| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spro_0866 |
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| Symbol | |
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| ID | 5602582 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Serratia proteamaculans 568 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009832 |
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| Strand | - |
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| Start bp | 960877 |
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| End bp | 964170 |
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| Gene Length | 3294 bp |
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| Protein Length | 1097 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 640936381 |
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| Product | phage tail protein I |
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| Protein accession | YP_001477100 |
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| Protein GI | 157369111 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG4385] Bacteriophage P2-related tail formation protein |
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| TIGRFAM ID | [TIGR01634] phage tail protein, P2 protein I family |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 10 |
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| Fosmid unclonability p-value | 0.0742158 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGTAACC GTCTGCTGCC GGTCGGCTCT TCACCGCTGG AGGTCGCTGC GGCGGCCGCC
TGCGCCGAGC TGACCACGAT GCCGGTACCG CTGCGGGAGT TGTGGAACCC GGCCACCTGC
CCGGTCAACC TGCTGCCGTA TCTGGCCTGG GCGTTTTCGG TCGATCACTG GGATGAGGGC
TGGACGGAAG AAACCAAACG CAACGTCGTC TCCTCTGCCT TCTTCGTGCA TCGTCATAAA
GGCACTATCG GCGCCATCCG CCGCGTGGTC GAGCCCTTGG GCTATCTGAT CAAACTGCGT
GAATGGTGGG AAACCAACGC AGAACCCGGC ACCTTTTCAC TGGATATCGG CGTGCTGGAA
AATGGCATCA CCGAAGAAAT GTACCTGGAA ATGGAACGGA TGATCGCCGA CGCCAAGCCG
GTCAGCCGCC ACTTGACCGG CCTGGCGCTG AACCTGGAGG CCTCAGGTAA TATCGAGGTG
GCCGGTGGTC ATTACGACGC TGAGATAACC ACGGTATATC CGGATTATGT CGAGTTCGCC
CGCCAAATGC TGGAGGGCCA CTATCAGTTT TTACAACGTA ATACCGGTAC CACCCTGGAT
TCGACCCAAC AACATTTTGT TCTCAACGCA GAACATGTTC TGGCCGACTC ACGCCATGAA
CGAGAGCTTT CACGCATGGC GGGATTGCCC AATGATGCCA CCACCGAGGG GCAGGCGTTG
CAAATTCTCG GCTATGCCCA TGCCTTTTTG GCGACCCAAC AACAGAAGTA TCTGGATCAG
GCCATTGCCT GTTTCGATGC TTATGTGACT CATTTTTACG ACGGCGCCCC CATCCCGAAA
ACCCCTCAGC GTTGGGTAGC CAACTGGATC GTCAACGCCA AGGAGCCGGT GCCGGCTAAC
TGGCCGGTAG ACAGTAAAGA TCCGACGCAC AGCGGTTTCA AAGGCGTCCC CATGACCTTC
ATTAAAGGCA AAACACAGAT CCCGCAGGGC GCGCCTTACT GGGGAGAATA TCTGGATATC
GCCACCTTCG CCTTTGACGG CACTCTGGCC TGGGACGCCA TCAATGCGCA GGTGCGTGCG
GTTGACGCCG CCGGCAACGT GGACTGGAGC AGTGACGGCA AGCGTTACGA CGTGGCGTGG
ATCATTAACT GGCAGGGTTA TCAGATTAGC GCCGACGGTG ACATTCTGGC CCAGGGTCTG
CCCGCCGCGC AGTTTGGTAC CGTTCAACTG AAAGATGACA CGCTCAGTGG CAGTCATAAG
CTGAACTTTG CCAATCGTCA GCCCGTCGAG CACGGCGGCG TCATGATTGA ACGTAATCAG
GCTCAGCACA ATCGTCCGCT GCACGTGCCG GTCCCGCACA ATGCCATGGG TAATGCGGCA
GACGCCGAGC TATGGTTTGC CGATGCCTGT CACCTGCTGC ACAAAATCAC CGGTGAGCAA
CGCTATTTCA ATGCCTGGAA AAGCGTTGAA TTCACCGTAA TGGAATACAC CGATATTGAC
GCGCAGGATA AGTTCTTCCG CCAGAGTTTG CATGCCAATA CTCCCTTCAC CGACGGCATC
TCCTACGACT GGTCATATCC TGCCGGTGCG CCGGTCAGCT ATGCACGCAA TGCCGATGGC
ATGATCACCC TGCGCAAAGA AGTGGCGTCA CAGCAGTCAT TGGAACAGCA ATCCGTGTGG
TTCCGCGTTG GCAAACAGTC AAAAGTTCGC ACCAGTTTCG GCGGCGTTGA TGACCAGAAC
CAGCCTATTT CCTGCCGGTT GCAATTGGCC ATAGCAGCGG AAAAGGATGC AAAACAAACC
ACCGACTGGG GCATCGGTCT GCCGCAGTCC ACCCAGACGC AGGTAAAAAC CTATGATATC
GCGCTCACCA GTCTGGCGGC GTTGACTCGC GAGGATGGCA GCGATTATCT GCTGGCCGAC
CTGCGTGCGG TGACCGATTA CGGCGGTTGC GTGATCGGCA GCCGGTTTGA AGAACAGGTT
TACGATCGGC GCAGCGCAAC GGTGATCAAC GCCAGCTACC CCAACGATGA CGCTGGCATG
GTGATCGGCG CCTGGCTGAC CGCCGAGAAA CGTTTTCCGG TTAACCAACT GGTTTATCGT
GCTGATGCCG ACTTCAATCT GCGGCTTGAG GACGACGATA AATGGCGCTG GTACTGGATG
CTGCCCGCCA CCGAGGGTAA ATGGAAGTTG GCAACCTTTG ACCCGGCTGC CGCGGTGCTA
AGCGGCTATC AGCCTGACCA TCAGGATGGC GATGAGAAAC CTGCCCATCC TGATTTCAGC
ACGGTGGATC AGGTCACTAT CCTGCAAGAC GGCAATGTGG CGAACGCCAA CTTCAGCTAC
TACGTACTGA ATGATATTCC GCCAACCTTC AGCGCCGACG ACGGTTACAC CATCAAATAT
CGCGTCACGT TACAGGCGGA AAATCCTTAT ACCGCGCTTT TGGGGGATTG CACCCTGCTG
GGCCATCGTC AGGACAGCCT GTTCTGCACG CCCGGCGTGA TCCCCTTTTC CAATATCTAT
CAGGCAGACA GCCAACAGTT CGACGGCTGG CACGGCATGC CTTATCCAGG CTACCAATAC
CCCTTTATTT TCGTGCATGC CGACGCCGAT CCCGACGGCC TGATGCTGAA CAACATGACC
GAATTCCTGT GGCAATCGCA GCAGTGGTAT CAGCAGCAGT TTGGCGTATT GGGGCCGGGA
GCTTCCGCTT ATATCTGGAA TCGCTGGGAC AACCTGAGCT ATGGCCCCGC GGACAGCTGG
ACCATGTACC ACTGGGGCGA CGGCACCGCC TGGTCCGGCT ATCAACCTCG GGCCTTCTTT
GGCGCTGCAC GCGCCTGGCA TGAGCTGACA CTGGCGGGAA AAACACCGCC AGCCAAACTG
GTCGGTTATG TCGAAAACTG GCTGCGCTGG CTGATCGGCT TTACCCAGGA CTCAGGCGGT
ATAACACCGA CCGATTTCCC GATGACGGGT ATCCCGCAGC CCAACAAACA TGATTTTACA
GGCCATATGT GCGGCCTGTG GTTGGCTGGC GCCGTGCTGG CAAAAATGGC CGGCAGTGAG
ATTACCGGCA CCGAACACTT TATCGAACAA TGCGTTACAG AGTTACAGAA GAATTATCTC
ACCACTGGGG ATGTGATGGA TGGTGCCTGG TCACCGGCAC CACGTCCCGG CACTGACAAC
GGGATGTTCT TCGGTTTTTG GTCGGGTGAA ATCCTGCGCG GATTGAGCCT GTATGTGATG
TACAAGAACG GCCTGAATGA CCTGGCCGAC AAACAAAAGA GAGCAACGAC ATGA
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| Protein sequence | MSNRLLPVGS SPLEVAAAAA CAELTTMPVP LRELWNPATC PVNLLPYLAW AFSVDHWDEG
WTEETKRNVV SSAFFVHRHK GTIGAIRRVV EPLGYLIKLR EWWETNAEPG TFSLDIGVLE
NGITEEMYLE MERMIADAKP VSRHLTGLAL NLEASGNIEV AGGHYDAEIT TVYPDYVEFA
RQMLEGHYQF LQRNTGTTLD STQQHFVLNA EHVLADSRHE RELSRMAGLP NDATTEGQAL
QILGYAHAFL ATQQQKYLDQ AIACFDAYVT HFYDGAPIPK TPQRWVANWI VNAKEPVPAN
WPVDSKDPTH SGFKGVPMTF IKGKTQIPQG APYWGEYLDI ATFAFDGTLA WDAINAQVRA
VDAAGNVDWS SDGKRYDVAW IINWQGYQIS ADGDILAQGL PAAQFGTVQL KDDTLSGSHK
LNFANRQPVE HGGVMIERNQ AQHNRPLHVP VPHNAMGNAA DAELWFADAC HLLHKITGEQ
RYFNAWKSVE FTVMEYTDID AQDKFFRQSL HANTPFTDGI SYDWSYPAGA PVSYARNADG
MITLRKEVAS QQSLEQQSVW FRVGKQSKVR TSFGGVDDQN QPISCRLQLA IAAEKDAKQT
TDWGIGLPQS TQTQVKTYDI ALTSLAALTR EDGSDYLLAD LRAVTDYGGC VIGSRFEEQV
YDRRSATVIN ASYPNDDAGM VIGAWLTAEK RFPVNQLVYR ADADFNLRLE DDDKWRWYWM
LPATEGKWKL ATFDPAAAVL SGYQPDHQDG DEKPAHPDFS TVDQVTILQD GNVANANFSY
YVLNDIPPTF SADDGYTIKY RVTLQAENPY TALLGDCTLL GHRQDSLFCT PGVIPFSNIY
QADSQQFDGW HGMPYPGYQY PFIFVHADAD PDGLMLNNMT EFLWQSQQWY QQQFGVLGPG
ASAYIWNRWD NLSYGPADSW TMYHWGDGTA WSGYQPRAFF GAARAWHELT LAGKTPPAKL
VGYVENWLRW LIGFTQDSGG ITPTDFPMTG IPQPNKHDFT GHMCGLWLAG AVLAKMAGSE
ITGTEHFIEQ CVTELQKNYL TTGDVMDGAW SPAPRPGTDN GMFFGFWSGE ILRGLSLYVM
YKNGLNDLAD KQKRATT
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