KEGG   Pyrus x bretschneideri (Chinese white pear): 103947884
Entry
103947884         CDS       T03446                                 
Name
(RefSeq) LOW QUALITY PROTEIN: S-linalool synthase
Organism
pxb  Pyrus x bretschneideri (Chinese white pear)
SSDB
Motif
Pfam: Terpene_synth_C Terpene_syn_C_2 Terpene_synth
Other DBs
NCBI-GeneID: 103947884
NCBI-ProteinID: XP_009357122
Position
Unknown
AA seq 1100 aa
MYSQEVLVKNLVMKIKQELFSPDVDLVSLVPPSPYDTAWLSMIPNPHRGSDEPLFKGCLD
WVLQHQSIRGFWGDDDHVPTLGSLTSTLACIVALTTWDVGYDAIQKGLAFIHASTEKLLE
EQNGTFPEWFVIVFPAMVELAQTKGLRVYFSHGSTALVEQVFQERKQIFQMHRLVQSGDQ
QQYYSLEFMQYLEALPETYDINSNETLLISQSEEDGLFIQSPSAIAYAFMKTGRKEFLSK
LDSIVQRCGFSVPAIYPMDEDLLRVCLINRIERLGLAEHFMAEIKSMLGQVYRSYISCEE
PKSKEVLQLYKDSLAFRLLRLHGYTVSPRKFCWFLDDEDKMFYIEEHHEIFLRAIYNVYR
ATDVTFTGESQLEDVKEFCRRILEKQTLKDSKNLVGPTSMTYLQDQIKHEISIPWLARLD
HLEHRKFIEREEPVGPWTGRGLSYGLSCQSKGKLLQLAIENYTLRQSMFRNELKELEMWS
KGMGLVEMGFARQKTAYCYFAVASTVSHSSLSCVRLAVAKGAVIVTVADDFFDKEGPMNE
LEALANAVKRWQNEGLDGHGKTIFKALKDFVDDISWQFFNQNGYDIKSYLQDLWQQTFVS
WLKEAEWSRNGHPSSIVEYLQVATCSIASHTILLSAALLLSTPPELEILKSPQSHPLTNS
LMVLTRLLNEIQSYQKEQEEGKPNLVLLHMKGNPNLGAEESIGIIQKMLEEKKKEFLEHA
LVINGINGDGMPEACKKLHLFCLKVFQMFFNSTNVFDSPTELLADINKAIYDPLRVDAQG
ISKKDKKILASYGKSQTTCVMKVQGNLRKEFVAKPYLGYGVLSLKLRKPTILRHFGISRF
ATIPATGFNPPPLASYSRFLKEKISNMVFGVVLISKTWITMVLREDSWHNENPNAVSFQF
VLPKARGSRPGFENLPNATFRFVGADMVVHPPSAFWVGVNQRRVEYFCLAMLPSLDAESI
SAIGVYQPTKHRVPYNLNRRVENAKLGLTIKLIHRDSPESPLYQPNLTPQRTQNLVLQSK
ARVKRLRNERLQPSNFNSGTNLCVRKLIARRRYVHGASADLLLQPQAAFLVDLTGRSYRR
EYFCLVMFNESDDTVIGAYQ
NT seq 3303 nt   +upstreamnt  +downstreamnt
atgtattctcaagaagttttggttaagaatcttgtaatgaaaattaaacaagaactgttt
tcaccggatgttgatcttgtttctcttgttcctccttctccttacgacactgcgtggctg
tctatgattccgaatcctcatcgaggatcagatgaacccttgttcaagggatgcttggat
tgggtgctccaacaccaaagcatacgaggcttttggggagatgatgatcatgttccaacc
ctagggtccctcacttcaactcttgcgtgcattgttgcacttaccacatgggatgttggc
tatgatgccattcagaaagggctggcattcatccatgcaagtacagagaagctactggaa
gagcaaaatggtacttttcctgagtggtttgtgattgttttcccagcaatggtggaactt
gcacagaccaaaggactgcgtgtttatttttctcatggttcaacagcgctggtagaacaa
gtcttccaagagagaaaacaaatatttcaaatgcacaggttggtgcaaagtggtgatcag
caacagtactattcactagagtttatgcaatacctcgaagctttgcctgaaacatatgat
attaactccaatgagactctactaatatcccaaagtgaggaagatggactgtttatccaa
tccccatcagctattgcttatgctttcatgaagacaggacgcaaggagtttttgtccaag
ttggattctattgtccaaagatgtgggttctcagttcctgcaatctaccccatggatgaa
gaccttctaagggtttgcctcattaatcggattgagaggctgggactggcagagcatttc
atggcggagataaaaagtatgctgggacaagtttacagaagttacatcagttgcgaagag
ccaaagagcaaggaggtgttacaactatataaagattcactcgcatttcgacttctcaga
ctacacggttatacagtatctcctcggaagttctgctggttccttgatgatgaagataaa
atgttttacatagaagagcaccacgaaatttttctgcgagccatatataatgtatacagg
gcaactgatgtgacctttacaggagaaagtcagcttgaggatgttaaggagttctgtaga
agaatattagaaaagcagacattgaaagattctaagaatttggttgggcctaccagtatg
acttacttgcaagaccagattaagcatgaaattagtattccatggcttgctcggttggat
catctggagcacaggaagttcattgagagggaagagcctgttggtccatggacaggaaga
ggcttatcctacggattatcatgtcaaagcaagggcaagctgctacaacttgctatcgag
aattatacactacggcagtccatgttcagaaatgaattaaaggagttagaaatgtggtca
aagggcatgggtcttgttgaaatggggtttgctcgacagaaaaccgcgtactgctatttc
gccgttgcttcaacagtatcacattcttccctgtcatgtgtacggctggcagttgccaaa
ggtgcagtaattgttacagttgctgatgatttttttgataaggaaggtccaatgaatgaa
ttggaagctcttgccaatgccgtcaagagatggcagaacgaaggattggatggacatgga
aaaactatattcaaggctctcaaagattttgttgatgatatttcttggcaattcttcaat
caaaatggatatgacataaagagttatctccaggatctatggcagcaaacatttgtaagc
tggttaaaagaagcagaatggagcagaaatgggcatccctcgtcaattgttgaatacctc
caagtagccacatgctcgattgcttcacacactattcttctttcagctgctcttctgctt
agtacacctccagaattagagatcctcaagtcccctcaaagccatccacttacaaattca
cttatggttttgacacggcttttgaacgaaattcaaagctatcagaaggagcaagaggag
gggaaaccaaaccttgttctgctacacatgaagggaaatcccaatttgggggctgaagaa
tcaattgggatcatacaaaagatgttggaagaaaagaagaaagagtttctagaacatgct
ctggtaattaatggcatcaatggtgatggtatgccagaggcatgcaaaaaactccacctc
ttctgcctcaaggtttttcagatgtttttcaattctacaaatgtatttgactccccaaca
gaattgcttgctgacatcaacaaagcaatttatgatcccttgagagtggatgcacaagga
atatcaaagaaggataaaaaaattttggctagctatggaaaatcccagactacttgtgtt
atgaaagtccaagggaacttaaggaaagaatttgtggccaaaccttacttgggatatggg
gtcttgtcacttaagctgagaaaaccaactatattacgacatttcggaatctcaaggttt
gcaactattccggctactgggtttaaccctcctcctctagcttcatactcaaggttcctt
aaagagaagatttcaaacatggttttcggtgtggtactaatcagcaagacatggatcact
atggttctgagggaggattcctggcataacgagaatccaaacgccgtgagttttcaattt
gtgctaccaaaggccagagggtcacgaccagggtttgagaatcttcccaatgccacattc
cgttttgtaggtgctgatatggtggtgcaccctcccagtgccttttgggtgggtgtcaat
cagaggcgagtggagtatttttgcttggcaatgctaccgtctctcgatgctgaaagcata
agcgccataggagtatatcaaccaacgaagcaccgtgtgccatataatcttaacagaaga
gtcgaaaatgcaaaactagggttgactattaagctcattcaccgcgactccccagagtca
cctctttaccaacctaacctcacaccacaaagaacacaaaacctcgttctacaatcaaaa
gcccgcgtcaaacgcctaaggaatgaacgtttacagcccagcaattttaactcaggtact
aatttgtgcgtccgaaagttgattgccagaaggcgttacgttcatggtgcaagtgctgat
cttctgttgcagcctcaggcagcgtttcttgttgatctaaccgggcggtcctacaggcga
gagtatttttgcttggtaatgttcaacgaaagtgatgataccgtaataggtgcataccag
taa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (9)   

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