| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ent638_2225 |
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| Symbol | |
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| ID | 5112917 |
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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 | Enterobacter sp. 638 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009436 |
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| Strand | - |
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| Start bp | 2416369 |
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| End bp | 2419656 |
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| Gene Length | 3288 bp |
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| Protein Length | 1095 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 640492410 |
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| Product | lambda family phage tail tape measure protein |
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| Protein accession | YP_001176949 |
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| Protein GI | 146311875 |
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| COG category | [S] Function unknown |
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| COG ID | [COG5281] Phage-related minor tail protein |
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| TIGRFAM ID | [TIGR01541] phage tail tape measure protein, lambda family
[TIGR02675] tape measure domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | 12 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCAACGC TGCGCGAATT AATCATCAAA ATTTCTGCGA ACTCTTCCTC TTTCCAGGCT
GAAATTGCCA GAGCTTCCCG TATGGGAAGC GATTACTACC GCACTATGGA ACAGGGCGGG
AAGAAAGCTG CAGCGGCCAC GCGTGAAACC CAACGTTCAC TGTCAGATCT GAACTCCCAG
CTTGCAACAG TCAGATCTTC CGCCGCTGGA CTTGCCGGTG CGTGGGCTGG TGCGTTTGCC
ACGCATCAGC TTGTCCAGTT TGCCGATACA TGGAACCAGT TGAATGGGCG TCTTCGCCTG
GCGTCCTTTT CCAGTGAGGA TTACGTGCAA TCCCAGCGTG TGCTAATGGA GATTAGCCAG
CGCACCGGAA CATCCCTCGA AGCAAACAGC AACCTTTACA GTCGAATTGC CCAGTCTCTC
CGTGAAGCTG GTTACGCTTC TGCAGACGTT GCTAAAGTGA CGGAAACAGT TGCGACATCC
CTAAAGCTAT CTGGGGCAAG TACGGAAGAA GCAAGTTCGG TTATCACTCA GTTGAGTCAG
GCGCTAGGTT CCGGCGTTCT GCGTGGGGAA GAATTTAACG CCATTATGGA AAATGGCGGA
CGCCTTGCAA AACTGCTGGC AGATGGTTTG GGAACAACCG TTGGCGGCTT ACGCGCCATG
GCTAATAATG GCGAGCTGAC AACGAATAAA ATCGTCCCAC TTCTGACCAA CGTCGAGATA
CTGCGCAAGG AGTTCGATAC CCTGCCAGCA TCCATCAGCG GTTCTGCACA AAAAGTGCAA
AACTCATTTC TTGCATGGGT GGGCGGGGCG AATGATGCCG TTGGTGCCTC ATCCACACTT
TCCGGTGTAC TGGATGGACT AGCCAATAAT ATCGATGATG TGGCCAATAC TGCTGGCTTA
CTTGTAGGCG TTGGTCTGGC TCGTTATTTC GGCAATATGG TTGGAAGTAT TGGGCAGTCA
ACGCGTGCTG TACTCGCCAA TACGGCAGCA GAGGTAGCGC TTGCACAGGC ACAGGTTCGC
GGTGCTCTGG TCAGCGTTGC AGCTGGTCGA CAGGCTGTTT ATCGGGCTCA ACAGGCACGC
GCAGCGGCAA CCAGTCTTGA GGCGCAAATT GCCGCCGAGA GAACTTTGGC AGCCACCCAG
GCATCGCTTA ACAATGCTCT TGCTGGCAGA GCGTCAGCAG TAAGTAACCT AACCAGCACG
GCTTCTGTCA TGTCCCGGTT AGGTAGCGGT GTTCTCGGCA TTCTTGGAGG TTGGTCGGGG
GTTATCATTG GCGCTGGTGC GGCAATGTAT GGTTTGTATC AGCATACACA GCAGGTGCAT
CGTGAAGCGG TAGGTTTTGC TAACAATCTC GATGAAATTA ATACGAAACT TCAGCAGATG
TCGGTGCTGG GCTTGCGCTC AACCGCTGCT GATGCCCGTA CTTCATTACA GGCTCAAAAG
CAGGACCTTG CCGATCTCGA TTCTCAGATT GCGAAAGTTA AAGATAGCCT CAAGGCTGTA
AATCAGATCC AGCAGGACTA CAACCGAAAT CCCACGCTTA CCCTGATAAA CACCTTCATG
GATCAGGCTG ACATTACAGC CAAAAACATC GAACTCACGG ATAAACTGAA TCAACTGGAA
TATCAGCGTG AGCAGGTTTC GTCGAAGGTA GGTCAAACAC AGAAACTGGT TAACGATGCC
AGCGATTTGG CAACGCAAAA AGCTATTGAA CAGGCTGGTG CTGTCTCAAT ACTTAAAGGT
GCCTATGACC TTCTTAACCG ATCAATGTCG GCTACTTCTG GGGCAAAACC ACCTCAGTAT
TCCGGTCCCG TTGTATCGTT AGCGAACGCC ACGCCTCAGC AGCAAACAGC ACTGGAAAGA
TCACGCCGCG ATAACGAGAT GGCCAGCCTT AGCGGAATGG AAAAACTGCA TCAGCAGCAT
GTATATGAAG CAGAAGACCT TAAACTTTCC GGGGCACTTT ACACCCAGTA CATCTACAAC
AAGGACCAGG CAGCCCAAAA AGATGCGGCT GCTGCCGAGG CCAAAAAGAA TTCAACCTCC
GCCTCGAAAG CACAGAGTAA AGCCGAACGT GAAGCGGCCA GTACCGCCGA ACAGTATTCC
CGAAAAATGG CTGATCTCAC TGTGGCCATT GACGTGCAGC GCGTTCGGGC AACGGAAGGA
GAAAAAGCTT CTGAGCTTTA TGCCGCCTCA CATCAGGCCG GAACTAAATG GACCGACGAG
CAACGTAAGG CCATCCAGGC ATCATCAGCA GAACTGGCTA AGTGGAACCA GAAAGCGGAT
GAGAACGTGC GTAAACAGCG CGAACAGGCT GACGCACTGA AGGATTTAAC TGAAGCGGCT
AAAAAGTTCA GGGACGATGC GACGCTGACT ACCGAAACCA CAGGGATGAG TGATCGCCAG
CGTAGTCGGT TTGATGAGAC GCAACAGATC GATCGTGTGT TCTCGAAAAC AAATGGCGGC
ACTGAAGCTG TAGCACAGCG TGCGGCAGCG CTTGATGCTC TCGATAAAAA ATACAAAGCG
ATTTCAGAAG CAGAAGCCGA CTGGATGTCT GGCGTTTCGC GCGGGTATGC AAACTGGTTT
GATGAAATCA GCGATGTATC TGGAACAGTA TCTGATGGAG TGAAAAGCAC AATGGACAGT
GCATTCAACA ACATAACATC AATGCTCGAG GGTAATAAAG TCAGCTGGAA ATCATGGGGT
ATATCTGTTC TGCAGATTAT AGAAAAAGTA GCTCTGCAGA TGGCGATTGC AAGTGCGATG
GGGGGCGGAT CTTCAAGTTC TGGAATTATT GGCTCTCTGG TTGGCGGTGT TGCCGGTTAT
TTCGGCGGCG GTGGCGCTGG AGTCGCAGCG AGTTCAGGTA CAGCGGTGTC TAACTATGGT
TCCAATTTCC AATTTAACGC AAAGGGTGGG GTTTACGACT CGCCATCCCT GAGCGCTTTT
AGTAATGGGA TCGTCAGAAA TCCGACAATG TTTGCATTCG CAAAAGGCGG AGCCGGAATT
ATGGGCGAAG CTGGGCCAGA AGCCATCATG CCCCTTACTC GCGCGCCTGA TGGCTCACTT
GGTGTCCGTT CGGTTGGTGG TGGCAGTGGA CAGAGCACGT CCTCTGCCCC ACAGGTTTAT
ATCACCATCG ATGGCAACGG GAACACATCA ACAAAAACCT CATCAGGCCT TGAACAGTTT
GGCGCCGAAA TCGGCCGATT TGTGGATCAG CGCTACAAGC AGAATCTCAT GCGAGATATC
AGTCCTGGTG GCGATATCTG GAATGCGACA AAAGGAGGCC GACAATAA
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| Protein sequence | MATLRELIIK ISANSSSFQA EIARASRMGS DYYRTMEQGG KKAAAATRET QRSLSDLNSQ
LATVRSSAAG LAGAWAGAFA THQLVQFADT WNQLNGRLRL ASFSSEDYVQ SQRVLMEISQ
RTGTSLEANS NLYSRIAQSL REAGYASADV AKVTETVATS LKLSGASTEE ASSVITQLSQ
ALGSGVLRGE EFNAIMENGG RLAKLLADGL GTTVGGLRAM ANNGELTTNK IVPLLTNVEI
LRKEFDTLPA SISGSAQKVQ NSFLAWVGGA NDAVGASSTL SGVLDGLANN IDDVANTAGL
LVGVGLARYF GNMVGSIGQS TRAVLANTAA EVALAQAQVR GALVSVAAGR QAVYRAQQAR
AAATSLEAQI AAERTLAATQ ASLNNALAGR ASAVSNLTST ASVMSRLGSG VLGILGGWSG
VIIGAGAAMY GLYQHTQQVH REAVGFANNL DEINTKLQQM SVLGLRSTAA DARTSLQAQK
QDLADLDSQI AKVKDSLKAV NQIQQDYNRN PTLTLINTFM DQADITAKNI ELTDKLNQLE
YQREQVSSKV GQTQKLVNDA SDLATQKAIE QAGAVSILKG AYDLLNRSMS ATSGAKPPQY
SGPVVSLANA TPQQQTALER SRRDNEMASL SGMEKLHQQH VYEAEDLKLS GALYTQYIYN
KDQAAQKDAA AAEAKKNSTS ASKAQSKAER EAASTAEQYS RKMADLTVAI DVQRVRATEG
EKASELYAAS HQAGTKWTDE QRKAIQASSA ELAKWNQKAD ENVRKQREQA DALKDLTEAA
KKFRDDATLT TETTGMSDRQ RSRFDETQQI DRVFSKTNGG TEAVAQRAAA LDALDKKYKA
ISEAEADWMS GVSRGYANWF DEISDVSGTV SDGVKSTMDS AFNNITSMLE GNKVSWKSWG
ISVLQIIEKV ALQMAIASAM GGGSSSSGII GSLVGGVAGY FGGGGAGVAA SSGTAVSNYG
SNFQFNAKGG VYDSPSLSAF SNGIVRNPTM FAFAKGGAGI MGEAGPEAIM PLTRAPDGSL
GVRSVGGGSG QSTSSAPQVY ITIDGNGNTS TKTSSGLEQF GAEIGRFVDQ RYKQNLMRDI
SPGGDIWNAT KGGRQ
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