformation sequences were identified for the amorphous powders upon heat treatment.
The 77 repeat sequences were identified in the Phoebe chloroplast genomes.
One exception is Musa acuminata where only S-type EUL sequences were identified.
Totally, 15 conserved sequences were identified (Fig. 4c), which exhibited different abundances (Fig. 4d).
The 15 most statistically overrepresented motifs among the 13 sequences were identified by the MEME algorithm.
The corresponding residues for the other 10 sequences were identified by multiple sequence alignment [40].
Complete L1 protein sequences were aligned and 11 blocks of conserved protein sequences were identified.
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