KEGG   Synechocystis sp. PCC 6803: sll1527
Entry
sll1527           CDS       T00004                                 
Name
(GenBank) unknown protein
Organism
syn  Synechocystis sp. PCC 6803
SSDB
Motif
Pfam: Glyco_trans_1_4 Glycos_transf_1 Glyco_trans_1_2 Glyco_trans_4_4 Glyco_transf_4
Other DBs
NCBI-ProteinID: BAA18454
CyanoBase: sll1527
UniProt: P74359
Position
complement(2057469..2060975)
AA seq 1168 aa
MKKFVVIDHSLCNLQGHHYECSVAVAEAAQRQGYQPIIIANQILKESLAAGDIKIIPAFQ
VDWFNQPTNGENIESIAPDLLNLTQPWQERWRHQLYLWQQNHPELRILLEKVKGSTQRLK
GWFKADLRSLRSIPLANTTWGLLKILWGVTRLVGKISIKIINKTVDKFNQSEGNSVVETK
SFTQTLEEILPALELTAADHILIHTFGIEQLEELFYFLNNQNQDDLPTYHLLFRRDTEDP
LVVNATGIGLKKCLEKFCQTELWPGKIRFYTDTKDLVRKHNQLSPAIFTQVPIPFRQEKL
KLENFHKGDSNKNFVHIIYLGDARSEKGYQHLPVLVADLWTDYLKPGLAKFTIQSNYNVV
GGEEVILEAKLKLCQYPCSAVELIDHALEPDAYYHLLASADVVVLPYNPINYQRTSGVLT
EALAAGKPVVVPQGSWLAEQVDETRAGIYQNPQDLPRSVRYVLENLASLTEKAEHFSYHW
QFIQSPDYFLECLLKPLAISLVKTVEIQPEVSARASILVIMALDKLSDRDNLNKIRYFCR
CGYGVYGIFYRRLGQANLPEWDYLSDDLHQLGLKQYWILQDYYVDDDFYIDFAKNSTSLS
PEQQKKYLRDYYEHRSTLITDWVQSAGLLISQELQNKLGSNIDLIYADSFFCQHYLRKLG
LDLTRTILEVDRFHTYDDALRQRKEIVYQDFQWELDQLKLFGVLLTTTEPLAFKLQELQP
QTRIYSLKTNGQGLDYEHLNQAFTDILGEKLLSATNNKNVVKKVVMLYPWGDMEERRSGA
SQRSGKVADFLASQGLDVTVFTIGDRQSNWQGQIHYRYFRSTFAQGELIQKIYQEAFLSW
QKMLDISLADNINFFPLSHQELGENWLPWIYYGSRFDQKFQETLERVIDGADAVLLEYPF
WAAIAGPICRRRGVKLILTAHDVLAKQLPPHTWLAQIALAEELQALREADEVVTLSPDDQ
AFFQSHNITSHCVPIGLDTQATVDLLAPETALAELQSFDSTIDWRKPFCLFVGSQHPPNV
KAVEQIQALAQVGSGHWQAIAVGSCCPPTQKRNFLALGKVSDSVLQALYQRSALVLIPLE
AGTGMSVKTLEAMACGKVILGTAIAFRGYPVESGVDCLINNNLATYVGVIEDIIQHPHQY
EQLGNSARNFAQNYDYRQLYQTYLDLLS
NT seq 3507 nt   +upstreamnt  +downstreamnt
atgaaaaaatttgttgttattgaccattccctgtgcaacttgcaaggacatcactatgag
tgtagtgttgctgtggcagaagcagcccagagacaaggctatcaaccgattatcattgcc
aatcaaattctgaaggagtctttagcggctggagatataaaaattattccagcttttcaa
gtagattggttcaaccagccaaccaatggcgaaaatatagaatctattgcccccgattta
ttaaatctaacccaaccttggcaagaaaggtggcgtcatcaactttatctgtggcaacaa
aatcatccagaactaagaatacttttggaaaaagtaaaaggtagcacccaacggttgaaa
gggtggtttaaagccgatcttagatctttgcggtccatacccttagctaacacaacttgg
ggcttattaaaaattctttggggtgttacccgtctagtgggaaaaatttccataaaaatt
attaataaaactgttgataaatttaatcaatccgaaggaaattctgttgtagaaaccaaa
agttttacccaaaccctagaggaaattttgccggcgctagagctgactgcggcggatcac
attcttattcataccttcggcattgagcaattagaagaactattttattttttaaataat
caaaaccaggatgatttgcctacctatcatctattatttaggcgtgatactgaagaccca
ttagtagtcaatgctacgggcataggattaaaaaaatgtttggaaaagttttgccaaact
gaactctggcctggcaaaattcgcttttacacagatactaaagatttggtgagaaaacat
aatcaactgagtcccgcaattttcacccaggtaccgattccttttcgccaagaaaaacta
aaattagaaaattttcataagggtgatagtaataaaaattttgttcatataatttattta
ggtgatgccagatcggagaaaggttatcagcatttaccggttttagtagcagatttatgg
actgattatctcaagcctggtttggcaaaatttaccattcaatctaactataatgttgtc
ggaggagaagaagtaattctagaagctaagcttaaactttgtcagtatccttgtagtgca
gtggagttaattgatcatgctctggaacccgatgcctactatcacttattagcttcagcg
gatgtggtggtattgccctataacccaataaattatcaacgtacttcaggggtattaacc
gaagctctggcggcgggtaaaccagtggtggtaccccagggtagttggttggcggagcag
gttgatgaaactagagctggcatttatcaaaatccccaagatttacccaggtcagttcgg
tatgtgttagaaaatctagctagtctgacggaaaaagctgagcattttagttaccattgg
caatttattcaatccccggattactttttagaatgtctgcttaagccactggcaatatcc
cttgtaaaaacggtggaaattcagcccgaagtttcagctagggcttcaatattggtgata
atggctctagataaattaagcgatagggataaccttaataaaatcagatatttttgtcgt
tgtggctatggagtttatggcattttttatcgccgcttaggccaggctaacttaccggaa
tgggactatcttagcgatgatctacaccagcttggcttaaaacaatattggattttacaa
gattattatgtagatgatgatttttacattgattttgctaaaaattctaccagtttatct
ccggaacaacagaaaaaatatctacgggattattacgagcatagatcaacgctaattacg
gattgggtacagtcggcaggtttgcttatttcgcaagaattacaaaataaattgggtagt
aacatcgatttaatttacgcagattcgttcttctgccaacattacttaagaaaattaggc
ttagatttaactagaaccatactggaggtggatagatttcatacctatgatgatgccctc
cgccaaagaaaagaaattgtttatcaagattttcagtgggaacttgatcagctgaaatta
tttggagttttactcaccactactgaacctttggcttttaagttgcaggaattacaacct
caaacacgaatttattcactgaaaactaatggtcaaggtcttgattatgaacatttaaac
caagcctttaccgatattcttggagagaaacttttatctgcaactaacaacaaaaatgtt
gtcaagaaggttgtcatgctttatccctggggggatatggaagagcggcgtagtggagcc
agtcagcggtctggaaaagtggcagattttcttgccagtcaaggcctagatgtgacggtg
tttaccattggcgatcgccagagtaattggcagggacaaattcattatcgttatttcaga
tcaacctttgcccagggtgagctaatacagaagatttatcaagaagcgtttttaagttgg
cagaaaatgctggacatttccctagctgacaacattaattttttcccattgtcccaccag
gagttaggggaaaattggctgccttggatttactatggcagtcgttttgaccagaaattt
caagaaacgttagagcgagtgattgatggggcagatgcggtgttgctggaatatcccttt
tgggcggcgatcgccgggcccatttgtcgccgtcggggagtcaaattaattctcacagcc
catgacgtgttggctaaacaattgccaccgcacacatggttagcccagattgccctggca
gaagaattgcaagccttgcgggaagccgatgaagtagtgaccctttcccccgatgaccaa
gcattttttcaaagtcataacattaccagccattgtgttcccattggtttagacacccaa
gccaccgtagatttacttgctccagaaacagccctggcggagttacaatcctttgactcc
accattgattggcgaaaacctttctgtttatttgtgggtagtcaacatcctcccaatgtc
aaagcagtggagcaaattcaagccctggcccaagttggtagtggccattggcaggcgatc
gccgtgggcagttgttgtccaccaactcagaaacgaaactttttggccctggggaaagtc
tccgattccgtcctccaagccctttatcaacgctcggccctggtgctaattcccctcgaa
gcgggcactggtatgtctgtcaaaaccctggaggcaatggcctgtggtaaggtaatcctc
ggcacggcgatcgcctttcggggctatccggtggagtcgggggtagattgtttaatcaac
aataatttagccacttatgttggggtaattgaagatattatccagcacccccaccaatat
gagcagttgggtaattctgcccgcaactttgcccaaaactacgactatcgtcagctttat
caaacctacctagatttgctttcatga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (27)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   CYANOBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (34)   

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