| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cmaq_0900 |
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| Symbol | |
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| ID | 5710476 |
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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 | Caldivirga maquilingensis IC-167 |
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| Kingdom | Archaea |
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| Replicon accession | NC_009954 |
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| Strand | - |
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| Start bp | 941026 |
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| End bp | 943704 |
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| Gene Length | 2679 bp |
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| Protein Length | 892 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 641275403 |
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| Product | Beta-galactosidase |
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| Protein accession | YP_001540724 |
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| Protein GI | 159041472 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1874] Beta-galactosidase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 0.698907 |
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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 | 44 |
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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 | ATGCTCCTAT GTGGTGAAAT GCATTACTTC AGGGTCCCTA GGGGTCTTTG GGAAGATAGG
CTGCTTAAGA TTAAGAGGGC TGGGTTAAAC TGCTTAAACA CCTACTTCGC TTGGAATTAC
CATGAGGTTG AACCAGGGGT ATTTGACTTC TCCGGGGAGA AGGACGTTGA CGTGTACTTA
AGTAAGGCTG AGGAGCTTGG CCTTAAGATA ATTGCCAGGG TTGGACCCTA TATATGTTCG
GAATGGGATA ATGGTGGACA CCCTGACTGG TTACTGAGTA GGGGATTGGT GCCTAGGAGC
CTTGACTCAT CCTACTGGCC TTACGCTGAG AGGTGGCTTA GGGTAATATT ACCCATTGTT
GTTAAGCATC AGGAACCTAA TGGTGGTGTT GATATTGTTC AATTGGAGAA CGAGTACTTC
TGGGGTGATG CACCACTCCA CATGAAGCTA GCTGAGTTAG CTAGGCAGGT TGGTGTTACT
GCTAAGCTGT ACACTAATGT TAATAGGTAT GTTAGGAACA CAGTGTACAC TGATGCCTTG
GATCTTTACC CAAGCCCATG GGACCTAAAC TCAGTAATAT GGAGTATTAA GGATCTCCTG
GAAACCCAGG GTGGTAGGCC TAAGATACTT GAGTATGAGG GTGGGTGGTT CTCGGTTATT
CATAGGCCAT TACCAACATC AAGGGGTAGT TTCCCACCTG ACTGGACTAG GATACTTTTA
GCAACGGCAT TAGCCTATGG TTCAGATGTT GTAAGCTTCT ACATGTTCCA TGGGGGCACT
AATTTCGGTT ACTGGACTGG TAGATGGATA ACCACTACTT ATGATTATGA GGCTTCAATT
AGGGAGTGGG GTGAATTAAG TGAAAGGTAC TATAAGGTTA AGTTAATTAC ACCACTGGCT
GAATTCATTG ATGGTAGTGA AACAGAGGGT GAATCATACG ATAACGGTAA GCTATTAGTT
ATTAGGCGTA AGGGTGACTT AAGGTTAAAG TTCTACATTA ACAACACTGA GACTGATTGG
ATTGATGGTG ATGTTAAGGT TCCAGCAAGG GGTGTTAAGG TTATTCCAAG TAACTTAAGC
GTTAAGGGTG CTACAATTAG TGAAACAAAC CTAAGCCTAC TGACCGTTAG GGATGGTGAT
GTGTTACTTT ACGGTAATGC CGGTGAGGAA TTCAAAATTA GGCTTAAGGG TGGCTTAGTT
AAATCATGCC TAGGTGTTGA GTATCGTACT GAAGGCGACT CAATAGTGCT GAGCGGTAAG
GTGCCGGGTG AATTAAATGG TTGCTTAATT GAGGGTAAAG GTAATGTTAG AGTGTTGATT
CTAAGTGAAT TATTCGCATC CAGAACCTGG ATAATGAATG ATTACTATGT TCCATCAAAT
GTATACTTAA TTAGGGATGG TAACTACAAC TCACTGTTAA TTGAGGCTAA GGAGGGTGTT
AACGTGCTTT ACCTACCCTT TAAGTCAAGT AAGGGTAGGT ACATTCCTGA ACTGGACTTA
ACCAGGATTG AACTTAACGT TAATGTTGAG CAACCTAACG TATCCATAAC CCAGGTGACT
AAAGGCTCAG TGAGTATTAA ACCTATTCTT AAAATTAGTG ATATTAAGCC CCTTGAGGAA
TTAGGCTTGT TTAAGCATGG ATTATACATC TACGACACCA AGCTTAACGC AAGTGGATTA
ATAGGCTTCA TAGCCCACGA TTACGCCGCA GTAATTAATA ATGGTAGGGT TACGGCAAAC
GGCTTCATAT ACATTAAAAC CAATGCTAAC GCCGGTGACT TGAGGATAGT GGTTGAGTCA
ACAGGTCACC CTAATGATGG CACCATACCG TTCTTCACCG GTTTACAGTC ACCAGTCTTA
ATTAATCAAG TCGGTAGTAT TAAGGTTGAT TCATGGGAAT ACGGTATACT TGACTTATCC
AGTAGACTTA AGCCCGGTAT AGCAACCAAT TACAGTCACA CCATGGTGAT TAATAAGGAG
ATTAAGGAGT ACTTACCTAA GGTTAAGTGG GTTAAGAGCA TTAGTGACTT AGGTAAACCA
AATAATGCGG TTATTTACTA TAGGGGTAGA ATTCATTTAA ATGAGGCGAG GCATGTAATT
CTTAGGATCA GTAAAGCCGA TCAGTGGGCC GCAATGGTGA TTTTCATTAA TGGGGAAGAG
GTCTATAGGG GTCATGGCGA TGAACCATTC GAAACCACGG TATACGGTGG TTTAAGAAGC
GGTGACGTTG AAGTAGTTAT TGCATTACTA AGATACGGCA TTAAGGAGAT TAATTCAACC
CCAGGGAATG TTGAGATTGA TTTATGGGGC GGCATCATTA ATGACTACAG CTTAAGCATT
ATGGAGTTAG GTGAGGCAAG GGATAGCGTT AAATTACCGT TAATCATAAG TGAGCCATCA
ACCATTAAGC TTAAGTTCAC GGTCAATAAA CCAAGTGATA CTAATGCACC ACTTAACGTT
GAGTTGAGTG GGAGGATCCA CGCATTAATA TACTTGAACG GTATATTAAT CGGCAGGTAT
TATCCAGGCG ATTCACAAAG CATGTTCTAC TTACCTGAAC CATACTTAAG TGAGGAGAAT
GAATTAACCA TATTAGCCAC ACCGGTTGAA AGCAATGCCA CAGTGAATGT AACGTTTAAG
CCCTACATGG TGACGAGGAT TATTAACCTA ACTCTATGA
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| Protein sequence | MLLCGEMHYF RVPRGLWEDR LLKIKRAGLN CLNTYFAWNY HEVEPGVFDF SGEKDVDVYL
SKAEELGLKI IARVGPYICS EWDNGGHPDW LLSRGLVPRS LDSSYWPYAE RWLRVILPIV
VKHQEPNGGV DIVQLENEYF WGDAPLHMKL AELARQVGVT AKLYTNVNRY VRNTVYTDAL
DLYPSPWDLN SVIWSIKDLL ETQGGRPKIL EYEGGWFSVI HRPLPTSRGS FPPDWTRILL
ATALAYGSDV VSFYMFHGGT NFGYWTGRWI TTTYDYEASI REWGELSERY YKVKLITPLA
EFIDGSETEG ESYDNGKLLV IRRKGDLRLK FYINNTETDW IDGDVKVPAR GVKVIPSNLS
VKGATISETN LSLLTVRDGD VLLYGNAGEE FKIRLKGGLV KSCLGVEYRT EGDSIVLSGK
VPGELNGCLI EGKGNVRVLI LSELFASRTW IMNDYYVPSN VYLIRDGNYN SLLIEAKEGV
NVLYLPFKSS KGRYIPELDL TRIELNVNVE QPNVSITQVT KGSVSIKPIL KISDIKPLEE
LGLFKHGLYI YDTKLNASGL IGFIAHDYAA VINNGRVTAN GFIYIKTNAN AGDLRIVVES
TGHPNDGTIP FFTGLQSPVL INQVGSIKVD SWEYGILDLS SRLKPGIATN YSHTMVINKE
IKEYLPKVKW VKSISDLGKP NNAVIYYRGR IHLNEARHVI LRISKADQWA AMVIFINGEE
VYRGHGDEPF ETTVYGGLRS GDVEVVIALL RYGIKEINST PGNVEIDLWG GIINDYSLSI
MELGEARDSV KLPLIISEPS TIKLKFTVNK PSDTNAPLNV ELSGRIHALI YLNGILIGRY
YPGDSQSMFY LPEPYLSEEN ELTILATPVE SNATVNVTFK PYMVTRIINL TL
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