| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_3968 |
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| Symbol | |
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| ID | 7289914 |
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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 | Cyanothece sp. PCC 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | + |
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| Start bp | 3995341 |
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| End bp | 4001067 |
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| Gene Length | 5727 bp |
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| Protein Length | 1908 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 643586939 |
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| Product | serine/threonine protein kinase |
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| Protein accession | YP_002484644 |
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| Protein GI | 220909333 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0515] Serine/threonine protein kinase
[COG3899] Predicted ATPase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.221286 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTCACCA GTTCCAGGTA TGAGATCCGC CAAAAGCTTT ACGAAAGCGA AAATTCCCTG
ATTTTTCGGG GTTACTGCCA AGTACTCCGC CAAGGGGTCA TTCTCAAAAT TCTCAAGCAG
GCCTATCCAT CAGCGGAAAA AGTAGCCTGG TTTCAACGGG AATTTAAAAT CACCCGCAGT
CTGGATCTAG CTGGGGTGGT CAAAGCCTAT GACCTGGAAT ACGAACATGA CTACTGGGTA
ATGGCACTGG AAGATTTTGG TGGGGTATCC CTGTCTGAAC TCATTCCAAG CCATACCTTT
ACGCTGGCAG AATTTCTCCC TCTTGCCATC AAGATTACGA CCATTCTGGG GGAAATTCAT
CAGAAATACA TTATTCATAA AGACATTAAC CCATCGAACA TTATCCTCAA TCCCCTCACT
GGTGAGCTGA AAATTATTGA CTTTGGTATT TCAACTGCAC TCTCTAGAGA AAACCAAACC
CTGCAGCATC CTGACCAGAT TGAAGGGACA TTAGCCTACC TGTCCCCGGA GCAATCAGGG
CGGATGAACC GGGACATGGA TTATCGGACT GACTTCTATT CCCTGGGAGT TACATTTTAT
GAGTTATTGA CAGGAGTCTT GCCTTTTACA GCCACCGATC CCCTGGAACT GATCCATGCC
CACATTGCCA AACAGCCTAT CTCTCCCACT GAACTAGACG CCAATATTCC TACAGCTTTG
TCGGCAATCA TTCTAAAGCT GATGGCTAAA AATGCGGAAG ATCGCTATCA ATCAGCGTAT
GGTCTGCGGG TTGACCTGGA AGAATGCCAA AGACAATGGT TACAGCAGCA AGCTATTCAT
GAATTTGCCT TAGGGCAACA GGATATTGCC GCGAAGTTGC AAATTTCCCA GAAACTCTAT
GGAAGAGAAA AAGAAGTTCA AGCCATTTTG GCAGGTTTTG AACGGGTCTT GCAGGGCACG
AATGAACTGA TGCTGATTGC AGGATACACA GGAATTGGCA AATCTATCCT GGCCCAAGAA
ATCTACAAGC CCATCACGCA GCAAAAAGGC TATTTTATTG CCGGCAAATT TGATCAACTG
CAAAGAGAGA GACCCTACGG AGCACTGCTA CAGGCTTTTC GTTCCTTAAT TCAGCAGATC
TTGACAGAAA GTCAAAGCCA GATTGCAGTA TGGCGAGACA AACTTCTAGA TACCCTCGGC
AATAATTGCC AGGTTGTAAT TGACGTTATC CCTGAATTAA GCTTAATTAT TGGCAACCAA
GAAGCTGATA TCCCCAATCT GGAAGGCATA GAAGCTCAGA ATCGTTTTAA TCTTGTTTTT
CAAAACTTCG TTAGTGTGTT TGCTCAGCAG CAGCACCCTC TGGTTTTATT CCTGGATGAT
CTACAGTGGG CAGACTCCGC TTCTTTAAAA GTATTGAAAT TACTCCTGAC TTCAGAAATC
CAATATGTCT ATATTATCGC CACTTACCGC AATAACGAGG TCACTGCAGC TCATCCATTC
AAACTAAGCT TAGATGAAAT TGAAAAAGTT AGAAAGACGA TTCACCAAAT TACCCTGAAT
CCCCTGGAGT TGCCAGAAAT CAATCAGTTA CTCAGTGATA CGCTACACCA CTCTCTGGAG
GTAACCAGAG CATTAGCAAA GCTGATTTTA GCTAAAACCA ATGGTAATCC TTTTTTTATT
AATGAGTTTC TTAAGGCTCT CTACACTGAG GAGCTGCTGA AATTTGACAG TCAGGGTAGA
ACCTGGCAAT GGGACTTAGA GCAAATTCAA GCCAGGGCCA TAACAGATAA CGTCGCAGAG
CTAATGGTGG AGAAATTACG AAAGCTGGCC GCTTCAACTC AGCACTTACT CCAACTAGCC
GCTTGTATTG GTAATCAGTT TGACCTGCAG ATTCTTGCCA TCGTCTTCGA GCAACCTATA
TCAACCACTG CAGCTAATCT CTGGTCTGCT CTAGCGGAAG GCTTAGTGTT GCCCCTAAGT
GAAAACTACA AACTTTTAGA TACAGATTTC TCTGAGGCGA TCAGCTCTGT TCAGGTCAGC
TATCGATTTG CTCACGATCA GATTCAAAAA GCTGCTTACT CTTTGATTCC ATCGGCGCAG
AAACAGGCTA TTCATTATCG TATTGGTCGA TTACTTTTGC AGCATGTTCC CGCAGAGCAG
CAAAAAGAGC GCCTGTTTGA AATCGTGAAT CACCTCAACC TGGGTCAAAC TCTGATTCAA
GGGGAAACTG AACGAATTGA GCTGGCAGGT TTAAATTCTA AAGTTGCTCG TAAAGCCCGG
CGATCGGCCG CTTTTCAAAC TGCCTTTCAA TATTTACAAA CAAGCTTGGC TTTATTAGAT
GCCACTGCCT GGGAAGAGGA GTATGATTTC ACCCTGGAAT TACATATTCA TGCTGCAGAA
GCTGCCTATT TAAGTGGTCA CTACTCGGAA ATGCAGGCTC TAACAGACCT GATCTTAGAA
CGAGCTAAAA CCCTGCTGGC AAAAGTTCAA GCCTATAAAG TCATTCTCAA ATCCTATCAA
TCTAGAAATG AACTTTCCCT TGCGGTCAAA ACAGGGCTGG AAGTATTAAA ACTTTTAGGT
ATTACTTTAC CTGAACAACC AGCAGAAGCG GACATTGAGC AAAGTTTAGC CGAAACCAGA
GCGATTTGGC AGGACCAACC TATCCGTGAG TTTCTCAATT TGTCTTCAAT GAGTTCTCCC
GAATCATTGG CAATCATGGA GATATTGTTT GAGATCGGTC ATGCCTGTTT TGTTAGCTTT
CCAATGCTAT TTATTCTGGT GGCGGCCAAG ATGGCGAGTT TATCCATCAC CTATGGCAAT
ACGCCTTTAG CAGCTAATGC CTACGCCTGT TATGCGATCG TTCTAGTGGG AGTGACTAAG
GAAACTGATA TAGCCTACGA ATTTGGTCAA CTGGCTTTAG AAGTGGTTGA ACGGTTTAAT
GCTAGTGAAC AAAAACCTGC AGTTCTGTTC TTAGTTAATA GTTTTATCAG GTCGTGGAAA
AACCACTACC GAGATACCTT ACCACCTTTC CTGGAAGCTT ATCGGATTGG GCTGGAAACT
GGAAGCTTTC AATTTGCCGC TTTTGGAGCC TACTGTTACT CTTACATAAT GTTTTTTGTG
GGTGAAAACC TTAATTTCGT TTATCAAGAG ACCTATAAAT ATCATGCTGC GATCGCTCAG
ATTAAAGAGC AAGGCTTGCT GGTCTATCAA AAGATTTTTC ACCAATTTCT TATACATGTA
GTTGAAGAAT CACAGCACCC CTGGGAACTA AAGGGTGAAG CTTTTGACCA GGACGAAATG
CTGTCGTATT TAACAGAAAC CAATGATCGC TTTGCTCTGG GTACGCTTTA CTTCTACAAG
AGTCTAACTT GTTATCTTTT CCAGCAAGAT AAGCTAGCCT ATGAAAACAT TCAGATTGCT
GCCACCTATC TGGATAGCAT GCTGGGTACG CCTTACTTCG CCCTTTTGCA TTTTTACCAC
GCTTTGATCT GTTTATCCGT TTACAGCACT AATGTTCCTG CAGTTGAACA ACAGACTTTA
TTAGCAACGG TCAAAGCCGA TCAACAGCTG CTTCAACAGT GGGCGCAGAG CGGGCCGATG
AACTATTTGC ACAAGTCCTA TCTGGTTGCA GCGGAACTCG CCCGAGTATT AGGACAGCAA
CAAGAAGCTA GAGAATATTA CGATCGGGCA ATTATCCTGG CCCAGCAGCA GGACTATGTG
AATGACGTAG CCCTGGCCAA TGAGCTGGCT GGATATTTTT ACCTGGAGTT AGGTTTAATC
CATGTTGCCC GCCACTATCT CCAGGATGCC CACTCTGCTT ATCAAGCCTG GGGGGCAAGG
GCCAAGGTCG CCGATCTGGC CGTTCGTTAC CCGGAATTTT TAGCTCTACG CACTGCCACC
CAACTTCCCC TGTCTGGTTC AATCACCACC ACTGGCAATC AGGCCAACCA AAGACTGGAT
CTGAACAGTG TTTTAAAAGC ATCCCAAGCC ATTTCTAGTG CCATTGAACT GGACACTTTA
CTCCAGCGTC TACTTACAAC GGTTCTGGAA AATGCCGGGG CCGAACAGGG CTGCCTTATT
CTCAATCAGG GGGGGGAGTG GCGGATTGAA GCTCAGGGCA GAATTGATGC TGAAACCTTT
ACAGTGCGGC AATCGATTCC ACTGCTGACC CTGGATAGTG ATCCCCACCT GCCTCTGTCC
ACAGCCATCA TCAATTATGT CATCCGCACG GGTGAAAGCC TGGTGCTCGA CCACGCCAGT
CAGTCCGGTG CCTTTAGCCA GGATCCGTAC ATCGTTGCCA CCGGCATGAA ATCAGTGCTC
TGCACCCCGC TGCTGAATCA GGGACAGTTG CATGGCATTC TATACCTGGA GAATAATTTA
ACGCCTGGAG CCTTTACCCA CGACAGACTG GAAATTCTCC AACTGCTCTC CGCCCAAGCG
GCCATTTCTC TCCAGAATTC CCAACTCTAC GAGGCCCTGG CAGAGGCAAA CCGGACTTTG
GAACAAAAAG TCAGCGATCG CACCCAGGAA TTGCGCCAGA CCCTGGACAT TCTCAAAGCC
ACCCAAGCGG AACTCTTAGT GGAAAATGCT CTGCTGCGGC GGGAGGACGA GGAACAACAC
TACGACTATC AGGTGGGAGG TAGCTTGCCC CTGGATGCCC CAACCTACGT GGTTCGCCAG
GCTGATCGGA TTCTCTATCG CGCATTGCGA AAAGGGGAGT TTTGTTACAT CCTCAATTCC
CGCCAGATGG GCAAATCCAG CTTAAGAGTC CAAATCATGA AACGGTTACA AGCGGAAGGA
TACGCCTGTG CTGCGCTCGA TCTGTCTGAA ATTGGCAGCC AGCTAACCGA GGAGCAGTGG
TATGCCGGTT TAATTTATGT TCTGGCCAAT GCCCTTAATT TAATTGAGCA CGTTAATGTT
CGGAGCTGGT GGCGAGAGCA CGACTTTTTG TCCCCCCTGC AACGGCTGAA CGAATTTATC
AACGCCATAT TACTGGAAAA AATCAACCAG CCCTTAGTAA TCTTTATTGA CGAAATTGAT
AGCGTACTCA ACCTTAAGTT TAAGATTGCT GATTTCTTTA TTTTGTTGCG ATCTTGCTTT
AATCGTCGGG TTGATTCCCC CAAGTTTGAA CGGCTGACCT TTGTCCTGTT GGGTGTAGCC
ACCCCTTCCC AGCTCATTCA AGATAAAAAT CGTACCCCCT TTAATATCGG TCGAGCGATC
GAACTAAAGG GATTTCAGTG GCAGGAAGCC CAACCTCTCT TACAGGGTTT AATTGATCAA
GTCAGTAACC CCCAGGCTGT CTTACAGGAA ATTCTTCACT GGACAGGCGG CCAACCCTTT
CTGACTCAAA AACTGTGTAA ACTGGCACGA AGTTATACCT CATCCCTCGG ACCTGGACAA
GAAGCAGCAT GGGTTCGTCA GCTGGTTCAA ACTAAAGTTA TTCAACAGTG GGAATCCCAG
GATGAACCTG AGCATTTTCG CACCATTCGC GATCGCCTTT GTCGCCATAG CTATCGCGCC
TTACCTCTAT TAAATCTTTA TCAACAGATT CTAAGCCAGA ACCAGGTTCC AGCAAATGAT
AGTCCGGCGG AGATGGAATT GTTGCTGTCA GGATTGGTCG TTAAGCAAAA GGGGATGCTG
CGAGTTTACA ACCGTATTTA TGCCCAGATC TTTTGCCTCG ACTGGCTAGA ACGGACTAAG
CAACTGCTGC TGCAAGCGAT CGAGTAG
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| Protein sequence | MVTSSRYEIR QKLYESENSL IFRGYCQVLR QGVILKILKQ AYPSAEKVAW FQREFKITRS
LDLAGVVKAY DLEYEHDYWV MALEDFGGVS LSELIPSHTF TLAEFLPLAI KITTILGEIH
QKYIIHKDIN PSNIILNPLT GELKIIDFGI STALSRENQT LQHPDQIEGT LAYLSPEQSG
RMNRDMDYRT DFYSLGVTFY ELLTGVLPFT ATDPLELIHA HIAKQPISPT ELDANIPTAL
SAIILKLMAK NAEDRYQSAY GLRVDLEECQ RQWLQQQAIH EFALGQQDIA AKLQISQKLY
GREKEVQAIL AGFERVLQGT NELMLIAGYT GIGKSILAQE IYKPITQQKG YFIAGKFDQL
QRERPYGALL QAFRSLIQQI LTESQSQIAV WRDKLLDTLG NNCQVVIDVI PELSLIIGNQ
EADIPNLEGI EAQNRFNLVF QNFVSVFAQQ QHPLVLFLDD LQWADSASLK VLKLLLTSEI
QYVYIIATYR NNEVTAAHPF KLSLDEIEKV RKTIHQITLN PLELPEINQL LSDTLHHSLE
VTRALAKLIL AKTNGNPFFI NEFLKALYTE ELLKFDSQGR TWQWDLEQIQ ARAITDNVAE
LMVEKLRKLA ASTQHLLQLA ACIGNQFDLQ ILAIVFEQPI STTAANLWSA LAEGLVLPLS
ENYKLLDTDF SEAISSVQVS YRFAHDQIQK AAYSLIPSAQ KQAIHYRIGR LLLQHVPAEQ
QKERLFEIVN HLNLGQTLIQ GETERIELAG LNSKVARKAR RSAAFQTAFQ YLQTSLALLD
ATAWEEEYDF TLELHIHAAE AAYLSGHYSE MQALTDLILE RAKTLLAKVQ AYKVILKSYQ
SRNELSLAVK TGLEVLKLLG ITLPEQPAEA DIEQSLAETR AIWQDQPIRE FLNLSSMSSP
ESLAIMEILF EIGHACFVSF PMLFILVAAK MASLSITYGN TPLAANAYAC YAIVLVGVTK
ETDIAYEFGQ LALEVVERFN ASEQKPAVLF LVNSFIRSWK NHYRDTLPPF LEAYRIGLET
GSFQFAAFGA YCYSYIMFFV GENLNFVYQE TYKYHAAIAQ IKEQGLLVYQ KIFHQFLIHV
VEESQHPWEL KGEAFDQDEM LSYLTETNDR FALGTLYFYK SLTCYLFQQD KLAYENIQIA
ATYLDSMLGT PYFALLHFYH ALICLSVYST NVPAVEQQTL LATVKADQQL LQQWAQSGPM
NYLHKSYLVA AELARVLGQQ QEAREYYDRA IILAQQQDYV NDVALANELA GYFYLELGLI
HVARHYLQDA HSAYQAWGAR AKVADLAVRY PEFLALRTAT QLPLSGSITT TGNQANQRLD
LNSVLKASQA ISSAIELDTL LQRLLTTVLE NAGAEQGCLI LNQGGEWRIE AQGRIDAETF
TVRQSIPLLT LDSDPHLPLS TAIINYVIRT GESLVLDHAS QSGAFSQDPY IVATGMKSVL
CTPLLNQGQL HGILYLENNL TPGAFTHDRL EILQLLSAQA AISLQNSQLY EALAEANRTL
EQKVSDRTQE LRQTLDILKA TQAELLVENA LLRREDEEQH YDYQVGGSLP LDAPTYVVRQ
ADRILYRALR KGEFCYILNS RQMGKSSLRV QIMKRLQAEG YACAALDLSE IGSQLTEEQW
YAGLIYVLAN ALNLIEHVNV RSWWREHDFL SPLQRLNEFI NAILLEKINQ PLVIFIDEID
SVLNLKFKIA DFFILLRSCF NRRVDSPKFE RLTFVLLGVA TPSQLIQDKN RTPFNIGRAI
ELKGFQWQEA QPLLQGLIDQ VSNPQAVLQE ILHWTGGQPF LTQKLCKLAR SYTSSLGPGQ
EAAWVRQLVQ TKVIQQWESQ DEPEHFRTIR DRLCRHSYRA LPLLNLYQQI LSQNQVPAND
SPAEMELLLS GLVVKQKGML RVYNRIYAQI FCLDWLERTK QLLLQAIE
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