| Definition | Chlorobium chlorochromatii CaD3 chromosome, complete genome. |
|---|---|
| Accession | NC_007514 |
| Length | 2,572,079 |
Click here to switch to the map view.
The map label for this gene is 78188989
Identifier: 78188989
GI number: 78188989
Start: 1371435
End: 1377236
Strand: Reverse
Name: 78188989
Synonym: Cag_1022
Alternate gene names: NA
Gene position: 1377236-1371435 (Counterclockwise)
Preceding gene: 78188990
Following gene: 78188988
Centisome position: 53.55
GC content: 43.61
Gene sequence:
>5802_bases ATGGATAATACATTTCTTTCAAATGGTGGCATTGTTACCACTGACTTTGGTGGAAGCGATTCCGGTAGTAGTATTGCGTT GCAAACGGATGGCAAGATTATTGTAGCAGGGGAATCAAGTGGAGGTGGAGATGGCGGTTTTACTGTTGTGCGCTATAATG CCGATGGAAGTCTCGATATCACCTTTGATGGTGATGGTAAAGTAACCACTGATTTTGGCGGATTAGAATATGCCACGAGT GTTGCGTTACAGGGTGATGGCAAAATTGTTGTTGCTGGATATAAGGGTATTTCATCAAGTGGTGGAGGTGATTTTGCGCT GGTCAGGTATAACGCCGATGGCAGTTTGGATATTACCTTTGACGGTGATGGCAAGGTTACGACTGATTTTGGTGGTTGGG ATGAAGCCGAAAGTGTAACAATAGATTCCAATGGCAAAATTGTTGTTGTAGGCTACACTGGTATTTCATCAAGCGGTGGA GGCGATTTTGCTGTGGTGCGATATAACGTTGATGGTAGTTTAGATGCCACTTTTGGCGCGGGAGGTAAGGTCATTACCAA TGTTGGTGGTGAAGAGTATGCCCATAGTGTGATTGTGCAGTCTGATAACAAGATTGTGGTGATAGGGGATACTGGAATCA GCTCCAGTGGTGCGAGCGATTTTGCGTTGGTACGCTATAACAATGATGGCAGTTTGGATACCACTTTTGGGGTGAGTGGT AAAGTAACGACCAATTTAGATTTTGGTGATTTTGTGGGTGGGGCAACCATGCAATCGGATGGTAAAATTGTGGTTGTTGG GGAGAGTTATTCTTTAGCCGATATGGCTGTTAGTGGTGATCAGGATTTTGTGCTTGTTCGCTATAACACTGATGGCAGCT TGGATACCTCGTTCGCCGATGACGGAACGCTTGTTGCTGATTTCGGAGGTGGAGAGAGTGCTACGAGTGTGGCAGTGCAG GCAGATGGCAAGATTGTTGTAACTGGCGATAGTTTTCCCGCAGGTGGTAGTGGTGATAGCAATGTTATTGTGGTGCGTTA CCATACGGATGGCACTTTAGATACGACCTTTTCAGAGAATGGGTTTGTTAAAACAGTAGTTGGCGAATCGGAAGGCAATA GTGTTGTTGTGCAATCAGATGGTAGAATTCTTGTTGCCGGGCAAAGCAACGGCGACTTTTCCCTTGTGCGCTACAACAGC AACGGCAGTATGGGATTGGGCATTGACTTTGATGGCACGCCAATTGGTACGCCCAGCAGCTATGAATCATTTGCTGATTT ATACTTTGATGAAACTCAAGCAACTATAGCTGGTTATATCGGTTCTGCTTTAGTTACACTTGCTCCTCCAGGCGTTGTTC ATTGTTTTGATGAAGATCACGATGGTTTTGCTGATCACTTTACGCGGACATGGGTTGATGGTAATGGAACACAAAGTATA TCAGGAACAACGGTATGGCTTGATAATAACATTTTTAAGTCTTCCGGTTCTGCGCTTATTGGTGGCATTCCCTACACCGT AAACCAATATGGACGGGCAGCTTATGATGCTGATGGCGATGTTGTTGGTATGTATTTTCTTACGGTAAATCCAGTCTTTA CGTTGACAGCAGACACCACTGTTGGCAATGAACTGGTTGCAACGTTTACCATACCTAATCAAGCAGAAACGTGGTCGTTG CTGGATAGCGATTTGAATGGAGTTGTTGATCATGTAAATCGGTGGAACTCATGGATTGATCAGAACAGTGTAACACAAAT CAGGAACTTCACATATTTGTTGACGTGGAGTGATATAACCCATTTTACTGCTCGGCAAGTTGGAGTTATTACAGGAACAT CATTCGATGCTCTTGGTCGTCCGTTAGGAATCACGTTTTCAAACAGTACACCACCTGCACACATTTTGCCTATTACGTGG TTGGATACAAAAGGGGATGATAATGTTGTTGCTACTTTCGACATCCCATCAACTATTTTTGGGCAATTGCTTGACACCAA TGACGATAATTTACCTGATCAGGCAGTTTTTATTGAAACATCATCATCGGGACAAAAAGATACTGCTACGGCAACAATTC AGGGATGGTCAAGTTGGAGCGACATAAGTACACAGCAAGTAACGATGGAAATCCAAACATCAACAGCTCCATGGAATTTC TTCACTGGCACCATTAATGGTACCAGCAGCAATCCCACAACCGTTATTATGCCATCGTATTTCATGGGTAACAATGTTGT GGTTCCTGAAACTACATTTCCAAGCATGACAAACAACTCCTTAACCTTTGATCTTGGCACCACAGGCGCTTCGCTGGCAT CATCAGGCTCTATTACGTTATGGAGTTCTGCAACGGGCACAATTACTATTCCCGTTACTTCGCTCACTTTTGATGGCTCT CATCTTACCATTCCACTTTCAGGAACAGATGTGGCTACTAATCAGCCATATCATCTCTATCCAAATTCAGTGGACAACTT CCGTGTGCAAATACCGGCAGGAGTTGTGATTGGTGAGCCAACAATTGATAAAGCATGGTTTGTTGGTGAATGGAACAATA TCGGTTATGAGCTTTCGCCAATGATGATTGTCTATAATGGCGATGGTACAACTGATGCTGATTGGGTACTTGGAACATCG GGCAATGATAGTGTTGCCGCCGGTGCAGGCGACGATTTAATGAAATGGTCAGCAGGAAATGATACCATAGATGCGGGTGA TGGATATGATAAGCTTTATATGCCAAAAGCGGTTCCATCAGCCAATTACATCACAAAGACAGATTCACAAGGCGTGCTTC ATATTGGAGAAGTCAATGCTGCAACGAACACTATTATTGCTGATGCCTATCGGATTACAAGACTTGCTGCCGGTTCATTT CAGATACAAAAAATGGATAGCACGGGAACAACGGTTACGCAAACCATGCTATTGAATAATGCCGAAGTGCTTCACATTGG TCCACCATCCAATTATACATCGGTAGCTCTTACTATAAATTATGCCAATGAGTTTATTTATGGCACTCCATGGAGAGATA CGATTTATTTGAATGCTTCCAATATCAGTACGCTAAGCCAGATTTGGGCATATAGCAGTACAGATACTCTTGCAATTGAT GTAGGCGCAGGTTACAGCAAAATAGAGGTTGTTCGTGAAGGCTCTACATCTTTACTGAAGGGGACGCTTATTGCCGATGG CACTGTTGTTGATCTCGGCAGCTTTAGTAAAGCATTGCCATCTCAATACAATTATACCGCAACCATGAGCATCGGAACAG GTGAAAGTGCTCATTCATTTACCATCAATAATATTGAAGCTTACCGATTTACATCGGGTGATGTTATTCTTACTGTTGAT CCTATTCCGCCAACGGTTATATCCTTTACGCCATCCGACAACGCCACAGCTATAGCCGTTGGTAGCAACATCGTGCTCAC CTTCAGCGAAACCGTGCAGGCTGGCACGGGCAACATTGTTATCACCGATGGTACGGATGTTCGTACAATTGCAATGACTG ATAGCAGTCAAGTTTCCATTGCAGGCAACACACTTACCATCAATCCAACAGCAGACTTGGCAAAAGGAATGCACTACTTC GTAATGCTTGATGCCGGCAGCATTGAGGATTTGGCGGGGAATGATTATGCCGGCACGACAAGCTATGATTTTACGACGAT AGTTGGTGGGGTTATTACCACTGACTTTGGAGGCGATAGTTTTGGTTGTGGCGTAACTATACAGGCTGACGGCAAGATTC TTGTGGTGGGAGGTGGAAGTAATGGAGACATTGCTTTAGCGCGTTACAACATGGACGGCAGTCTTGATACATCTTTTGGA AATGAGACAGGTAAGCTAACAACGGATTTTGGATATGAAGATGCTGCTTTATCCACAATAATACAAAGTGATGGCAAAAT TCTTGTTATTGGAGAAAGCGTTATTAATGGGGGTAGTTACGGTAAGTGTATTATTGCTCGTTATAACATTGATGGTAGCC TTGACACCAGCTTTGATGGTAATGGTAAAGTGATTACTGATTTTCTCGATGGATTGAATGTTGATGGATTCTATACAACT GAAGCAATTCTTCAAAGTGATGGTAAAATTCTGATTGTTGGAGGTGGTTATCAATCAGGAAATAGCTTAGTCACTTTATT TAGGTACAACTCTAATGGCTCTCTTGATTCAAGTTTTGGAAACAACGGAATGGTTATTACACCATCCATAAGTAGTTTAA ATAGCTCTGACTTTCCTTATGGTGTCGTACAGCAGGTTGATGAAAAAATTCTTGTAGCAGTTCGCAGTGATAATAATGCT GCAATTACTCTTATACGCTATAATAGTAATGGAACGGTTGATACAAGCTTTAATGCCGACAGTATGCAGATTACAGGGCT TAAAGAGAACGACATGGATGGTGGTTTAGTTTTACAGGTTGATGGCAAAATTCTTGTATCAGGAAGCAGTAATGGCAATA TTATTTTAGTGCGCTACCATAGTGATGGAACTCTTGATAGCACATTTAATGGCAATGGTAACATTGTAACTGACTTGGGA GGAAATGATGGTGTTGGAGCAATAACATTGCAACCAGATGAAAAAATTCTGGTTTCGGGGTATAGTAACAATGAGTTAGC TTTATTACGCTATAATACGGATGGTACTCCCGATACTCATTTTTGTAATAATGGCGTAGTGCTCACCAATATTGGCTCTG ACTCATTCCATGAAATAACTTTTGCTGGTTGGGGCATTACCGTGCAAGCCGATGGTAAAATTCTTGTGACAGGGCAAAGC AACGGTGATTTTGCTCTTGTACGGTACAATACCGATGGGAGCCTCGATACAAGCTTTGATGGGGTGTCTGAACCTACTCC CCCTACCCATGACCTCAGCGGACACATCACCTTCTGGAAAACAGGCAACGCTATCAGCAATGTGCAAGCAACATTAGCTA CCATGCCAATGCAGCCAGCCTCTGACGACGTAGCTTTCCGTAACCTGCAACACCAAAGTAATGGTGGTTACACCGTTGAA TTGTGGGCAACAACAACCCAAACTGAATTGCAAAGCATTCAACTTGCCATGCAATTTTCAGACAATGTAACCGCTCAATG GCAGCAAAGTAGTGCAGTGCCAACTGGTTGGCTAAGCGTTATTAACAATACACAAGCTGGTCATCTTGAAATTGGCACCA TCGGGCAAGCTACAATGCAAGGTGATGAGGAAATAATGCTTGGCACCCTTACCTTTAGTGCTCCCGATAATCCAAACAAC TTTACCCTTGCTGTTACGAGTGGCTGGTTAGGTGACAATAGCATTGCCCCAACCTCAATTTTGTGTACAGCTACCGATTC AGAAGGCAACTATAGCTTTGAAACTATTGCTGATGGATGGTACCAGATTACAGGTGAAAGCAATACCGCAAAGCTTGCCG ATGCCGTTACGGCTCAAGATGCGCTTGCTGCACTAAGAATGGCAGTCGCGCTTAATCCTGATGGAGGCAATAATCTTGAT GAGGTTTCACCATTCCAATACCTTGCAGCCGACATCAACCGCGATGGCAAAGTGCGTGCCAACGATGCACTCAACATTCT GAAAATGGCAGTTGGCATTGAATCAGCACCCGCTGATGAATGGATTTTTGTTGCCGAAAGCGCCGCAAGCAAAACCATGG ATCGCAGCCATGTTGACTGGTCATTTGCCGAACAGCCAATAGATGTTTATGGGGATATGGAGCTTGACCTTGTTGGTGTT GTGAAGGGCGATGTTGATGGCAGTTGGGGAATGGTGGGATAA
Upstream 100 bases:
>100_bases TCGCATCATCTTCTAAAGAACTATCCTATAAATAGGATGTGGCTTGAAGGTTTATTGTACATTACAAACAGTTTATTTCT AACCTTTAATTCCTACGATC
Downstream 100 bases:
>100_bases CGTAGGATAGCAAAAAAAGGAGAGCCGGCGTTCTTGTCCGCTAACAAGCACGAAATGGCGGATAGGAATATCCGCCCTCC TTTTTCAAAAATTAAAAATT
Product: hypothetical protein
Products: NA
Alternate protein names: None
Number of amino acids: Translated: 1933; Mature: 1933
Protein sequence:
>1933_residues MDNTFLSNGGIVTTDFGGSDSGSSIALQTDGKIIVAGESSGGGDGGFTVVRYNADGSLDITFDGDGKVTTDFGGLEYATS VALQGDGKIVVAGYKGISSSGGGDFALVRYNADGSLDITFDGDGKVTTDFGGWDEAESVTIDSNGKIVVVGYTGISSSGG GDFAVVRYNVDGSLDATFGAGGKVITNVGGEEYAHSVIVQSDNKIVVIGDTGISSSGASDFALVRYNNDGSLDTTFGVSG KVTTNLDFGDFVGGATMQSDGKIVVVGESYSLADMAVSGDQDFVLVRYNTDGSLDTSFADDGTLVADFGGGESATSVAVQ ADGKIVVTGDSFPAGGSGDSNVIVVRYHTDGTLDTTFSENGFVKTVVGESEGNSVVVQSDGRILVAGQSNGDFSLVRYNS NGSMGLGIDFDGTPIGTPSSYESFADLYFDETQATIAGYIGSALVTLAPPGVVHCFDEDHDGFADHFTRTWVDGNGTQSI SGTTVWLDNNIFKSSGSALIGGIPYTVNQYGRAAYDADGDVVGMYFLTVNPVFTLTADTTVGNELVATFTIPNQAETWSL LDSDLNGVVDHVNRWNSWIDQNSVTQIRNFTYLLTWSDITHFTARQVGVITGTSFDALGRPLGITFSNSTPPAHILPITW LDTKGDDNVVATFDIPSTIFGQLLDTNDDNLPDQAVFIETSSSGQKDTATATIQGWSSWSDISTQQVTMEIQTSTAPWNF FTGTINGTSSNPTTVIMPSYFMGNNVVVPETTFPSMTNNSLTFDLGTTGASLASSGSITLWSSATGTITIPVTSLTFDGS HLTIPLSGTDVATNQPYHLYPNSVDNFRVQIPAGVVIGEPTIDKAWFVGEWNNIGYELSPMMIVYNGDGTTDADWVLGTS GNDSVAAGAGDDLMKWSAGNDTIDAGDGYDKLYMPKAVPSANYITKTDSQGVLHIGEVNAATNTIIADAYRITRLAAGSF QIQKMDSTGTTVTQTMLLNNAEVLHIGPPSNYTSVALTINYANEFIYGTPWRDTIYLNASNISTLSQIWAYSSTDTLAID VGAGYSKIEVVREGSTSLLKGTLIADGTVVDLGSFSKALPSQYNYTATMSIGTGESAHSFTINNIEAYRFTSGDVILTVD PIPPTVISFTPSDNATAIAVGSNIVLTFSETVQAGTGNIVITDGTDVRTIAMTDSSQVSIAGNTLTINPTADLAKGMHYF VMLDAGSIEDLAGNDYAGTTSYDFTTIVGGVITTDFGGDSFGCGVTIQADGKILVVGGGSNGDIALARYNMDGSLDTSFG NETGKLTTDFGYEDAALSTIIQSDGKILVIGESVINGGSYGKCIIARYNIDGSLDTSFDGNGKVITDFLDGLNVDGFYTT EAILQSDGKILIVGGGYQSGNSLVTLFRYNSNGSLDSSFGNNGMVITPSISSLNSSDFPYGVVQQVDEKILVAVRSDNNA AITLIRYNSNGTVDTSFNADSMQITGLKENDMDGGLVLQVDGKILVSGSSNGNIILVRYHSDGTLDSTFNGNGNIVTDLG GNDGVGAITLQPDEKILVSGYSNNELALLRYNTDGTPDTHFCNNGVVLTNIGSDSFHEITFAGWGITVQADGKILVTGQS NGDFALVRYNTDGSLDTSFDGVSEPTPPTHDLSGHITFWKTGNAISNVQATLATMPMQPASDDVAFRNLQHQSNGGYTVE LWATTTQTELQSIQLAMQFSDNVTAQWQQSSAVPTGWLSVINNTQAGHLEIGTIGQATMQGDEEIMLGTLTFSAPDNPNN FTLAVTSGWLGDNSIAPTSILCTATDSEGNYSFETIADGWYQITGESNTAKLADAVTAQDALAALRMAVALNPDGGNNLD EVSPFQYLAADINRDGKVRANDALNILKMAVGIESAPADEWIFVAESAASKTMDRSHVDWSFAEQPIDVYGDMELDLVGV VKGDVDGSWGMVG
Sequences:
>Translated_1933_residues MDNTFLSNGGIVTTDFGGSDSGSSIALQTDGKIIVAGESSGGGDGGFTVVRYNADGSLDITFDGDGKVTTDFGGLEYATS VALQGDGKIVVAGYKGISSSGGGDFALVRYNADGSLDITFDGDGKVTTDFGGWDEAESVTIDSNGKIVVVGYTGISSSGG GDFAVVRYNVDGSLDATFGAGGKVITNVGGEEYAHSVIVQSDNKIVVIGDTGISSSGASDFALVRYNNDGSLDTTFGVSG KVTTNLDFGDFVGGATMQSDGKIVVVGESYSLADMAVSGDQDFVLVRYNTDGSLDTSFADDGTLVADFGGGESATSVAVQ ADGKIVVTGDSFPAGGSGDSNVIVVRYHTDGTLDTTFSENGFVKTVVGESEGNSVVVQSDGRILVAGQSNGDFSLVRYNS NGSMGLGIDFDGTPIGTPSSYESFADLYFDETQATIAGYIGSALVTLAPPGVVHCFDEDHDGFADHFTRTWVDGNGTQSI SGTTVWLDNNIFKSSGSALIGGIPYTVNQYGRAAYDADGDVVGMYFLTVNPVFTLTADTTVGNELVATFTIPNQAETWSL LDSDLNGVVDHVNRWNSWIDQNSVTQIRNFTYLLTWSDITHFTARQVGVITGTSFDALGRPLGITFSNSTPPAHILPITW LDTKGDDNVVATFDIPSTIFGQLLDTNDDNLPDQAVFIETSSSGQKDTATATIQGWSSWSDISTQQVTMEIQTSTAPWNF FTGTINGTSSNPTTVIMPSYFMGNNVVVPETTFPSMTNNSLTFDLGTTGASLASSGSITLWSSATGTITIPVTSLTFDGS HLTIPLSGTDVATNQPYHLYPNSVDNFRVQIPAGVVIGEPTIDKAWFVGEWNNIGYELSPMMIVYNGDGTTDADWVLGTS GNDSVAAGAGDDLMKWSAGNDTIDAGDGYDKLYMPKAVPSANYITKTDSQGVLHIGEVNAATNTIIADAYRITRLAAGSF QIQKMDSTGTTVTQTMLLNNAEVLHIGPPSNYTSVALTINYANEFIYGTPWRDTIYLNASNISTLSQIWAYSSTDTLAID VGAGYSKIEVVREGSTSLLKGTLIADGTVVDLGSFSKALPSQYNYTATMSIGTGESAHSFTINNIEAYRFTSGDVILTVD PIPPTVISFTPSDNATAIAVGSNIVLTFSETVQAGTGNIVITDGTDVRTIAMTDSSQVSIAGNTLTINPTADLAKGMHYF VMLDAGSIEDLAGNDYAGTTSYDFTTIVGGVITTDFGGDSFGCGVTIQADGKILVVGGGSNGDIALARYNMDGSLDTSFG NETGKLTTDFGYEDAALSTIIQSDGKILVIGESVINGGSYGKCIIARYNIDGSLDTSFDGNGKVITDFLDGLNVDGFYTT EAILQSDGKILIVGGGYQSGNSLVTLFRYNSNGSLDSSFGNNGMVITPSISSLNSSDFPYGVVQQVDEKILVAVRSDNNA AITLIRYNSNGTVDTSFNADSMQITGLKENDMDGGLVLQVDGKILVSGSSNGNIILVRYHSDGTLDSTFNGNGNIVTDLG GNDGVGAITLQPDEKILVSGYSNNELALLRYNTDGTPDTHFCNNGVVLTNIGSDSFHEITFAGWGITVQADGKILVTGQS NGDFALVRYNTDGSLDTSFDGVSEPTPPTHDLSGHITFWKTGNAISNVQATLATMPMQPASDDVAFRNLQHQSNGGYTVE LWATTTQTELQSIQLAMQFSDNVTAQWQQSSAVPTGWLSVINNTQAGHLEIGTIGQATMQGDEEIMLGTLTFSAPDNPNN FTLAVTSGWLGDNSIAPTSILCTATDSEGNYSFETIADGWYQITGESNTAKLADAVTAQDALAALRMAVALNPDGGNNLD EVSPFQYLAADINRDGKVRANDALNILKMAVGIESAPADEWIFVAESAASKTMDRSHVDWSFAEQPIDVYGDMELDLVGV VKGDVDGSWGMVG >Mature_1933_residues MDNTFLSNGGIVTTDFGGSDSGSSIALQTDGKIIVAGESSGGGDGGFTVVRYNADGSLDITFDGDGKVTTDFGGLEYATS VALQGDGKIVVAGYKGISSSGGGDFALVRYNADGSLDITFDGDGKVTTDFGGWDEAESVTIDSNGKIVVVGYTGISSSGG GDFAVVRYNVDGSLDATFGAGGKVITNVGGEEYAHSVIVQSDNKIVVIGDTGISSSGASDFALVRYNNDGSLDTTFGVSG KVTTNLDFGDFVGGATMQSDGKIVVVGESYSLADMAVSGDQDFVLVRYNTDGSLDTSFADDGTLVADFGGGESATSVAVQ ADGKIVVTGDSFPAGGSGDSNVIVVRYHTDGTLDTTFSENGFVKTVVGESEGNSVVVQSDGRILVAGQSNGDFSLVRYNS NGSMGLGIDFDGTPIGTPSSYESFADLYFDETQATIAGYIGSALVTLAPPGVVHCFDEDHDGFADHFTRTWVDGNGTQSI SGTTVWLDNNIFKSSGSALIGGIPYTVNQYGRAAYDADGDVVGMYFLTVNPVFTLTADTTVGNELVATFTIPNQAETWSL LDSDLNGVVDHVNRWNSWIDQNSVTQIRNFTYLLTWSDITHFTARQVGVITGTSFDALGRPLGITFSNSTPPAHILPITW LDTKGDDNVVATFDIPSTIFGQLLDTNDDNLPDQAVFIETSSSGQKDTATATIQGWSSWSDISTQQVTMEIQTSTAPWNF FTGTINGTSSNPTTVIMPSYFMGNNVVVPETTFPSMTNNSLTFDLGTTGASLASSGSITLWSSATGTITIPVTSLTFDGS HLTIPLSGTDVATNQPYHLYPNSVDNFRVQIPAGVVIGEPTIDKAWFVGEWNNIGYELSPMMIVYNGDGTTDADWVLGTS GNDSVAAGAGDDLMKWSAGNDTIDAGDGYDKLYMPKAVPSANYITKTDSQGVLHIGEVNAATNTIIADAYRITRLAAGSF QIQKMDSTGTTVTQTMLLNNAEVLHIGPPSNYTSVALTINYANEFIYGTPWRDTIYLNASNISTLSQIWAYSSTDTLAID VGAGYSKIEVVREGSTSLLKGTLIADGTVVDLGSFSKALPSQYNYTATMSIGTGESAHSFTINNIEAYRFTSGDVILTVD PIPPTVISFTPSDNATAIAVGSNIVLTFSETVQAGTGNIVITDGTDVRTIAMTDSSQVSIAGNTLTINPTADLAKGMHYF VMLDAGSIEDLAGNDYAGTTSYDFTTIVGGVITTDFGGDSFGCGVTIQADGKILVVGGGSNGDIALARYNMDGSLDTSFG NETGKLTTDFGYEDAALSTIIQSDGKILVIGESVINGGSYGKCIIARYNIDGSLDTSFDGNGKVITDFLDGLNVDGFYTT EAILQSDGKILIVGGGYQSGNSLVTLFRYNSNGSLDSSFGNNGMVITPSISSLNSSDFPYGVVQQVDEKILVAVRSDNNA AITLIRYNSNGTVDTSFNADSMQITGLKENDMDGGLVLQVDGKILVSGSSNGNIILVRYHSDGTLDSTFNGNGNIVTDLG GNDGVGAITLQPDEKILVSGYSNNELALLRYNTDGTPDTHFCNNGVVLTNIGSDSFHEITFAGWGITVQADGKILVTGQS NGDFALVRYNTDGSLDTSFDGVSEPTPPTHDLSGHITFWKTGNAISNVQATLATMPMQPASDDVAFRNLQHQSNGGYTVE LWATTTQTELQSIQLAMQFSDNVTAQWQQSSAVPTGWLSVINNTQAGHLEIGTIGQATMQGDEEIMLGTLTFSAPDNPNN FTLAVTSGWLGDNSIAPTSILCTATDSEGNYSFETIADGWYQITGESNTAKLADAVTAQDALAALRMAVALNPDGGNNLD EVSPFQYLAADINRDGKVRANDALNILKMAVGIESAPADEWIFVAESAASKTMDRSHVDWSFAEQPIDVYGDMELDLVGV VKGDVDGSWGMVG
Specific function: Unknown
COG id: NA
COG function: NA
Gene ontology:
Cell location: Cytoplasmic
Metaboloic importance: NA
Operon status: Not Known
Operon components: None
Similarity: NA
Homologues:
None
Paralogues:
None
Copy number: NA
Swissprot (AC and ID): NA
Other databases:
NA
Pfam domain/function: NA
EC number: NA
Molecular weight: Translated: 202931; Mature: 202931
Theoretical pI: Translated: 3.83; Mature: 3.83
Prosite motif: NA
Important sites: NA
Signals:
None
Transmembrane regions:
None
Cys/Met content:
0.3 %Cys (Translated Protein) 1.7 %Met (Translated Protein) 2.0 %Cys+Met (Translated Protein) 0.3 %Cys (Mature Protein) 1.7 %Met (Mature Protein) 2.0 %Cys+Met (Mature Protein)
Secondary structure:
>Translated Secondary Structure MDNTFLSNGGIVTTDFGGSDSGSSIALQTDGKIIVAGESSGGGDGGFTVVRYNADGSLDI CCCCEECCCCEEEEECCCCCCCCEEEEEECCEEEEEECCCCCCCCCEEEEEECCCCCEEE TFDGDGKVTTDFGGLEYATSVALQGDGKIVVAGYKGISSSGGGDFALVRYNADGSLDITF EECCCCEEEECCCCCEEEEEEEEECCCEEEEEECCCCCCCCCCCEEEEEECCCCCEEEEE DGDGKVTTDFGGWDEAESVTIDSNGKIVVVGYTGISSSGGGDFAVVRYNVDGSLDATFGA CCCCEEEECCCCCCCCCEEEECCCCCEEEEEECCCCCCCCCCEEEEEEECCCCEEEEECC GGKVITNVGGEEYAHSVIVQSDNKIVVIGDTGISSSGASDFALVRYNNDGSLDTTFGVSG CCEEEEECCCCHHEEEEEEECCCEEEEEECCCCCCCCCCCEEEEEECCCCCEEEEECCCC KVTTNLDFGDFVGGATMQSDGKIVVVGESYSLADMAVSGDQDFVLVRYNTDGSLDTSFAD EEEECCCHHHHCCCCEEECCCEEEEEECCCCEEEEEECCCCCEEEEEECCCCCCCCCCCC DGTLVADFGGGESATSVAVQADGKIVVTGDSFPAGGSGDSNVIVVRYHTDGTLDTTFSEN CCCEEEECCCCCCCEEEEEEECCEEEEECCCCCCCCCCCCCEEEEEEECCCCEEEEECCC GFVKTVVGESEGNSVVVQSDGRILVAGQSNGDFSLVRYNSNGSMGLGIDFDGTPIGTPSS CEEEEEEECCCCCEEEEECCCEEEEEECCCCCEEEEEECCCCCEEEEEECCCCCCCCCCC YESFADLYFDETQATIAGYIGSALVTLAPPGVVHCFDEDHDGFADHFTRTWVDGNGTQSI HHHHHHHEECCCHHHHHHHHHCEEEEECCCCEEEEECCCCCCHHHHCEEEEECCCCCCCC SGTTVWLDNNIFKSSGSALIGGIPYTVNQYGRAAYDADGDVVGMYFLTVNPVFTLTADTT CCEEEEEECCEEECCCCEEEECCCCCHHCCCCEEECCCCCEEEEEEEEECEEEEEEECCC VGNELVATFTIPNQAETWSLLDSDLNGVVDHVNRWNSWIDQNSVTQIRNFTYLLTWSDIT CCCEEEEEEECCCCCCCHHHHHHHHHHHHHHHHHHHHHCCCCCCEEEECEEEEEEECCCC HFTARQVGVITGTSFDALGRPLGITFSNSTPPAHILPITWLDTKGDDNVVATFDIPSTIF CCCHHEEEEEECCCHHHCCCCEEEEECCCCCCCEEEEEEEECCCCCCCEEEEEECCHHHH GQLLDTNDDNLPDQAVFIETSSSGQKDTATATIQGWSSWSDISTQQVTMEIQTSTAPWNF HHHCCCCCCCCCCCEEEEEECCCCCCCCEEEEEECCCCCCCCCEEEEEEEEEECCCCCEE FTGTINGTSSNPTTVIMPSYFMGNNVVVPETTFPSMTNNSLTFDLGTTGASLASSGSITL EEEEEECCCCCCEEEEEECCCCCCEEEECCCCCCCCCCCEEEEEECCCCCHHCCCCCEEE WSSATGTITIPVTSLTFDGSHLTIPLSGTDVATNQPYHLYPNSVDNFRVQIPAGVVIGEP EECCCCEEEEEEEEEEECCCEEEEEECCCCCCCCCCEEECCCCCCCEEEEECCCEEECCC TIDKAWFVGEWNNIGYELSPMMIVYNGDGTTDADWVLGTSGNDSVAAGAGDDLMKWSAGN CCCCEEEEECCCCCCEEECCEEEEECCCCCCCCCEEEECCCCCCEECCCCCCCEEECCCC DTIDAGDGYDKLYMPKAVPSANYITKTDSQGVLHIGEVNAATNTIIADAYRITRLAAGSF CCEECCCCCCEEECCCCCCCCCEEEECCCCCEEEEEECCCCCCEEEECCEEEEEEECCCE QIQKMDSTGTTVTQTMLLNNAEVLHIGPPSNYTSVALTINYANEFIYGTPWRDTIYLNAS EEEEECCCCCEEEEEEEECCCEEEEECCCCCCEEEEEEEEECCCEEECCCCCCEEEEECC NISTLSQIWAYSSTDTLAIDVGAGYSKIEVVREGSTSLLKGTLIADGTVVDLGSFSKALP CCHHHHHHHEECCCCEEEEEECCCCEEEEEEECCCCCEEEEEEEECCEEEECCCCHHHCC SQYNYTATMSIGTGESAHSFTINNIEAYRFTSGDVILTVDPIPPTVISFTPSDNATAIAV CCCCEEEEEEECCCCCCCEEEECCEEEEEEECCCEEEEECCCCCCEEEECCCCCEEEEEE GSNIVLTFSETVQAGTGNIVITDGTDVRTIAMTDSSQVSIAGNTLTINPTADLAKGMHYF CCEEEEEEEHHHCCCCCCEEEECCCCEEEEEEECCCEEEEECCEEEECCCHHHHCCCEEE VMLDAGSIEDLAGNDYAGTTSYDFTTIVGGVITTDFGGDSFGCGVTIQADGKILVVGGGS EEEECCCCHHCCCCCCCCCCCCCHHHEECCEEEECCCCCCCCCEEEEEECCEEEEEECCC NGDIALARYNMDGSLDTSFGNETGKLTTDFGYEDAALSTIIQSDGKILVIGESVINGGSY CCCEEEEEECCCCCEECCCCCCCCCEEEECCCCHHHHHHHHHCCCCEEEEEHHHCCCCCC GKCIIARYNIDGSLDTSFDGNGKVITDFLDGLNVDGFYTTEAILQSDGKILIVGGGYQSG CEEEEEEEECCCCCCCCCCCCCCEEEEHHCCCCCCCEEEEHHHHHCCCEEEEEECCCCCC NSLVTLFRYNSNGSLDSSFGNNGMVITPSISSLNSSDFPYGVVQQVDEKILVAVRSDNNA CCEEEEEEECCCCCCCCCCCCCCEEEECCHHCCCCCCCCCHHHHHCCCEEEEEEECCCCE AITLIRYNSNGTVDTSFNADSMQITGLKENDMDGGLVLQVDGKILVSGSSNGNIILVRYH EEEEEEECCCCCEEECCCCCCEEEEECCCCCCCCCEEEEECCEEEEECCCCCCEEEEEEC SDGTLDSTFNGNGNIVTDLGGNDGVGAITLQPDEKILVSGYSNNELALLRYNTDGTPDTH CCCCCCCEECCCCCEEEECCCCCCEEEEEECCCCEEEEEECCCCCEEEEEECCCCCCCCE FCNNGVVLTNIGSDSFHEITFAGWGITVQADGKILVTGQSNGDFALVRYNTDGSLDTSFD ECCCCEEEEECCCCCCEEEEEEECEEEEEECCEEEEEECCCCCEEEEEECCCCCCCCCCC GVSEPTPPTHDLSGHITFWKTGNAISNVQATLATMPMQPASDDVAFRNLQHQSNGGYTVE CCCCCCCCCCCCCCCEEEEECCCCHHCCEEEEEECCCCCCCCCHHHHHCEECCCCCEEEE LWATTTQTELQSIQLAMQFSDNVTAQWQQSSAVPTGWLSVINNTQAGHLEIGTIGQATMQ EEEECCHHHHEEEEEEEEECCCCEEEEECCCCCCCHHHHHHCCCCCCEEEEECCCCCCCC GDEEIMLGTLTFSAPDNPNNFTLAVTSGWLGDNSIAPTSILCTATDSEGNYSFETIADGW CCCEEEEEEEEEECCCCCCCEEEEEEECCCCCCCCCCCEEEEEEECCCCCEEEEEECCCE YQITGESNTAKLADAVTAQDALAALRMAVALNPDGGNNLDEVSPFQYLAADINRDGKVRA EEEECCCCCCHHHHHHHHHHHHHEEEEEEEECCCCCCCCCCCCCHHHHHHHCCCCCEEEE NDALNILKMAVGIESAPADEWIFVAESAASKTMDRSHVDWSFAEQPIDVYGDMELDLVGV CHHHHEEHHHHCCCCCCCCCEEEEEECCHHHCCCCCCCCEECCCCCEEEECCCEEEEEEE VKGDVDGSWGMVG EECCCCCCCCCCC >Mature Secondary Structure MDNTFLSNGGIVTTDFGGSDSGSSIALQTDGKIIVAGESSGGGDGGFTVVRYNADGSLDI CCCCEECCCCEEEEECCCCCCCCEEEEEECCEEEEEECCCCCCCCCEEEEEECCCCCEEE TFDGDGKVTTDFGGLEYATSVALQGDGKIVVAGYKGISSSGGGDFALVRYNADGSLDITF EECCCCEEEECCCCCEEEEEEEEECCCEEEEEECCCCCCCCCCCEEEEEECCCCCEEEEE DGDGKVTTDFGGWDEAESVTIDSNGKIVVVGYTGISSSGGGDFAVVRYNVDGSLDATFGA CCCCEEEECCCCCCCCCEEEECCCCCEEEEEECCCCCCCCCCEEEEEEECCCCEEEEECC GGKVITNVGGEEYAHSVIVQSDNKIVVIGDTGISSSGASDFALVRYNNDGSLDTTFGVSG CCEEEEECCCCHHEEEEEEECCCEEEEEECCCCCCCCCCCEEEEEECCCCCEEEEECCCC KVTTNLDFGDFVGGATMQSDGKIVVVGESYSLADMAVSGDQDFVLVRYNTDGSLDTSFAD EEEECCCHHHHCCCCEEECCCEEEEEECCCCEEEEEECCCCCEEEEEECCCCCCCCCCCC DGTLVADFGGGESATSVAVQADGKIVVTGDSFPAGGSGDSNVIVVRYHTDGTLDTTFSEN CCCEEEECCCCCCCEEEEEEECCEEEEECCCCCCCCCCCCCEEEEEEECCCCEEEEECCC GFVKTVVGESEGNSVVVQSDGRILVAGQSNGDFSLVRYNSNGSMGLGIDFDGTPIGTPSS CEEEEEEECCCCCEEEEECCCEEEEEECCCCCEEEEEECCCCCEEEEEECCCCCCCCCCC YESFADLYFDETQATIAGYIGSALVTLAPPGVVHCFDEDHDGFADHFTRTWVDGNGTQSI HHHHHHHEECCCHHHHHHHHHCEEEEECCCCEEEEECCCCCCHHHHCEEEEECCCCCCCC SGTTVWLDNNIFKSSGSALIGGIPYTVNQYGRAAYDADGDVVGMYFLTVNPVFTLTADTT CCEEEEEECCEEECCCCEEEECCCCCHHCCCCEEECCCCCEEEEEEEEECEEEEEEECCC VGNELVATFTIPNQAETWSLLDSDLNGVVDHVNRWNSWIDQNSVTQIRNFTYLLTWSDIT CCCEEEEEEECCCCCCCHHHHHHHHHHHHHHHHHHHHHCCCCCCEEEECEEEEEEECCCC HFTARQVGVITGTSFDALGRPLGITFSNSTPPAHILPITWLDTKGDDNVVATFDIPSTIF CCCHHEEEEEECCCHHHCCCCEEEEECCCCCCCEEEEEEEECCCCCCCEEEEEECCHHHH GQLLDTNDDNLPDQAVFIETSSSGQKDTATATIQGWSSWSDISTQQVTMEIQTSTAPWNF HHHCCCCCCCCCCCEEEEEECCCCCCCCEEEEEECCCCCCCCCEEEEEEEEEECCCCCEE FTGTINGTSSNPTTVIMPSYFMGNNVVVPETTFPSMTNNSLTFDLGTTGASLASSGSITL EEEEEECCCCCCEEEEEECCCCCCEEEECCCCCCCCCCCEEEEEECCCCCHHCCCCCEEE WSSATGTITIPVTSLTFDGSHLTIPLSGTDVATNQPYHLYPNSVDNFRVQIPAGVVIGEP EECCCCEEEEEEEEEEECCCEEEEEECCCCCCCCCCEEECCCCCCCEEEEECCCEEECCC TIDKAWFVGEWNNIGYELSPMMIVYNGDGTTDADWVLGTSGNDSVAAGAGDDLMKWSAGN CCCCEEEEECCCCCCEEECCEEEEECCCCCCCCCEEEECCCCCCEECCCCCCCEEECCCC DTIDAGDGYDKLYMPKAVPSANYITKTDSQGVLHIGEVNAATNTIIADAYRITRLAAGSF CCEECCCCCCEEECCCCCCCCCEEEECCCCCEEEEEECCCCCCEEEECCEEEEEEECCCE QIQKMDSTGTTVTQTMLLNNAEVLHIGPPSNYTSVALTINYANEFIYGTPWRDTIYLNAS EEEEECCCCCEEEEEEEECCCEEEEECCCCCCEEEEEEEEECCCEEECCCCCCEEEEECC NISTLSQIWAYSSTDTLAIDVGAGYSKIEVVREGSTSLLKGTLIADGTVVDLGSFSKALP CCHHHHHHHEECCCCEEEEEECCCCEEEEEEECCCCCEEEEEEEECCEEEECCCCHHHCC SQYNYTATMSIGTGESAHSFTINNIEAYRFTSGDVILTVDPIPPTVISFTPSDNATAIAV CCCCEEEEEEECCCCCCCEEEECCEEEEEEECCCEEEEECCCCCCEEEECCCCCEEEEEE GSNIVLTFSETVQAGTGNIVITDGTDVRTIAMTDSSQVSIAGNTLTINPTADLAKGMHYF CCEEEEEEEHHHCCCCCCEEEECCCCEEEEEEECCCEEEEECCEEEECCCHHHHCCCEEE VMLDAGSIEDLAGNDYAGTTSYDFTTIVGGVITTDFGGDSFGCGVTIQADGKILVVGGGS EEEECCCCHHCCCCCCCCCCCCCHHHEECCEEEECCCCCCCCCEEEEEECCEEEEEECCC NGDIALARYNMDGSLDTSFGNETGKLTTDFGYEDAALSTIIQSDGKILVIGESVINGGSY CCCEEEEEECCCCCEECCCCCCCCCEEEECCCCHHHHHHHHHCCCCEEEEEHHHCCCCCC GKCIIARYNIDGSLDTSFDGNGKVITDFLDGLNVDGFYTTEAILQSDGKILIVGGGYQSG CEEEEEEEECCCCCCCCCCCCCCEEEEHHCCCCCCCEEEEHHHHHCCCEEEEEECCCCCC NSLVTLFRYNSNGSLDSSFGNNGMVITPSISSLNSSDFPYGVVQQVDEKILVAVRSDNNA CCEEEEEEECCCCCCCCCCCCCCEEEECCHHCCCCCCCCCHHHHHCCCEEEEEEECCCCE AITLIRYNSNGTVDTSFNADSMQITGLKENDMDGGLVLQVDGKILVSGSSNGNIILVRYH EEEEEEECCCCCEEECCCCCCEEEEECCCCCCCCCEEEEECCEEEEECCCCCCEEEEEEC SDGTLDSTFNGNGNIVTDLGGNDGVGAITLQPDEKILVSGYSNNELALLRYNTDGTPDTH CCCCCCCEECCCCCEEEECCCCCCEEEEEECCCCEEEEEECCCCCEEEEEECCCCCCCCE FCNNGVVLTNIGSDSFHEITFAGWGITVQADGKILVTGQSNGDFALVRYNTDGSLDTSFD ECCCCEEEEECCCCCCEEEEEEECEEEEEECCEEEEEECCCCCEEEEEECCCCCCCCCCC GVSEPTPPTHDLSGHITFWKTGNAISNVQATLATMPMQPASDDVAFRNLQHQSNGGYTVE CCCCCCCCCCCCCCCEEEEECCCCHHCCEEEEEECCCCCCCCCHHHHHCEECCCCCEEEE LWATTTQTELQSIQLAMQFSDNVTAQWQQSSAVPTGWLSVINNTQAGHLEIGTIGQATMQ EEEECCHHHHEEEEEEEEECCCCEEEEECCCCCCCHHHHHHCCCCCCEEEEECCCCCCCC GDEEIMLGTLTFSAPDNPNNFTLAVTSGWLGDNSIAPTSILCTATDSEGNYSFETIADGW CCCEEEEEEEEEECCCCCCCEEEEEEECCCCCCCCCCCEEEEEEECCCCCEEEEEECCCE YQITGESNTAKLADAVTAQDALAALRMAVALNPDGGNNLDEVSPFQYLAADINRDGKVRA EEEECCCCCCHHHHHHHHHHHHHEEEEEEEECCCCCCCCCCCCCHHHHHHHCCCCCEEEE NDALNILKMAVGIESAPADEWIFVAESAASKTMDRSHVDWSFAEQPIDVYGDMELDLVGV CHHHHEEHHHHCCCCCCCCCEEEEEECCHHHCCCCCCCCEECCCCCEEEECCCEEEEEEE VKGDVDGSWGMVG EECCCCCCCCCCC
PDB accession: NA
Resolution: NA
Structure class: Unstructured
Cofactors: NA
Metal ions: NA
Kcat value (1/min): NA
Specific activity: NA
Km value (mM): NA
Substrates: NA
Specific reaction: NA
General reaction: NA
Inhibitor: NA
Structure determination priority: 9.0
TargetDB status: NA
Availability: NA
References: NA