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Identifier: 170725784

GI number:

Start: 1792372

End: 1800624

Strand: Reverse

Name: Not Available

Synonym: Swoo_1423

Alternate gene names: NA

Gene position: NA

Preceding gene: 170725785

Following gene: 170725783

Centisome position: NA

GC content: NA

Gene sequence:

>8253_bases
ATGAGCCAGACCTCTAAACCCTCAAAGCCATTAGCTGATAAAAAATCAGCAAAAGCATCCTCGACAAATACAGCTGAAAT
GAATCAAGATCCCCAAGCTGATAAGCGTCTTAATAAACGCCTTAAAGATATGCCTATCGCCATCGTCGGCATGGCCAGTA
TCTTTGCTAACTCCCGCTACCTAAACAAGTTCTGGGATCTTATCAGCGAAAAAATCGATGCGATCACTGAGCTGCCCTCC
ACTCACTGGCAGCCTGAAGAGTATTATGATGCGAATAAGAGCACCCCAGATAAGAGTTACTGTAAGCGTGGTGGTTTCCT
TCCAGATGTTGACTTCAATCCAATGGAGTTTGGCCTGCCGCCAAATATCCTTGAGCTAACCGATTCATCACAGCTGCTAT
CACTGATCGTGGCAAAAGAGGTCTTGGCCGATGCGAATCTGCCAGAGGGCTATGACAGAGACAAGATAGGCATCACACTG
GGTGTGGGTGGTGGTCAGAAGATCAGCCACAGCCTAACCGCGCGCCTGCAGTACCCTGTACTAAAGAAAGTCTTTGCTAA
CAGCGGCATTAGCGACGAAGACAGCGCGATGCTTATCAAAAAGTTCCAAGATCAATATGTACACTGGGAGGAGAACTCAT
TCCCAGGTTCACTGGGTAACGTTATTTCGGGTCGTATCGCCAACCGCTTCGATTTAGGTGGTATGAACTGCGTGGTCGAT
GCAGCCTGTGCAGGCTCTCTTGCTGCGATGCGCATGGCGTTAACCGAGCTGACCGAAGGTCGCTCAGAGATGATGATCAC
AGGTGGTGTGTGTACCGATAACTCACCGTCCATGTACATGAGTTTCTCAAAGACACCAGCCTTTACCACTAATGAAACTA
TTCAGCCATTTGATATCGACTCAAAAGGCATGATGATTGGTGAAGGGATCGGCATGATTGCCCTTAAGCGTCTTGAAGAT
GCCGAGCGCGATGGCGATCGTATCTACTCAGTCATTAAAGGCATAGGCTCATCATCCGATGGTAAGTTTAAGTCCATCTA
CGCTCCACGTCCTGAAGGTCAAGCTAAAGCGCTCAACCGCGCCTATGATGATGCAGGTTTTGCGCCGCACACATTAGGCT
TAATCGAAGCCCATGGTACAGGTACTGCCGCTGGTGATGCAGCCGAGTTTGCAGGCCTTTGTTCTGTATTTGCTAATGGC
AACGACACTAAACAGCATATTGCCCTTGGCTCAGTTAAGTCTCAAATTGGTCACACTAAATCAACCGCTGGTACTGCGGG
TTTGATTAAAGCCGCCCTTGCACTGCACCATAAGGTTCTGCCGGCAACCATCAATGTCAGTCAGCCTAGCCCTAAACTTG
ATATTGAAAACTCGCCATTTTATCTCAACACTGAAACACGCCCTTGGTTACCACGTGTTGACGGCACCCCCCGCCGCGCA
GGTATCAGCTCCTTTGGTTTCGGTGGCACTAACTTCCACTTCGTGTTGGAAGAGTACAATAATGAACACAGTCGCCTAGA
TAGCGAAAAAGCTAAATACCGTCAGCGCCAAGTGGCTCAAAGCTTCTTAATCAGTGCATCCTCAAAAGATGCACTTATCG
CTGAGTTAAATAAGTTAGCGACTGCAGCAACAACCGATGAGTTTATCATCGCCACTGCTGCACAAGATTACGGTCTACGT
GAACTAGATGCCAACGCTCCGCGTATCGGTTTAGTTGCTAATACAGCCGAAGAGCTAGCAACACAGATCAAGCAAGCAAT
TGCTAAACTTGCTACAGATACTCTTGCCGCTCAAGAAGGCTTCCAGCTTCCAGGTGGCACTAGCTATCGTGCAAACGCTG
TAACAGGTAAAGTCGCGGCACTATTTGCTGGTCAAGGTTCTCAATATCTTAATATGGGCCGAGATCTAGCTTGTTACTAC
CCTGAGATGCGTCAGCAATTTGTAGCCGCCGATAAAGTCTTCGCTGCTAACGATAAAACGCCGCTTTCACAGACACTTTA
CCCAAAGCCTGTCTTTAATAAAGATGACCTTAAAGCCCAAGAAGCCATTTTGACCAACACCGCTAATGCACAAAGTGCTA
TCGGTGCCATCTCAATGGGTCAGTACGAGCTGTTCACAGCCGCAGGCTTTAATGCCGATATGGTAGCGGGACACAGCTTT
GGTGAACTAAGCGCACTTTGTGCATCTGGCGCTATCTCAACGGATGACTACTACAAGCTAGCCTTTGCCCGTGGTGATGC
CATGGCAACCAAAGCTCCGGCTAAAAATGGCGTTGAGGCCGACGCTGGTGCCATGTTCGCCATCATTACCAAATCTGCTG
CCGATCTAGAGTCAGTTGAAGCGACTATCGCTAAGTTCGATGGCGTAAAAGTGGCTAACTACAATGCGCCGACACAATCT
GTCATTGCAGGCCCAACCTCATCAACTGGCGAAGCCGCTAAAGCCCTTAGTGAACTTGGTTATAAGGCGATCAACTTGCC
AGTATCGGGTGCCTTCCATACTGAGCTTGTGGGTCATGCTCAAGCCCCTTTTGCTAAAGCTATCGACGGCGCAAAATTCA
GCAAGCCGACTCGCGCACTATATTCAAACGCCACTGGTGAACTTTATGCCAATACAGGCGCTAAGATTAAGGCCTCGTTC
AAGAAACATATGCTTCAATCGGTACGCTTTACCGCAGAGTTAGAAGCGATGTACAAAGACGGTGCACGTATCTTTGTTGA
GTTTGGACCTAAGAACATATTGCAGAAGTTGGTACAAGGTACACTTGCTGACAGAATGAATGAGCTGTGTGCTATCTCTA
TCAACCCAAGCCCTAAAGGCGATAGCGATCTTCAACTTAAGCAAGCCGCCGTCCAGTTAGCCGTTGCTGGTATCAAACTC
GATAATATCGATCCATACCAAGCTGATATTGCTGCGCCAGAGAAACGCTCTCCAATGAGCATCTCCCTTAATGCGGTTAA
CCATATCAGCAAATCAACCCGCGCTAAGATGGAAAAATCTCTCCACACTGGTGCAGTCACTAGCTCAACTATCGTTGAAG
AGAAGGTTGTTGAAAAAGTAGTCGAAGTTGAAAAGATCGTTGAAGTGGAAAAAATTGTAGAAGTCCCAACAGTCGTTGAG
AAAATTGTTGAAGTATCAACAGCTCAAGCAAACCCTGTGATAACCCATTCTGTTCAAGAGAGTCAAGTAGTGTCTCAAAA
CAAACCAGCCTTTAATACCGAGCCTTCAGCGGTTCTAAATGTTAGCAGCGATGCGCTTACTAGCTTCTTTGCAGCCCAGC
AGCAAGCAGCAGAGCTTCATCAACAGTTCCTTGAGATCCCGCAGCAATATGGCGAGACCTTCACGACCTTGATGACAGAG
CAGACGAAGCTTGCAGGTTCTGGAGTTGCCATTCCAGAGAGCCTACAACGCTCAATGGAGCAGTTCCACCAGCTTCAAGC
TCAAACACTGCAAAGCCACACTCAATTTCTTGAGATGCAAGCTGGTAGCAATATCGCAGCGCTTAATTTACTCAATGGCA
CGCCAGCACCAGTTCAAGTCGCTCCTATTGCTCAACCAGCTGTCATCCAAGCAGCACCAAGCACCGTGGCTCCTATTGTT
AGTGCACCAGTTCAAGCTGCTCCTGCGAAAGTGGCAACTCCAGCTCCAATGGCCGCACCTGTAGTTCAAGTAGCTCCAGC
CATAACACCTGTGCAAGCAGTCACTGTTGCTCAAGCAGCAAAAGTAGAAAGCAGAGTTGAGCCTGTCGCTACATCTAATA
CAAGCGCCGCTGACTCTCCACCTTTAAAAGCCGCTGAAGGCTCACTCTCCGCACAAAAAGTCCAAGCGACCATGCTTGAA
GTGGTTGCCGAAAAAACTGGTTATCCAACTGAGATGTTAGAGCTTGAGATGGATATGGAAGCCGACCTTGGTATCGACTC
TATCAAGCGTGTTGAGATCTTAGGTACGGTTCAAGATGAACTACCAGATCTGCCAGAGCTAAGCCCTGAAGATCTAGCCG
AGTGCCGTACACTGGGTGAAATCGTAAGCTACATGAATTCGAAACTACCATCTGTTGGTTCTCAAGCAACAGCAACAAGC
ACTACTGACTCTTCAACTTTAAAAGCCGCTGAGGGCTCACTCTCTACAGGTTTAAGTGCGGAAAAAGTACAAAGCACTAT
GATGTCTGTAGTTGCCGAGAAAACTGGCTACCCAACTGAGATGTTAGAGCTTGAGATGGATATGGAAGCCGACCTTGGTA
TCGATTCTATCAAGCGTGTTGAGATCTTGGGTACGGTTCAAGATGAGCTACCTGGCCTGCCCGAGCTAAGCCCTGAAGAT
CTAGCCGAGTGTCGTACACTGGGTGAGATCGTAAGCTACATGAATTCGAAACTACCATCTGTTGGTTCAGCAACAAGCAC
TACTGACTCTTCACCTTTAAAAGCCGCTGAGGGCTCACTCTCTACAGGTTTAAGTGCAGATCAAGTACAAGGCACTATGA
TGTCTGTTGTAGCCGAGAAAACTGGTTACCCAACTGAGATGCTAGAGCTTGAGATGGATATGGAAGCCGACCTGGGTATC
GACTCTATCAAGCGTGTTGAGATCTTGGGTACAGTTCAAGATGAACTACCTGGTCTACCAGAGCTAAATCCAGAAGATCT
TGCTGAGTGTCGTACACTGGGCGAAATCGTGACTTATATGAATAGCAAGTTGCCTTCTGTAGGGACTAATACAAGTGCCG
CTGCAGCGCCAGCTACCAGCGGACTCTCTGCGGAAACAACCCTGAGCGCCGAGACAGTACAAAGCACTATGATGTCTGTT
GTAGCCGAGAAAACTGGCTACCCTACTGAGATGCTAGAACTTAGCATGGATATGGAAGCAGACCTTGGTATCGACTCTAT
CAAGCGTGTTGAGATTTTAGGTACTGTTCAAGATGAGCTTCCAGACCTGCCTGAACTAAACCCAGAAGATCTTGCCGAGT
GTCGTACTCTGGGTGAAATCGTGACTTATATGAATAGCAAGTTGCCTTCTGTAGGGGCTAATACAAGTGCCGCTGCAGCG
CCAGCTACCAGCGGACTCTCTGCGGAAACAGCCCTGAGCGCGGCTCTTTCTGCAGAGAAGGTCCAAGCCACTATGATGTC
AGTGGTTGCCGATAAGACTGGCTACCCAACTGAGATGCTAGAACTTAGCATGGATATGGAAGCAGACCTTGGTATCGACT
CTATCAAGCGTGTTGAGATTTTAGGTACTGTTCAAGATGAGCTTCCAGGCTTGCCTGAACTAAACCCAGAAGATCTTGCT
GAGTGTCGTACACTGGGCGAAATCGTAAGCTACATGAATTCGAAACTACCATCTGTTGGTTCTCAAGCAACAGCAACAAG
CACTACTGACTCTTCACCTTTAAAAGCCGCTGAGGGCTCGCTCTCTACTGCGTTAAGTGCAGATCAAGTGCAAGGCACTA
TGATGTCTGTGGTTGCTGAGAAGACTGGCTACCCAACTGAGATGCTAGAACTTAGCATGGATATGGAAGCAGACCTAGGT
ATCGACTCAATCAAGCGTGTTGAAATTCTAGGTACTGTTCAAGATGAGCTTCCAGGCCTTCCTGAGCTAAATCCAGAAGA
TCTTGCTGAGTGTCGTACACTGGGCGAAATCGTAAGCTACATGAACAGCAAACTCTCTACAACAGACGCTGAAGGCTCAC
GATCTACAGTAGGTGCTGCTGTATCAGGTGCTGTAAAGTCAGTAGCAGAGACAATTACCTCTTCACTAGAACTGCCTCCT
CACAGTGAGGTAGCGCTAAAAAAGCTTAAAGCGGCGGATCAAATCAACAACTGTTTCGCCGCAGACGCAACCGTAGTGAT
TAACGATGATGGTCACAACGCAGGCGTACTCGCAGAGAAACTAACTAAACAAGGCCTTAAGGTTGCCGTTGTGCGTTTAC
CTAAGGGTGCGGCACAATCACCACTTAACAGTGATGTTGCAAGCTTTCAAGCAACAAGCCTTGATGAAACAGGTATCAGC
GCTATTATTGCTCAAATTGAGCAGCAACTAGGTCAAATTGGTGGGTTTATCCATCTACAACCTGAAGCTGATAGCAACAG
CGTTAATAACGCAGTCAACCTTAGCGATGACAGCTACACTCATGTTAGCCAAGCCTTCCTTTGGGCTAAGTTGCTACAGC
CAAAGTTAACAACATCAAGTGATAAGCGTCGTAGCTTTATCACGGTTAGTCGTATCGACGGTGGTTTTGGTTACTTAGAC
GCGAGAGCACTAGAAAATGCAGAGCTAAACCAAGCTGCACTTGCAGGTTTAACTAAGACACTGAGCCATGAGTGGCCAAG
CGTCTTCTGCCGTGCACTCGACATTGCAACAAGCCTAGATGCAACCCATCTTGCCGATGCTATCACAGCTGAGTTATTCG
ATAGCGTTACAGGGCTTCCTGAAGTCGGTTTATCTATTGATAACAAGGGCAACGTGAGTCGCTGCACCTTAGTTGCGGGA
GAGGCAAGTAACAAAACTGCCAAAGCAGAGCTTAACTCTATTGATAAAATCCTAGTGACGGGTGGTGCAAAAGGTGTGAC
CTTTGAATGTGCCCTAGCCCTTGCTAAGCGTACTCAGTCACACTTTATCCTAGCAGGTCGTAGTGAACTTCAAGCTATTC
CAACTTGGGCAACGGGTAAGCAAATAAGCGAGCTAAAGCCCGCAGCGATTGCGCATATTATCTCTACAGGCAGCAAGCCA
ACCCCTAAACAGGTTGAAGCGTTAGTTTGGACTGTTAAGAGCTCTATTGAGATCAACACAGCCCTGAATGCTTTTGCAGA
GGTTGGCGCAAGTGCTGAATATGTCAGCATGGATGTGACCGACACCGCCGCAATTACAAAAGCATTAAATGGACGCTCAA
GCGAGATAACTGGCCTTATCCATGGTGCTGGCGTGCTTGCCGATAAGCATATTCAAGATAAAACAATCGAAGAGCTTGCT
CGCGTATACGGCACTAAAGTTAACGGCCTTAAAGCCCTGCTTGCTGCACTTGATTCAAGCAAGGTGAAACTGCTGGCGAT
GTTCTCATCTGCTGCTGGTTTCTACGGCAACACAGGCCAGAGCGATTACGCTATGTCTAACGACATCCTCAACAAGGCAG
CACTGCAGTTCACTGCACGTAACCCACAAGCTAAGGTAATGAGCTTTAACTGGGGCCCTTGGGATGGCGGCATGGTGACA
GACGCACTTAAGAAGATGTTTACCGAACGTGGCGTGTACGTTATCCCACTAAAGGCAGGGGCGGAGCTATTTGCCACCCA
ACTGCTCAGTGAGACCGGCGCTCAGCTGCTTATCGGTACCTCTATGCAAGGTGGCGACGATGCTTCAAAGAAGGACGCTT
CTGTAAAAAAGCTTAATGCGGGTGAGGTGTTTTATGCATCACACCCGCTAGCACCAGTCTCTCTAACTAGAGCATTAAAC
CCTAATGACATGGTCTTCATCCAAGACCACCGCATTAGCGGTAATCCAGTGCTCCCCACAGTATGTGCAATACAGTGGAT
GCGAGAAGCTGCAAGCAAGGTGCTTGGTGCTCAAGTCAAAGTACTCGACTATAAACTGCTTAAGGGGATCATCTTCGACA
GCAGTAATGCTCAAGAGATAACCCTTGAGTTGACGCCTACTGACAACAACCAAATTGCTGCATTAATCAGCAGTCAAGGT
CGTCCGCAGTACAAGGCCACACTTGCCGTATCTAATGAGACCTTTGCCACTAAGTCTATCGATTTAACTGGTGAAGCCAT
TACGGATAGCGCAGAGCTCTACAGCAATGGCACCCTATTCCATGGGCCACGTCTGCAGGGCATAAAGCAGGTCTTTAACT
TTGATGATGCGGGGCTGCTGGCTAGTTGTCAGTTACCACAAGTCGATGACAGTGATTGCGGCCAGTTTGTTGCCACGCAG
CATATCGGTGGTAGTCAGCCATTTGCAGAAGATCTACTGCTGCAGGCGATGCTGGTATGGGCAAGGATTAAATACGGTGC
GGCAAGCTTACCTTCTACTATCGGCGAGTTTGTCTCAAATAAGCCGCTGGCATTTGGTGACAAAGCAGTGCTAACACTTG
AAGTTGTCAAAACAAGTGCTCGTTCACTTGAGGCTAATGTCGCGCTATACCATGAAAATGGTGAGCTTAGCGCCATGATG
AAAGGGGCGAAAGTCACCATCAGTAAAAACCTCAATAGTGCTTTTTTGAATGAAAACAGCACTGCGAACCGCATTAGTGG
AGAAAAGTCTTAA

Upstream 100 bases:

>100_bases
AACGCTTTCCTGGCGCCAAGCTTAGTCATGGCACTGTCACAGAAAACGTTGAGACTAACAACAAGACGCCTGAATCTCAG
GCACCCAGTGGAGACTCATA

Downstream 100 bases:

>100_bases
TGGACCAGCTGACAGCTAACGCGAGCGTCAGTGAGCAAGTTATCAAGAGTGAGATGCCCCTGCGCATCGCACTCTTGGTG
CTGCCTGCCTCACTAGATTT

Product: polyketide-type polyunsaturated fatty acid synthase PfaA

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>2750_residues
MSQTSKPSKPLADKKSAKASSTNTAEMNQDPQADKRLNKRLKDMPIAIVGMASIFANSRYLNKFWDLISEKIDAITELPS
THWQPEEYYDANKSTPDKSYCKRGGFLPDVDFNPMEFGLPPNILELTDSSQLLSLIVAKEVLADANLPEGYDRDKIGITL
GVGGGQKISHSLTARLQYPVLKKVFANSGISDEDSAMLIKKFQDQYVHWEENSFPGSLGNVISGRIANRFDLGGMNCVVD
AACAGSLAAMRMALTELTEGRSEMMITGGVCTDNSPSMYMSFSKTPAFTTNETIQPFDIDSKGMMIGEGIGMIALKRLED
AERDGDRIYSVIKGIGSSSDGKFKSIYAPRPEGQAKALNRAYDDAGFAPHTLGLIEAHGTGTAAGDAAEFAGLCSVFANG
NDTKQHIALGSVKSQIGHTKSTAGTAGLIKAALALHHKVLPATINVSQPSPKLDIENSPFYLNTETRPWLPRVDGTPRRA
GISSFGFGGTNFHFVLEEYNNEHSRLDSEKAKYRQRQVAQSFLISASSKDALIAELNKLATAATTDEFIIATAAQDYGLR
ELDANAPRIGLVANTAEELATQIKQAIAKLATDTLAAQEGFQLPGGTSYRANAVTGKVAALFAGQGSQYLNMGRDLACYY
PEMRQQFVAADKVFAANDKTPLSQTLYPKPVFNKDDLKAQEAILTNTANAQSAIGAISMGQYELFTAAGFNADMVAGHSF
GELSALCASGAISTDDYYKLAFARGDAMATKAPAKNGVEADAGAMFAIITKSAADLESVEATIAKFDGVKVANYNAPTQS
VIAGPTSSTGEAAKALSELGYKAINLPVSGAFHTELVGHAQAPFAKAIDGAKFSKPTRALYSNATGELYANTGAKIKASF
KKHMLQSVRFTAELEAMYKDGARIFVEFGPKNILQKLVQGTLADRMNELCAISINPSPKGDSDLQLKQAAVQLAVAGIKL
DNIDPYQADIAAPEKRSPMSISLNAVNHISKSTRAKMEKSLHTGAVTSSTIVEEKVVEKVVEVEKIVEVEKIVEVPTVVE
KIVEVSTAQANPVITHSVQESQVVSQNKPAFNTEPSAVLNVSSDALTSFFAAQQQAAELHQQFLEIPQQYGETFTTLMTE
QTKLAGSGVAIPESLQRSMEQFHQLQAQTLQSHTQFLEMQAGSNIAALNLLNGTPAPVQVAPIAQPAVIQAAPSTVAPIV
SAPVQAAPAKVATPAPMAAPVVQVAPAITPVQAVTVAQAAKVESRVEPVATSNTSAADSPPLKAAEGSLSAQKVQATMLE
VVAEKTGYPTEMLELEMDMEADLGIDSIKRVEILGTVQDELPDLPELSPEDLAECRTLGEIVSYMNSKLPSVGSQATATS
TTDSSTLKAAEGSLSTGLSAEKVQSTMMSVVAEKTGYPTEMLELEMDMEADLGIDSIKRVEILGTVQDELPGLPELSPED
LAECRTLGEIVSYMNSKLPSVGSATSTTDSSPLKAAEGSLSTGLSADQVQGTMMSVVAEKTGYPTEMLELEMDMEADLGI
DSIKRVEILGTVQDELPGLPELNPEDLAECRTLGEIVTYMNSKLPSVGTNTSAAAAPATSGLSAETTLSAETVQSTMMSV
VAEKTGYPTEMLELSMDMEADLGIDSIKRVEILGTVQDELPDLPELNPEDLAECRTLGEIVTYMNSKLPSVGANTSAAAA
PATSGLSAETALSAALSAEKVQATMMSVVADKTGYPTEMLELSMDMEADLGIDSIKRVEILGTVQDELPGLPELNPEDLA
ECRTLGEIVSYMNSKLPSVGSQATATSTTDSSPLKAAEGSLSTALSADQVQGTMMSVVAEKTGYPTEMLELSMDMEADLG
IDSIKRVEILGTVQDELPGLPELNPEDLAECRTLGEIVSYMNSKLSTTDAEGSRSTVGAAVSGAVKSVAETITSSLELPP
HSEVALKKLKAADQINNCFAADATVVINDDGHNAGVLAEKLTKQGLKVAVVRLPKGAAQSPLNSDVASFQATSLDETGIS
AIIAQIEQQLGQIGGFIHLQPEADSNSVNNAVNLSDDSYTHVSQAFLWAKLLQPKLTTSSDKRRSFITVSRIDGGFGYLD
ARALENAELNQAALAGLTKTLSHEWPSVFCRALDIATSLDATHLADAITAELFDSVTGLPEVGLSIDNKGNVSRCTLVAG
EASNKTAKAELNSIDKILVTGGAKGVTFECALALAKRTQSHFILAGRSELQAIPTWATGKQISELKPAAIAHIISTGSKP
TPKQVEALVWTVKSSIEINTALNAFAEVGASAEYVSMDVTDTAAITKALNGRSSEITGLIHGAGVLADKHIQDKTIEELA
RVYGTKVNGLKALLAALDSSKVKLLAMFSSAAGFYGNTGQSDYAMSNDILNKAALQFTARNPQAKVMSFNWGPWDGGMVT
DALKKMFTERGVYVIPLKAGAELFATQLLSETGAQLLIGTSMQGGDDASKKDASVKKLNAGEVFYASHPLAPVSLTRALN
PNDMVFIQDHRISGNPVLPTVCAIQWMREAASKVLGAQVKVLDYKLLKGIIFDSSNAQEITLELTPTDNNQIAALISSQG
RPQYKATLAVSNETFATKSIDLTGEAITDSAELYSNGTLFHGPRLQGIKQVFNFDDAGLLASCQLPQVDDSDCGQFVATQ
HIGGSQPFAEDLLLQAMLVWARIKYGAASLPSTIGEFVSNKPLAFGDKAVLTLEVVKTSARSLEANVALYHENGELSAMM
KGAKVTISKNLNSAFLNENSTANRISGEKS

Sequences:
NA

Specific function: NA

COG id: NA

COG function: NA

Gene ontology:

Cell location: NA

Metaboloic importance: NA

Operon status: NA

Operon components: NA

Similarity: NA

Homologues:

NA

Paralogues:

NA

Copy number: NA

Swissprot (AC and ID): NA

Other databases:

NA

Pfam domain/function: NA

EC number: NA

Molecular weight: NA

Theoretical pI: NA

Prosite motif: NA

Important sites: NA

Signals:

NA

Transmembrane regions:

NA

Cys/Met content:

NA

Secondary structure: NA

PDB accession: NA

Resolution: NA

Structure class: NA

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: NA

TargetDB status: NA

Availability: NA

References: NA