DY257635

Overview
NameDY257635
Unique NameDY257635
TypeEST
OrganismCitrus sinensis (Sweet orange)
Sequence length669
Libraries
Library NameType
AbsCFruitcdna_library
Analyses
This EST is derived from or has results from the following analyses
Analysis NameDate Performed
BLAST: Citrus ESTs to Prunus persica proteins V12010-05-10
BLAST: Citrus ESTs to Populus V2 proteins2010-05-10
BLAST: Citrus ESTs to TAIR92010-05-10
BLAST: Citrus ESTs to SwissProt2010-05-10
Homology
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BLAST of DY257635 vs. ExPASy Swiss-Prot
Match: UBC17_CAEEL (Probable ubiquitin-conjugating enzyme protein 17 OS=Caenorhabditis elegans GN=ubc-17 PE=2 SV=2)

HSP 1 Score: 67.3958 bits (163), Expect = 7.672e-11
Identity = 35/96 (36.46%), Postives = 53/96 (55.21%), Query Frame = 3 
Query:  177 EDNMRYFNVMILGPSQSPYEGGVFKLELFLPEDYPMSAPKVRFLTK-----IYHPNIDKLGRICLDIL-------KDKWSPALQIRTVLLSIQALL 428
            E  +    V+I GP  +PY  G+F+ ++F P  YP S PK  FLT       ++PN+   G+ICL IL       ++KW+P   +  VL+SIQ ++
Sbjct:  439 EGRVDIIKVLISGPDDTPYANGLFEFDIFFPTGYPFSPPKCAFLTTGSGNVRFNPNLYNDGKICLSILGTWEGRPEEKWNPYCSLMQVLVSIQEVI 534
The following BLAST results are available for this feature:
BLAST of DY257635 vs. ExPASy Swiss-Prot
Analysis Date: 2010-05-10 (BLAST: Citrus ESTs to SwissProt)
Total hits: 251
Match NameE-valueIdentityDescription
UBC17_CAEEL7.672e-1136.46Probable ubiquitin-conjugating enzyme protein 17 O... [more]

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Properties
Property NameValue
Genbank descriptionKN0AAK3CE01FM1 AbsCFruit Citrus sinensis cDNA 5, mRNA sequence.
Sequences
The following sequences are available for this feature:

EST sequence

>DY257635 ID=DY257635; Name=DY257635; organism=Citrus sinensis; type=EST; length=669bp
ACGAGAAACCTAAAGAGGAAAAGAGGGAGAGGGAAAAAAAGACGATCGAT
TTCTGACTCATCTCTGTAAAATCTCTTGGAATTCCGATGGCTAGTGGCAA
CCTCCCTCGCAGAATTGTCAAGGAAACCCAGCGGCTGCTCAGTGAACCAG
CTCCAGGCATTAGTGCTTCTCCTGCCGAAGACAACATGCGATATTTTAAT
GTAATGATTCTTGGTCCATCTCAGTCTCCTTATGAAGGTGGGGTTTTCAA
GTTGGAGTTGTTTTTGCCTGAAGATTATCCAATGTCCGCTCCTAAGGTTC
GATTTCTGACCAAAATATATCATCCTAACATAGACAAGCTTGGAAGGATA
TGCCTTGATATTTTGAAAGATAAATGGAGTCCCGCCCTGCAAATCCGCAC
AGTCCTGCTGAGTATCCAAGCTCTTTTGAGTGCTCCGAACCCAGACGATC
CACTTTCTGATAACATTGCAAAGCATTGGAAGGCAGATGAGACTGAAGCT
GTTGAAACTGCGAAGGAATGGACCCGGTTATATGCAAGTGATGGGTGAAG
GCTAGAGCTTGTTCGAGGATATTTCTCTACAAGTTTATGTTAAAAACACT
AATTGATGTATGAACAGATGTGTAAAAATGTTTCTCAATCGGTCTGTTAT
TTGAATGTTCCACTTGTAT
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