| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | TC0214 |
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| Symbol | nrdA |
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| ID | 1246340 |
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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 | Chlamydia muridarum Nigg |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002620 |
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| Strand | + |
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| Start bp | 253459 |
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| End bp | 256602 |
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| Gene Length | 3144 bp |
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| Protein Length | 1047 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637061011 |
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| Product | ribonucleotide-diphosphate reductase subunit alpha |
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| Protein accession | NP_296593 |
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| Protein GI | 15834834 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0209] Ribonucleotide reductase, alpha subunit
[COG1328] Oxygen-sensitive ribonucleoside-triphosphate reductase |
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| TIGRFAM ID | [TIGR02506] ribonucleoside-diphosphate reductase, alpha subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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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 | 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 | ATGGTCGATC TACAAGAAAA GCAATGCACG ATTGTTAAGC GCAATGGAAT GTTTGTTCCT
TTCGATCGGA ACCGTATTTT TCAGGCTTTA GAGGCTGCTT TTCGAGATAC TCGCAGAATT
GATGATCATA TGCCTTTGCC TGAAGATTTA GAAAATTCTA TACGCTCTAT TACGCACCAG
GTGGTTAAGG AAGTCGTGCA GAAAATTACA GACGGACAAG TTGTCACTGT AGAGCGTATC
CAAGATATGG TTGAAAGTCA GTTATATATT AACGGATTAC AGGATGTTGC TCGCGATTAC
GTTGTGTATC GCGATGACCG TAAAGCGCAT CGGGAAAAAT CTTGGCAAAG CCTTTCTGTT
ATTCGCCGTT GTGGAACGAC TGTTCATTTT AATCCTATGA AAATTTCTGC AGCTTTAGAA
AAAGCTTTTC GTGCGACCGA TCGAATTGAA GGAATGACTC CTGATTTTGT GCGTGAAGAG
GTGAATGCAT TAACGCAAAA GATTGTTGCA GAGATCGAAG AACGTTGCTC TCAACAAGAC
AGCCGCATAG ATATTGAGCA AATTCAGGAT ATCGTTGAAC AACAGCTAAT GGTTGTTGGT
CACTATGCTA CTGCCAAGAA CTATATTCTT TATCGAGAAG CTAGAGCTCG TGTCCGTGAT
AATCGAGTAG AAGATCAGAT CGTAGAGGAG GCTCCTTCAG AGGAAACTTT TGAAGTTTTA
AGCAAAGACG GTTCGACATA CATGATTACG CACTCGCAGC TACTAGCTCG TCTAGCTCGC
GCTTGCAGCC GTTTCCCTGA GACAACAGAT GCAGCTCTTC TCACTGATAT GGCTTTTTCG
AACTTCTATT CCGGCATTAA GGAGTCGGAA GTGGTGTTAG CTTGTATTAT GGCTGCTCGA
GCTAATATCG AAAAAGAGCC TGATTATGCG TTTGTTGCTG CAGAGCTTCT ACTCGATGTT
GTGTATAAAG AAGCTTTAGA TAGATCCAGA GGTGATGAAG ACTTAGAACA AGTTTATCGC
GATCATTTTA AACGTTACAT CATGGAAGGC GATTCCTATC GTCTGAATCC AGAATTGAAA
AATCTTTTTG ATTTGGATGC TTTAGCCAAT GCTATGGATC TGTCTCGAGA TTTACAGTTT
TCATACATGG GAATCCAAAA CCTGTACGAC CGTTATTTTA ACCATGATGA TGGTCGTCGT
TTAGAAACTC CCCAAATTTT TTGGATGCGA GTGGCGATGG GATTGGCATT AAAAGAGCAA
GATAAGACTT ATTGGGCAAT TACTTTCTAT AACCTGCTTT CTACATTCCG GTACACGCCT
GCTACCCCGA CATTATTTAA TTCGGGCATG CGACACTCTC AGTTAAGCTC CTGCTATCTT
TCTACTGTAC AGGACGATTT AGTGAATATT TATAAGGTGA TTTCTGATAA CGCAATGCTT
TCTAAATGGG CAGGCGGTAT CGGAAATGAT TGGACGGCAA TTCGTGCGAC AGGAGCTTTA
ATTAAAGGTA CAAATGGAAA AAGCCAAGGG GTTATTCCGT TTATTAAGGT GACTAACGAT
ACTGCGGTTG CAGTTAACCA AGGTGGTAAG CGTAAAGGTG CTGTATGCGT GTACTTAGAA
GTCTGGCATC TTGATTACGA AGATTTTCTT GAATTGAGAA AAAATACGGG GGATGACCGC
CGACGTGCTC ATGATGTAAA TACAGCCAGC TGGATTCCAG ATCTTTTCTT TAAACGCTTG
CAACAAAAAG GGTCGTGGAC TTTGTTCAGC CCCGATGATG TTCCAGGACT ACATGATGCC
TATGGAGAAG AGTTTGAGCG TTTATATGAA GAATATGAAA GAAAAGTAGA TTCTGGAGAA
ATTCGGCTAT ATAAGAAAGT GGAAGCCGAA GATCTATGGA GAAAGATGCT CAGTATGCTT
TTTGAAACAG GGCATCCATG GATGACTTTT AAAGATCCAT CCAATATTCG TTCAGCACAG
GATCATACGG GAGTTGTCCG TTGCTCCAAT CTATGTACGG AAATCTTATT AAATTGCTCT
GAGACAGAAA CTGCTGTATG CAATTTAGGG TCCGTTAATT TAGTTCAGCA CATTTTAGAC
GATGGATTGG ATGAGGAGAA ACTCTCTGAG ACAATTTCTA TCGCAGTTCG TATGTTGGAT
AACGTGATAG ATATTAACTT TTATCCAACG AAAGAAGCTA AAGAAGCAAA CTTTGCTCAT
AGAGCAATTG GTCTGGGTGT TATGGGATTC CAAGACGCCT TATATAAACT GGATATTAGT
TATGCTTCCC AAGAAGCTGT GGAGTTTGCT GACTACAGCT CAGAATTGAT TTCTTACTAT
GCTATTCAAG CTTCTTGTTT GTTAGCTAAG GAGCGAGGAA CCTATAGCTC TTATAAGGGA
TCGAAATGGG ATAGAGGATT GCTCCCTATT GATACTATTC AGTTGCTTGC GAATTATCGT
GGCAAAGACA ATCTTCAAAT GGATACTTCG GTAAGAAAGG ATTGGGAGCC TATCCGTAGT
TTAATTCGAG AGCATGGTAT GCGGAATTGT CAGTTGATGG CGATAGCTCC GACAGCTACT
ATCTCAAACA TTATAGGCGT TACTCAATCA ATCGAGCCTA CGTATAAACA TTTGTTTGTG
AAATCCAATT TGTCCGGAGA GTTCACTATT CCAAATGTGT ACTTAATAGA GAAATTGAAG
AAACTTGGCA TTTGGGATGC CGATATGTTG GATGATCTCA AGTATTTTGA TGGATCGTTA
TTAGAAATAG AGCGTGTCCC GGATCATATA AAACATATTT TCTTAACAGC CTTTGAAATT
GAGCCGGAAT GGATTCTTGA GTGTGCGTCT CGAAGACAAA AATGGATTGA CATGGGGCAA
TCTCTCAACC TTTATCTTGC ACAGCCTGAC GGGAAAAAAT TATCCAACAT GTATCTCACA
GCCTGGAAAA AAGGTTTGAA AACGACATAT TATCTCCGAT CTTCGTCAGC AACGACTGTT
GAGAAATCTT TTGTAGATAT TAATAAAAGG GGAATTCAGC CTCGTTGGAT GAAAAATAAA
TCTGCTTCGG CAGGAATTGT TGTTGAAAGA GCAAGTAAAA CACCCGTCTG TTCGTTAGAA
GAAGGGTGTG AGGTATGTCA ATAA
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| Protein sequence | MVDLQEKQCT IVKRNGMFVP FDRNRIFQAL EAAFRDTRRI DDHMPLPEDL ENSIRSITHQ
VVKEVVQKIT DGQVVTVERI QDMVESQLYI NGLQDVARDY VVYRDDRKAH REKSWQSLSV
IRRCGTTVHF NPMKISAALE KAFRATDRIE GMTPDFVREE VNALTQKIVA EIEERCSQQD
SRIDIEQIQD IVEQQLMVVG HYATAKNYIL YREARARVRD NRVEDQIVEE APSEETFEVL
SKDGSTYMIT HSQLLARLAR ACSRFPETTD AALLTDMAFS NFYSGIKESE VVLACIMAAR
ANIEKEPDYA FVAAELLLDV VYKEALDRSR GDEDLEQVYR DHFKRYIMEG DSYRLNPELK
NLFDLDALAN AMDLSRDLQF SYMGIQNLYD RYFNHDDGRR LETPQIFWMR VAMGLALKEQ
DKTYWAITFY NLLSTFRYTP ATPTLFNSGM RHSQLSSCYL STVQDDLVNI YKVISDNAML
SKWAGGIGND WTAIRATGAL IKGTNGKSQG VIPFIKVTND TAVAVNQGGK RKGAVCVYLE
VWHLDYEDFL ELRKNTGDDR RRAHDVNTAS WIPDLFFKRL QQKGSWTLFS PDDVPGLHDA
YGEEFERLYE EYERKVDSGE IRLYKKVEAE DLWRKMLSML FETGHPWMTF KDPSNIRSAQ
DHTGVVRCSN LCTEILLNCS ETETAVCNLG SVNLVQHILD DGLDEEKLSE TISIAVRMLD
NVIDINFYPT KEAKEANFAH RAIGLGVMGF QDALYKLDIS YASQEAVEFA DYSSELISYY
AIQASCLLAK ERGTYSSYKG SKWDRGLLPI DTIQLLANYR GKDNLQMDTS VRKDWEPIRS
LIREHGMRNC QLMAIAPTAT ISNIIGVTQS IEPTYKHLFV KSNLSGEFTI PNVYLIEKLK
KLGIWDADML DDLKYFDGSL LEIERVPDHI KHIFLTAFEI EPEWILECAS RRQKWIDMGQ
SLNLYLAQPD GKKLSNMYLT AWKKGLKTTY YLRSSSATTV EKSFVDINKR GIQPRWMKNK
SASAGIVVER ASKTPVCSLE EGCEVCQ
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