| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_00921 |
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| Symbol | |
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| ID | 6776292 |
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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 | Alteromonas macleodii 'Deep ecotype' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011138 |
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| Strand | + |
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| Start bp | 968044 |
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| End bp | 971298 |
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| Gene Length | 3255 bp |
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| Protein Length | 1084 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 642754353 |
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| Product | BNR/Asp-box repeat protein |
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| Protein accession | YP_002125229 |
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| Protein GI | 196155740 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG4447] Uncharacterized protein related to plant photosystem II stability/assembly factor |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | ATGAAAAAGC TTCTTAAAGC GGCAGTTGCT GTATCAATAG CACTGTCGTG CTCGCCCACC
TACGCAGATA AAAACGACAA AGACGAAATA TTTAGCAGCT CAACGTTTAA AGCAATGGAG
CTCAGAAACA TTGGGCCTGC GTATATGTCG GGGCGTATTG CTGATATTGC AATCGATCAG
AATAACCCAT CCACATGGTA TACCGCCGTT GGTTCGGGCG GCGTATGGAA AACGACTAAC
GCAGGTACAA CCTGGACGCC TATTTTTGAC GACCAGCCGG TCTATTCCAT TGGTGACGTT
ACTATTGCGC CAAGCAATTC AAATATCATT TGGGTTGGTA CCGGCGAAAA TAACGGTGGC
CGGCATATCA GCTTCGGTGA CGGCGTTTAC AAGTCAGTAG ACGGCGGTCA AACCTGGAAA
AATATGGGGC TGTCTAAATC CGAGCACGTT TCAGACATTA TTATTCATCC TACCAATCCC
GATATCGTTT GGGTATCAGC CCAAGGCCCT CTATGGAGTG GTGGTGGCGA GCGCGGCCTA
TACAAAACTA CCGACGGTGG CGAAACATGG AAGCAGGTCC TTACCCCTGC TGATAAGTGG
ACAGGCGTAA CCTCACTGCT TATCGACCCT CGCAACCCTG ATAAGCTTTA CGCAGCAACC
TGGGCGCGTC AGCGCTCTAT TGGTGCTTAT GTGGGGACAA ACGAAGGGGC AGGTATTCAT
ACATCAAACG ATGGTGGCGA AACCTGGACC GAACTTAAAA CCGGCTTGCC AGAAGGCAAT
ATGGGAAAAA TCGGAATGGC AATATCGCCT ATGAACCCCG ATGTTATCTA TGCCACTATT
GAAACCGACA ACCGCGGTGG AGGTTTTTAT CGCTCTGCCG ACCAAGGTGC CAGCTGGACC
AAGATGTCGG ATGAAGTAGG TGGGGGAACC GGTCCGCACT ACTACCAAGA GATTTTCGCA
GACCAACACC AGTTTGATCG GGTGTATATA GCGAGTAACT ACAGCAAAGT GTCAGACGAC
GGCGGTAAAA CTTGGACACC CATTAACACC AAGCGCAAGC ACGTTGACGA TCATGCCATG
GCATTTCACC CCACCGACCC AGACTTCGTG TTAATGGGTT CTGATGGGGG AATTTATATG
TCGCACGACA GAATGGCGAA CTGGCGCTTT ATGGCTAACT TACCGTTAAC GCAGTTCTAT
AAAGTGGCGC CCGATGATTC TACGCCTTTT TATAAAATTT ATGCCGGTGC GCAAGATAAC
TCTACCCAAG GTGGCCCTTC GCGAACAATG CGAGAAGAGG GGATTAAGAA CAAAGATTGG
TTCCTTACGC TTGGTGGTGA CGGTCACGGA CCGGCAACAG AACCAGGCAA CCCGGATATT
GTGTACTCGC AGTGGCAACA AGGTAACTTG ACCCGTGTAG ACATGAAAAC CCGCGAAGGG
GTTTACATTA AACCGCAGCC GCTACCTGGC GATCCCGCAG AGCGTTATAA CTGGGACGCG
CCTATTAATG TTTCGGCCCA CGACCCTGCG CGTATTTACT TTGCGTCTCA GCGAGTATGG
CGAAGCGATG ATCGCGGAGA CAGCTGGAGG GCGGTATCAG GCGATTTAAC GAAAAACGGC
AATCGCATGC ATTCGCCATT AATGGGACGT ACGTGGTCAG TGGAAGCTGG CTGGGACCTG
TACGCAATGA CGGAATTTCA TACCATCGCT AACTTCGCAG AAAGCCCGGT AGATGAAAAT
ATATTGTGGG CAGGGACTGA CGACGGCATT ATTCAAGTGA CCACTAACGG CGGTAAATCT
TGGAAAAAGA TTGAGTTAGA CGATATTCGA GGGATTCCTG CGAACTCGTA CGTCAATGAT
ATCCGCGCCG ATTTATACGA CCCTAATACG GTTTACGTCG CATTAGATAA TCATAAATAT
GGTGACTACA AGCCGTACCT GATTAAGTCG ACAAACCTTG GTAAAAGTTG GACATCGCTT
GCTGAAGACT TGCCTGAAAA GCATTTGGTT TGGCGCATTG TGCAAGACCA CGTAAACAAA
GATCTGTTAT TTATTGGCAC CGAATTTGGC GTGTTCTTCT CGGTGAATGG CGGCAAGAAA
TGGGTTGAGC TTGATGGCGG TATGCCAACA ATTTCAACAC GAGACGTAAA AATTCAGCGT
CGTGAAAATG ACCTGGTTGC TGGTACCTTC GGTCGCGGGA TCTACATTCT TGATGACTAC
GCACCGCTTC GTTCATTAAC CGAAAAGTCG ATGCAGCAAG ACGCGATTTT GTTCGGGCCA
AGCCGCCCAG TAAAATGGTT CCAGCTAGAT GATAATCACA CCGACTCTGA CGGCGACGAT
CGCTTTGTAG CGAAGAACCC AGAGCATGGT GCAACCTTCA CCTATTACCT TAAAGACAGT
TTGCTAACAG CCAAAGAAAA GCGCCAAGAA GCAGATAAAA AAGCAGTAGA AGATAAAAAG
TACCCTAAAT ACCCGAGTTG GGAAGCGGTT GAAGCGGAAA ATCAAGAAGC GGAACCTGCG
GTTTATATTG AAGTGCGTGA TAGCGAAGGC GACATTATTA AACGCGTTGA TGGCAAGACC
AAAAAAGGGC TACATCGCCT AACGTGGGAT ATGAAGTATG CATCTACTAA CCCGTTAACG
GAAAAAGACA GTAAAAATAA TGGTCTGATG GCACTGCCAG GCAGCTATAC CGCTACCTTG
TTTAAACGCG TGGGTACTGA GGTAACGCCG CTTTCTGAGC CGGTTTCATT CGAATTGGCT
GCTATTGTTG AAGGTGCACT TGAAGGTGCA ACACCACAAG AAATGGAAGT CTATGGAAGT
GCGGTTAGTG ATGCACAAAA ACGTGCGATT TCAGCCACAA CAGTGCTAAA ACATCTGAAA
GATACAATGG CGTTGCTGCG CACAGCCATT GATCGTACCC CAAGCGATAT TGCAAAGCTT
GAGGCGCAGT TTGCTGCAAT TCAAGAAGAG ATACATGCCG TAAACAGACA ATTCTACGGC
CTTAAGTCTC GCGATAGAAT GGGTATAAAG CCCGCTAATA TCATGAGCCG TTTACGATAT
GCTCGTTCGG CACTAGGCTC TTCCTACGGT CCTACAGCGC AGCATAAAGA TCAGCTGGGT
TACGCAAACG ATAGCTTAGA CAGTGCGGTT GCGCGTATTG GCACATTGCA AAGCACTGCC
GTGCCTGCAC TCCAACAAGC CGTAGTTGAA GCTGGCGGTC CGTGGACTTC TGGTCTACCT
GTTATTAATA AATAG
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| Protein sequence | MKKLLKAAVA VSIALSCSPT YADKNDKDEI FSSSTFKAME LRNIGPAYMS GRIADIAIDQ
NNPSTWYTAV GSGGVWKTTN AGTTWTPIFD DQPVYSIGDV TIAPSNSNII WVGTGENNGG
RHISFGDGVY KSVDGGQTWK NMGLSKSEHV SDIIIHPTNP DIVWVSAQGP LWSGGGERGL
YKTTDGGETW KQVLTPADKW TGVTSLLIDP RNPDKLYAAT WARQRSIGAY VGTNEGAGIH
TSNDGGETWT ELKTGLPEGN MGKIGMAISP MNPDVIYATI ETDNRGGGFY RSADQGASWT
KMSDEVGGGT GPHYYQEIFA DQHQFDRVYI ASNYSKVSDD GGKTWTPINT KRKHVDDHAM
AFHPTDPDFV LMGSDGGIYM SHDRMANWRF MANLPLTQFY KVAPDDSTPF YKIYAGAQDN
STQGGPSRTM REEGIKNKDW FLTLGGDGHG PATEPGNPDI VYSQWQQGNL TRVDMKTREG
VYIKPQPLPG DPAERYNWDA PINVSAHDPA RIYFASQRVW RSDDRGDSWR AVSGDLTKNG
NRMHSPLMGR TWSVEAGWDL YAMTEFHTIA NFAESPVDEN ILWAGTDDGI IQVTTNGGKS
WKKIELDDIR GIPANSYVND IRADLYDPNT VYVALDNHKY GDYKPYLIKS TNLGKSWTSL
AEDLPEKHLV WRIVQDHVNK DLLFIGTEFG VFFSVNGGKK WVELDGGMPT ISTRDVKIQR
RENDLVAGTF GRGIYILDDY APLRSLTEKS MQQDAILFGP SRPVKWFQLD DNHTDSDGDD
RFVAKNPEHG ATFTYYLKDS LLTAKEKRQE ADKKAVEDKK YPKYPSWEAV EAENQEAEPA
VYIEVRDSEG DIIKRVDGKT KKGLHRLTWD MKYASTNPLT EKDSKNNGLM ALPGSYTATL
FKRVGTEVTP LSEPVSFELA AIVEGALEGA TPQEMEVYGS AVSDAQKRAI SATTVLKHLK
DTMALLRTAI DRTPSDIAKL EAQFAAIQEE IHAVNRQFYG LKSRDRMGIK PANIMSRLRY
ARSALGSSYG PTAQHKDQLG YANDSLDSAV ARIGTLQSTA VPALQQAVVE AGGPWTSGLP
VINK
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