KEGG   Tarenaya hassleriana (spider flower): 104826906
Entry
104826906         CDS       T04125                                 
Name
(RefSeq) ethylene-insensitive protein 2
Organism
thj  Tarenaya hassleriana (spider flower)
SSDB
Motif
Pfam: Nramp
Other DBs
NCBI-GeneID: 104826906
NCBI-ProteinID: XP_010558161
Position
Unknown
AA seq 1252 aa
MEAEIVTVRTGLGFIQRMGPALVPVLLISVGYIDPGKWVAVIEGGTRFGYDLVAIMLLFN
FVAILCQYIAARISVATDRNLAQICNDEYDKWTCMFLGVQAEFSAILLDLTMVLGVANAL
NLLFGVDVATGVFLAAIDAFLFPVFASFLDNRVANTVSIFSAGLILLFYVCGVLSSQPEI
PFSMNGSLTRLNGESIFALMSLLGASVMPHNFYLHSYFAGESTSSLDVSKSSLCQDHLFA
IFCVFSGLSLVNYVLMNAAANVFHSTGLVFLTFQDAMSLMEQIFRSPLVPVAFLVIMFFS
NQITALAWAFGGEVILHDFLKIEIPGWLHRATVRILAVSPALYCVWTSGSEGIYQLLIFT
QVLVAMMLPSSVIPLFRVASSRQIMGIHKIPQICEFLALSTFLGILGLNIVFVLEMAFGN
SDWAGGLRWNTVMGTSLPYIALLVSAFASLCLMLWLAATPLKSTSNRVESQVWNLDIQNA
LSYPSVEEEEFDRSETRPGKEESMALTGNRAKDQTDTSVVTSSCYNLPETILMSEQEIGS
SPLRESDTSVNFSAPKVRLGEDSEVEEQSVSQSTVVNEVSDHASVVESKAVKAEPTSPVE
KAVSIENNNKRVEKEVDEETPKPASPSNYLPVVSDGPPSFRSLGGKNEDGGSGTGSLSRL
AGLGRAARRNLSAILDEFWGHLYDFHGQVVAEAKAKKLDLLLGVDQKAACSVKPDSYRKD
ISGYWGSETDVTSSLNNSFKQQSVPGSIDSLYGVQRGSSSPFSNRMQLLDRYGNSQQNAY
ESGERRYSSLRVPPSSEGRDYQPATVHGYQVTSYLDRLAKERLELLHSRGEIPTSRSSSL
GSMSYTEQLALALRQKSQNGINPGPAPGFHNLAPSRNTPLQSERSYLDAPSSGPIDNVGI
AANGKKYNSMPDISGLSMATRDSRWATGGYGMGYGHVSNEGSLYSSSGSRVPLAFDDVSP
SRSYRDSTFTLPQTTTANTGSLWSRQPFEQFGLAERNSDGEEPGNGSSVVDAEAKLLQSF
RHCILKLLKLEGSDWLFGQSDGTDEELIDRVAAREKFIYEVESQAGHAGSEPLVSSVPNC
GDGCVWRSDLIVSFGVWCIHRILDLSLMESRPELWGKYTYVLNRLQGVIEPAFSKPRTPM
SPCFCLQIPASHQRASPPSVSNGMLPPAAKPARGKCTTAATLLELIKDVEIAISCRKGRS
GTAAGDVAFPKGKENLASVLKRYKRRLSNKPVIMNQDGPGSRKNLTGTVYGS
NT seq 3759 nt   +upstreamnt  +downstreamnt
atggaagctgaaatcgtgaccgtcagaactgggctagggttcattcagcggatgggtcct
gctcttgtgccagtccttttgatttctgtcggatacatcgatcctgggaaatgggtggcg
gttatcgaaggaggaacacgttttgggtacgatttggtggcgattatgctgcttttcaat
ttcgttgccatcttgtgtcagtatatagctgctcgaataagtgttgcaaccgatagaaac
ttagcccagatctgcaatgatgagtatgacaagtggacatgcatgttcttgggagttcag
gcagagttctctgcaattttactcgatcttacaatggttctaggtgttgcaaatgcactt
aaccttctctttggagtggacgtggctaccggggtgtttttggctgccatcgatgctttc
ctgtttcctgtctttgcctctttcctcgacaatcgtgtggcgaataccgtatccattttc
tcggcaggcctgattttgcttttctatgtttgtggtgtcctttcaagtcagcccgagatc
ccgttctctatgaacggaagcttaacaaggttgaacggggagagcatattcgccttgatg
agccttcttggagcaagtgtcatgcctcacaatttttatctccattcttattttgccggg
gaaagtacatcttcattagatgtctcgaagagcagcttatgtcaagaccatcttttcgcc
atcttttgtgtcttcagcggtctgtccctcgtaaattatgtcctgatgaatgcagcggca
aacgtgttccacagtaccggccttgtctttctgacttttcaggacgccatgtcattgatg
gagcagatttttaggagccctttggttccagtggcgtttttggtgatcatgtttttctct
aatcaaattactgcactggcttgggctttcggcggggaggttatcctgcacgacttcctg
aagatagaaatacccggttggcttcaccgtgctacagtcagaattcttgctgtttcgcct
gccctgtattgtgtttggacatctgggtcagaagggatataccagttgctaattttcacg
caggtgctggttgctatgatgctcccatcatccgtcatccctctctttcgtgtcgcctcg
tcgagacaaatcatgggcatccacaaaattccccagatctgcgagttcttagcactttcg
acgttcttggggattctgggtttaaatatcgtttttgtcctggagatggcttttggaaac
agtgactgggctggtggtttgagatggaacacagtaatgggcacgtctttgccttacatt
gctcttcttgtttccgctttcgcgtctttatgcctgatgctttggctggcagccaccccg
ctgaaatccacgagtaacagggttgaatctcaagtctggaatctggatattcaaaatgct
ttatcctatccttctgtcgaagaagaggaatttgatagaagcgagacaaggccaggtaaa
gaagaatcgatggctctgacaggaaacagggcaaaggatcagacggatacatctgttgtt
acaagctcatgctataacttgccagagaccattttaatgtctgaacaagaaatcggatcg
agccctttaagggaaagcgataccagtgttaacttttctgcccctaaggtgcgtctcggg
gaagattctgaagtcgaagaacagtctgtatcgcaatcgacggtggtgaacgaggttagt
gatcatgcttcagttgttgaatccaaggcagtaaaggctgaacccacaagtcctgtggag
aaagctgtcagtatagagaataacaacaagcgggtagagaaggaagtcgatgaagaaaca
cccaaacccgcttctccgagcaactatttacctgttgtctctgatgggccaccttcattc
cgcagcctcggtgggaaaaacgaggatggtggaagtggaactggaagcctctcgagattg
gcgggtttgggccgagctgctcggcgaaacctgtctgcaattcttgatgagttttggggg
catttatatgatttccatgggcaagttgtggctgaagccaaggcaaaaaagctggatctg
ttactcggtgtcgaccaaaaggcagcttgttctgtaaaaccggattcttacagaaaggac
atcagtggatattggggatcagaaacagatgttacctcgagcttaaacaattctttcaag
cagcagagtgtaccgggaagcatagattctttgtacggagtacaaagaggttcatcatca
ccattttccaacagaatgcaattgttggatcgatatggtaacagtcaacaaaatgcttat
gaatcgggtgagagaaggtactcgagtttacgtgttccgccatcttcagagggtcgggac
tatcagccagctacggtacatgggtaccaagttacgtcctatctcgacagacttgcgaaa
gaaaggcttgaactcttgcattctcgtggggaaatcccaacatcaagatcttcatccctt
ggatctatgagttataccgagcaactcgctttagctttgaggcagaagtcccagaacggg
ataaacccaggaccagcccccgggtttcacaatctggctccttctagaaacacgcctcta
caatccgaaaggtcgtatcttgatgctccctcatccggacccatcgataatgtcgggata
gcagccaacgggaagaagtacaatagcatgccagacatatcaggactctctatggctacc
cgagattcgcgttgggcgacaggaggatatggcatgggatatggtcacgtaagcaatgaa
ggatcgttatattcgagttctgggtcgagagtaccgttggcttttgatgacgtttctcca
tcaagaagctacagagattccacctttaccttgcctcagaccacaactgcaaacactggt
tcactctggtctagacaaccatttgagcagtttggcttagcagagagaaatagtgatggc
gaggaacctggaaatggatcttctgttgtagatgctgaggctaaactgcttcagtcattc
agacactgtattcttaagcttcttaaactggaaggatctgactggttgttcggacaaagc
gatgggaccgacgaagaactgatcgatcgagtagctgcgagggagaagttcatctacgag
gttgaaagccaggcgggtcatgcgggtagtgagcctttggtttcatccgttccaaattgc
ggagatggttgcgtatggagatccgatctgattgtgagcttcggtgtctggtgtatccac
cgtattctcgacttgtcgctcatggaaagtcgacccgagctctggggaaagtacacctac
gttctgaaccgcctccagggagtgatagaaccagctttctcgaagccacgaacaccgatg
tccccatgcttctgcctgcagattccggctagccaccagagagcgagcccgccttccgtt
tctaacggaatgttacctccggctgcaaaacctgccagagggaaatgcaccaccgccgcc
acgctcctcgagctcatcaaagacgtagagatcgccatctcttgcaggaagggacggagc
gggacagcggccggggacgtagctttccccaaggggaaagagaacttggcctcggttttg
aagcggtataagcgtcggttatcgaataaaccagttattatgaaccaggatggacccggt
tctagaaagaacctaaccgggaccgtgtacggatcgtga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (23)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (27)   

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