\name{PolyPhenDbColumns} \alias{PolyPhenDbColumns} \title{PolyPhenDb Columns} \description{ Description of the PolyPhen Sqlite Database Columns } \section{Column descriptions}{ These column names are displayed when \code{cols} is called on a \code{PolyPhenDb} object. \itemize{ \item rsid : rsid } Original query : \itemize{ \item OSNPID : original SNP identifier from user input \item OSNPACC : original protein identifier from user input \item OPOS : original substitution position in the protein sequence from user input \item OAA1 : original wild type (reference) aa residue from user input \item OAA2 : original mutant (reference) aa residue from user input } Mapped query : \itemize{ \item SNPID : SNP identifier mapped to dbSNP rsID if available, otherwise same as o_snp_id. This value was used as the rsid column \item ACC : protein UniProtKB accession if known protein, otherwise same as o_acc \item POS : substitution position mapped to UniProtKB protein sequence if known, otherwise same as o_pos \item AA1 : wild type aa residue \item AA2 : mutant aa residue \item NT1 : wild type allele nucleotide \item NT2 : mutant allele nucleotide } PolyPhen-2 prediction : \itemize{ \item PREDICTION : qualitative ternary classification FPR thresholds } PolyPhen-1 prediction : \itemize{ \item BASEDON : prediction basis \item EFFECT : predicted substitution effect on the protein structure or function } PolyPhen-2 classifiers : \itemize{ \item PPH2CLASS : binary classifier outcome ("damaging" or "neutral") \item PPH2PROB : probability of the variation being dammaging \item PPH2FPR : false positive rate at the pph2_prob level \item PPH2TPR : true positive rate at the pph2_prob level \item PPH2FDR : false discovery rate at the pph2_prob level } UniProtKB-SwissProt derived protein sequence annotations : \itemize{ \item SITE : substitution SITE annotation \item REGION : substitution REGION annotation \item PHAT : PHAT matrix element for substitution in the TRANSMEM region } Multiple sequence alignment scores : \itemize{ \item DSCORE : difference of PSIC scores for two aa variants (Score1 - Score2) \item SCORE1 : PSIC score for wild type aa residue (aa1) \item SCORE2 : PSIC score for mutant aa residue (aa2) \item NOBS : number of residues observed at the substitution position in the multiple alignment (sans gaps) } Protein 3D structure features : \itemize{ \item NSTRUCT : initial number of BLAST hits to similar proteins with 3D structures in PDB \item NFILT : number of 3D BLAST hits after identity threshold filtering \item PDBID : protein structure identifier from PDB \item PDBPOS : position of substitution in PDB protein sequence \item PDBCH : PDB polypeptide chain identifier \item IDENT : sequence identity between query and aligned PDB sequences \item LENGTH : PDB sequence alignment length \item NORMACC : normalized accessible surface \item SECSTR : DSSP secondary structure assignment \item MAPREG : region of the phi-psi (Ramachandran) map derived from the residue dihedral angles \item DVOL : change in residue side chain volume \item DPROP : change in solvent accessible surface propensity resulting from the substitution \item BFACT : normalized B-factor (temperature factor) for the residue \item HBONDS : number of hydrogen sidechain-sidechain and sidechain-mainchain bonds formed by the residue \item AVENHET : average number of contacts with heteroatoms per residue \item MINDHET : closest contact with heteroatom \item AVENINT : average number of contacts with other chains per residue \item MINDINT : closest contact with other chain \item AVENSIT : average number of contacts with critical sites per residue \item MINDSIT : closest contact with a critical site } Nucleotide sequence features (CpG/codon/exon junction) : \itemize{ \item TRANSV : whether substitution is a transversion \item CODPOS : position of the substitution within the codon \item CPG : whether or not the substitution changes CpG context \item MINDJNC : substitution distance from exon/intron junction } Pfam protein family : \itemize{ \item PFAMHIT : Pfam identifier of the query protein } Substitution scores : \itemize{ \item IDPMAX : maximum congruency of the mutant aa residue to all sequences in multiple alignment \item IDPSNP : maximum congruency of the mutant aa residue to the sequence in alignment with the mutant residue \item IDQMIN : query sequence identity with the closest homologue deviating from the wild type aa residue } Comments : \itemize{ \item COMMENTS : Optional user comments } } \seealso{ \code{?PolyPhenDb} } \author{Valerie Obenchain } \keyword{classes} \keyword{methods}