| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PMN2A_0226 |
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| Symbol | carB |
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| ID | 3605597 |
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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 | Prochlorococcus marinus str. NATL2A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007335 |
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| Strand | + |
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| Start bp | 774994 |
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| End bp | 778302 |
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| Gene Length | 3309 bp |
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| Protein Length | 1102 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 637687083 |
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| Product | carbamoyl phosphate synthase large subunit |
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| Protein accession | YP_291421 |
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| Protein GI | 72382066 |
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| COG category | [E] Amino acid transport and metabolism
[F] Nucleotide transport and metabolism |
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| COG ID | [COG0458] Carbamoylphosphate synthase large subunit (split gene in MJ) |
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| TIGRFAM ID | [TIGR01369] carbamoyl-phosphate synthase, large subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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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 | ATGCCACGGC GTAAAGATAT ACGTCGGATT TTGATACTAG GGTCTGGACC AATTGTTATT
GGACAGGCCT GTGAATTCGA TTATTCCGGG ACACAAGCAT GTAAAGCGCT AAGAAGCGAA
GGTTTTGAAG TCATTTTAGT TAACTCTAAT CCAGCTTCAA TAATGACTGA TCCTGAAACA
GCAAACAGGA CATACGTTGA ACCATTAACG GCTTCAGTTG TTGAGCAAAT TATCAAAATA
GAAAGACCTG ATGCCCTTTT GCCCACAATG GGTGGGCAAA CTGCTTTGAA TATTTCAGTA
GAATTGGCAG AATCTGGAAC TTTAGAAAAA TATAATATTG AATTAATTGG TGCTGATCTT
AATGCAATAA AAAAGGCTGA GGATAGAAAT TTATTTAAAA TAGCGATGAA AAATATTGGG
GTTGATGTCT GTCCCTCTGG CATAGCTTCC AATCTTCAAG AAGCTGAAAT AGTTGGAAAT
GAAATTTCTT CATTCCCAAA AATCATTCGT CCTGCTTTCA CATTAGGAGG AAGCGGAGGT
GGAATAGCTT ATAACCAGGA TGAATTTTTG GAATTATGTA AAACAGGCTT AGATGCTAGT
CCTGTTTCTC AAATTCTCAT CGAAAAATCT CTTTTAGGTT GGAAAGAATT TGAGTTGGAA
GTTATGAGGG ATTTATCAGA TAATGTTGTA ATTATATGCA GTATTGAAAA TGTTGATCCT
ATGGGAGTTC ATACTGGAGA TTCTATTACA GTAGCTCCTG CGCAAACTCT AACTGATAGA
GAATATCAAC GTTTAAGAGA CTATTCAATT TCAATAATTA GAGAAATTGG AGTAGCAACT
GGTGGAAGCA ATATCCAATT TGCAATTAAT CCTAATAACG GTGAAATAAT AGTAATTGAG
ATGAATCCAC GTGTTAGTAG ATCATCAGCT TTAGCAAGTA AAGCTACAGG TTTTCCTATT
GCCAAAATTG CCGCTCTTTT AGCTGTTGGT TATAGACTAG ATGAGATTAT TAACGATATT
ACTGGTAAGA CTCCCGCGTG TTTTGAACCT TCAATTGATT ACGTAGTTAC TAAAATACCT
CGTTTTGCAT TTGAAAAGTT TTCAGGAAGT TCTTCAATTC TTACTACTTC TATGAAGTCA
GTTGGGGAGG CCATGGCAAT AGGAAGATGT TTTGAAGAAT CTTTTCAAAA GGCAATACGA
TCTTTAGAAA CAGGACTAAG TGGTTGGGGA TGTGATCGCG TTGATCAGAA TGTATCTTCT
ATTGAGTTAG AAAGACTATT AAGGACGCCT TCTCCAGAAA GAATAATGCA TGTTCGATTA
GCAATGAAAA ATGGACGTAG CGATAATGAA ATTTTTTCTT TTTCTAAAAT AGACCCTTGG
TTCTTATCAA AACTCAGGAA CATAGTAGAA GCAGAGGATC AATTACTTAA TTATGAAAAT
ATTACTCAAT TAGAGCCTAA TTTTCTCTTC AAACTAAAAC AACTTGGATT CTCTGATCGT
CAGATTGCCT TTGCACTAAA TACTGATGAA TTAATAATTA GAGCTAGAAG AACCCATCTT
AAAATATTAC CTGTTTATAA AACTGTTGAC ACTTGTGCTT CTGAATTTTC ATCGAATACA
CCATATCATT ATTCTACATA TGAAAGGCCA GCCTACAATA TTGATAACGA TGGGAATATA
ATCAAGAATA TTAATCTTAA TGAATTAAAA AATAATAATA AAAATAAAAT TTTAATTTTG
GGTGGAGGTC CAAATCGTAT TGGACAAGGT ATCGAATTTG ATTATTGTTG TTGTCATGCT
TCTTATCAAG CTCAAGAGGA TGATTATACA ACAATAATGA TAAATAGTAA CCCTGAAACC
GTTTCTACTG ATTATGACAC GAGCGACATA CTTTACTTTG AACCTCTAAC TCTAGAAGAT
GTTCTAAATG TTATTGAATT TGAGGAACCT CATGGAATAG TAGTTCAATT TGGAGGGCAA
ACTCCTTTGA AACTCTCTTT ACCAATTGTC AATTGGTTAG AGAAATTGGA AAACTCAAAA
TTACGAACTA AGGTTTTAGG TACTTCTCCT ATCTCAATAG ATTTAGCAGA AGATAGAGAG
CAATTTGACA AGGTTTTGAG GAGATTAGAT ATTAGGCAAC CCAAAAACGG TCTTGCTAGA
ACTTTTGAAG AATCATTGAG TGTAGCCAAT AAAATTGGCT ATCCATTGGT TGTTAGGCCT
TCATATGTTC TTGGTGGTAG AGCTATGGAA ATTGTTTATG AGCAAGATGA ATTGGAAAGA
TACATAAAGG AAGCTGTAAA TGTTGAGCTA GATCATCCAA TCCTTATCGA TCAATATCTA
GAGAATGCAA TTGAGGTTGA TGTTGATGCT TTGTGCGATG TAAGCAAAAA TGTTGTCATT
GGAGGATTGA TGGAGCATAT AGAGCCCGCT GGTATTCATT CTGGCGATTC AGCCTGTTGC
CTTCCTTCCA TAACGCTCTC TGTAGAATCA ATTAAAACAA TTAAGCATTG GACAAAATCT
TTAGCTATTG AACTTGATGT AGTTGGTCTA ATTAACCTTC AATTTGCTGT CAAGAGAGAT
CAGGAAGGCA ATGAGATTGT TTACATTATT GAGGCAAATC CAAGGGCTTC AAGAACAGTT
CCTTTCGTTT CTAAGGCCAC TGGAGTCCCT CTTGCGAAAA TTGCAACGCA GTTACTTTTA
GGTAAAACAC TAAAAGATAT TGGATTAAAT CAAGAACCAA TTCCTCCACT TCAGACAATT
AAAGAGGCTG TTATGCCTTT TAAACGTTTT CCCGGCTCAG ACAGTCTTTT AGGACCAGAA
ATGCGTTCAA CTGGTGAAGT GATGGGATCT GCAAAAACTT TTGGAATGGC CTACGCAAAA
TCCGAACTCG CAGCCGGTGA GGGATTGCCT ACTTCTGGTT TTGTTTTCTT ATCTACTCAT
GATCGAGATA AACCGGCATT GATTCCAGTA GCAAAGAAAT TAATTGAACT AGGTTTTTCA
GTTCTGGCAA CATCTGGCAC TTCTAACTAT CTCGAGAAAT TTGATTTAAA TGTAGAAAGG
GTCCTTAAGG TTCACGAAGG AAGACCAAAT ATTGAGGACA TGATTCGATC TGGAAAGGTT
CAGTTGGTAA TTAATACTCC AATTGGTCGT CAAGCAATTT ATGATGATAA ATATCTTAGA
AAAGCAGCTC TAGACTACTC TGTTCCAACT TTAACAACCT TAAAGGGCGC TAGTGCTGCT
GTAAAAGGTA TAGAAGCATT GCAGAACCAA ATTTTATCTG TTTCAGCTTT GCAAGATATT
CATTCCTAA
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| Protein sequence | MPRRKDIRRI LILGSGPIVI GQACEFDYSG TQACKALRSE GFEVILVNSN PASIMTDPET
ANRTYVEPLT ASVVEQIIKI ERPDALLPTM GGQTALNISV ELAESGTLEK YNIELIGADL
NAIKKAEDRN LFKIAMKNIG VDVCPSGIAS NLQEAEIVGN EISSFPKIIR PAFTLGGSGG
GIAYNQDEFL ELCKTGLDAS PVSQILIEKS LLGWKEFELE VMRDLSDNVV IICSIENVDP
MGVHTGDSIT VAPAQTLTDR EYQRLRDYSI SIIREIGVAT GGSNIQFAIN PNNGEIIVIE
MNPRVSRSSA LASKATGFPI AKIAALLAVG YRLDEIINDI TGKTPACFEP SIDYVVTKIP
RFAFEKFSGS SSILTTSMKS VGEAMAIGRC FEESFQKAIR SLETGLSGWG CDRVDQNVSS
IELERLLRTP SPERIMHVRL AMKNGRSDNE IFSFSKIDPW FLSKLRNIVE AEDQLLNYEN
ITQLEPNFLF KLKQLGFSDR QIAFALNTDE LIIRARRTHL KILPVYKTVD TCASEFSSNT
PYHYSTYERP AYNIDNDGNI IKNINLNELK NNNKNKILIL GGGPNRIGQG IEFDYCCCHA
SYQAQEDDYT TIMINSNPET VSTDYDTSDI LYFEPLTLED VLNVIEFEEP HGIVVQFGGQ
TPLKLSLPIV NWLEKLENSK LRTKVLGTSP ISIDLAEDRE QFDKVLRRLD IRQPKNGLAR
TFEESLSVAN KIGYPLVVRP SYVLGGRAME IVYEQDELER YIKEAVNVEL DHPILIDQYL
ENAIEVDVDA LCDVSKNVVI GGLMEHIEPA GIHSGDSACC LPSITLSVES IKTIKHWTKS
LAIELDVVGL INLQFAVKRD QEGNEIVYII EANPRASRTV PFVSKATGVP LAKIATQLLL
GKTLKDIGLN QEPIPPLQTI KEAVMPFKRF PGSDSLLGPE MRSTGEVMGS AKTFGMAYAK
SELAAGEGLP TSGFVFLSTH DRDKPALIPV AKKLIELGFS VLATSGTSNY LEKFDLNVER
VLKVHEGRPN IEDMIRSGKV QLVINTPIGR QAIYDDKYLR KAALDYSVPT LTTLKGASAA
VKGIEALQNQ ILSVSALQDI HS
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