KEGG   Dendronephthya gigantea (soft corals): 114519877
Entry
114519877         CDS       T06112                                 
Name
(RefSeq) uncharacterized protein LOC114519877
Organism
dgt  Dendronephthya gigantea (soft corals)
SSDB
Motif
Pfam: An_peroxidase Tectonin Hyd_WA
Other DBs
NCBI-GeneID: 114519877
NCBI-ProteinID: XP_028395858
Position
Unknown
AA seq 1295 aa
MSVSKSSFKMKILSILLLFFAISSIDGATWSVVPGRLMQVDVSPVDDEVWGVSSGHQIWH
YRHSQENWQRIPGLLNHVSVGEAGVWGVNKDNHIFYRKDYESVENSAGVGWVRASGLLKQ
IDSGPRGIVYGVNSNNDIFCRTGISHALPFGNSWRHVVGKLKYISCGNLGCWGVNSNDDI
FIRHGVTAANCAGSSWQHIPGKLKQIEVGANGVVLGVNSGNNLYRRLGITAADPDGTGWQ
LIGSAYKHVSPGKNTAWGITHGDYILYTNVVAPRWTLIPNRNLDQLDVNHFGVVWGVNSA
HLIFNGPDTWRSIPGLLKHVSVGNAGVWGVNSNNHIFYREGVTSSNLAGTSWSHVPGGLK
QIDSGPTGIVYGVNNGGHIYCRVGITSDNLKGSSWVEVGGRLEYVACGPYGCWGVNSNYH
IWVRTGMTADRCQGFKWTRIPGLLSQVEVSSEGHVYGVNSAKIMYVRLGITPSRPLGTHW
KQFIAPPSINHVASGPLDIYSIDQNDKIYHFTGLRFPEERYAILLTDKFPKGGIGKITVT
LDHPDVRYSLTDCSSPVWIHPSTGELSTSVDVDETNVHLVNNSRFSVKATIASEEVVVAV
VIYVLPLYHGDALLLPALQAVRTGQTTAQSITLNYGPTAEITPQLLDRSLKQIPADDPIA
GNAVEATTQERTVQLVEVIIIGSFENEYGRGAVQAFFHLQDLFSPTYLQHLIAQSGCHAT
NEVIDCPADAKYRRSDGRCSNLRFPQAGGADTPYVRLLEAIYYDPDGLNDPIGFPGQINA
PNIPSPYAVSRDFIRDEVASSADPSLTQAVMQMGQFLDHDLDLSAGGEGSTACNAIPCDG
SAADFASPCYPILPLAHGQPPCTRFVRSSAMCHNYSVDTKREQVNIITAVIDGNNVYGSS
ENTTLRLRDLENDVGLMRVSLRDGQEYLPDNPNDPICIEGCFEAGDLRANEQQGLTSFHT
LFLREHNRIARKLKQLNNHWSGEIIFQEARKIVGAIIQKIVYQDYLPIILGPDALPAYTG
HDDSVKPDISNAFASAAYRFGHSTIRSRFELLDKYFEPILPAVKLRFLFFNNTITRTLGI
EPILLGLVGNGSEKVDVHLTPEITEHLFERGNEHGENLAALNLQRSRDHGLPGYNAFRKY
CGLPSASNFDETSNEITDKNNRDILKRLYGDPNLVDLWLAGIAEAPVPGATVGPTLRCII
REQFLRSRDGDRFYYANDGVFTAEQLVQIRRASLSRLYCDNVAGIVSIQKDAFRSPQDET
PRVECGSIKRISLCKWKECDNGASPTRQNGECVCI
NT seq 3888 nt   +upstreamnt  +downstreamnt
atgtcagtgtccaaatcaagtttcaagatgaaaattttgtccatattacttctgtttttc
gcgatcagcagtatcgatggagccacttggtcggttgtaccaggaagactgatgcaagtt
gatgttagtccagtggatgatgaggtctggggggtaagttctggacaccaaatatggcac
tatcgtcattctcaagaaaactggcaacgaattccaggattattaaatcatgtctccgtt
ggtgaagcaggagtctggggagtaaataaagataatcacatcttctatcgtaaagactac
gaatcagtagagaactcagcgggtgttggttgggtacgagcgagtggtttgctaaaacag
attgattcaggaccgcggggaattgtatatggtgtgaattccaacaacgacatcttttgc
aggacaggaatatcacatgctctaccttttggcaactcttggaggcatgttgtgggaaag
ctgaagtatataagctgtggtaatttgggatgttggggggtgaacagtaacgatgatatt
tttatcagacatggagttacagctgcaaactgcgcaggttcatcatggcagcatattcct
gggaaactgaagcaaattgaggttggcgcgaatggagttgttcttggagtcaattctgga
aacaacctctatcgtcgattgggtattacagcagctgacccagatggaacaggctggcaa
cttattggtagtgcatataaacatgtttcacccggtaaaaatactgcatggggtataacc
catggggattacatactctatacgaatgtggtcgccccaagatggacgttgattcctaac
cgtaatttggaccaactggacgtcaatcattttggagttgtttggggggtgaacagtgca
catttaattttcaatggtcctgatacttggcgcagcattcctggtctgctgaaacatgtt
tcagttggaaatgcaggagtgtggggagtaaatagcaataaccatatcttttatcgcgag
ggtgtcacatcaagtaatcttgcaggaacatcttggtcccacgtacctggtggcttgaaa
caaattgactctggaccaacaggaattgtgtatggtgttaacaatggtggtcatatatac
tgtcgagttggtataactagcgataatctcaaaggttccagttgggtagaggtgggtgga
cgattggagtatgttgcatgcggtccttatggatgttggggagtgaattcgaattatcac
atctgggttcgaactggaatgactgccgacaggtgtcagggtttcaagtggactcgaatt
cctggactgttgagtcaggttgaggtgagcagcgagggtcatgtgtatggagttaatagt
gcgaagataatgtacgttcgtcttggtattacgccaagtcgtccattgggaacgcattgg
aagcaattcattgcaccaccatccataaatcacgtggcatctgggcctttagacatttat
tccattgatcaaaacgacaagatttatcactttactggtttacgattcccagaggaacga
tacgccatacttctaacggacaaattcccgaagggaggaattggcaaaattacagtcacg
ttagatcatccagatgtgagatacagtttaaccgattgctcgtcccctgtgtggattcat
ccaagcaccggcgaactaagcacatcagtagatgttgatgagacaaatgtgcatctggta
aataactcaaggttttctgtcaaagcaacgatagcgtctgaggaggttgttgttgcagtt
gtcatttatgtgcttccactttatcatggtgatgctctgttattgcctgcattgcaagct
gtgcggacaggtcaaacaactgctcaatctatcaccctaaactacggtcctacagctgag
ataacaccacagctactggacagatcgctgaaacaaataccagctgatgatccgattgct
ggtaatgctgtagaggcaacaacacaagaaagaacagtacaactggtggaagtgataatt
ataggatcatttgaaaacgagtatggcagaggagcagttcaggcttttttccatctgcaa
gacctgttctccccaacctatttacaacatttgatcgcccaatcgggttgtcatgcaaca
aacgaggtcatagactgcccagcagatgctaaatataggcgaagtgatggaagatgcagt
aatcttaggtttccccaggctggcggagcagacacgccttacgtaagactattagaagcg
atatactatgatccggatggcttgaatgaccctatcggcttccctggacaaataaatgct
ccaaacattccttcgccatatgcagtgagcagagatttcatcagagacgaagtagcctcg
tctgctgacccaagtctgacccaagctgtgatgcaaatgggacaatttcttgaccatgat
ttggatctctcagccgggggggaaggaagcacagcttgcaacgcaataccatgtgacgga
tctgccgccgattttgcatcgccttgctacccaatactcccgttagcccacggtcaacct
ccgtgcacacgatttgtgagatcttctgcaatgtgccacaactactcggtagatacgaaa
agagagcaagttaacatcataacagcagtcattgatggcaataatgtctacggttcgtca
gaaaacacaactctccgcctaagagatttggaaaacgacgttggactgatgcgtgtatct
ctgcgcgatgggcaagagtacttgcctgataatcccaatgacccaatatgtattgaagga
tgcttcgaggctggtgatctgcgagccaatgaacagcaaggattgacgtcattccatact
ctgtttctgagagagcacaaccgcattgcaagaaagcttaaacaattgaacaatcactgg
agtggcgaaattattttccaggaagcgaggaaaatcgttggagctattatacaaaagatt
gtatatcaagattatttgccgattattcttggtccagacgcgcttcctgcgtatactgga
cacgatgatagtgttaaaccagacatatccaacgcctttgcctctgctgcgtatagattt
ggacacagtaccatccgttcaagatttgaactcctggacaaatattttgagccaatcctt
ccggctgtaaaacttcgttttttgttcttcaataatacaatcacgagaaccttggggatc
gaaccaatattgctggggcttgtcggaaatggttcagaaaaagttgacgtacacttgaca
ccagagatcacggaacatttgtttgaacgtggaaacgagcacggagagaaccttgcagcg
ctgaatctacagaggtcccgagaccatggtctccctggttacaatgcattcagaaaatac
tgcggacttccgagtgcaagtaattttgatgaaacgagtaatgaaattacggacaaaaac
aacagagatattttgaagcggttgtacggcgatccaaatttagtggatctgtggttagcc
ggtatcgccgaggccccagtcccaggagcaaccgtaggtccaacattgcgatgcatcata
cgcgagcagttcctacgttctagagatggtgaccgtttctactatgcaaatgacggtgtt
ttcacagcagagcaacttgttcagatcagaagagccagcttgtctcgactgtattgtgat
aatgttgctggtatcgtgtctattcaaaaagatgcatttagatcaccacaagacgaaact
cctcgagtggagtgcggttcaatcaaaagaatttcactttgcaagtggaaagaatgtgac
aatggcgctagcccaacacggcagaatggtgagtgtgtttgcatctag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (10)   

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