KEGG   Vitis vinifera (wine grape): 100255855
Entry
100255855         CDS       T01084                                 
Name
(RefSeq) uncharacterized protein LOC100255855
Organism
vvi  Vitis vinifera (wine grape)
SSDB
Motif
Pfam: Peptidase_S10 Porin_6
Other DBs
NCBI-GeneID: 100255855
NCBI-ProteinID: XP_002282331
UniProt: F6H1D7
Position
18:complement(join(9395038..9395181,9395263..9395368,9395462..9395548,9395656..9395762,9395959..9396210,9396282..9396556,9396658..9396765,9398061..9398535,9399317..9399439,9399607..9399747,9399868..9399973,9400131..9400226,9400324..9400442,9400525..9400767,9400893..9401167,9401272..9401379,9401475..9401841))
AA seq 1043 aa
MANIALNIWFSLCCLVGLVQCCGGRGFNPIGKLIREGLSKGRLSDEWTWTSFPLNTTSKF
PLDGLKESHKIESLPGQPNGVDFDQFSGYVTVDSLAGRALFYYFVESPQNSTTKPLVLWL
NGGPGCSSFGIGAMMELGPFRVNKDGETLYLNKHAWNKEANIIFLESPAGVGFSYSDTAS
DYNSSGDYRTASDSYIFLLSWLEIFPEYKTRDFFIAGEGYAGHYVPQLAQTILLFNSIPD
LPIINLRGIAMGNPYVDRETAFKGIVDYYWSHALISDEIYMELILNCNVSSEESASEECI
AWLLQADNAMGNINVYDIYAPLCNSSADSNSISAFDPCSGNYIHAYLNIPQVQEALHANV
TGLPCPWEFCSVNIFGMWKDSPATMLPSIQELMSSGIQVWIYSGDTDGVVPVTSSRYFIK
KLGTLVRTPWHPWYTHGEVGGYAVEYQNLTFVTVRGSGHFVPSYQPARSLQLFCSFLNGT
LGASCVIAITKNFNGFVPLPPACYIWNKGYDMLSNFNKDIYSAYHKLNVIVHHVNHLGFC
INDTKKLLFQVPRPNMKVAPLTWLLPLLLCYQLALLLPYSGATETENLYRLINSRRSANP
PRSELWDELDGRDGNASPLYIGPQDGLMQDDKIESLPGQPEGVNFDQYAGYVTVDPKAGR
ALFYYFVESPEDSSTKPLVLWLNGGPGCSSLGYGAMEELGPFRVNPDGKTLFRNEYAWNN
VSNVIFLESPAGVGFSYSNTSSDYVNVGDKKTAEDSYTFLINWLERFPQYKTRDFFITGE
SYSGHYVPQLAYTILSNNNKTNQTVINLKGIAIGNAWIDDNTSLKGIYDYIWTHALSSDE
SNAGIQKYCDFTTGNFSTKCLDYTYQAEGEVGNIDIYNIYAPLCHSSGPTSRSVGSVNDF
DPCSDYYVESYLNLAEVQKALHARNTTWGACSGVGWTDSPTTILPTIKQLMASGISVWIY
SGDTDGRVPVTSSRYSINTFKLPVKTAWRPWYYNKEVGGYVVEYKGVVFATVRGAGHLVP
SYQPGRALTMIASFLQGTLPPPS
NT seq 3132 nt   +upstreamnt  +downstreamnt
atggcgaatattgcattgaacatctggttttctctgtgttgcttggtgggattggttcag
tgttgtggaggcagaggattcaatccaataggaaagctcataagagagggattgtcgaag
ggtaggttgtcggacgaatggacgtggacgagttttccattgaatacaaccagcaagttc
cctctggatgggttgaaagagagccataagattgaaagcttgcctggacaacccaatgga
gtggacttcgatcagttctcagggtatgttacggtggattctctggcagggcgtgcattg
ttctattattttgtggagtcacctcagaactcgactactaagccccttgtgctgtggctg
aatggaggtcctggttgttcttcatttggaattggagcaatgatggaactgggtccattt
agagtcaacaaagatggagaaactctatatctaaataaacatgcatggaacaaagaggcc
aacatcatcttccttgagtccccagccggggtgggattttcttactcagacacagcatcc
gattataattcaagcggggactacaggactgcctcagattcctacatttttctcctttca
tggctggagatatttcctgaatacaagacaagggatttcttcattgctggagagggctat
gcaggtcattatgtgccccagcttgcacagaccatccttctattcaacagtattccagac
ctacctataatcaatcttagaggaattgccatgggtaatccatatgtggatcgggaaacg
gcttttaagggaattgtggactactattggagccatgctctcatttcagatgaaatatac
atggaacttatattgaactgcaatgtttcttcagaagaatctgcatcagaagagtgcata
gcatggcttcttcaagcagataacgctatgggcaacatcaatgtctatgatatctatgcc
cccttgtgcaattcttcagcggactccaattctatctcagcattcgatccctgctcgggg
aattacatccatgcttacttgaacattcctcaagttcaagaagcacttcatgcaaacgtt
actggtcttccatgtccatgggaattctgcagtgtaaatatatttgggatgtggaaggat
agtccagcaactatgctgcccagcattcaggagctgatgagcagcggaatacaagtgtgg
atatacagtggcgacacagatggtgtagtacccgtgacctctagtaggtatttcataaag
aaattgggcacattagttaggaccccgtggcacccctggtacacccatggagaggttggt
gggtatgctgtggaataccaaaacctgacatttgtgactgttagaggatccgggcatttc
gtccccagttatcagccggctcgatcactgcaactcttctgttcattcttaaatggaacg
cttggagcttcatgtgtaattgctattacaaagaatttcaatggctttgtccctctgccc
ccagcctgctacatatggaacaagggatatgacatgctttctaacttcaataaggatatt
tattcagcctaccataagttaaatgtcattgtccatcacgtcaatcatttgggcttctgt
ataaatgataccaaaaagcttctattccaagtaccacgacccaacatgaaggttgcaccc
ttaacatggctgttgcccctcctcctctgctaccaactggctttgttgctcccatacagt
ggcgccaccgaaactgaaaacctttataggctgataaactcccggagatcagcaaatcct
cctcggtcagaactgtgggatgagttagatggtagggatgggaatgcttctcccctgtat
attggaccccaggatgggttgatgcaagatgacaagatcgagtccttgcctggacagcct
gaaggagtgaattttgatcagtatgcaggctacgtgacggtggatccaaaggcaggaaga
gcactgttctattactttgtggaatcacccgaagattcttctactaagcctctggtgttg
tggctcaatggagggccaggatgttcatcccttggatatggagccatggaggaattggga
cctttccgagtcaacccggatggaaaaacgcttttccggaatgagtatgcatggaacaac
gtgtcaaatgtgatattcttggagtccccagccggagtggggttttcatattcgaacaca
tcatctgactacgtcaatgtgggtgacaagaagacggcggaggactcctatacttttctc
atcaactggctcgagaggttcccgcagtataaaacccgggatttcttcataaccggggag
agttactccggtcattatgtacctcagcttgcctacacaattctctcaaacaacaacaaa
actaatcaaacagtcatcaacctcaaaggcattgcgattgggaatgcttggatagatgat
aataccagccttaaggggatttatgattatatctggacgcatgctttgagctcggacgaa
agtaacgctggcattcagaaatactgtgacttcactactggaaatttttcaaccaaatgc
ctagactacacatatcaagcagaaggagaggtcggaaatattgatatttacaacatatac
gctccactctgtcattcatcaggaccgacttcccgctccgtgggttctgtcaatgatttt
gatccctgctccgattattatgtggagtcctatctgaatctggctgaagtccaaaaggct
cttcatgcaagaaacaccacatggggagcttgcagcggagtgggatggacagacagccca
acgaccattttacccacaatcaagcagctgatggcgagtggaatcagcgtatggatatac
agcggcgacactgatgggcgtgttccagttacatcctctaggtactctataaacaccttc
aaacttcctgtcaaaacagcctggcggccatggtactacaacaaggaggttggaggatat
gttgttgagtacaaaggggtggtttttgctacagtcaggggagctgggcatctagttcca
agctaccaacctggacgagctctgaccatgattgcttctttcctccagggaacgcttcct
cctccctcttga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (21)   
   RefGene (17)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (9)   
   RefSeq(nuc) (1)   
   GenBank (4)   
   EMBL (4)   
Protein domain (2)   
   Pfam (2)   
All databases (35)   

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