| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_1626 |
|---|
| Symbol | |
|---|
| ID | 5090977 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Flavobacterium johnsoniae UW101 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_009441 |
|---|
| Strand | - |
|---|
| Start bp | 1874149 |
|---|
| End bp | 1877430 |
|---|
| Gene Length | 3282 bp |
|---|
| Protein Length | 1093 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 34% |
|---|
| IMG OID | 644741033 |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | YP_001193977 |
|---|
| Protein GI | 146299386 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 19 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGGCACAAT TCAATTTCAA TAAATGGAAT ACAATTATTG GTTGGTTTGC ATTTGCAATC
GCTTTAATTA CTTACACACT AACTGTTGAA CCTACGATGA GCTTTTGGGA TTGTGGCGAA
TATATTGCTA CAGCGGCTAA ACTTGAAGTC GGCCACCCGC CTGGAGCGCC TCTATTTCAA
ATGATGGGAG CTTTCTTTGC AATGTTTGCT ATAGATGCGC AGCATGTAGC GGTAATGGTA
AATATGATGT CTGTTTTTTC AAGTGCATTT ACAATTTTAT TTATGTTTTG GTCTTCGTCT
ATGATTTTAA AGAAAATTGT AGCACGTTTT GCCGAAATTG ATCAAAACAA TTCTATTGTT
ATTTTAGGAA GTTCTTTTGT TGGAGCTTTA GCCTATACTT TCTCTGACAG TTTTTGGTTC
AATGCTGTCG AAGCCGAAGT GTATGCAATG GCATCACTAT TAATCGCTTT GCTTTTTTGG
CTTGGATTAC GCTGGGAACA AGACATGGAC AAACCAAAAG GAAACAAATG GCTATTAATT
ATTTCTTTAG TTGTAGGTCT TTCATTTGGG GTCCACTTTA TGGCTTTATT GACAATTCCG
TCAATTGGAT TCTTATATTA TTTTAAACAC TACGAAAAAG TAACCATAAA AAACTTTCTT
ATCGCCAATG TTGTTGTAAT TGGAATTTTA TTATTCATTT TTAAATTACT TCTTCCTTTA
ACTATGGCTT CTTTTGGTAA AACCGAAGTT TTCATGGTAA ACAATCTTGG TCTTCCTTTT
AACTCAGGAA CTATTTTTGT GGTTTTAGTT TTAATTGCTT TCTTCTATTT TGGATTAAAA
TTCACAAAAC AAAAAGGACT GATTTTTTAT AACACAATCA TTCTTTGCAT CTTATTTATT
TTAATTGGTT TTTCTACCTG GATGATGCTT CCGGTACGTG CTAATGCCAA CCCGGTAATT
AACGAAAATA AACCATCAGA TGCTGCAGAG GTTCTGGCTT ATTACAATCG TGAACAATAT
GGAGTAAACC CTTTATTTTA CGGTCCTCAA TACACAGAAG TTTTTGCCGG CCTTGATGCT
AAAACTCCAT ATTTAGACAA AAAACCAAAC TACGAAAGAG ATTACAAAAC AGGTAAATAT
ATCATTACCA ACAATTATAA AAATGCAGAA CAAAATTCTG ATGACAATCA AAAAACTATT
CTGCCAAGAA TGTGGAGTAC AGAAACAGGT CACATTCAAA ATTACATCAG TTTTACAAAT
CCTCCTAAAT TCAGAATCAA CCCAAATTAT GATTATGAAG AGGATTTAGC AAAATACGGT
ATTGACGCAA GCCAATTAAC TGAAGAAGAA TACAATAAAG CTACAGCACA GCTTCGCAAT
GAAGTTGAAA AAACAATTTC TGAATTCAGA CATGCTTACG CTCAAAAACA AATTGACAAT
GAAGGATATG TAAAATTCCT AAAGAGTTAT GGAGATTATT TAATAATCGA AAAACCAACT
GCTGTTGACA ATTTCAGTTT TATGTTCGAA TACCAATTTG GATACATGTA CTGGAGATAT
TTAATGTGGA ACTTTGTTGG ACGTCAAAGC GATGTTCAGG GAAAATATGA CAACTTAGAT
GGAAACTGGA TCAGCGGTAT CAAAGCTCTT GACTCTCTTC ATTTAGGTTC TCAAGACAAT
TTACCTTCTG ACGTTTTAAA CAATAAAGGA AGAAACGTAT ACTATTTCCT TCCTTTTATT
TTAGGTCTAA TTGGATTAAT GTACCATGCT AATAAAGACC TAAAAAGTTT TTATGTTCTT
TTAGCATTAT TTTTATTTAC CGGAATTGCT TTAAAAATAT ATTTAAATGA AAGACCTTTT
GAGCCTCGTG AAAGAGATTA TGCTCTTGTT GGATCTTTCT ATGTATTTGC AATCTGGATT
GGTTTTGGAG TTTATTCTTT ATATGAAAGC TTCAAGAAAT ATGTCGCTCC AAAAATTGCC
GGACCAGTAA TTATTGCCGG AAGTTTATTA GCAGCGCCTA TTTTAATGGC TTCTCAAAAC
TGGGACGATC ATGACAGATC AAACAGATAT ACTGCTGTTG CAATGGCAAA AGCATATTTG
AGTTCCTGCG ATAAAGACGC TATTCTTTAT ACTATTGGAG ACAATGACAC CTTCCCGCTC
TGGTATGCTC AGGAAATCGA ACATTTTAGA ACTGACGTGA AAATTGTTAA CACAAGTCTT
TTCATGACGG ACTGGTATAT CGATCAAATG AAAGCGAAAT CATATGAATC AGACCCTCTG
CCAATATCAT TTACACATAG TCAATATGTG GGTGATAACC TGGATTATGT AGCTTATATT
CAAAAAATTG ATACACGCTG GAACATCAAA GACTTTATTG ATTTTATTAA AAATCCAAAA
TCGACTGTAG GTTTACAAAA CGGACAGACT ATTCATTTTT ATCCAACAAA TAAAATCAGA
ATTAACGTTG ATAAAAACAC TATCATCAAA AACAAAGTTG TAAACCCTAA ATACAATGAT
TCAATTGTTC CTTATATGGA TATTGATATC AAAGGAAGAG CTTTATACAA AAATCGTTTG
ATGATGCTGG ATATCCTGGC GAATAACGAT TGGAAACGCC CTATTTATTT CAGCGGAGGT
GCTTTTGATG ATGAAGATTA TTTATGGCTT AAAGATTACC TGCAATTAGA CGGAATGGTT
TACAAATTGG TTCCAATTAA AAATACACCT TCTAAAGACG GCGGTCCTAT GGATATGGGA
CAAATCGACG CTGATAAAAT GTACGATATT GTAATGAAAT GGGACTGGGG CAACAGCGAA
AGCAACAAAA TCTATCATGA CCCAGAAACA AGAAGAAACA GTATTACCTA CCGTACAAAC
TTGTCTCGTT TGATGAACGA ACTTATTGCT GAAGGTAAAA ATGACAAGGC TAAAAACATT
ATCAATTTAG CCATGACAAA AATGCCTTTA GATAAATTTG GCTACTACTC ATTAGTTGAA
CCTTTTGCGG GCGGTTATTA TAAAGTTGGT GAAACGGCTA AAGCTCATGA TTTATTAGAC
AAATTGGTTA ATAAATACAG AGAAAATCTG GATTACTACA AAACTTTAAG CGGTTCAGAT
CAGACAGATT TAGCAATTGA TATTATTACA GATATTGAGC GTTATAGAAG CTTATTACAA
GTCATGAAAG ACAACAATGA TAAAGCTTTC TACGAAAAAC ACAAAACAAC TTTTAATACG
TATGTAAATA TTTTTGAGCG TTTTGGACGC GAAAAAGAAT AA
|
|---|
| Protein sequence | MAQFNFNKWN TIIGWFAFAI ALITYTLTVE PTMSFWDCGE YIATAAKLEV GHPPGAPLFQ
MMGAFFAMFA IDAQHVAVMV NMMSVFSSAF TILFMFWSSS MILKKIVARF AEIDQNNSIV
ILGSSFVGAL AYTFSDSFWF NAVEAEVYAM ASLLIALLFW LGLRWEQDMD KPKGNKWLLI
ISLVVGLSFG VHFMALLTIP SIGFLYYFKH YEKVTIKNFL IANVVVIGIL LFIFKLLLPL
TMASFGKTEV FMVNNLGLPF NSGTIFVVLV LIAFFYFGLK FTKQKGLIFY NTIILCILFI
LIGFSTWMML PVRANANPVI NENKPSDAAE VLAYYNREQY GVNPLFYGPQ YTEVFAGLDA
KTPYLDKKPN YERDYKTGKY IITNNYKNAE QNSDDNQKTI LPRMWSTETG HIQNYISFTN
PPKFRINPNY DYEEDLAKYG IDASQLTEEE YNKATAQLRN EVEKTISEFR HAYAQKQIDN
EGYVKFLKSY GDYLIIEKPT AVDNFSFMFE YQFGYMYWRY LMWNFVGRQS DVQGKYDNLD
GNWISGIKAL DSLHLGSQDN LPSDVLNNKG RNVYYFLPFI LGLIGLMYHA NKDLKSFYVL
LALFLFTGIA LKIYLNERPF EPRERDYALV GSFYVFAIWI GFGVYSLYES FKKYVAPKIA
GPVIIAGSLL AAPILMASQN WDDHDRSNRY TAVAMAKAYL SSCDKDAILY TIGDNDTFPL
WYAQEIEHFR TDVKIVNTSL FMTDWYIDQM KAKSYESDPL PISFTHSQYV GDNLDYVAYI
QKIDTRWNIK DFIDFIKNPK STVGLQNGQT IHFYPTNKIR INVDKNTIIK NKVVNPKYND
SIVPYMDIDI KGRALYKNRL MMLDILANND WKRPIYFSGG AFDDEDYLWL KDYLQLDGMV
YKLVPIKNTP SKDGGPMDMG QIDADKMYDI VMKWDWGNSE SNKIYHDPET RRNSITYRTN
LSRLMNELIA EGKNDKAKNI INLAMTKMPL DKFGYYSLVE PFAGGYYKVG ETAKAHDLLD
KLVNKYRENL DYYKTLSGSD QTDLAIDIIT DIERYRSLLQ VMKDNNDKAF YEKHKTTFNT
YVNIFERFGR EKE
|
|---|
| |