| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | A9601_17161 |
|---|
| Symbol | gltB |
|---|
| ID | 4718447 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Prochlorococcus marinus str. AS9601 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_008816 |
|---|
| Strand | + |
|---|
| Start bp | 1458439 |
|---|
| End bp | 1463013 |
|---|
| Gene Length | 4575 bp |
|---|
| Protein Length | 1524 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 35% |
|---|
| IMG OID | 640079443 |
|---|
| Product | ferredoxin-dependent glutamate synthase |
|---|
| Protein accession | YP_001010106 |
|---|
| Protein GI | 123969248 |
|---|
| COG category | [E] Amino acid transport and metabolism |
|---|
| COG ID | [COG0069] Glutamate synthase domain 2 |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 0 |
|---|
| 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 | ATGGGAGAGA GTATCAAAAG AATCGGTGGA CCATATCAAG ATAGTTATTC CCCAAATGGA
ATAATTGGGG AGAAAGATGC GTGTGGGGTT GGTTTCATAG CAAATGTCAA AGGAATAGAA
AGTAACTGGA TCCTTAAACA ATCCATAAAA GGTCTGAACT GCATGGAACA TAGAGGAGGT
TGTGGAGGAG ATAGTGACTC AGGAGATGGA GCAGGCATTT TATGTTCAAT TCCATGGAAC
TACTTAGAAA AAGAAGTCAA TCTTAAAAAT AAAAAAGAAT CCGATAAAGG GTTAGGCATG
GTTTTTATGC CTAACAAAAA AGAGAAAATT GAATTATGTA AATCAATATG TGATAAGGAA
GCAGAAAAAT TAAATGTCAA CGAAACATTT TGGAGAACAG TACCTGTTAA TAATGAAATC
TTGGGTCCTT TAGCTAAGAC AAATGCCCCC TTTATATGTC AGTGGATTTT ATGTATAGAC
AAAAAAGATC ATCAGAATAT TGAGAAAATT CTATTCCAAT TAAGAAAAAG AATTGAGAAA
ATCATAAGAG AAACTCTCAA AAATCATGTT GGGGATTGTG AATTTTATTT TGCCTCACTA
AGTTCTCAAA CAGTTGTTTA TAAAGGCATG GTTCGTTCTG AAATATTATC CGAGTTTTAT
CAAGATCTAA AACAAGAAAG TTTTAAAGTC TCATTTTCTG TTTATCATCG TAGATTTAGT
ACCAATACAC TTCCGAAATG GCCGCTTGCT CAACCCATGA GATTTTTAGG GCATAATGGT
GAAATAAATA CTCTCTTAGG TAATATTAAC TGGGCCAAGG CTTCTGAAAC ACATATAGAT
GATTTTTGGG GAGAGTTATC TAACGAAATA AAACCTATCG TAGATGTAAA TAAAAGTGAT
TCATCAAATC TTGATGCCAC CCTTGAAATT AATATTCGTT CAGGCCAACC AATAACTGAT
TCATTACTAA AACTTGTTCC TGAAGCATTT AGAGATCAAC CAGAACTTGA ACAAAGAAAA
GACATTAAAT CATTTTATGA GTATTCTGCG AGCATACAAG AAGCTTGGGA TGGTCCTGCT
CTACTTGTAT TCGCAGATGG AAATTTTGTA GGAGCAACGC TTGATAGAAA TGGTCTAAGA
CCAGCAAGAT ATTCAATAAC AAATGATGGT TTTGTAGTAA TGGGTTCCGA AACAGGAGTA
GTAGATCTAG AAGAGGAAAG AGTAATAGAA AAAGGTCGAT TAGGACCGGG ACAAATGCTG
GCGGTTGATC TTCATCAAAA TAGAATCCTC AGAAATTGGG AGGTAAAATC TGAAGCAGCC
CAAAGGCATG ATTATAAAAA ACTCCTAAGT AATAGAACTA TAAAAATTGA GAATAGTCAG
TGGGTTAAAG ACTGCGAACT AAAAGACCTT GAGTTGTTAC AACAACAAAC TGCGTACGGT
TTTTCAGCAG AAGATAATGA TTTAATTTTA GATTCAATGG CTTCGTTAGC TAAAGAACCT
ACCTATTGCA TGGGGGACGA TATCCCATTA GCAGTACTTT CTTCAAAGCC ACATATTTTA
TATGACTATT TCAAGCAAAG ATTTGCGCAA GTTACCAATC CTCCTATTGA CCCTCTGAGA
GAAAAACTAG TAATGAGTTT GGAGATGCAT CTTGGAGAAA GATGTACACC ATTTGAGATT
AAAGATCCTA AACCTTTTGT TCATTTACAA AGTCCAATCC TCAATGAGGA AGAACTCATT
TCCATTAAAA AATCAAAAAT TAAATCTCAA ACAATTTCAA GTTTGTTTGA TATTGAGGAA
GGTGTTCAAG GTTTAGAGAA CCAATTACTA GCAATTTGCA AACAGAGTGA GCTCTCTATA
AAAGAAGGTT GCTCTTTAAT TATTATTTCT GATAAAGGAA TAAATCCTAA AAAGACTTTT
ATTCCTCCTT TGCTTGCTGT TGGGGCAATT CATCATTATC TTCTAAAAAA AGAAATAAGG
CTAAAAGCTT CTCTAATTAT TGAAACTGGG CAATGTTGGA GCACGCATCA CTTGGCATGT
TTGATTGGTT ATGGCGCAAG TGCAGTTTGT CCTTGGTTGA CCTTCGAAGC AGGAAGACAC
TGGTTAAAAC ATCCAAAAAC ACAAAAACTC ATTGATAGCA AAAAAATTGA TCCATTATCA
ATAATTGGTG TTCAGGAAAA TATTAAAAAA GCTCTAGAAG ACGGACTAAG AAAAATTCTT
TCGAAAATTG GTATCTCACT TTTATCTAGT TACCATGGCG CGCAAATTTT TGAAGCTGTA
GGCCTTGGAT CTGACTTAAT AAAAATGGCT TTTGATGGTA CAACAAGCCG CATTGCTGGC
ATAACTTTAA AAGAATTAAC TAATGAAACA CTTTCAATAC ATACGAAAGC CTATCCAGAA
ATCGATTTAA AAAAATTAGA ATTTTTAGGA TTTGTACAAT TTAGAAATAA TGGAGAATAT
CACTCAAATA ATCCTGAGAT GTCCAAAGTT TTACATTCAG CTGTAAAACT AGGACCAGGA
TACGATCATT TTGAAACTTA CAAAAAACTC ATTAGTAATA GACCTACAAC ATCTTTAAGA
GATTTACTAA CAATTAATTC TAAAAGAAAA AGCATTCCAT TAGAGGAAGT TGAAAGTGTT
GAATCAATTT GCAAAAGGTT CTGTACTGGA GGAATGAGTT TGGGTGCTTT ATCAAGAGAA
GCACATGAAG TGTTAGCAGT TGCAATGAAT AGAATTGGTG GGAAAAGTAA TAGTGGAGAG
GGGGGAGAAG ATCCAGCTCG TTTTAATGTT TTAAATGATA TCGATGAAAA TACTCAATCA
GCGACGTTGC CATTTATAAA AGGTCTAGAA AATGGAGACA CAGCATGTTC AGCTATTAAA
CAAATAGCAT CAGGTAGATT TGGAGTTACG CCTGAATATC TAAGAAGTGG TAAACAACTC
GAAATTAAAA TGGCTCAAGG TGCAAAACCT GGAGAAGGCG GACAATTGCC TGGTCCAAAA
GTTGATTCTT ACATCGCAAA ACTTAGAAAT AGTAAACCTG GAGTAGCCCT AATATCTCCT
CCTCCGCATC ATGATATTTA TTCAATTGAA GATTTAGCTC AACTTATCCA TGACTTACAC
CAAGTTCATC CAAAAGCGAA AGTAAGCGTT AAACTTGTTT CTGAAATTGG TATAGGTACT
ATTGCTGCTG GAGTAAGCAA AGCTAATGCA GATGTAATTC AAATTTCAGG CCATGACGGA
GGTACAGGTG CTTCACCCCT AAGTTCTATT AAACATGCAG GTTTACCTTG GGAACTAGGT
GTTGCAGAGG TTCATAAATC TCTATTAGAA AATAACTTAC GAGAAAGAGT AATTTTAAGA
ACTGATGGAG GTCTGAAAAC AGGCTGGGAT GTAGTTATTG CAGCTTTACT AGGTGCTGAA
GAATACGGGT TTGGTTCTGT AGCGATGATT GCTGAAGGAT GCATAATGGC TCGGGTTTGT
CATACAAACA AGTGTCCTGT TGGAGTTGCC ACTCAAAAAG AAGAATTAAG AAAAAGATTT
AAAGGTATTC CAGAAAATGT TGTCAATTTT TTCTTGTATA TTGCTGAAGA AGTAAGGCAG
ATAATGAGTA GTATCGGTGT TTCTAATATG GAAGAACTGA TTGGTAATCA AGAATTTCTT
TCTGCAAGAA ATATCGATCT TCCAAAAACT TCTAATATTG ATCTTTCTTC TTTACTAAAT
AAAAAATACC TAAACACTGA TAGATCATGG TTAAAACATT CAAAAGCTGC CCATAGTAAT
GGTTTTGTAT TAGAAGACGA GTTTTTGTCT GATACTGAAT TTGTAAATTC AATTAAAAAT
CACGAAATAT TAACCAAAGA AATTGAGATA AAAAATACAG ATAGAAGTGT TTGTGCGAAA
ATATCAGGCG AAATCGCAGA ACTTCACGGC AATACTGGCT TCAATGGCGA ACTCAACTTA
AATTTCAAAG GATGCGCAGG ACAAAGCTTT GGTGCCTTTT TATTGAAGGG AATGAATGTT
CAATTAATCG GAGAAGCTAA TGATTATGTT TGTAAAGGAA TGAATGGAGG AATACTTACA
ATAATTCCAC CAAAAATAGA GAAAACTTCC TCCGAACAGG TCATTTTAGG AAACACCTGT
CTTTATGGAG CAACAGGTGG GAAATTATTT GCATTAGGAA AATCTGGAGA AAGATTTGCA
GTAAGAAATA GTGGTGCTAC AGCAGTAACA GAAGGAGCAG GTGATCATTG TTGTGAATAC
ATGACTGGTG GGAAAGTAGT TATTCTAGGT TCCATAGGAA GGAATATTAG TGCAGGCATG
ACTGGTGGAA TAGCTTTTAT AATAGATGAG AAGAACGATT TAAGTAATAA AGTTAACAAG
GAAATAGTTA GCATTCATAA AATAACTTCA TCAAAGCAGG AAGATATCTT ATTGGAAATT
ATTAGAGAAT ATCTAGCAAA AACAAATAGC TTAAAGGCTG CCAAAATAAT TGAAAATTGG
TCTTATTACA AGAGTACTTT TAGATTAATA GTTCCCCCAA GCGAAGAAGA AATGCTTGGT
ATAAAGAAAA TGTAA
|
|---|
| Protein sequence | MGESIKRIGG PYQDSYSPNG IIGEKDACGV GFIANVKGIE SNWILKQSIK GLNCMEHRGG
CGGDSDSGDG AGILCSIPWN YLEKEVNLKN KKESDKGLGM VFMPNKKEKI ELCKSICDKE
AEKLNVNETF WRTVPVNNEI LGPLAKTNAP FICQWILCID KKDHQNIEKI LFQLRKRIEK
IIRETLKNHV GDCEFYFASL SSQTVVYKGM VRSEILSEFY QDLKQESFKV SFSVYHRRFS
TNTLPKWPLA QPMRFLGHNG EINTLLGNIN WAKASETHID DFWGELSNEI KPIVDVNKSD
SSNLDATLEI NIRSGQPITD SLLKLVPEAF RDQPELEQRK DIKSFYEYSA SIQEAWDGPA
LLVFADGNFV GATLDRNGLR PARYSITNDG FVVMGSETGV VDLEEERVIE KGRLGPGQML
AVDLHQNRIL RNWEVKSEAA QRHDYKKLLS NRTIKIENSQ WVKDCELKDL ELLQQQTAYG
FSAEDNDLIL DSMASLAKEP TYCMGDDIPL AVLSSKPHIL YDYFKQRFAQ VTNPPIDPLR
EKLVMSLEMH LGERCTPFEI KDPKPFVHLQ SPILNEEELI SIKKSKIKSQ TISSLFDIEE
GVQGLENQLL AICKQSELSI KEGCSLIIIS DKGINPKKTF IPPLLAVGAI HHYLLKKEIR
LKASLIIETG QCWSTHHLAC LIGYGASAVC PWLTFEAGRH WLKHPKTQKL IDSKKIDPLS
IIGVQENIKK ALEDGLRKIL SKIGISLLSS YHGAQIFEAV GLGSDLIKMA FDGTTSRIAG
ITLKELTNET LSIHTKAYPE IDLKKLEFLG FVQFRNNGEY HSNNPEMSKV LHSAVKLGPG
YDHFETYKKL ISNRPTTSLR DLLTINSKRK SIPLEEVESV ESICKRFCTG GMSLGALSRE
AHEVLAVAMN RIGGKSNSGE GGEDPARFNV LNDIDENTQS ATLPFIKGLE NGDTACSAIK
QIASGRFGVT PEYLRSGKQL EIKMAQGAKP GEGGQLPGPK VDSYIAKLRN SKPGVALISP
PPHHDIYSIE DLAQLIHDLH QVHPKAKVSV KLVSEIGIGT IAAGVSKANA DVIQISGHDG
GTGASPLSSI KHAGLPWELG VAEVHKSLLE NNLRERVILR TDGGLKTGWD VVIAALLGAE
EYGFGSVAMI AEGCIMARVC HTNKCPVGVA TQKEELRKRF KGIPENVVNF FLYIAEEVRQ
IMSSIGVSNM EELIGNQEFL SARNIDLPKT SNIDLSSLLN KKYLNTDRSW LKHSKAAHSN
GFVLEDEFLS DTEFVNSIKN HEILTKEIEI KNTDRSVCAK ISGEIAELHG NTGFNGELNL
NFKGCAGQSF GAFLLKGMNV QLIGEANDYV CKGMNGGILT IIPPKIEKTS SEQVILGNTC
LYGATGGKLF ALGKSGERFA VRNSGATAVT EGAGDHCCEY MTGGKVVILG SIGRNISAGM
TGGIAFIIDE KNDLSNKVNK EIVSIHKITS SKQEDILLEI IREYLAKTNS LKAAKIIENW
SYYKSTFRLI VPPSEEEMLG IKKM
|
|---|
| |