| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_3056 |
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| Symbol | |
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| ID | 4626086 |
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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 | Psychromonas ingrahamii 37 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008709 |
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| Strand | - |
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| Start bp | 3753552 |
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| End bp | 3756176 |
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| Gene Length | 2625 bp |
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| Protein Length | 874 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 639798172 |
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| Product | hypothetical protein |
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| Protein accession | YP_944355 |
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| Protein GI | 119946675 |
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| COG category | [N] Cell motility
[U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG3188] P pilus assembly protein, porin PapC |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 13 |
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| Fosmid unclonability p-value | 0.136617 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGATCTTGA TAAGAGCGGC ATTGCTTATG TTATCCAGCT TTCTTTTTTG TCATTCTGCT
TTTTCCAGCG TCCAGGATGA CTATTTTGAA AATATGGTAA CCCTTCGAGT GGGCAGTTAT
CTGCAGCAGG AATTCGTTGA AGTAATGAGC GATTTTGACG GGGGTATCTA TCTGGATATT
GAAAATTTTC TGGAACTTAC CGAGCTCACA GAATATACCC AGCTTTCGGT CGATCAGGGA
AAGGTCACTC TGCTGATGGC GGGTAGCCTG TTTCCCGACA GGCAGAAGCG GCGAATAACA
ACAGAACTAA AAAAGCTTAA CAGTATAGAA ATCGATGGCA GGCTGTATAT TGATAAGGAT
AGCATTAGTG AACTTATTCC CCTGAAGGGA GTTCAGTGGG TAGCGGAAAA ATACACTCTG
GTAATATTAC CGAATTTCAA TCTGCCTCTG AATAGCCGGG TAAGCGCCGA AAAAAGAAAG
CGTAAGCTAG AAGCAGACAA AAACGCTAAG GAAGCCTCCC CGAAGGATGA CTTGTTTTTG
AAAGCGGATC GCAGAATAAT CGATTTTGGT ATGCTAAAGC TGAGGTATGA CATAAGCAAA
CTTGGAAATT ATTTTAAAAA AGAAGAGGAA AATGGCAATC TGGAGTTAGA GTACAGCTCC
CAACTTTTCT ACGGCGATTT TAATATCAGT CACAGTCTTT ACCCCAGCGA AAAACTGCAC
AATATCAGCC TGAAATATCC TTACTTTCTT AAGGAGAAGA CAGTTACTCT CGGGGATAAC
TATGTCGCAG GGCAGGATAT TCTGGGGTAT AACAGTAAGA TTCGGGGGAT ATCGGTCAGT
ACTAATGACT ACAGTGTCCA ACGTTCAGGG CGGGATCTCA CCATCAGGGG GGAGGCACCC
AAAAATTCAA TGGTTGAAAT CTATCAAAAC GGTAAGGTAA TGGACTATTT GACAGTGGAA
GGCAAGGAGT ATCAGTTCAC CCTAACGATG AGAAGTAAAA AAGATGCTTT TGAAATAAAA
ATATATGACA GAAATGGTGT CCTTACTGAG GTGAAAGATA TTAATGTAAT GTCGGGAAAT
GGTTTTCTCT CGCAGGGTAA GTGGGATTAT GATTTTTTCT ACGGACAAAA CTCAGGAGCA
GAAAATCGCG CCTGGGATGA TCTTAAATAC GGCCTCTCCT ACGGCTTGAC CAACAATCTC
AGCTATTCCT TCGATTATTA TAATACCCGC AATGAAGACA AGCTGTATCG ATATGCAAAG
CACCACGCCG GATACCGTTT TTCAAATTTA GCCGTGCCCT TAGTCATCAA TATTGCCCAT
TATGATTCTT TTGAAGACCC CAGCAAGGGT TATATAACCG AATTGGAAAG TGAGCTTTTC
TCTCAGCAAT TATATTACAG CTATGAGCAG TACAGCAGCC TACTGGCGAA GGATGAAGGA
AAGGATAGTT ATCACGAGGC TGAAATAAGC GGGGATTATG GCCGAAGTGA CTATTTTTTC
CGCTTTTCAA ATGAAAATTA TGAGAGCAGA AAAAAATACA AATACGATAC GGGACTGAGT
TATAACATTA CAAAAAAGAT ACGCATGGAT TGGGATCTTG GTAAAACAAT TATAAAGAAT
GGTGACATAA GTGCTAATTA CACCAGCAAT ATAGGTTTTA AGGCCAGTCG GGGAAATTTT
ACCTATAGCT TGAATGCCGG GTATAATGTG GGAAGAGATC CCAAGTGGCA GTACAAGGGC
AGTCTGAGGA AGAGACTCAG TAAGGGCAAT AAATACTCTT ATAATGTGAA TGTTGATTAT
AATAAAAATG ATCTTTTGAC TCTGGGAATA GGTTTTCAGT ATAAATTTAA TGCGTTTTTA
AAGATGAACT ATGACTACAG CAGCAAAAAT GATGAGATGT ACAATGTTGG TGCCAACTAC
GAACAAGTTA TTAATCTGAA AAAACCTTTC ACACTCAATA GTGCTCGGGA TCCTGATCAT
GGTTATGTCG AAGGAGCTGT TTTTATAGAT AAAAATGGCA ACGGGAAAAA AGAACTAGAT
GAACAACCCC TTGCCAATGT CGGTGTTGGC ATAGGTAAAA ACCAGGTGAC AACCAATAAA
GACGGGCTGT TTTATCTCTC GGGGGTCGCT CCCTATAAAA ACAACAAACT GAGCTATGAC
TATTCTGGCA CTATGATTGA TCCCACCCTC AGAGCGGCTA ATTCTCAGGA AATAAAGCTT
ATCCCCGCAT CGGGTAGAAA AGTGGGTGTA GGACTTATCC CTTTGTCTAT GATTATGGGC
TCCATTAACC TGCCGGCAGT AGATAGAAAA ATCAAGAAAA AGTTTTTCAC TTATGTGGAG
ATAATAGTAG AAAAAGCAGG CGTCTACTAC CGCAGTATCA AGCCTGAATA CGATGGTTTT
TATGTTATTC AGGATCTGCA GCCGGGAGAA TATTCCCTTA AAATAAATTA TCTGGGCAGT
GAACAAGTGA CCCTTGAAAA GGATGTTCTT GAGGTCGTTG TGAGCTCAGG AGAGACTGGG
GATTTCTATG ATGGAATAAA TTTTAAAGTG ACAGACATTC AAACTAAAAA AATTAAGAGC
ACCTTTGATG ATGCAGACAA TAACGATCAA ACTATTTTAA AGTAA
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| Protein sequence | MILIRAALLM LSSFLFCHSA FSSVQDDYFE NMVTLRVGSY LQQEFVEVMS DFDGGIYLDI
ENFLELTELT EYTQLSVDQG KVTLLMAGSL FPDRQKRRIT TELKKLNSIE IDGRLYIDKD
SISELIPLKG VQWVAEKYTL VILPNFNLPL NSRVSAEKRK RKLEADKNAK EASPKDDLFL
KADRRIIDFG MLKLRYDISK LGNYFKKEEE NGNLELEYSS QLFYGDFNIS HSLYPSEKLH
NISLKYPYFL KEKTVTLGDN YVAGQDILGY NSKIRGISVS TNDYSVQRSG RDLTIRGEAP
KNSMVEIYQN GKVMDYLTVE GKEYQFTLTM RSKKDAFEIK IYDRNGVLTE VKDINVMSGN
GFLSQGKWDY DFFYGQNSGA ENRAWDDLKY GLSYGLTNNL SYSFDYYNTR NEDKLYRYAK
HHAGYRFSNL AVPLVINIAH YDSFEDPSKG YITELESELF SQQLYYSYEQ YSSLLAKDEG
KDSYHEAEIS GDYGRSDYFF RFSNENYESR KKYKYDTGLS YNITKKIRMD WDLGKTIIKN
GDISANYTSN IGFKASRGNF TYSLNAGYNV GRDPKWQYKG SLRKRLSKGN KYSYNVNVDY
NKNDLLTLGI GFQYKFNAFL KMNYDYSSKN DEMYNVGANY EQVINLKKPF TLNSARDPDH
GYVEGAVFID KNGNGKKELD EQPLANVGVG IGKNQVTTNK DGLFYLSGVA PYKNNKLSYD
YSGTMIDPTL RAANSQEIKL IPASGRKVGV GLIPLSMIMG SINLPAVDRK IKKKFFTYVE
IIVEKAGVYY RSIKPEYDGF YVIQDLQPGE YSLKINYLGS EQVTLEKDVL EVVVSSGETG
DFYDGINFKV TDIQTKKIKS TFDDADNNDQ TILK
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