Abstract
AbstractMotivationReinforcement of HMMER search for secondary metabolism-specific Pfam domains should contribute to discover novel biosynthetic machinery of clinically important natural products.ResultsHere we provide a Python-based command line tool, named as KPHMMER, to extract the Pfam domains that are specific in the user-defined set of pathways in the user-defined set of organisms registered in the KEGG database. KPHMMER outperformed the previous study in detecting secondary metabolism-specific Pfam domain set. Furthermore, it was proven that KPHMMER helps reduce the computational cost compared with the case using the whole Pfam-A HMM file. We believe that KPHMMER is a powerful tool enabling to deal with many other genome-sequenced species for more general purpose.AvailabilityKPHMMER is implemented as a Python package freely available via the package management system “pip” and also at https://github.com/suecharo/KPHMMERContactmaskot@chemsys.t.u-tokyo.ac.jp
Publisher
Cold Spring Harbor Laboratory