| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aazo_5262 |
|---|
| Symbol | |
|---|
| ID | 9343127 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | 'Nostoc azollae' 0708 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_014249 |
|---|
| Strand | + |
|---|
| Start bp | 22277 |
|---|
| End bp | 26287 |
|---|
| Gene Length | 4011 bp |
|---|
| Protein Length | 1336 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 39% |
|---|
| IMG OID | |
|---|
| Product | hypothetical protein |
|---|
| Protein accession | YP_003723397 |
|---|
| Protein GI | 298501400 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 4 |
|---|
| Plasmid unclonability p-value | 0.219671 |
|---|
| 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 | ATGATCTCAC AACAACAATT TCATAACGAA TTAGAACCAC AGCAGCCTGA AGAAAAGAAA
CAGGGGGCAA GGGAGCAAGG AGCAGGGAGC AGGGAGGACA CTATCCTGCG GGAAGCTGGC
GCAACAGGTG GAGATTCGAC ACTTCGACCA AGCTCAGTGA CCACCCTACC TGGACAAGAA
CTTTGTAGAA ATGGGAGACT CAAACATGAG TTCTGCTCCG CTTTACCGCA GGAGGAAGGA
GTCATTTCTC CCTGCCCTAG TTCGGCTTAC GCTCACGGCA AAAGCCTGCC CACTTCCCCC
TACCTCTTCA TTAAACAAGA TCAATTTACA CCACAGTTAG AACTAGAGCC TATTCAGAAC
GACAAAATTA AATTCGCATT TAACGCCACG GGTAAAGATA AAAACTGGGA TTTTCGGAAA
CTAGCAGCCA ACTTCCAAGA CAAAAAAGGA ACTATTTGGG ATGTAGCTAG ACATGTAGAA
GCAGGACACG CCTTATGTGC TGGGTTACTT GATGGGCAAT GGCGAAGTAA ATCTCATATT
ATTGGTTCTC AGTGGTTGTT ACTAGATATT GACAACTCAC AAACTTGGTT AGATAAAAAT
GGTAATCCAT TAGATAAAAA TGGTAGACCA ATCAAAATTA ATAGAGCCTG GGTAGATATT
GACGGTAATG TCATTGAAAA ATCAGATGGT AGACAAGCCA AGAAAATCTA CCAACATCAG
CTAAAATTAG ACGAAGCGAT AAAACACCCA TTCATCAAAC AACATTGCGC TTTAATCTAC
ACCACAGCCA GCCATCAACC AAACTGGGAC AAATTCCGGT TAGTATTCGT ACTACCTGAA
TACGTTCAGG GTGCAGATAC AGTAGAAGTA TTAACACGCT ACTTAATGAA GCATCTACCA
CATGACCCAG CCTGTAAAGA TGCTTCACGG GTATTTTATG GCAATACTAA AGCCACATTC
CCCTTAATTC AACCTCATGT CAGACTACCC CAATCTTGGA TAGATAAAGC TGTAAACACT
GCTTATCAAG AAAAAATTGA GTACGAGAAA CGGATAGCAG AAATTACAAC ACGTCGTCTA
CAATTCAAAG AACGGGCAAA AGCTAACAAC TGGGATATTG ATCAGCTAAT TCAACAAGCA
TTAACTTATA TTCCCTCACG TAGTCCTGGT AGTAACAACT ATAAAGAGTG TATAGATGTA
TTAATAGCGC TAAATTCTCA TTATGATGCT GTAGATGCAG AAATTATTGG TGAACAGTGG
AGTCCATCAA TTAAGGGAAC AACTTGGAAT ATTCGAGACA AAATTAGGAG TTTTCGCGGT
CGTTCTGGTA TATCAATTGG TACGCTATTT CATATTGCTA AACAGTATGG ATTCAGGTTT
CCAAAAGTTG AAAATACAAC TTTTAATAGT AATCACCAAA ATAACAAGTA TAACCACTAC
CAAATAAAGA CATTCAGGGA TTACCGACAA GAAGAATTAA ACAATTATCA AAAGGAGATA
TTTAAAGATT ACCGCAGAAG AAACTTTGGT AATAATTTAC ACATTACCTT AACAAATGCC
AAAATCAGCA AACAAGAATG GCTTGCTAAA TATGGTATAA AGAGAGACTT TCAAGAGTTA
CTGCAAACTT TAGTCACTGT TACTCATAAA GCCCAACAAT TGATAGGTAA TATTGTTTAC
CAACCACAAC CAACCATACT TTTACCAACT AATAACCTAG ATGTTGATAT CTGGTTTGAA
CCGAAAACCC GCACCCAGAC TTACCTAGAT GCGACTCAAT CAGGTAAGAA ATTTATCTTA
GATTTATCAC ACACTGGTGC TGGAAAATCT CACACCGTGG GGGAATTTAT GCCAGAACAA
TTTGGAGTCA ATACACTTTT CTACGTCAGC AATGAACACC GTAATCCCAG TGTAGCAACT
ATTGAACAGT GGACAGACTT ACCAGTACGC CACAACGGAT TAGTAGCAGA TAATAAGAGA
CTCACACCAT TGGGAAACCC ACAAATACAC TGGCCGCAAC GGGGGGAAGA ACCAAACGTT
GAGGGAACTT GTCCTCTTAC AGATTTTTTT AATGCCCTTG CAACCAAAGG ATACAAAAAA
GAAACATCCG TAGAAGCCAG CCTTAACCCC ATCTGCAATG GCTGTAAACA CAGAGCTAAT
TGTGCGGGTA GAGATGCTGC TGGTAATGTC CTCCCGAAAG TCAATGGTGC TACCTTCCGA
CGTGATAGAA GGGATGCTCT AGCATCTAAG CGAATTCGTG CTAATATCAA CTCTTTACCC
CAAGCTACAG ATATCACTGG CATGAAGGGA GGTGCTTTTA TTGACGAAGC TTCTAGACAA
CTACAACCAG TTGATTTTAT TAAAGTTAGT TTACGAGATT TTAACTCCTC GATGATGGAG
GTGCAAAGTA AATTACCGAC AGTATATGAC AAAATCAGAG GTTTAGTTCT ACCTCTACGG
GTACTACTAA CTGGTGAAAT TCCCCCTGTT GAGGAAACAT ATCATGGGTA TAACGATGAG
TTAATCAGAG CCTTATTAGG GAAAATCCCT ACAGATTTAC CAGAAATTAT CGCTGAACTG
GAAACTATTG CTCCAAATAT TGAAAAATTG GTACAAGAGG CTGATAGTAT TACATTGGAT
GGGGTTGATA AATGCGATCG CAATTCTTTC AGCAGAAAAA CATTGAAGTT TATCCGTAGC
CACCTCAGTA AACAAGCTGC TCAAGAGACT TACAGGAATA TTGACAGTTT ACCCGTTAGA
TGGTTGATTC CCCTTCTAGA AGTGATTGGA GACATTCAAC CAGGGGCTTT ACGAGTTAAG
AACAAACATC TAATTATTGC TACTAAAAAT AGCCGTCAAG TTGATATTCT CAAAGCTTTT
GACTTTGTTT TCTTGATGGA CGCTACTGCT AACCGTGAAA ATGTCGCTAT GCAGTTAGGC
ATTAATCCAG AGGAAATACT GGTGATTTCG GAAATCCCAC CAGATTACAG TAACCTGATT
ATTCACCAAA TCACAGGCTT TGGATTACTG AATAAAGACC GAGGTAATAA ATTAAAAGAA
CGAATTGCGG CATTGCGCGA AGAATTAAAT CAACGTCATG ATGGTAATAT TGCTTACATA
GACCACTTAG TACATAAAAA TAAGGGTGAT GGACATTGGT TTGCTGATAA TCGTGGCAGT
AATGCCTATC AAGATAGGCA AGCCATTTGC AGTTTTGGCA CTCCATATCA GGATATTGGC
GCATCAGGGC AAGTTTATAT AACTTTAACA GGAGACAAAA ATGTGAGTAA AAAAAATAAG
GCTTTTCAAG ATGTAATTAA CCATTTGGTT CACACTGAAG TTGTTCAGTG TGCAGGTAGA
ACTAGAGCGA GTCGTAGGAC GGAGGAGGTT ACTTTTTATG TAGTTAGTGA CAAGAATTTA
TCCTATTTAG CAGATTACTA CCCTAATGCT AGGTTTATTA AATCTGATGC TTTTAATATT
TGTCCAAGAG CAGGTAATGA GATACAACAG ACACATAAGG GTATATTAAC AGGTTTTAAG
TTGCTGGTAG CAGAAGGGGT GACGGATTGG CAGAAAGTTA GTCAGGGGGC TTTAGCTAAA
GCTGCTGGTA TTTCTCAATC ATGGTTAAGT CAGGTTGCTA AGAGGTATTT GGGGGGGTGG
AATAGCTTTA GAAAATTATT ACTACTCCTA TATAATTCTC TATATAGGGT TAGTAATAAT
TCTCTAGAAG TTTTGACTAA AGAACAGAAG TGGTTTATTG ATGAGTATTT ACCTTTGTTG
CAGCAGGATC GAGAAGCTGG TTATGAATCT GTGGATTTGG TGATTGAACA TTTGATTATC
TTTAGTGAAC ATCTTGGCTG GCAAGGGTTT TCTAGGGCTG TAAATGCCGC TACGATGGGA
ATTAAAGCTT TTTTAATAGA TTGTTTGATA GCTGTGTTGC CGAAGGAGGT TCATGATCAT
GTTAAACACA ACTGGGCTTT CTATTTAGCT AAACTAGAAC CTGAATACTG A
|
|---|
| Protein sequence | MISQQQFHNE LEPQQPEEKK QGAREQGAGS REDTILREAG ATGGDSTLRP SSVTTLPGQE
LCRNGRLKHE FCSALPQEEG VISPCPSSAY AHGKSLPTSP YLFIKQDQFT PQLELEPIQN
DKIKFAFNAT GKDKNWDFRK LAANFQDKKG TIWDVARHVE AGHALCAGLL DGQWRSKSHI
IGSQWLLLDI DNSQTWLDKN GNPLDKNGRP IKINRAWVDI DGNVIEKSDG RQAKKIYQHQ
LKLDEAIKHP FIKQHCALIY TTASHQPNWD KFRLVFVLPE YVQGADTVEV LTRYLMKHLP
HDPACKDASR VFYGNTKATF PLIQPHVRLP QSWIDKAVNT AYQEKIEYEK RIAEITTRRL
QFKERAKANN WDIDQLIQQA LTYIPSRSPG SNNYKECIDV LIALNSHYDA VDAEIIGEQW
SPSIKGTTWN IRDKIRSFRG RSGISIGTLF HIAKQYGFRF PKVENTTFNS NHQNNKYNHY
QIKTFRDYRQ EELNNYQKEI FKDYRRRNFG NNLHITLTNA KISKQEWLAK YGIKRDFQEL
LQTLVTVTHK AQQLIGNIVY QPQPTILLPT NNLDVDIWFE PKTRTQTYLD ATQSGKKFIL
DLSHTGAGKS HTVGEFMPEQ FGVNTLFYVS NEHRNPSVAT IEQWTDLPVR HNGLVADNKR
LTPLGNPQIH WPQRGEEPNV EGTCPLTDFF NALATKGYKK ETSVEASLNP ICNGCKHRAN
CAGRDAAGNV LPKVNGATFR RDRRDALASK RIRANINSLP QATDITGMKG GAFIDEASRQ
LQPVDFIKVS LRDFNSSMME VQSKLPTVYD KIRGLVLPLR VLLTGEIPPV EETYHGYNDE
LIRALLGKIP TDLPEIIAEL ETIAPNIEKL VQEADSITLD GVDKCDRNSF SRKTLKFIRS
HLSKQAAQET YRNIDSLPVR WLIPLLEVIG DIQPGALRVK NKHLIIATKN SRQVDILKAF
DFVFLMDATA NRENVAMQLG INPEEILVIS EIPPDYSNLI IHQITGFGLL NKDRGNKLKE
RIAALREELN QRHDGNIAYI DHLVHKNKGD GHWFADNRGS NAYQDRQAIC SFGTPYQDIG
ASGQVYITLT GDKNVSKKNK AFQDVINHLV HTEVVQCAGR TRASRRTEEV TFYVVSDKNL
SYLADYYPNA RFIKSDAFNI CPRAGNEIQQ THKGILTGFK LLVAEGVTDW QKVSQGALAK
AAGISQSWLS QVAKRYLGGW NSFRKLLLLL YNSLYRVSNN SLEVLTKEQK WFIDEYLPLL
QQDREAGYES VDLVIEHLII FSEHLGWQGF SRAVNAATMG IKAFLIDCLI AVLPKEVHDH
VKHNWAFYLA KLEPEY
|
|---|
| |