pone.0256817.s008.pdf (565.98 kB)
Download fileThe degree distribution N(n) for the catalytic domains from the GH19ED at a threshold of 95% sequence identity was approximated by a power-law for degrees ≤ 50 (red line) yielding a scaling exponent of γ = 1.1.
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posted on 2021-10-26, 17:32 authored by Marco Orlando, Patrick C. F. Buchholz, Marina Lotti, Jürgen Pleiss(PDF)
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plant fungal pestsinferred evolutionary historyglycoside hydrolase 19drug resistant bacteriacatalytic cleft suggestsabsence loop combinationsgh19 engineering databaseneglected taxonomic groupsfour loop insertionsanalyzing sequence networksnovel gh19 enzymesgh19 catalytic domaindiv >< pannotated gh19 sequencesgh19 domainfour groupscharacterized enzymesseventeen groupsfour positionssequence spacesequence lengthsequence diversitythus extendingscale phylogenyprevious worksprevious classificationpossible mechanismlocation outsidegoes beyondendolysin subfamilydirect interactionde </containing sequencesclear patternschitin biomassbifunctional familyaccessible via
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