SSC: Start##-Stop## (if forward) Stop##-Start## Rev (if reverse, keep in numerical order and add "Rev") CP: Covered (Includes all coding potential) Loses ##bp 5' coding potential (explain in "Logic" below) SD: Final=-#.###, Z=#.###, Best SD No, Final=-#.###, Z=#.###, ##nd Best (explain in "Logic" below) SCS: Agrees with Both Agrees with GL only Agrees with GM only Agrees with Neither (explain in "Logic" below) GAP: ## bp gap ## bp overlap BLAST: Matches PhageName gp##, q1:s1 Aligns with PhageName gp## q##:s## LO: Longest Reasonable ORF Not Longest Reasonable ORF (explain in "Logic" below) ST: NI (not informative) Suggested start Conserved start F: NKF (No Known Function) List ID'd function FS: NA BLASTP e=### (phagesdb) PhageName gp## BLASTP e=### (NCBI) PhageName gp## HHPred Prob=#.## e=### Phamerator (basis) PhageName gp## Conserved Domain ID - NCBI Conserved Domain ID - Phamerator Logic: (All other additional information of value) only for tRNAs : tRNA-three letter amino acid code(anticodon) ex. tRNA-Lys(ttt) called by Aragorn in DNA Master Aragorn on the web tRNAscan SE (report COVE score) both online programs(report tRNAscan SE COVE score) Adjusted ends to match Aragorn on the web? yes/no (if no, explain why not)