CSPI01G19040.1 (mRNA) Wild cucumber (PI 183967)
The following sequences are available for this feature:
Legend: CDS Hold the cursor over a type above to highlight its positions in the sequence below.ATGGTAGTGGCAAGAGTGGAAATCGAGAAGTTCGATGGAAAGAGAGACTTTGCCTTATGGAAGGCAAAGATTAAGGCCTTGTTAGGACAACAAAAAGCTCACAAAGCCCTTCTAGATTCTTCAGAACTTCCAACAACCCTCACAGCAGTACAAAATGAAGAAATGAAATTAAATGCCTATGGAACACTAATACTAAACCTTAGTGACAATGTTATAAGGCAAGTACTAGAAGAAGAGACAACACACAAAATTTGGAAGAAATTAGAAAGTCTATATGCCACTAAAGATCTCTCAAACAAGATGTATCTAAGGGAAAAATTCTTTACATATAAAATGGATCCTTCCAAAAGTTTAACAGACAACTTAGATAAGTTCAAGAAAATAGTTTCAGACTTTAAAAGTCTTGAAGACAAACTCAGTGATGATAATGAGGCATTCGTTCTCCAAAATTCTCTACCCGAGGCATACAAAGAAGTGAAAAATTCACTAAAGTATGGTAAAGACTCAGCCAAAACAGATGTCATAATATCAACCCTAAGAACCAGAGAATTGAAAATACAGTTATCTCATAAGGAACATCAAAGTGGAAATGGTTTGTTTGTCAAAGGTAAATCCCAAAACAATCAGGGTAAAAATAGTAGCAAATCCTCCTCTTATGAAGATAAGAAAGTTAAACAAAAAGAGAAGTGTAAATAGAGTAAAAAGAAGGGACACCTTCAAGAGTGTTTTTTCCTTAAAAGAAATATCAAGAAAAAGAAAAAGACTTAAAAGGAAAACAACCAGAAGCCTTCATAGTAGAAATATCATTTACCTACACGGATGCCCTGACATCAACCTTAGACCAAGCCAATTATGTTAACCCCTTCCGAAAACGTGATTGGGTCCTAGACTCAGGATGCACCTACCATATGACACTTTTTAGAGCATGGTTCAATACCTATAAAGAAATCAGTAGAGAGTCTGTGTTTATGGGGAATAATAATGCTTGTAACATTGCTGGAATTGGATCGGTCACCATGAAACTAAAGGATGAGACTGTAAATCTCCTTAGAAATGTAAGACATGTTCCTCACCTTAAAAGAAACTTAATCTCCTTGGGAATGCTAGACTCTCTAGGATGCGAATACAAAGGAAAATGTGGAGTCTTCCAAGTTTTCATGGACTCTAAAGAAGTATTGGTTGGGGGAAAAGGTAAATGACCTGTTTATAATAAAAGGGGTTGAAATGATAGATGAAGCAAATATTGTATTAGCTCTAAACTTAACAGAGGATGACCTTTGGCACAAAAGACTGTCTCATATAAGTCAGAAGGGACTTGAGGCTTTATCTAAACAAGACATTCTACCTTTAGACATATGCAGTAAACTGTCTTTCTGTGAACACTGTGTGCTAGGCAAAGCAAGGAAACAAAGTTTCACCAAAGCACAACACACAACTAAAGGAATTCTAGACTATATCTATCCAGATTTATGGGGTCCAACCCCAACTCCAAGCCTAAGAGCTCAAGGTATTTCTTATCATTTACTGATGATTTTTCAAGAAAAAATTGGATTTATTTAAAAACAAAAGATCAAGTTTTTGAAAAATTTTAAAAATGAAAACTAATGATAGAAAAACAAACTGATAAAGAGATTAAATACCTTAGAGCTGACAATGGTTCGGAGTTTTGTGGAGAGGTGTTCAATCATTTTTGCAAGGAAAGTGGAATCACAAGACACAAAAATGTGAGATACACACCTCAACAAAATATGGTGGCAGAAAGACTTAACAGAACTATAATGGAAAAGGTAAGATGCCAACTATCAGATGTCATTCTGGAAGAAAAGTTTTGGGTTGAAGTTGCTGCCTATGCGGTGTACACATTGAATAGAAGCCCCCATACCTCCTTAGGACTCTTAACACCTGAGGAGAAATGGTCCATCTAAATGATCTTTAGGTGTTTGGATGTGTAGGGTATGTCCATCAAAACTAAGGGAAACTAAAGGCTAGAGATGTTAAGTGTATGTTTGTTGGCTTCACAGAAGGGGTAAAGGGTTTCAAGTTGTGGCACCACTAACAAGAAGTTCATAATTAGTAGGGATGTTCATTTCAGAGAAACTGAGATGTTTATGCAAGGGAAAGGTAATACTAAAAGGAGCACTGAAGCCACAAAAACCTATACTCAGATTGAACTGGAGAATGCTAGAAACGGTGCTCAATTTACTAAGAAAACTAAAGTTATTGATCAAGAAATCGATGGAGAACAAACTAAAATAGTTAAAGAACAATCTAACTTGAGCCAATATTCCCTAGCAAGAGACAGACAAAGAACGGTAATTATTCCTCCAATCGGTATGCTGAAACTAACTATATAAGTTTTTTTCTAAACGTTACTATAGCTCCCAGTGATAATGAACCTAGTTCTTTTGAGGAAGTTAAGCTGTAATGATGCTAGACGGTGGATTGAAGCCATGAATGAAGAAATAAATTCTCTAAAGGTAAATGACACATGGACCCTTATCCCTTTACCTAAGGAATGCAAACCAATAGCATCTAAGTGGATCTATAAACTCAAGGAAGGAGTCACTGAACTCACTACCAAGGTACAAGGCAAAGTTGGTAGCTAAGGACTTTACTCAAAGAGAAGGTATAGACTATTCTGAAATTTTCTCACCAGTTGTTAAACAAACCTCTATTAGACCTCTCTTATCCCTAGTTACTTAATATAATCTAGAGTTGGACCAACTTGATGTAAAGGCAGCCTTCCTTCATGGCTATCTAGATGAAACAATTTACATGGTTCAACCTAAAGGTTTTGAAGTTCAAGGTAAGGAAGACCTCTACTGCTTACTAAAGAAGTCAATATATGGACTGGAGCAATCACCTAGGTGCTGGATCTTATGGTTTTATATCCAGACTGAGTTTTAATAGAAGCTCATACAATATGTGTGTCTACATAAACTCAACAACCTATAAGGAGATGGTTTTCTTTCTACTCTATGTCGATGATATGCTCCTTGCCAGAAGCTCTAAGGAAGATTTAACTCATGTCAAAACTCTTTTAAGTAAAGAATTTTACATGAAGGATTTAGGTGAATCAAGAAAGATCCTAGGAATTGACATCACAAGAGACAAAAACCAATCCATACGAAGCATAAGTCAATCAACCTACTATGAGAAGGTGATCAGAAGATTCAACCTCACCACTGCTAGACCAATCACACTCCCTATTGCACAATATTTTAAACTATCAGCCGCTAATTTTCCTAGTGAGACAGACATAGAGCACATGAATATATGTTAGAAATTAATAAGCTAGATACATTATGGATAACACATTAATAGATACATTTCTAGTTTCAAGATACATATGCATTTCTAGATACATGTAATTATTCAAGTACATGAATGGTATGTATTCATGTACTTCATTTATTTTGTGTCTTTTAGGAAGTGTCTCTTGAATACTATATATAGAGATCATTTCCTTCATTTGTACACAAAGATAAAAGAATAAAATCAGTAGAAGCAAATTGAGTTTTAGAAAGTAAGTGAGTTTCAAGAGAACAACATTCTTCTCTTGTGTGTTATTGAGTTTTCTAAGAGAACAAATTTCTTCTCTTAAAAGTTTGTGAGATTTAGAGTAAATTTAGAGTGGGCTCGTCAACGCCTCCAACAAAGTGGTATCAGAGCAAGGATTGAAAGATGTCATCTAACATGTTGCAGCCTCAACTTCCTCGTTTTGAGGGAAAAACTTATAGGCGGTGGAGCCAGCAAATGAAGGTTCTTTATGGATCTCAAGATCTTTGGGATATTGTTGACATCGGATATTCAGAGCCAGAAAGTGAGAATGGTCTTTCAGCACAACAACTCAATGAGTTGAAAGATGCTAGAAAAAAAGGATAA ATGGTAGTGGCAAGAGTGGAAATCGAGAAGTTCGATGGAAAGAGAGACTTTGCCTTATGGAAGGCAAAGATTAAGGCCTTGTTAGGACAACAAAAAGCTCACAAAGCCCTTCTAGATTCTTCAGAACTTCCAACAACCCTCACAGCAGTACAAAATGAAGAAATGAAATTAAATGCCTATGGAACACTAATACTAAACCTTAGTGACAATGTTATAAGGCAAGTACTAGAAGAAGAGACAACACACAAAATTTGGAAGAAATTAGAAAGTCTATATGCCACTAAAGATCTCTCAAACAAGATGTATCTAAGGGAAAAATTCTTTACATATAAAATGGATCCTTCCAAAAGTTTAACAGACAACTTAGATAAGTTCAAGAAAATAGTTTCAGACTTTAAAAGTCTTGAAGACAAACTCAGTGATGATAATGAGGCATTCGTTCTCCAAAATTCTCTACCCGAGGCATACAAAGAAGTGAAAAATTCACTAAAGTATGGTAAAGACTCAGCCAAAACAGATGTCATAATATCAACCCTAAGAACCAGAGAATTGAAAATACAGTTATCTCATAAGGAACATCAAAGTGGAAATGGTTTGTTTGTCAAAGCCAATTATGTTAACCCCTTCCGAAAACGTGATTGGGTCCTAGACTCAGGATGCACCTACCATATGACACTTTTTAGAGCATGGTTCAATACCTATAAAGAAATCAGTAGAGAGTCTGTGTTTATGGGGAATAATAATGCTTGTAACATTGCTGGAATTGGATCGGTCACCATGAAACTAAAGGATGAGACTGTAAATCTCCTTAGAAATGTAAGACATGTTCCTCACCTTAAAAGAAACTTAATCTCCTTGGGAATGCTAGACTCTCTAGGATGCGAATACAAAGGAAAATGTGGAGTCTTCCAAGTTTTCATGGACTCTAAAGAAGTATTGGTTGGGGGAAAAGAAAAACAAACTGATAAAGAGATTAAATACCTTAGAGCTGACAATGGTTCGGAGTTTTGTGGAGAGGTGTTCAATCATTTTTGCAAGGAAAGTGGAATCACAAGACACAAAAATGTGAGATACACACCTCAACAAAATATGGTGGCAGAAAGACTTAACAGAACTATAATGGAAAAGGTAAGATGCCAACTATCAGATGTCATTCTGGAAGAAAAGTTTTGGGTTGAAGTTGCTGCCTATGCGGTGTACACATTGAATAGAAGCCCCCATACCTCCTTAGGACTCTTAACACCTGAGGAGAAATGGGTTTCAAGTTGTGGCACCACTAACAAGAAGTTCATAATTAGTAGGGATGTTCATTTCAGAGAAACTGAGATGTTTATGCAAGGGAAAGGTAATACTAAAAGGAGCACTGAAGCCACAAAAACCTATACTCAGATTGAACTGGAGAATGCTAGAAACGGTGCTCAATTTACTAAGAAAACTAAAGTTATTGATCAAGAAATCGATGGAGAACAAACTAAAATAGTTAAAGAACAATCTAACTTGAGCCAATATTCCCTAGCAAGAGACAGACAAAGAACGCTCCCAGTGATAATGAACCTAGTTCTTTTGAGGAAGTTAAGCTGTAATGATGCTAGACGGTGGATTGAAGCCATGAATGAAGAAATAAATTCTCTAAAGGTAAATGACACATGGACCCTTATCCCTTTACCTAAGGAATGCAAACCAATAGCATCTAAGTGGATCTATAAACTCAAGGAAGGAGTCACTGAACTCACTACCAAGGCAGCCTTCCTTCATGGCTATCTAGATGAAACAATTTACATGGTTCAACCTAAAGGTTTTGAAGTTCAAGGTAAGGAAGACCTCTACTGCTTACTAAAGAAGTCAATATATGGACTGGAGCAATCACCTAGAAGCTCTAAGGAAGATTTAACTCATGTCAAAACTCTTTTAAGTAAAGAATTTTACATGAAGGATTTAGGTGAATCAAGAAAGATCCTAGGAATTGACATCACAAGAGACAAAAACCAATCCATACGAAGCATAAGTCAATCAACCTACTATGAGAAGCCTCAACTTCCTCGTTTTGAGGGAAAAACTTATAGGCGGTGGAGCCAGCAAATGAAGGTTCTTTATGGATCTCAAGATCTTTGGGATATTGTTGACATCGGATATTCAGAGCCAGAAAGTGAGAATGGTCTTTCAGCACAACAACTCAATGAGTTGAAAGATGCTAGAAAAAAAGGATAA ATGGTAGTGGCAAGAGTGGAAATCGAGAAGTTCGATGGAAAGAGAGACTTTGCCTTATGGAAGGCAAAGATTAAGGCCTTGTTAGGACAACAAAAAGCTCACAAAGCCCTTCTAGATTCTTCAGAACTTCCAACAACCCTCACAGCAGTACAAAATGAAGAAATGAAATTAAATGCCTATGGAACACTAATACTAAACCTTAGTGACAATGTTATAAGGCAAGTACTAGAAGAAGAGACAACACACAAAATTTGGAAGAAATTAGAAAGTCTATATGCCACTAAAGATCTCTCAAACAAGATGTATCTAAGGGAAAAATTCTTTACATATAAAATGGATCCTTCCAAAAGTTTAACAGACAACTTAGATAAGTTCAAGAAAATAGTTTCAGACTTTAAAAGTCTTGAAGACAAACTCAGTGATGATAATGAGGCATTCGTTCTCCAAAATTCTCTACCCGAGGCATACAAAGAAGTGAAAAATTCACTAAAGTATGGTAAAGACTCAGCCAAAACAGATGTCATAATATCAACCCTAAGAACCAGAGAATTGAAAATACAGTTATCTCATAAGGAACATCAAAGTGGAAATGGTTTGTTTGTCAAAGCCAATTATGTTAACCCCTTCCGAAAACGTGATTGGGTCCTAGACTCAGGATGCACCTACCATATGACACTTTTTAGAGCATGGTTCAATACCTATAAAGAAATCAGTAGAGAGTCTGTGTTTATGGGGAATAATAATGCTTGTAACATTGCTGGAATTGGATCGGTCACCATGAAACTAAAGGATGAGACTGTAAATCTCCTTAGAAATGTAAGACATGTTCCTCACCTTAAAAGAAACTTAATCTCCTTGGGAATGCTAGACTCTCTAGGATGCGAATACAAAGGAAAATGTGGAGTCTTCCAAGTTTTCATGGACTCTAAAGAAGTATTGGTTGGGGGAAAAGAAAAACAAACTGATAAAGAGATTAAATACCTTAGAGCTGACAATGGTTCGGAGTTTTGTGGAGAGGTGTTCAATCATTTTTGCAAGGAAAGTGGAATCACAAGACACAAAAATGTGAGATACACACCTCAACAAAATATGGTGGCAGAAAGACTTAACAGAACTATAATGGAAAAGGTAAGATGCCAACTATCAGATGTCATTCTGGAAGAAAAGTTTTGGGTTGAAGTTGCTGCCTATGCGGTGTACACATTGAATAGAAGCCCCCATACCTCCTTAGGACTCTTAACACCTGAGGAGAAATGGGTTTCAAGTTGTGGCACCACTAACAAGAAGTTCATAATTAGTAGGGATGTTCATTTCAGAGAAACTGAGATGTTTATGCAAGGGAAAGGTAATACTAAAAGGAGCACTGAAGCCACAAAAACCTATACTCAGATTGAACTGGAGAATGCTAGAAACGGTGCTCAATTTACTAAGAAAACTAAAGTTATTGATCAAGAAATCGATGGAGAACAAACTAAAATAGTTAAAGAACAATCTAACTTGAGCCAATATTCCCTAGCAAGAGACAGACAAAGAACGCTCCCAGTGATAATGAACCTAGTTCTTTTGAGGAAGTTAAGCTGTAATGATGCTAGACGGTGGATTGAAGCCATGAATGAAGAAATAAATTCTCTAAAGGTAAATGACACATGGACCCTTATCCCTTTACCTAAGGAATGCAAACCAATAGCATCTAAGTGGATCTATAAACTCAAGGAAGGAGTCACTGAACTCACTACCAAGGCAGCCTTCCTTCATGGCTATCTAGATGAAACAATTTACATGGTTCAACCTAAAGGTTTTGAAGTTCAAGGTAAGGAAGACCTCTACTGCTTACTAAAGAAGTCAATATATGGACTGGAGCAATCACCTAGAAGCTCTAAGGAAGATTTAACTCATGTCAAAACTCTTTTAAGTAAAGAATTTTACATGAAGGATTTAGGTGAATCAAGAAAGATCCTAGGAATTGACATCACAAGAGACAAAAACCAATCCATACGAAGCATAAGTCAATCAACCTACTATGAGAAGCCTCAACTTCCTCGTTTTGAGGGAAAAACTTATAGGCGGTGGAGCCAGCAAATGAAGGTTCTTTATGGATCTCAAGATCTTTGGGATATTGTTGACATCGGATATTCAGAGCCAGAAAGTGAGAATGGTCTTTCAGCACAACAACTCAATGAGTTGAAAGATGCTAGAAAAAAAGGATAA
BLAST of CSPI01G19040.1 vs. Swiss-Prot
Match: POLX_TOBAC (Retrovirus-related Pol polyprotein from transposon TNT 1-94 OS=Nicotiana tabacum PE=2 SV=1) HSP 1 Score: 108.6 bits (270), Expect = 2.9e-22 Identity = 58/198 (29.29%), Postives = 110/198 (55.56%), Query Frame = 1
BLAST of CSPI01G19040.1 vs. Swiss-Prot
Match: COPIA_DROME (Copia protein OS=Drosophila melanogaster GN=GIP PE=1 SV=3) HSP 1 Score: 82.8 bits (203), Expect = 1.7e-14 Identity = 48/125 (38.40%), Postives = 63/125 (50.40%), Query Frame = 1
BLAST of CSPI01G19040.1 vs. TrEMBL
Match: A5AJF1_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VITISV_025437 PE=4 SV=1) HSP 1 Score: 280.0 bits (715), Expect = 8.2e-72 Identity = 183/578 (31.66%), Postives = 298/578 (51.56%), Query Frame = 1
BLAST of CSPI01G19040.1 vs. TrEMBL
Match: Q94LG0_ORYSJ (Putative retroelement pol polyprotein OS=Oryza sativa subsp. japonica GN=LOC_Os03g27910 PE=4 SV=1) HSP 1 Score: 241.9 bits (616), Expect = 2.5e-60 Identity = 159/447 (35.57%), Postives = 219/447 (48.99%), Query Frame = 1
BLAST of CSPI01G19040.1 vs. TrEMBL
Match: A0A061GYD4_THECC (Uncharacterized protein OS=Theobroma cacao GN=TCM_041944 PE=4 SV=1) HSP 1 Score: 219.5 bits (558), Expect = 1.3e-53 Identity = 134/440 (30.45%), Postives = 232/440 (52.73%), Query Frame = 1
BLAST of CSPI01G19040.1 vs. TrEMBL
Match: Q01N60_ORYSA (OSIGBa0127D24.3 protein OS=Oryza sativa GN=OSIGBa0127D24.3 PE=4 SV=1) HSP 1 Score: 211.8 bits (538), Expect = 2.7e-51 Identity = 149/412 (36.17%), Postives = 211/412 (51.21%), Query Frame = 1
BLAST of CSPI01G19040.1 vs. TrEMBL
Match: Q2QP43_ORYSJ (Retrotransposon protein, putative, Ty1-copia subclass OS=Oryza sativa subsp. japonica GN=LOC_Os12g35740 PE=4 SV=1) HSP 1 Score: 209.1 bits (531), Expect = 1.8e-50 Identity = 203/753 (26.96%), Postives = 323/753 (42.90%), Query Frame = 1
BLAST of CSPI01G19040.1 vs. TAIR10
Match: AT1G48720.1 (AT1G48720.1 unknown protein) HSP 1 Score: 56.2 bits (134), Expect = 9.7e-08 Identity = 24/57 (42.11%), Postives = 37/57 (64.91%), Query Frame = 1
BLAST of CSPI01G19040.1 vs. NCBI nr
Match: gi|147777710|emb|CAN69096.1| (hypothetical protein VITISV_025437 [Vitis vinifera]) HSP 1 Score: 280.0 bits (715), Expect = 1.2e-71 Identity = 183/578 (31.66%), Postives = 298/578 (51.56%), Query Frame = 1
BLAST of CSPI01G19040.1 vs. NCBI nr
Match: gi|14029020|gb|AAK52561.1|AC079853_14 (Putative retroelement pol polyprotein [Oryza sativa Japonica Group]) HSP 1 Score: 241.9 bits (616), Expect = 3.5e-60 Identity = 159/447 (35.57%), Postives = 219/447 (48.99%), Query Frame = 1
BLAST of CSPI01G19040.1 vs. NCBI nr
Match: gi|590589905|ref|XP_007016583.1| (Uncharacterized protein TCM_041944 [Theobroma cacao]) HSP 1 Score: 219.5 bits (558), Expect = 1.9e-53 Identity = 134/440 (30.45%), Postives = 232/440 (52.73%), Query Frame = 1
BLAST of CSPI01G19040.1 vs. NCBI nr
Match: gi|116317760|emb|CAH65740.1| (OSIGBa0127D24.3 [Oryza sativa Indica Group]) HSP 1 Score: 211.8 bits (538), Expect = 3.9e-51 Identity = 149/412 (36.17%), Postives = 211/412 (51.21%), Query Frame = 1
BLAST of CSPI01G19040.1 vs. NCBI nr
Match: gi|77556671|gb|ABA99467.1| (retrotransposon protein, putative, Ty1-copia subclass [Oryza sativa Japonica Group]) HSP 1 Score: 209.1 bits (531), Expect = 2.5e-50 Identity = 203/753 (26.96%), Postives = 323/753 (42.90%), Query Frame = 1
The following BLAST results are available for this feature:
The following terms have been associated with this mRNA:
GO Assignments
This mRNA is annotated with the following GO terms.
This mRNA is a part of the following gene feature(s):
The following polypeptide feature(s) derives from this mRNA:
The following CDS feature(s) are a part of this mRNA:
Analysis Name: InterPro Annotations of cucumber (PI183967)
Date Performed: 2017-01-17
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