RadAA: A Command-line Tool for Identification of Radical Amino Acid Changes in Multiple Sequence Alignments.High-throughput sequencing has revolutionised biology and medicine.  We present RadAA, a command-line tool which screens multiple sequence alignments for radical amino acid changes in a stratum/strata by classifying residues into groups by charge (with cysteine in its own group).  RadAA is easy to use, even for researchers with little experience in computational biology.  The RadAA source code and executable binaries are freely available at https://github.com/sciseim/RadAA.
RadAA
RadAA: A Command-line Tool for Identification of Radical Amino Acid Changes in Multiple Sequence Alignments.High-throughput sequencing has revolutionised biology and medicine.  We present RadAA, a command-line tool which screens multiple sequence alignments for radical amino acid changes in a stratum/strata by classifying residues into groups by charge (with cysteine in its own group).  RadAA is easy to use, even for researchers with little experience in computational biology.  The RadAA source code and executable binaries are freely available at https://github.com/sciseim/RadAA.
RadAA
RadAA: A Command-line Tool for Identification of Radical Amino Acid Changes in Multiple Sequence Alignments.High-throughput sequencing has revolutionised biology and medicine.  We present RadAA, a command-line tool which screens multiple sequence alignments for radical amino acid changes in a stratum/strata by classifying residues into groups by charge (with cysteine in its own group).  RadAA is easy to use, even for researchers with little experience in computational biology.  The RadAA source code and executable binaries are freely available at https://github.com/sciseim/RadAA.
RadAA