| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | HS_0829 |
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| Symbol | glnD |
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| ID | 4240321 |
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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 | Haemophilus somnus 129PT |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008309 |
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| Strand | + |
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| Start bp | 906145 |
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| End bp | 908730 |
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| Gene Length | 2586 bp |
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| Protein Length | 861 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 638104384 |
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| Product | PII uridylyl-transferase |
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| Protein accession | YP_719039 |
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| Protein GI | 113460972 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG2844] UTP:GlnB (protein PII) uridylyltransferase |
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| TIGRFAM ID | [TIGR01693] [Protein-PII] uridylyltransferase |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.328211 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGTTTTCTT ATCTTCCAAT TCCAAATCCA ACGATAGCAA CAATAAAAGC ACAAAAAGAG
CAACTCAAAC AATTTGAGTT GACACATTTT CAGCAATTTT CTGTTGATCA GCTTATTCAT
AATCGTTCAG TATTTTGTGA TCAATTATTA ATTCATTTAT GGCAATTTTT TCAATTTGAG
CAAAATCATT TAGCCCTTAT TGCTGTAGGC GGTTATGGAC GAGAAGAACT TTTTCCTTTA
TCGGATCTTG ATGTTTTGTT GTTAGTTGAA CATGAACCTA CTATCGAGCT GGAAGAAAAA
ATTGCACATT TTTTTCAGTT TCTATGGGAT TGTGGATTTG AGGTCGGACA TTCAGTACGC
ACTTTAGGGC AATGTGAACA AAGTGGACGA GAAGACATCA CCATTGCGAC CAACTTATTA
GAAAGCCGAT ATTTATGTGG GCAACAAGAT TTATTCGAAA AATTAACCGC ACTTTTGCAA
CAAAAAAATT TTTGGCGAAA TGAGGATTTT TTTAATGCTA AAGTTGCAGA AAAAGTTACA
CGCTATCAGC GTTACCATAA TACCGGTTAT AACCTTGAAC CTGATTTAAA GTATAGTCCA
GGAGGATTGC GTGATTTACA TCTTATTTAT TGGTTGGCTT TAAAGCATAT AGGTGCTAAA
AATTTAGAAG ATATTTTGCA CGCTGGTTTT ATTTATCCAC AAGAATATTC TTTATTAAAG
CAAAGTCAGC AATTTTTATT TCAAGTGCGG TTTGCTTTAC ATTTAATTTT AAAACGTTAT
GACAATCGCC TGTTATTTGA TCGTCAGCTT AAAGTTTGTG AATTATTAGG TTTTGTTGGT
GAGGGCAATC AAAAGGTTGA GAAAATGATG AAAGTCTTTT TTCAAGCTTC ACAATCTATT
TCTGTATTAA GTGATATTTT GGTTAAACAT TACCAAGAGC ATTTTTTAGC CGGTTCACAA
ATTATTGAGC AACAAGTTTT AGATTCCGAT TTTTATCTTA TCAATAATGC AATTTGTGTA
AAAAATCCTG ATCTATTTAT TCAAATGCCG GATAAAATAT TGATGCTATT TTACTATTTG
ACACAACACT CTCATGTTGA AATTCATTCT GCAACATTAC GCAAGTTGTA TATTGTTACT
CAACAATTTA CTGGGAATTT ATCTGATTAT CCTCTTGCAA GAGAACGTTT TTTACGTTTA
TTTTCACAAC CTAATTCTAT TTCTCGTGCT TTGTTACCGA TGCATAAATA CGGTGTATTG
AACATTTATT TACCACAATG GAAAGGGATT AACGGATTGA TGCAGTTTGA TTTATTTCAT
TCTTATACTG TTGATGAACA TACTTTGCGA GTGATGTTAA AATTAGAAGA GTTTTTAGCG
GAAGAGGCGA AAAAAAATTA TCCGATCTGC CACACCATTT TCTTATCATT AACTGACCGC
ACTTTATTAT ATCTTGCCGC TTTATTTCAT GATATTGCAA AAGGCAGAGG AGGGGATCAT
GCTGAATTAG GTGCAGTTGA TATGCGTATT TTTGCACAAC AACATGGCTT TGATAGTCGA
GAAAGTGAAA CTATGGCATG GCTTGTACAG CGACATTTGC TTATGTCTGT TACTGCACAG
CGTCGAGATA TTCATGATCC TGAGGTTATT CTCAATTTTG CTGAAGAAGT ACAAAATAAA
GTGCGGTTAG ATTATTTAAC TTGTTTGACT GTGGCTGATA TTTGTGCAAC GAATGAAACT
TTATGGAATA GTTGGAAAAG ATCCTTATTT ACGACTTTAT ACCAATACAG CCTAGATCAG
TTTCAACAAG GAATAGACAT TTTATTAAAT CATCAAGAAA AAGCTGAAGA AAACCGCAAA
CAAGCGTGTA TTTTATTACA ACAAAAGTAT GGATTTTTAT CTGAAGCTCA AATTGAGCAT
CACTGGCAAG ATTTTCCTTG TGAGTATTTT TGGCGTAATA GCCCGAAGCA AATTGCTTGG
CATTCTGAGT TGTTACTTGA TAATAATCAA GATTTATTGA TTAAAGTCAG TAATCGTTTT
TCTTATGCAG GGACAGAAAT TTTTATTTAT TGCCAAGATC AAGCGAATTT ATTTTATAAA
GTTGCCAGCA TTATTGGAGC AAAGAAATTG AGTATTCATG GAGCACAAAT TATCACAGGA
AAAAATGGCT ATGTATTCGA TAGTTTGATT GTTACCGAGT TGGATGGGGG CTTGCTGAAC
AATGATCGTC GCCGTCAATT GGAAGGTGCA TTAATTAAAG GATTAAAAAC AAACAAGATT
GTTAACCCAG TTCGTATAAA TAACCATAAA TTACAACATT TCCATGTTAA AACAGAAGTC
AGATTTTTAA ATGTTCATAA GCAAGAACAA ACTGAAATGG AGCTTTGTGC TTTAGATAGA
GCGGGCTTAT TAGCAGAAAT TAGTCAAATA TTTGTACAAT TGGAGTTGAA CTTATTAAAT
GCAAAAATTT CTACAATTGG TGAAAAAGTA GAGGATTTTT TCATTTTAAC CAATAAGAAA
AATGTAGCTT TAACGGAACA AGAAAGGTTA CGTTTACAAG ATCGTATTGA AAGTAATTTT
AGCTAA
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| Protein sequence | MFSYLPIPNP TIATIKAQKE QLKQFELTHF QQFSVDQLIH NRSVFCDQLL IHLWQFFQFE
QNHLALIAVG GYGREELFPL SDLDVLLLVE HEPTIELEEK IAHFFQFLWD CGFEVGHSVR
TLGQCEQSGR EDITIATNLL ESRYLCGQQD LFEKLTALLQ QKNFWRNEDF FNAKVAEKVT
RYQRYHNTGY NLEPDLKYSP GGLRDLHLIY WLALKHIGAK NLEDILHAGF IYPQEYSLLK
QSQQFLFQVR FALHLILKRY DNRLLFDRQL KVCELLGFVG EGNQKVEKMM KVFFQASQSI
SVLSDILVKH YQEHFLAGSQ IIEQQVLDSD FYLINNAICV KNPDLFIQMP DKILMLFYYL
TQHSHVEIHS ATLRKLYIVT QQFTGNLSDY PLARERFLRL FSQPNSISRA LLPMHKYGVL
NIYLPQWKGI NGLMQFDLFH SYTVDEHTLR VMLKLEEFLA EEAKKNYPIC HTIFLSLTDR
TLLYLAALFH DIAKGRGGDH AELGAVDMRI FAQQHGFDSR ESETMAWLVQ RHLLMSVTAQ
RRDIHDPEVI LNFAEEVQNK VRLDYLTCLT VADICATNET LWNSWKRSLF TTLYQYSLDQ
FQQGIDILLN HQEKAEENRK QACILLQQKY GFLSEAQIEH HWQDFPCEYF WRNSPKQIAW
HSELLLDNNQ DLLIKVSNRF SYAGTEIFIY CQDQANLFYK VASIIGAKKL SIHGAQIITG
KNGYVFDSLI VTELDGGLLN NDRRRQLEGA LIKGLKTNKI VNPVRINNHK LQHFHVKTEV
RFLNVHKQEQ TEMELCALDR AGLLAEISQI FVQLELNLLN AKISTIGEKV EDFFILTNKK
NVALTEQERL RLQDRIESNF S
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