KEGG   Schizosaccharomyces pombe (fission yeast): SPAC56F8.02
Entry
SPAC56F8.02       CDS       T00076                                 
Name
(RefSeq) putative AMP binding enzyme
Organism
spo  Schizosaccharomyces pombe (fission yeast)
SSDB
Motif
Pfam: AMP-binding ATG27
Other DBs
NCBI-GeneID: 2543329
NCBI-ProteinID: NP_593217
PomBase: SPAC56F8.02
Ensembl: SPAC56F8.02
UniProt: Q10250
Position
I:1124058..1129104
AA seq 1517 aa
MNQFPNQPGNFGQNYYKPVQGSIPANSEATNFQQNNSRENKSECELRQNSIAASMSAYPN
GMYAGAENHNVENHENYTMVGHDHMEEVYGDDLVNEPRIAYSSDIVATFDGKDFGSNLHV
DDTLDQQWAHFAGKQQHPLEPREIPFPVTDPLNSKIEMKQFTNIAAVLRYRGVHSAKKTA
FIILDNKGKEFTSITWEKLASRAEKVAQVIRDKSGLFRSDRVVLMYRDCEAIDFVVSLFG
CFIAGVVAVPINRFDDYNELSSILTTTSARLALTTDANLKAFQRDLNAKKLHWPKNVEWW
KTNEFGGFHLKKKAEMPPLQVPDLAYIEFSRSPIGELHGVVISHRTILHQMNCLAAIHAT
APAYESDKLDYLSIDREYTEGLSKSGLFLTYLDLRQAIGLILGVLHTVFSGYTTVWCPQN
AVFVPGLWANLATRYRASFMLTDYAGLKTIAYNYQNDPKATLGFSKKHSVDLSSLRMCMV
DCLNVDCEFQEIVSDRWLKPLGNQNPRATFVPLLCLPEHGGMVISMKDWIGGEEFMSPKG
FKSPRTPENEISEVLLEKEALKLNEVVVLAEDDKARRQSKHPNTIRVGAFWYPFVDATLA
IVDPETQVLCLPNIVGEIWVDSPSLSGGFFALPKQTEAIFHARTSFISSDTFQPIPSNQE
FLRTGLLGFIRKGKVYVLGLYEDRLQQKVEWVDNGKQDTIFFHHYTSHLVNTIMRKVSKV
FDCSAFDIFVNSEHLPVVLLESPAANIPTEANGNQVVINYGLLDLITTECVECLLEDHQV
RVYCVLICAPFTLPRVTKNGRQEIGNMMCRRAFEHGTLPFLYVKFAVERAVLNLPVGEDA
IDGIWSSYASGIRQNLLSDQELQYSGFIDRSLRYDAKTSVDISSCHTMLQLLQLRVAKNA
EDIAYITIDGRGREGKNITWRKFDQRVATIIRYLQKKKYIKPGRVVVLMYTHSEDFVYAL
YACFYLGLIPIPVPPLDHMRLSEDVPAFLFLIKHYYVSAVLVNSEADTALRAKTTSQHLK
QSAMAAKVVLPSFIVTSKISKQTKSIKELNVKLDPICLDPAFPALVWAFWSPDHRLTLTA
YNHQTLLSICQIHKETCQMTHKRPLLGHVRSMSGIGFFHTCLMGVFLGTTTYLLSPVDFA
NNPLLLFQIISKYKIKDTYATFQTLNYIQNQQPTKWPNLSCLENLMIPHDGRISAFYIAS
LQKYFVKHGLSPYAFSTVYSNCLNPFISTRSYMGAIPTPQLLDLRALRHGLIQPCESADK
PYALPLLDSGMVPVSTQLAIVNPDTRELCRVGEYGEIWMRSSANAISFFQSTDPVDMMRF
NATNSDGFLGNGYVRTGDLGFLQITSHSMGPNAPVVDMQLLYVLGPIGETFEVNGLSHFP
SDIEDTIERSHPRIARGGTAVFQSAGRVVVVIEALGQDFLAAIVPVVINSILDEHQIIAD
VVAFTSRGNFPRSRLREKQRGKILASWVTGRLRTTQVFYIRGSGEGEFQSSYVPDYNPSL
RSTPSVSSRSTLPQRVF
NT seq 4554 nt   +upstreamnt  +downstreamnt
atgaatcaatttcctaatcaacctgggaatttcgggcaaaactattacaaaccagttcaa
ggttctattcctgctaattcagaggcgacaaattttcaacaaaataacagcagagaaaat
aagagtgaatgtgaattaaggcaaaattctattgctgcatctatgtctgcatatccgaat
gggatgtatgcaggagcggagaatcataacgttgaaaatcatgaaaattatacaatggtt
ggtcacgatcatatggaggaggtgtatggagacgatttagtaaatgaaccaaggatagct
tactcttcggacattgtagcaacatttgacggaaaagattttggaagcaaccttcatgtc
gatgacaccttggatcagcaatgggctcactttgctggtaaacaacagcatcctcttgaa
cctcgtgaaattccttttcctgtgacggatccactgaactctaaaatcgaaatgaaacaa
tttactaatatagctgctgttttacgatatagaggtgtacacagcgctaagaaaactgca
tttattattctagataataaaggaaaagaatttacgtctatcacatgggaaaaactagca
tcccgagcagaaaaagttgctcaagtaattcgcgataagagtggcctttttagaagtgac
cgggtagttctcatgtacagggactgtgaagcgattgatttcgtcgtctcactttttggt
tgctttattgctggtgtcgttgctgtacctatcaatcgtttcgacgattacaacgagcta
agttcaatattgacaactactagtgctcgacttgctcttaccactgatgctaatttaaaa
gcctttcaacgagatttaaatgctaaaaagttacactggccaaaaaatgttgaatggtgg
aagacaaacgaatttggtggattccaccttaagaaaaaggcggaaatgccacctttacag
gtacctgaccttgcctacattgaattttctcggtcaccaattggtgaattgcacggagta
gtaatttcacatcgtacaatacttcatcaaatgaattgtcttgctgctattcatgccacg
gctccagcttatgaatctgataaactagactatttatctattgatcgtgagtacactgaa
ggtcttagtaaatccggtttattccttacatatctcgatttacgtcaagctatcggattg
attttgggtgtcctgcatacagtcttttctggatacacgactgtttggtgtcctcaaaat
gccgtgtttgtgccaggcttatgggcaaaccttgctacgcgctatcgtgcatcgtttatg
cttactgactatgccggtttgaagactatcgcttacaattatcaaaatgatcctaaagca
acacttgggtttagtaaaaaacattcagtagatttatcttctttacgaatgtgcatggtt
gattgcttaaacgttgattgtgaatttcaagagattgtttccgatcgttggttaaaacct
cttggaaatcaaaatccacgcgcaacattcgtacctttgttatgccttccagaacatgga
ggaatggtaatttcaatgaaagactggattggtggtgaagaattcatgtctcccaaagga
tttaagagtccaaggactccggaaaatgagatttcagaggttctattagaaaaagaagct
ttaaagttgaatgaagtagtggtgttggctgaagatgacaaagcacgtcgccaatccaag
cacccaaacaccatacgtgtaggagcgttttggtacccttttgttgatgctactctcgca
attgttgacccagagactcaagtcctttgcttgcctaacatagttggcgaaatttgggtt
gactcgccatcactctcgggtgggttttttgctcttcctaaacaaactgaagcaattttt
catgctaggaccagctttatttcctctgatacttttcaaccgatcccatctaaccaagag
tttttaaggactggtttgcttggatttattcgcaagggtaaagtatatgttcttggtctt
tacgaggatcgtcttcaacaaaaagttgagtgggttgataatggcaaacaggatactata
ttctttcatcattatacgtcccatctagtaaacactatcatgagaaaggtgtccaaagtt
tttgactgttctgcttttgatatcttcgtaaatagcgagcatttacctgttgttctgcta
gaaagccctgcagcgaacataccaactgaagctaatggtaaccaagttgtaatcaattat
ggattgcttgatcttattactacggaatgtgtcgaatgtcttttggaagatcatcaagtt
cgtgtctactgtgttctgatttgtgccccttttactctacccagagtaacaaaaaatggt
cgccaagaaattggtaacatgatgtgtaggagagcgtttgagcatggtacgcttccattt
ctttatgttaaatttgcagtagagcgagctgttcttaatttaccagtcggtgaggatgct
atagacggtatttggtctagctatgctagcggtattcgacagaatttactctctgatcaa
gaacttcaatacagcgggtttatagaccgctctttacgatatgatgcaaaaacatcggtg
gatatctcttcttgtcatacaatgcttcaattattgcaattacgagtagcaaagaacgca
gaagatattgcctatattactatagatggtcgtggtcgagaaggaaaaaacattacttgg
aggaaatttgatcaaagagttgcaactattattcgatatttgcaaaagaaaaagtatata
aagcctggtagggtggttgttttaatgtacactcactcagaagattttgtttatgcttta
tatgcttgcttttatttaggcttgattcctattcccgtacccccattggatcacatgagg
ctttcagaagacgtacccgcgtttttgtttttaataaagcattattatgttagtgccgta
ttggtcaattccgaagctgacacagctcttcgtgctaaaaccacatctcaacatttgaag
cagtcggctatggctgccaaagtagtactgccttcttttatcgtgacttcaaaaattagt
aagcaaacgaaaagcatcaaggagttgaatgtaaagttagatccgatatgtttagaccct
gccttccctgctctcgtttgggctttttggtctcctgatcatcgtttaactttgacggca
tacaatcatcaaacgttactttctatatgccaaatacacaaagaaacatgccaaatgacc
cacaaacggcctctgttgggacatgtcaggagtatgagtggtattggcttttttcataca
tgtttaatgggagtctttttgggaacaaccacctaccttctttcacccgttgattttgcc
aacaaccctttacttttattccaaatcatatccaaatataagattaaagacacttacgct
acttttcaaactcttaattacattcaaaaccaacaaccgactaaatggccaaatctgtca
tgtcttgaaaatttaatgattcctcacgacggtcgcataagtgcgttctatatcgctagt
ttacagaagtactttgtgaaacatggtctgagtccttatgctttcagcactgtgtatagt
aattgtttgaatccgttcatatctacaagatcatatatgggtgcaattcctacacctcaa
ttactcgatttgcgagctttaaggcatggtttaatacaaccatgcgagtcagcagacaag
ccatatgcacttcctttattggattctggaatggttccagtttctactcagcttgcaata
gttaatcctgatactcgtgaactatgcagagttggcgagtatggtgaaatctggatgcgc
tcgagtgcaaatgctatctcttttttccaatcaacagatccagtagatatgatgagattt
aatgctactaactctgatggatttcttggtaacggatatgttcgtactggtgatttgggc
tttctccaaatcacttcacattccatgggacccaacgcaccggttgttgacatgcaactt
ctctatgtattagggcccattggagagacttttgaagtcaacggtttaagtcattttcct
tctgacattgaggacaccattgaacgttctcatcctcgaatcgctcgtggaggaactgca
gtttttcagtctgctggaagagttgttgtcgttattgaggctctaggtcaggattttttg
gcagccattgttccagtagtgatcaacagtatcctcgatgagcatcaaattattgccgat
gtcgtagcgtttacttcgcgtggtaatttcccccgttcacggcttcgagaaaagcaaagg
ggtaaaatccttgcttcttgggttaccggcagacttcgcactactcaagtattttacatt
aggggttctggagaaggcgagtttcaatcttcttacgtgcccgactataacccaagctta
cgatccactccatctgttagttctcggtctactttaccacagcgagtattttaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (36)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (3)   
   OC (1)   
   POMBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (43)   

Download RDF
DBGET integrated database retrieval system