| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_4139 |
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| Symbol | |
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| ID | 4245653 |
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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 | Trichodesmium erythraeum IMS101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008312 |
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| Strand | + |
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| Start bp | 6385521 |
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| End bp | 6388331 |
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| Gene Length | 2811 bp |
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| Protein Length | 936 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 638109040 |
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| Product | bifunctional nitrogenase molybdenum-cofactor biosynthesis protein NifE/NifN |
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| Protein accession | YP_723620 |
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| Protein GI | 113477559 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG2710] Nitrogenase molybdenum-iron protein, alpha and beta chains |
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| TIGRFAM ID | [TIGR01283] nitrogenase molybdenum-iron cofactor biosynthesis protein NifE
[TIGR01285] nitrogenase molybdenum-iron cofactor biosynthesis protein NifN |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.820547 |
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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 | 24 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCTATGA TAACCCCAGG CAAAGTTGCC GAACTTTTAA ATGAGCCAGG TTGCGAACAC
AACCATCAAA AAAATAACGG AGATAAAAAA CAGAAAGGCT GCCAGCAACA AGCAGCACCC
GGAGCTGCTC AAGGGGGTTG TGCCTTTGAT GGTGCTAGTA TTGCTCTAGT TCCAATTACA
GATGCAGCTC ACCTGGTTCA CGGTCCTTTA GGTTGTTCTG GTAACTCCTG GGGAGCTCGT
GGAAGTCTTT CCTCCAGTTC CCATCTATAC AAAATGGGTT TCACCACTGA TATGGGTGAA
AATGACATTA TTATGGGCGG AGAGAAAAAA TTATTGAGGG CGATCGCTGA ATTAAAAAAA
CGTTATCAAC CTCCTGCTAT ATTTGTCTAT GCCACCTGTG TTACTGCTTT AATTGGAGAT
GACCTAGAAA CAGTTTGTAA AGTCGCTACT AAAAAATTAG AAATTCCGGT CATTCCCGTT
AACTCTCCTG GTTTCATCGG TAGCAAAAAT CTGGGTAACC GGGTTGGCGC AGAAGCATTA
TTAGACCATG TAGTAGGTAC GGCAGAACCT GAATTTACTA CACCTTATGA CATAAACCTA
ATTGGGGAAT ATAATATTGC TGGGGAAATG TGGGCAATGT TACCCCTGTT TGAAAAAGTT
GGCATTCGGG TATTGTCAAA AATCACGGGA GATGCTACTT ACAAAGAAGT TTGTTATGCC
CACCGTGCCA AACTCAACGT TATGATCTGC TCTAAAGCTA TGATCAATAT GGCACGAAAA
ATGGAGGAAG AATATGGCAT TCCTTACATT GAAGAATCAT TTTATGGTGT TGCTGATATT
AATAACTGCC TCCGGAATAT TGCTGCCAAA ATTGGGGATG CTGGCCTGCA AGAACGGACA
GAAAAACTGA TCGCTGAAGA AACAACTATT CTTGAAGAAA TATTAGAACC CTATCGCCAA
CGTCTAAAAG GTAAAAAAGT TGTACTCTAC ACAGGTGGGG TGAAAAGTTG GTCTATTATT
TCGGCAGCTA AAGATTTAGA GATGGATGTG GTTGCTACTA GCACCAAGAA AAGTACAGAA
GAGGATAAGG CTAAAATCAA AAAGTTGCTC GGTAAAGATG GTATTTTGCT AGAAAAAGGT
AATGCCGAAA TACTCTTAAA AGTAATTGCC GAGACTAAAG CTGATATGCT TATAGCAGGT
GGTCGTAACC AGTATACTGC TCTCAAAGCC CGAATTCCCT TTTTACACAT TAACCAAGAA
CGTCATCATC CCTACGCCGG ATATCATGGG ATGATAGAAA TGGCTAAAGA ATTAGATGAA
GCTCTCTATA GTCCGGTTTG GGAACAGGTG AGACAACCGG CACCTTGGTT AGAGGCATGT
CAGTTAGATG ATGTTTTGGC TGTTGAAACT TTACCAAGTT TAACTAATAT TCCACCAACA
ACAGTCAATT TTCATAAACA ATCATTATCC ACAAATCCTC TGAAACTCAG TCAACCTTTG
GGTGCGGCTT TAGCATACTT AGGAATTAAT GGGATGATGC CAATGTTCCA CGGTACTCAA
GGTTGTACTG CTTTTGCTAA GGTATTATTG GTGAATCACT TCCAGGAAGC TATTCCCTTG
TCTACTACTG CTATGAGTGA AGTGACAACT ATTTTGGGAG GGGAGGATAA CATTGATAAA
GCGCTGCTGA CTCAGCTTGA GAAGTCAAAA CCAAAGGTAA TTGGTTTGTT GACTACTGGT
TTAACTGAAA CCAGAGGGGA TGACATGGAG CGTATTCTTA AGAAATTTAG GGAAGAGCAT
CCAGAATTAG ATGGGTTCCC CATATTAAAT GTTTCTAGTC CAGATTATAA GGGTTCTGCT
CAGGACGGTT TTGCTACTAC AGTAGAATGT ATAGTAGGTT ATGATTATGG GGAGCCTATT
CCCAAAGAAA TTAAAAAACC TTTGATTACA ATTTTAGCTG GTTCTTGTCT TGCTCCTGGA
GATGTCCAGG AAATCAAGGA TATTGTAGAA GATTTTGGGT TCATTCCAAT AGTTGTACCG
GACTTATCTC AGTCTTTGGA CGGGCATTTA ATTGATGATA TTTATAGTGC TACAAGCTCA
GGTGGTACCA CAATAGAGGA TTTGCGTAAT TTACGTCACT CATCTTTCAC CTTTGCTATT
GGGGAAAGTA TGCGAAATGC AGCTATAATT TTGCAAGAAA AATTTGGTAC TCAATATCAA
GTGTTCTCTC GGTTGACTGG TTTGGGTGCT GTAGATAGTT TCATGTTAAA ATTGTCTCAG
CTAATTGTAT CTCGAATTGA TCCTCATCTT GACAAAGGCT GTGAAGTTCC TGAGAAATAC
CTACGCCAAC GCCGTCAGTT ACAGGATGCG ATGTTGGATA CTCACTTCTA TTTTGGGCAT
AAGCAAGTAT CTATTGCCCT GGAACCAGAT TTACTTTGGG CAACAAGTTG GTTTGTGCGA
GAAATGGGGG GAGATATTCA TTCTGCTGTC ACAACTACGC GATCGCCGTT ACTTGAAAAA
TTACCTACGG AAAATGTGAT AGTTGGGGAC TTGGGAGATT TAGAAGAAGT GGCAGCAGGT
TCGGATTTAC TAATTACCAA TTCTCGTGGT AAGATAATAT CTGAGAAGTT AAATATTGAT
CTCTATCGGA TGGGAATGCC AATTTACGAT CGCCTTGGTA ATGGTCAACG TTGTTCTGTT
GGTTACCGTG GTACAATGAA TTTATTATTT GATATTGGTA ATATTTTCCT AGAGCAAGAG
GAATCAAAAA TTCACACCAA TGATTATTCA TTATTAAGTA CTCAGGCATA A
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| Protein sequence | MAMITPGKVA ELLNEPGCEH NHQKNNGDKK QKGCQQQAAP GAAQGGCAFD GASIALVPIT
DAAHLVHGPL GCSGNSWGAR GSLSSSSHLY KMGFTTDMGE NDIIMGGEKK LLRAIAELKK
RYQPPAIFVY ATCVTALIGD DLETVCKVAT KKLEIPVIPV NSPGFIGSKN LGNRVGAEAL
LDHVVGTAEP EFTTPYDINL IGEYNIAGEM WAMLPLFEKV GIRVLSKITG DATYKEVCYA
HRAKLNVMIC SKAMINMARK MEEEYGIPYI EESFYGVADI NNCLRNIAAK IGDAGLQERT
EKLIAEETTI LEEILEPYRQ RLKGKKVVLY TGGVKSWSII SAAKDLEMDV VATSTKKSTE
EDKAKIKKLL GKDGILLEKG NAEILLKVIA ETKADMLIAG GRNQYTALKA RIPFLHINQE
RHHPYAGYHG MIEMAKELDE ALYSPVWEQV RQPAPWLEAC QLDDVLAVET LPSLTNIPPT
TVNFHKQSLS TNPLKLSQPL GAALAYLGIN GMMPMFHGTQ GCTAFAKVLL VNHFQEAIPL
STTAMSEVTT ILGGEDNIDK ALLTQLEKSK PKVIGLLTTG LTETRGDDME RILKKFREEH
PELDGFPILN VSSPDYKGSA QDGFATTVEC IVGYDYGEPI PKEIKKPLIT ILAGSCLAPG
DVQEIKDIVE DFGFIPIVVP DLSQSLDGHL IDDIYSATSS GGTTIEDLRN LRHSSFTFAI
GESMRNAAII LQEKFGTQYQ VFSRLTGLGA VDSFMLKLSQ LIVSRIDPHL DKGCEVPEKY
LRQRRQLQDA MLDTHFYFGH KQVSIALEPD LLWATSWFVR EMGGDIHSAV TTTRSPLLEK
LPTENVIVGD LGDLEEVAAG SDLLITNSRG KIISEKLNID LYRMGMPIYD RLGNGQRCSV
GYRGTMNLLF DIGNIFLEQE ESKIHTNDYS LLSTQA
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