CSPI01G07540 (gene) Wild cucumber (PI 183967)
The following sequences are available for this feature:
Legend: five_prime_UTRCDSthree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.GAAGAATTGAGAAAAAGAAAAAAATAATGAAAGAGGAAACAAGAGGGCAGGGATCCCGGAGAGTAAACTGCAGTTGGTAGCTGACTACAAGCAACAGAAATGGCGCGAGGATCGTCTTCAAAGAAGGACGAAGCAAAAGGAGAAATCAACCCAGAGATTGCAGAGCGAAAGCGGCTCAAGAAGCTCGCATTCTCCAATCACATACTTTCAGAAACCCAGGCAAGGCCCCAGGCTTATCTGAGCCCTTCAGCCACGGTTCTGAAGCACCATGGCAAAGACATTGTCAAGAAATCACAGCGAAAGAACAGGTTCCTCTTCTCCTTTTCAGGCTTGCTTGCTCCCGTTAGTGGTGGCAAGATTGGCGAGCTCAAGGATTTATCAACCAAGAATCCCATTCTCTATCTCGATTTTCCTCAGGTTCGTCCGTTCTTCCTTTCTCTCAATCGCCTTTCTGTTTTTCACTCCTCTGAATTTCTTCAGTTTAGTGTCCGGGTTCGTCTCTTCTCCTTTAGAATAATTTTTGTAATTGTTTGTCATCTTCATCCAGTCCTAAGTATTTGATAGATAAACCCATATCACACTCGAGGTTTTTTTTCTATGTTTTTTATTTACATACTTCTTGCCTTCTGGATTCTACAAGATAGACTGAGAATAGTACTTATATATTTTTTTGTGGGGAATACAACTTGGAAGGATAGATCTCAGAAAAGACTAGGACAGTATTGGATGAGATAACAGCAACCCAATGGCTGGTTTTTTAAGGGTAAACCAATATATTTGTGGGGGTGTGCTGCTCGGGCTTTTTTTGGGGAGGTCTCGCTGGAAAAGAACTGTAGAACCTTCGTAGAGGAAGCTGCAAATTTTATTTCCACTTGGTGGTGGCTTAGCAACACCATTCTTTGTAATTGTTTAGGGTTTAGGGGTTTGTCAATTGTGCAAAATTAAAGGACAAGCTTTCCACCACAAAAGAACCAAGGCTAAATGATTTTTGTTTTGATATATAAATAATTTGGACTCTGTGAATTTTGTTTTTTAATAGACAAGGTATGATTAATATTTGAGTTTTTTGGTTGATTTGGAGTCCATGGAGCTGTTATCAACACCCATCAATCATTTATCATCATTATATAGTTATTAGAAGTTGATGAAATTAATGTACTATCTAATTAATTATTATAGTTTCTACTAAACTCATATGTCCAGTGATATTTTTTCTCATTAAATGAGATGCTTTGCTTAGTATTTGAGTGCATAGCATTAGAGCGAGTTAAATACGTGGAAATTGTTATTGTTATTGGCTTATTATTTATTTCTACCTGGAAAATGGATGCGTAAGCATATTGTTTGTATGCACAAGCTAACCTGGACACCCACAAATTATTTTCATTCCCCGAATGCCAATGTTGATTTTATGTGGTCATGAAGCATCTAGTGGTGGAATTTTTCTGATTGCTATTTTGTTTGCTTTCCAGGGGCGTATGAAGTTGTTTGGAACTATCATGTATCCGAAGAACAGATATTTAACTTTGCAGTTTTCTAGAGGTGGAAAGAATGTGACGTGTGAAGATTGTTTTGATAATATGGTTAGTCCTTTTGCTTCTGTGTTTCATTCCTTCTATCTTGGGGACTTTATTTTTGTTCATTTCATCTAGTATTTCATTAAAAGTGCAGTTATGACTTGTAAAACCCGTAGCACAATAAATGATGTTTGTAGCTGGTTTCAATTCTTAGTATGATCTGAATGCTTCTTTATGTACTGCTTCCGAAATTCATCTTTGCCGGTTTAAGCCGTCATTTTTTGTGATTTTTCTTTCAAAGATAAAGCAAAATCTATGGTGCAATACAAATTGAGGTTTTCTAAGCCTATTGTCGGAGACCTGTATTTGGGCCGATCCAAAATGATTCTATCATTTTTGTATCTGCAATTCAATATATATGAGCATAGATAGATACATAGACATATGTACTTACCCTTCTTTCTGTTAATTTTTTTAGTAAAACTTTTTATACTTAAATGGTCGATTCTTTTATTCGTGTTATTTTCCACCTTTCAGAATGAAAACAGAGAAATGCTTCATTATCATCTCAATTGCATTTTGAGCAAACAAGTCAAGAATTGGCCACAGCTTGTGAACATCTAGCAAGGTCTTGTCTTAAATGATATGTTTGCCCGATAAAAGTGTGGCAAGAACAATTATCCACCAACAGGAAAAGGAATAACAATCTGTTTAAGTTATCCTGGTGTGTTTGTTAAATGTGATTCATGAAGATAGATACTAGATGGTGTCATTTTCTGTTCCCTGCCAATATTGATCATCTTGAAATTTAAGAACATTTGTTCAGATTCACTATGTTGAATGATGTTCTTAATTTAATCTCTGTACTGTTCTTGGCACTTCTTGTTACTTAAGACATATGACCTTTAAGCATGTACATTATGAATCAACTATACTTTTCTCTGACTGCAGATTGTCTTTTCTGATGCATGGTGGATTGGAACAAAAGATGAAAATCCAGAGGAGGCGTGTCTTGATTTTCCTAAAGATTTGACCATGGTGAGTTTCTTGATAAATTTTAGGCCCTTAAAATCTATGTATTTTTTCTCTAGTACCTCTACATTTGTATGTATAATTCCTGCGAGCATCTCTTTTCTCAAGATCATTTATGAAGCAGAATAATGGAAATGCATCCCTCTAGTCATAGTCTAATTTATGTTGTTAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGACTTTGCTAACTCCCAGTGGTTGCATGTCAGGGACAATGTGGAGAATATGACTTTAACGGTGGTGCTGGTGTTACTAGTACGAGTGGGGTTGCTGGTGTTACCAGTACGAGTAAGCAGAGTGTTCAAAGGAAGGGAATCAATCCTGCTGCAGAAAATTCCTTTAAAGGAGAGCATGGAGATGATTTAGTGGGCCTTGAAGCCAGCGTGACAAATTCAATAAAGACTACGCCAGTTAGACATTCTGAAAGATCTGCCAGAAAAGTATTCAAGTATTACACTTTGCATGTACTGTTACCATGTAGTTCTTATCTTATTCTCAACAAGGCAGAAACCAATAGGGTTTCTGGTCAAATAGTATTTTGCATCAATTGTCTTATTTATCAACAATCCGTACCTTGATTGGTAGAAAAATTTGCTGCATGACCATGAGTATAGATACATATTTAACACTTGATTTATGATTTTAAAAGTTTTAACTTTAAAATTTGTTTTTCAAAGAATCCACACGTGTTTAGCTTGTCTGGGGTTTTCATAGCCATAGGTGGCCTCTGTTTCAGAGAGAGCATTCTGTGAGTTTGTGTTGCTGTCTTCTGAGAGGTTAGCTTGGGAAAAAATTTTCTTCAAGACATGGAGAACTCTTGAAACGAAGGTGATGGTTCTTAAGGAAAGTACAAAAAATTTACCATGCGTTCGAGAGGCTCACTTTACTCTCTGTACCATTTCTAAAATATGTCTATCCCCATGTCACCCAATCTATATTATTTATGAACTCTATACCCTAAAAAAGTTCATTAACCAATTATTAGTCTAACATTACTAATTTTCCTAACAGCTTATTTGTTAAATATTTTTTCAATTATTTTATTTTCTGTGATTTTAGCTAATTGGGGAGCCTATTGTAACTTTGACTTGTGGGAAGCTTTTGCCTTGGGTTATGCATTTTGTTTATGAATGAAATTAGTTTCCGTAAAAAGAAATGTCCACATTCTTGGAGAAAGTGCCACCAGTTTGTACCATTGCGGTGTCATTACATCTGTATCTACTGTCTTCTATTATTCCCAAACATATCAGGATCAATTTACTTTATGGAAATTGGCAGAAGCAAACTAGATGTTAGGAGGCCATCAGTACAAATACCATTTTCAATGATGGCATCGCCCCTCTCAAGTAAAAACAATATACATATATTGTTAGTAGTAACATTTTGAATTAATGAAACCAGCACCGAATTTGTCCTAGATGTTTTTCTAGCTCAACTACCTAAAGTCCATCCGGAATTTCAGATTCTTTCACTTGATCAGCTTGGCCGTGGTAGTTTCTATACAGTACATTGGTTTTTATTTATAATTCTAATAACCGGTGCAAACATGAAACAAACAACGGAACATTGAGTCCATCTTTTGTCATGTTGGTTGACAAATAGTCTCTCAACAAATTCAGATCAAATGTGAGTTAACGCAACTTCTTTAATCTCATATATTCCCATTCATGTTGAGGCTTATGTCAGTTAACTTTATTGTGATCTGTCCCGAAGAAATAATTTTATTATTATTATTTTTTTTTTCTTGTTAAGTTTTGCAGAGGCTTCTTCTGAGGATGAGTCTGCTGGCACGGACGCTGATTTGTCTGAAGGAGAAGAAAAAAATATTGTCATACATGAGCCTTCAATTGGAGATCATGCTAGTGAAAATATCCCATCTATGATTCTTGAGTAGTTTGTTTTAATTCATCCTCCGCAATTTTCTATTATTATTGATTGTCTTAAAATTTGTCTGCTGCTGTATGTTTCAATTCCTTAATTGATTACTACAGACGGAAGATATCTCTGTTGAATCTATAGATGAAGATGCTGTGAAAATTAAACCTCCTTTTCTTGAAGGAAATCAGACATCAATTTCTAAGGAAAAGAAAAGTTTTCGGGCTAAGGGAAGTGCTCAGAGTGATACTCGTGGACTTGTCCAGCCTACTTTACTTAGTTTGTTCAAGAAAGTGGAGGAGAAGGTAACATCCGAATACCTGTACTTAATATGTGGAAATAGGTTGCTGGCTTGGAATCCATTTACTGTTACATTGAGGGGCTTATTAAAACTAGTAGTTATTTTTCTTGATGCAAAAGGAAATGATCATTTAAAAACCAATGAAAGAACAAGCAAGAGCTGTTACAACGTAGCTATTGAGGAACCAAAAAAAAAAAATGCTCCTCAAACTATAAAACACTTGGCGAAGCAAAGGAAAGACATTTACCTCCCCTTTGGTTGTTAACAACGGTAATGATGTTTTACAAAAGTCAGTTAAAAAATGATCGTAATTCTAGAGAAAAGTATAAAGTGTGTTAGTTACTTACCTTTTACAGAGAATGTGAGACAACATGCTCTTAGAGAAGACAAAAAACATAGTAAAGAGATGCTATTAAAAAGAAAAGACCATCCGAGATTTTTTGAAAACACGATTGTTTCTTTCCATCTAAATTACCCAACAAATTACTGAAACTGCAAATTCCAAAAAGCTCTCAATCTTATACTAGCTAGTAACTCCTCCAAATTGTCCTATCCGAACAATGAACTTTATATCTTTAAGGCTTACATATATTTGAAATGAATGCTTATTGTTTTCAGAGGACACCAAGAAGTTCAAAGAGGTCTTCAGCTCCCAAAGGTTCTAATATTTTCCATTGATTTTATCATCACGACACGAGAATACTAAAGTAACACCAAATCTGCAAAATTGGTTGCCTACAGTTTCTACCCAAAAGATGCAGCTGTCTGGTTCAAAGCAAAAGATTGACCAGGTGATGACAAATCTTCATTTTTCAATCACGCCTTTTCTCCTGAAAACGACTAACAGATTATCATGTACTTTCAGGATGAAGGATCAAAGAAAAGGAGGGTTGTCCGGGGACAAGGTGATGCAATCTTTTATGATCTCTCCATTTACTTACTGCTTGTTGAAATCTCTAACAGCTTAGATATGACAATATTGGCTTGCTGAATTTGTCATCTCTCTTGTACCCTGGGTTCTCATGGAAATTATATCAGGATTGCTCGAGAAATCATACAACTTCTGTAGTAGATCTAATAGAATATTGACTCCCATTTTGCAAGATACATGTGCATTAGTATTTGGACTAATTTTCTGTGTGCTATATTTGTAGTCGGTTTATGCAAATTTGGGTTCTGGATTACCTGGTGTAGCTTTGTAATCATGTTCAGTTGACTGTGTTTATATGGTATGTTTACATGGTTGGTTGATGCATATTAATATTAGCTTGAACGTGCAGGAGGAAAAGCCCAGAAGAAGGATACAGAATATGAGGTACTGGTACCATTTTTACAAATTGTGCTTTTAAAAGATTTGCTGCTTTATTAACCTCAGGATTTCTTATGTGCACTATTCCAACTTGGAGTGGACATGCTTCCCAAAGTTATTATATAACTGGACAAATTTCCATTACTTATAGCTCCAACAGCTAGAGGTATCTTAAAAGCAATCAACTTGAGCATGTTTGGTATACCAACTGCAAAGTGCTTTAAAATGCACTTTTAAACATTTTAAGCACTTGAAAGTCATTCCAAAAACTTTTAGCTGCGGATGAAAATGTTTCATCACAAGTAATACTTTTTGCTTCCTAAGTCTCAAAGTCTTACGTTTTTTTAAAAAAATAATATTTTGTTATTTATTTTTTCAATGAAATTTTATGTGTTAACACATGATATTTCTGAAATGGTCATCGTTAGTTTTTGCTTGGTGACACTAACAAAAAACCTTAAATAGTTTTATGTTAATTATAAAAAGGCCCTTGGCATTCTTCAAACTTGAAAGAATTTCAACCAGCAATTCCTTCTCATGTGTCTCATCTTACAAGTGAGACCTTTTAGAATTTAGTTTAAAAGGATGTTTGCTTCTGTGTTTTGGGTCTCATCCAAATTTAGTTCATGACTTTCAAATGTTTTAATAGACCATAAATTAATTCTGATTGTTAGTTTCAGACTGATATTTATTCAATTCGGTTCCATAATAATGTGAATATGTTTCCAATAGAGAGGAAAGACTAATTAAGGGGGTTTTTTCCCTTCGGAAGTAACAATAAACTAACTGTAGGCTAATTTAAGATTTATTGGACATTTCTAACTGGTGAGATTAAAATAAAACGAGGACCAAAATATTGTGGTGAACTAGTATTATAACCTAAATTTTTATATGCTCTGAATTGCAAGTACATGTAGTTTGTTTCTATTTACTACTCTCAAGTCACGATTCAGTGCGGGATGAAATGGTTGACGGTAGATATCACTGTAGACTTTATTTATCTAAATCTTGTAGGTTGAAGATGAGATCGAAGATTTGTCGAGCTCTCAAGAGGTGAGTGTTCAATGGCTATTTTATAACCTACATACTTCCATGATTTCTTAGGATATTGGACTGGAAGTTAGTGGGCCCTAGGTTTGTAGTCATTTTGGAGTCTGATGAAAATATTTGACTGAACTACTCCTTTGCTATTACATATAATCAATGTCTCATTTTCCTTTGACTATTAATTTTTTGGCTTAGTTACCCTTTAAAAACTCTCTCTCCCTTGTGCCCTACACCATGGTTGTTAGAAAGTTGTCATTTACTGTAATTTTTTATTTCTATGTAATATTAAGAAAAAAACAGGCTTTCCATTTTTTTTAGAAACAACAGCTTTCATGGAGAAAGAACGAAAGTATACATGAGCATATGAAAAAGAAATAACTCAGCCCACAAAAAAAGCAATACCCGCTCCAAGGAGTTCTTAACTTTGCAAGTTAACACCTATAAAATAGCTAAAACCGAAGTGTACGAGGAAACATGGAAGCAAACAAGGGACCAAATTTCACTATGTTCCTTTTCCACCCTTCTAAAGATCCTACCATTCTGCTCTGCCCATAAAACCCACGAGATCCCACACACCTCACCTAACCTCAAAAGTGATCTTTTTCCCCACGAGGCGAATTGAGGAGGAACGAGATAATGCAATCCTAATCCTCAACTCCTCAATGATTCTTATCAAACTCTGTATGGAATATCATGATTCTTTATTAACTCCTCAATCATAGCACTAATGGTCCCTCTAGCAAACAAATGAACAACTAAACATAGTTCTTGATCGTCATCACCAATAAGCGTTCACATTGTCAAACTTTTCAAATGCAGGTGATTAAATTAAAGCGTTTGAATAATTCAGCAATTAAACTTTAAATGGGAGTCAAAAGATGAAATCAAAGTGAACTTATCATTTAGGGACCAGATGGATAGTTTAACTAGAACACATTCCTTTTAGCTTTCATAAATATTGATTATGATCTTCCACATTTTTGCTCACAAGTTCATTTGTCATCCAGGACACTGATGAAGATTGGACAAGTTGAGGTTGTTACCATTCTAACAATGGTAAGCCACACCAGCAGCTCGAATTGCATCATTGCAGGGATTATATTCAGAATTCAGAATGCTCGAATTGCTCTACCAGGTTCTTTGATGCCGCTGGCTAATTGAAATTAAAGAAATTTGACCATAAGATGATATTGAAAAGTTTTTATCATAAAGTTAGGCAATGTAAAATTATGTTTTTTATATACTTGAGAGATCAACTGTTACACTTCCTAGAAACCAGACCAAGTTTAAGGTTAAAAATATTCACAAGATTTTATGCAGATTGTTGTGCCTTTGGA ATGGCGCGAGGATCGTCTTCAAAGAAGGACGAAGCAAAAGGAGAAATCAACCCAGAGATTGCAGAGCGAAAGCGGCTCAAGAAGCTCGCATTCTCCAATCACATACTTTCAGAAACCCAGGCAAGGCCCCAGGCTTATCTGAGCCCTTCAGCCACGGTTCTGAAGCACCATGGCAAAGACATTGTCAAGAAATCACAGCGAAAGAACAGGTTCCTCTTCTCCTTTTCAGGCTTGCTTGCTCCCGTTAGTGGTGGCAAGATTGGCGAGCTCAAGGATTTATCAACCAAGAATCCCATTCTCTATCTCGATTTTCCTCAGGGGCGTATGAAGTTGTTTGGAACTATCATGTATCCGAAGAACAGATATTTAACTTTGCAGTTTTCTAGAGGTGGAAAGAATGTGACGTGTGAAGATTGTTTTGATAATATGATTGTCTTTTCTGATGCATGGTGGATTGGAACAAAAGATGAAAATCCAGAGGAGGCGTGTCTTGATTTTCCTAAAGATTTGACCATGGGACAATGTGGAGAATATGACTTTAACGGTGGTGCTGGTGTTACTAGTACGAGTGGGGTTGCTGGTGTTACCAGTACGAGTAAGCAGAGTGTTCAAAGGAAGGGAATCAATCCTGCTGCAGAAAATTCCTTTAAAGGAGAGCATGGAGATGATTTAGTGGGCCTTGAAGCCAGCGTGACAAATTCAATAAAGACTACGCCAGTTAGACATTCTGAAAGATCTGCCAGAAAAGTATTCAATTTTGCAGAGGCTTCTTCTGAGGATGAGTCTGCTGGCACGGACGCTGATTTGTCTGAAGGAGAAGAAAAAAATATTGTCATACATGAGCCTTCAATTGGAGATCATGCTAGTGAAAAGACGGAAGATATCTCTGTTGAATCTATAGATGAAGATGCTGTGAAAATTAAACCTCCTTTTCTTGAAGGAAATCAGACATCAATTTCTAAGGAAAAGAAAAGTTTTCGGGCTAAGGGAAGTGCTCAGAGTGATACTCGTGGACTTGTCCAGCCTACTTTACTTAGTTTGTTCAAGAAAGTGGAGGAGAAGAGGACACCAAGAAGTTCAAAGAGGTCTTCAGCTCCCAAAGTTTCTACCCAAAAGATGCAGCTGTCTGGTTCAAAGCAAAAGATTGACCAGGATGAAGGATCAAAGAAAAGGAGGGTTGTCCGGGGACAAGGAGGAAAAGCCCAGAAGAAGGATACAGAATATGAGGTTGAAGATGAGATCGAAGATTTGTCGAGCTCTCAAGAGGACACTGATGAAGATTGGACAAGTTGA ATGGCGCGAGGATCGTCTTCAAAGAAGGACGAAGCAAAAGGAGAAATCAACCCAGAGATTGCAGAGCGAAAGCGGCTCAAGAAGCTCGCATTCTCCAATCACATACTTTCAGAAACCCAGGCAAGGCCCCAGGCTTATCTGAGCCCTTCAGCCACGGTTCTGAAGCACCATGGCAAAGACATTGTCAAGAAATCACAGCGAAAGAACAGGTTCCTCTTCTCCTTTTCAGGCTTGCTTGCTCCCGTTAGTGGTGGCAAGATTGGCGAGCTCAAGGATTTATCAACCAAGAATCCCATTCTCTATCTCGATTTTCCTCAGGGGCGTATGAAGTTGTTTGGAACTATCATGTATCCGAAGAACAGATATTTAACTTTGCAGTTTTCTAGAGGTGGAAAGAATGTGACGTGTGAAGATTGTTTTGATAATATGATTGTCTTTTCTGATGCATGGTGGATTGGAACAAAAGATGAAAATCCAGAGGAGGCGTGTCTTGATTTTCCTAAAGATTTGACCATGGGACAATGTGGAGAATATGACTTTAACGGTGGTGCTGGTGTTACTAGTACGAGTGGGGTTGCTGGTGTTACCAGTACGAGTAAGCAGAGTGTTCAAAGGAAGGGAATCAATCCTGCTGCAGAAAATTCCTTTAAAGGAGAGCATGGAGATGATTTAGTGGGCCTTGAAGCCAGCGTGACAAATTCAATAAAGACTACGCCAGTTAGACATTCTGAAAGATCTGCCAGAAAAGTATTCAATTTTGCAGAGGCTTCTTCTGAGGATGAGTCTGCTGGCACGGACGCTGATTTGTCTGAAGGAGAAGAAAAAAATATTGTCATACATGAGCCTTCAATTGGAGATCATGCTAGTGAAAAGACGGAAGATATCTCTGTTGAATCTATAGATGAAGATGCTGTGAAAATTAAACCTCCTTTTCTTGAAGGAAATCAGACATCAATTTCTAAGGAAAAGAAAAGTTTTCGGGCTAAGGGAAGTGCTCAGAGTGATACTCGTGGACTTGTCCAGCCTACTTTACTTAGTTTGTTCAAGAAAGTGGAGGAGAAGAGGACACCAAGAAGTTCAAAGAGGTCTTCAGCTCCCAAAGTTTCTACCCAAAAGATGCAGCTGTCTGGTTCAAAGCAAAAGATTGACCAGGATGAAGGATCAAAGAAAAGGAGGGTTGTCCGGGGACAAGGAGGAAAAGCCCAGAAGAAGGATACAGAATATGAGGTTGAAGATGAGATCGAAGATTTGTCGAGCTCTCAAGAGGACACTGATGAAGATTGGACAAGTTGA
BLAST of CSPI01G07540 vs. Swiss-Prot
Match: RHL1_ARATH (DNA-binding protein RHL1 OS=Arabidopsis thaliana GN=RHL1 PE=1 SV=1) HSP 1 Score: 302.8 bits (774), Expect = 6.2e-81 Identity = 183/373 (49.06%), Postives = 236/373 (63.27%), Query Frame = 1
BLAST of CSPI01G07540 vs. TrEMBL
Match: A0A0A0LVZ6_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_1G043140 PE=4 SV=1) HSP 1 Score: 825.9 bits (2132), Expect = 2.3e-236 Identity = 430/430 (100.00%), Postives = 430/430 (100.00%), Query Frame = 1
BLAST of CSPI01G07540 vs. TrEMBL
Match: A0A061EXP0_THECC (Root hair initiation protein root hairless 1, putative isoform 2 OS=Theobroma cacao GN=TCM_025225 PE=4 SV=1) HSP 1 Score: 389.0 bits (998), Expect = 7.3e-105 Identity = 234/450 (52.00%), Postives = 300/450 (66.67%), Query Frame = 1
BLAST of CSPI01G07540 vs. TrEMBL
Match: I1L3V3_SOYBN (Uncharacterized protein OS=Glycine max GN=GLYMA_09G164600 PE=4 SV=2) HSP 1 Score: 387.5 bits (994), Expect = 2.1e-104 Identity = 236/452 (52.21%), Postives = 297/452 (65.71%), Query Frame = 1
BLAST of CSPI01G07540 vs. TrEMBL
Match: G7KKB7_MEDTR (DNA-binding protein RHL1, putative OS=Medicago truncatula GN=MTR_6g077860 PE=4 SV=2) HSP 1 Score: 385.2 bits (988), Expect = 1.1e-103 Identity = 231/440 (52.50%), Postives = 291/440 (66.14%), Query Frame = 1
BLAST of CSPI01G07540 vs. TrEMBL
Match: A0A061EYH8_THECC (Root hair initiation protein root hairless 1, putative isoform 3 OS=Theobroma cacao GN=TCM_025225 PE=4 SV=1) HSP 1 Score: 384.0 bits (985), Expect = 2.4e-103 Identity = 234/450 (52.00%), Postives = 299/450 (66.44%), Query Frame = 1
BLAST of CSPI01G07540 vs. TAIR10
Match: AT1G48380.2 (AT1G48380.2 root hair initiation protein root hairless 1 (RHL1)) HSP 1 Score: 248.1 bits (632), Expect = 1.0e-65 Identity = 120/172 (69.77%), Postives = 141/172 (81.98%), Query Frame = 1
BLAST of CSPI01G07540 vs. NCBI nr
Match: gi|449439513|ref|XP_004137530.1| (PREDICTED: DNA-binding protein RHL1 [Cucumis sativus]) HSP 1 Score: 825.9 bits (2132), Expect = 3.4e-236 Identity = 430/430 (100.00%), Postives = 430/430 (100.00%), Query Frame = 1
BLAST of CSPI01G07540 vs. NCBI nr
Match: gi|659066963|ref|XP_008467323.1| (PREDICTED: DNA-binding protein RHL1 [Cucumis melo]) HSP 1 Score: 765.0 bits (1974), Expect = 7.0e-218 Identity = 399/431 (92.58%), Postives = 412/431 (95.59%), Query Frame = 1
BLAST of CSPI01G07540 vs. NCBI nr
Match: gi|590638295|ref|XP_007029353.1| (Root hair initiation protein root hairless 1, putative isoform 2 [Theobroma cacao]) HSP 1 Score: 389.0 bits (998), Expect = 1.0e-104 Identity = 234/450 (52.00%), Postives = 300/450 (66.67%), Query Frame = 1
BLAST of CSPI01G07540 vs. NCBI nr
Match: gi|571477955|ref|XP_006587422.1| (PREDICTED: DNA-binding protein RHL1-like isoform X1 [Glycine max]) HSP 1 Score: 387.5 bits (994), Expect = 3.1e-104 Identity = 236/452 (52.21%), Postives = 297/452 (65.71%), Query Frame = 1
BLAST of CSPI01G07540 vs. NCBI nr
Match: gi|955377296|ref|XP_014624727.1| (PREDICTED: DNA-binding protein RHL1-like isoform X1 [Glycine max]) HSP 1 Score: 385.2 bits (988), Expect = 1.5e-103 Identity = 233/456 (51.10%), Postives = 294/456 (64.47%), Query Frame = 1
The following BLAST results are available for this feature:
The following terms have been associated with this gene:
GO Assignments
This gene is annotated with the following GO terms.
The following mRNA feature(s) are a part of this gene:
Analysis Name: InterPro Annotations of cucumber (PI183967)
Date Performed: 2017-01-17
The following gene(s) are orthologous to this gene: The following gene(s) are paralogous to this gene: None The following block(s) are covering this gene: None |