| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0851 |
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| Symbol | |
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| ID | 6377039 |
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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 | Candidatus Amoebophilus asiaticus 5a2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010830 |
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| Strand | + |
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| Start bp | 1078070 |
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| End bp | 1080955 |
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| Gene Length | 2886 bp |
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| Protein Length | 961 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 642681990 |
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| Product | hypothetical protein |
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| Protein accession | YP_001957951 |
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| Protein GI | 189502234 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0790] FOG: TPR repeat, SEL1 subfamily |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 9 |
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| Fosmid unclonability p-value | 0.00404215 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAAAAGAA ATTCTTCTCC ATTTCAAGTT TATATAGCTT GCATCTTACT TATCAGCTTT
TTCTTACAAA ACTGCTGCGG AGAGTTTAAT AATAATCCAC TTATTTCGAC TCAAGAAAAG
CAAACAGCAT CTATCCAAAC GCATTCGCAA TTAATTCTTA CTCCAAGAGC AGACATCGGG
TCTTTGGCAG GCCAAGGACT AAAAGCCCAG GGGGGCCATG CGGTTACTTT TTATCAAGAA
GCCGGTGAGT TACGAGCTAA TGTCGAGATG AATGTGCCTG AACGGTTTAG TAAAACCTAC
GAAGGGTTAT TAGTAACCCT TGAGCAAGGA GCAGAAGTAA CGAGATTACC ACAGCTAAGT
GAACAGGCGC AGGAGCGTCG CATCCAGCTT CAATTAGCCA AGGGCAACCA GCCAGCTAAA
GTAGTGATCT ATAAAGGAGC AGGGCTCGTG GGAGGAATGC AGGAAGGAGA GGAGAAAGCA
GATGAATCTA TACCTAACGA ATGCCTTTGC CCCATTACTC ATGAGCTGAT GGAAGAGCCT
GTTATTGCAC GGGACGGGCA TACGTATGAG CGGGCGGCCA TTGAGCGATG GTTTTCAATG
GGCAAACGCA CGAGCCCTGT CACAGGAGCT AAAATTGGTA GCACTAAGCT GATACCTAAT
TATGCCATCC GCAGCCTGAT TAAAAGCTTA AAGACACACA ATTCTAGTTT AGCTAAGCCT
ATTCTGGGTA TGCAAACTGC GAGACAGCAA TCTCTATCAG TACCATCTGG AGCTTGCTTT
TTTGTGAGTG ATAGCGTTAT TGATGTACTT TTCTCTCAAT CCATAAGAGG AGATGTGGTA
GCATTAAGTA AGCTTTTAAA TTTGAGTGAA AATTACCATG TCCATGCGCA GTATAAAGTA
GGGGTTATGT GTGCAGAGGG GCGAGGTATA GCAAAAAATG CGGCCAAAGC AGTAGAATGG
TATGAGAAAG CAGCTAAGCA AGGACATGCG GTTGCACAGT CTAATCTAGG ATGGATGTAT
GCAGATGGGC GTGGTGTAGC TCAAAATTAT GCTAAGGCAA TAAAATGGTT TCAAAAAGCT
GCCAACCAAG GACATGCAAG TGCGCAATAT AAATTAGGAT GGATGTATGC AGAAGGGCTA
GGCGTAGTAA AAGATGCAAG GAAAGCAATA GAATGGTATG AGAGAGCAGC TAAGCAAGGA
GATGCAAGTG CACAATCTAA TCTAGGCGTA AGTTATGCTA ATGGATGGGG CGTAGCAAAA
GATGCAAGGA AAGCAATAAA GTGGTTTCAA AAAGCGGCGG ATCAAGGACA TGCAACCTCA
CAATATAATC TAGCATGGAT GTATGCAGAT GGGCAAGGAG TAGTAAAAGA TACAAGGAAA
GCAGTAGAAT GGTTTCAAAA AGCGGCTAAT CAAGGATATG TAAAAGCACA ATATAATCTA
GGATGGATGT ATGCAGAAGG ACGAGGAGTA GACAAAGATG CAAGGAAAGC AATAGAGTGG
TATAAAAAAG CTGCCAAGCA AGGACACGCG GATGCACAAT TAAAACTAGG AGCGAGATAT
TTCAAGGGTG AAGGTATAGC TAAAGATTAT GCTAAAGCAA AAGAATGGTA TGAAAAAACA
GCCGATCAAG GACATGCCCA TGCTCAATAT AATTTAGGAT ATATGTATGA AAAGGGATTA
GGAGTAGCTA AGGATTATGT TAAAGCAATA GCATGGTATA AGCAAGCAGC CAATCAAGGA
CATGCAAAGA GTCAATATGC CTTAGGAGTG ATATATATAG AAGGTCAAGG AGTAGCCAAA
GATGTAAGAA AAGCAATAGA ATGGTATGAA AAAGCAGCCA ATCAAGGGCA TGCAGATGTA
CAATTAAAAT TAGCAGCGAG ATATTTCAAG GGTGAAGGTA TAGCTAAAGA TTATGCTAAA
GCAATAGAAT GGTTTCAAAA AACAGCCAAT CAAGGACATG CCAATGCGCA ATATAATTTA
GGATATGTGC ATGAAAAGGG ATTAGGAGTA GCGAAGGATT ATGTTAAAGC AATAGAATGG
TATGAGAAAG CAGCCAATCA AGAACATGCA AAGAGTCAAT ATGCCTTAGG AGTGATATAT
GAGAGTGGAG AAGGAGTAGA AAAAGATGAA AAAAAAGCAA TAGAGTGGTA TGAGAAAGCT
GCCAATCAAG GACATGCAAG GGCACAATTT AGCCTAGGGG TTATGTATGG AGAAGGAGAG
GGAGTAGAAA AAGATGAGAG GAAAGCAGTA GAATGGTATG AAAAAGCAGC CAATCAAGGA
CATGCAAGAG CACAATTTAA ACTAGGATGG ATGTATGGAG AAGGACGAGG AGTAAGTCAA
GATTATGCTA AAGCAATAGA GTGGTCTGAA AAAGCAGCCA ATCAAGGACA TGCAAGAGCA
CAATATAATT TAGGATGGAT ATATGAAAAT TGGAAGGGAG TAGCCAAAGA TTATGCTAAA
GCAGTAGAAT GGTTTCAAAA AGCTGCTAAT CAAGGATATG CAAGAGCACA ATATAATTTA
GCTCGGATGT ATGACCATGG ACAAGGTGTG GTCCAAAACT ACCAAGAGGC AGTAAAATGG
TATGAAAAAA GTGTTGGACA AGGAAATAAC TATGCCAAGG CCTACCTAGG TCGTTTGTAT
TATCATGGTT TTGGAGCTGA GAAAAATCTT TTACAAGCAA GTAAATTAAT CGAGGAGGCT
ATTATCCATA TGAAAAGCAA GGCTGAGGAG GGTTGTATAG AAGCCCAATA TATAGTAGGA
TGGATGTATC AATATGGCCT AGGGGTAATG CAAGACCACG TGGAGGCAGC AGTGTGGTAT
AAGAAATCAG CTAACACTTA TCCAGCAGCA CAAAAAGCAT TAGATGAGTT GAACCATGCT
GGCTAA
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| Protein sequence | MKRNSSPFQV YIACILLISF FLQNCCGEFN NNPLISTQEK QTASIQTHSQ LILTPRADIG
SLAGQGLKAQ GGHAVTFYQE AGELRANVEM NVPERFSKTY EGLLVTLEQG AEVTRLPQLS
EQAQERRIQL QLAKGNQPAK VVIYKGAGLV GGMQEGEEKA DESIPNECLC PITHELMEEP
VIARDGHTYE RAAIERWFSM GKRTSPVTGA KIGSTKLIPN YAIRSLIKSL KTHNSSLAKP
ILGMQTARQQ SLSVPSGACF FVSDSVIDVL FSQSIRGDVV ALSKLLNLSE NYHVHAQYKV
GVMCAEGRGI AKNAAKAVEW YEKAAKQGHA VAQSNLGWMY ADGRGVAQNY AKAIKWFQKA
ANQGHASAQY KLGWMYAEGL GVVKDARKAI EWYERAAKQG DASAQSNLGV SYANGWGVAK
DARKAIKWFQ KAADQGHATS QYNLAWMYAD GQGVVKDTRK AVEWFQKAAN QGYVKAQYNL
GWMYAEGRGV DKDARKAIEW YKKAAKQGHA DAQLKLGARY FKGEGIAKDY AKAKEWYEKT
ADQGHAHAQY NLGYMYEKGL GVAKDYVKAI AWYKQAANQG HAKSQYALGV IYIEGQGVAK
DVRKAIEWYE KAANQGHADV QLKLAARYFK GEGIAKDYAK AIEWFQKTAN QGHANAQYNL
GYVHEKGLGV AKDYVKAIEW YEKAANQEHA KSQYALGVIY ESGEGVEKDE KKAIEWYEKA
ANQGHARAQF SLGVMYGEGE GVEKDERKAV EWYEKAANQG HARAQFKLGW MYGEGRGVSQ
DYAKAIEWSE KAANQGHARA QYNLGWIYEN WKGVAKDYAK AVEWFQKAAN QGYARAQYNL
ARMYDHGQGV VQNYQEAVKW YEKSVGQGNN YAKAYLGRLY YHGFGAEKNL LQASKLIEEA
IIHMKSKAEE GCIEAQYIVG WMYQYGLGVM QDHVEAAVWY KKSANTYPAA QKALDELNHA
G
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