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Tan0001186 (gene) Snake gourd v1
Overview
Sequences
The following sequences are available for this feature:
Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.CTGTGATCCCGTAAAATTCGAATTTCCCTCCGGACGCCATTTCCACTATTCACCAAAATCGCGAGAGGATTTTAGCCATTTTTGCGCCGAAATGCTGTTTATTGTTTGCGATCATTGTACCCCTTTCATCTTCTTCAATCTTCTGTTTGTTTTTCTGTTCTAATTCCCACCCAATGCAAATTTCTCTTTGTTTGTTTCGTCTTCCATGAATTTTCCTTCGTTTTCTGTTGAATTTTCCCACAATCAACGCATTTTCACTCTTCCCCTGTTTGTATTCTCTGTATTTTTGAGGACTCATTTGTTTTTTCGTTTTTCCTCATGGAACAAAGAGTTGTTGTATTGAACCCTAATGCGATTAGTACGCATTTCGCTTCTTTGTTTGTTAATATGCGATGCAGAGAAGAAGATCGGAGATGAATTGTATTTATCTTGGTAATTTATCTTTACTTTTAAACAGTCTTCTTTACTTTCTAGGATCTATTGCTAATCTCAGGATTCTTTTCTTTGATGGTCTTTTGTGATTAGGGATCAATTTGGCGGAATTTTCCTAAACATATTTGGATAATAAGTTTGTGGGTTTCAACAGCTTGCTTCACCATATGAGTTTCGATTCATTTATGCTAAACATGTCGATGAAGTTACACCATATTGATCTAAAGGGTGGTTCAGGTATTCTTTTTCATGTGAATTTGGTGTGTTCCTGTAAATATTAGCTTTGTTGGAAGGTAAGTTTTGACTAGGCAATTGGAATTAAAAAGGCTATTGTATTTAAAGAATGGATAATTATGATAAGTAATATGTCAATTGGTTTAGGCATATAGCCTCGATCAAGAGGTCAGAGGTTCAAATTCTACCGCCCAAATGTTGTTGAACTTTAAAAAATATGCCTATTGATTCTAAAATTCTGATAATTTTTATAGGAACAACTTTGTTTATTATTAAATTAACATTGATTTTCAAAACTCAAACTTTTGTGCCTAAGTTAATCTAAACATTTAGGCCCCATTTGATAACCATTTGATTTTTTGTTTTTGTTTTTTGAAAATTATGCTTATTTTTCCATAATCTCTCTTCATCTTCTTCACAATGATTTCTATCTTTCTTGAGGTATCATTCAAGTTTCTAACCAAATTTAAAAAATAAAAACAAGTTTTTGAAAACTACTTTTTTTAGTTTTCAAAACTTAGCTTGTTTTTTGAAAACATAGGTACAAAATAGATAAGAAAACATGGAAACCCCTCAATAGAATTAGTATTTTTAGGCTTAATTTTCAAAAACAAAAAACTAAAAACTAAATGGTTATCAAACGGGGCTTTAGATTATTTATTTCATGAACGCTTGGATTTTTATCTTCATTCATGAGATCCAACATGTGAGATATTGATTGAATGCGTGGAAATGAAAAGGAGCCATGGTCAATCTAATCATTCATTCATTACGTATAAAACCTAAGTGCTAATATGATATCTTTGTGCATAAAATCCTCCTCTGACCTCCATGTTCCATTACTCATCATTGATCAGGTACACAGAAAAGGCTGAAGGATCTCTCAGCTCAGTCTGCCAATAAGTACTGTGCAGATTGTGGATCTCCAGATCCAAAATGGGTGTAAGTATTCTATATTTCATTAGATGGTGTACTCTCCCATTTTGTCCCAATTCAATTGGTACATAGCTAAACTGAGAGTGTAATGATTGATTTTTCTAGAGAGCTCGACACGTAATTCTGGAAGGTATCATCCTTCTGAAGTTTGAATCCATAATTTCATGTTATTGCGAATATGCATTGAAGTAATTAAAATCAGTTTTCTTTTATTTTTCTCATTCTTTTTGCTGCAGAACCATGCTTGTAAGGTAGTGTTTATAAGGCTGACTACATAATACATATCAGCTTGTCAACTCCTTTTTACTCCTAACTTGCTATCTTTCATGCTTTGCAACTATTTTTTTTATTGGTAAAGAATCAAGGACTAGGGCATTAAGAGAATGAATTTTGTAAGTAGATATCTTAGAATCTTCTGTAATCTTCTTTCTTTATAGAACTCTAGATGAAAAAACGAGTGTTGTTGAATTAATAACCTACATCAACCTACTTTTCAGAAAGATGACACTCTGCCTTTTCATAGGGAAGTTCTCAGTTTTGAAAGAGATTGGGAGGTTTTGGGAATAAAAACCGGTCTTCTCATGTGTTAGATGGGTGTTTGTGTTTTTCTTTCTTAAAATTATCGATGTTGATGGAATAAAAAACGGTCTTCTCATGTTTATATGGGTGTCTCTGTTTTTCTTTCTTTAAATTGTTGATGTTGATGACTGCGTTTTGTTGTAACTACTTGAGTCGCAAGTGTCATTGAAATTTCTTTTTCTTGGGAGGACCTCATCGTCTTCTCTTTTTAAGAACTCTTCTGTTGCAGTCTAACTTGATCGTATTTTTTTGGCTGCTATTTCTAAATATAAAGGGTCCTTGAATTGAGGGAAAAGTATCTGAGATGAAAGTAACTTTACTATTTGATGAAGTTATGGCACCACCAGTGATGTATGTTTCTGATACAATCATTTGACTAAAATTGTGTGTTAGCTTTCCCCCTAAAGTTCTTGAGAGAGTAACAGAGCTACTACCGAAAAGTTCTTTCAATTTTTGCATCTTGGGTTTTGTATTTTGACCATATTCACTTGTTGGATGCAGATCTTTGAGCTTTGGGGCATTTATTTGCATCAAGTGTTCTGGAGTACACCGAAGCCTTGGGGTGCACATATCTAAGGTGTTTTTCCTTCTATGATCTGAATCTACTCTCTTCAACAGTTTTGATTTGCAGATAGTTAATTTGTATTTCCCATTATCTATGCCAATGATGGAAGAGTCACCGAGTAGGTAGCATGATGACACGTATTTAGGTCATATGGTATGGAGTTCACTTACTATGAATTAAGATGATTATGATTTTAATGCCTGCAAGGTTAGGGTTTTTTCATGAACTTTGACCTAATGAACCGTACACAATAGTCAACCGATGATACTTATTGGATTAAAAACTTCAGTAGAAACCTTGTACTAGTGTTTTTTTTCTCTTGAGAGGATCACATCCGACTTTGAGTGTGGTAATAATAAAGTCTTTTAGCAGAAAGACAATTATCCATGGCTCATATTAAACAACCTCTTATACACAAATCTTAATTCTCAGATGGGGTTAATAATTTCCATTTCTTATTTCATGAAAAACCTTTAACACTACCAAAGCATGAAAGCCTGAATCTTTCAGAAAATGTTTTTTTACATATAGTAAGAATCATGTTTTAGAAGCTAAACATTCCGTCCAGTATGGGGTTTGCAATATTATTTTTCTTAGAAAGTTATGTGATGGTCAGAGACATTAAAGATAGACATATACTCCATGCCTGATGTCTACTTTTTACTGATTGATTTGCTTTTTGATTTTCGCTTAAGAAGTCATCCGAGAATCAAAATAGTTTTTCAGTGTTTATTTCTTTCTAACATGATCTTTTAATAAATTTACAATTGATTCTGAAATTATGCCAGGTTCTTTCAGTGAAGTTAGATGAGTGGACAGATGAACAAGTTGACGCTTTGATGAGTGTTGGTGGAAATACTGCCGTAAACAAAAAGTACGAAGTTTGCATAACAGATGGCAATAAAAAGCCTAAGCCAGACTCCTCCATAGAGGAGCGTTTTGATTTTATAAGGTAAATCTTTTGTGATATTTTACTTTTGCTTTATATCTAGAAGCAAATATCATCCAAATGATGTAACTGCATGTTGGCTGCACAGGAAAAAATATGAGCTGCTACAATTCACAAGTCTTGATGACCAGTTTTTCTGTCCTTTTCCACCCCCGCAGAAGAGAAATTCATCATTATCGAGTACCTCTTCTAATGAAAATGGAAACCAAGAAAAAAGGAGTTATGAAAAACTACCTACAAAAACTCGAATTGGAAGTGCATTCCGGAACAGCTGGGGAAGAAAAGATTCTGAACATAGGAATTGCAAGAAGGGAAGTTCATTGGTATTAAGCAGCTCAATGGTAATGATCAGTGAAGTGTTTCATTTGCTGCAGTTTGATATGCTTAAAAAATATTTGCTTCTACTGCATTTTTCTGTAGCTGTATAGAGTAGTTTAATTTACTTAGTGCTTTTCTTGTCGATATTTAATGAAATCAGCAGGAAGTTTATGGAATCTCCATTCGGTTCTGGTGTAGCAAGATTTTTCCCAGCTGGTGTTTTTCTGCATTATTTCCCACATAATGATTCACATATGTTCTTACTAGAACTGTTCTCTCTTTATTGTTCTCAGAATAAAACTTGAGCAGAAGAGATAGCTGAAGTCTATGCCTGATAATACACAGATATTCTTGAAGTTTGCATGTCAGAAAAATTCAACATCAAACATCCATTTGAGTAAAAACACATTTAATTTATAAGTGAAACGATCATTTTGAAGATACTTCACTCTTTATGATGCTAACTTTAAGGATTTTGTATATTGTCTTGCTTATGTTCTGTTCACTTCAGGTCTATGTTGTGTTACAGGGAGTTTCTTGAAGCATACGTCACATGTCTAGTTTAGAATAAATACAATTCTTGCCAGTAAAGTAGGGCCAAGGGAAAGAATTTTCACTTAGCTGATATGTTATATTTGATCTTATTGCTTTGACTGTACTGTTTGCAGGCAGGTATGGTTGAATTTGTTGGTTTAATTAAGGTCAACGTGGTTAGAGGAACCAATTTAGCTGTTAGGGATGTCGTGACGAGCGATCCGTATGTAATTCTCTCGTTGGGTAATCAAGTGAGACTCCCTAGTGAACTTTTCTCATATTTTCATTGCTTATGGGGTGGGAAATTGCCTGAATTCACCTGTTCTTACATACTTTGCAGTCGGTGAAAACACGTGTTATAAAGAGCAGTTTGAATCCAGTCTGGAATGAGAGCCTAATGTTGTCAATTCCAGATTTCATTCCTCCATTAAGGGTGGTAAGTTGGATGACTGTAAAATTTGTCCAAAATCATGTGGAATTTACTGACTAAACGTTGTCAATGTTCTGACTGTAAGTGTAAATGTCATTGGAGATATATGCCATTCCTGTTGGGGTAAGATTTGGATGCCGTGTGAAAACAAGTGATTTTGATTGAAGCATTTATTTTGTTAGCACTTAGGAAGAAAACTAATGAAAAAACGTAATCTAAAAGCACGTTACTTTTTATATATTTTTAGAATTTCTCAAACTACTTTTGATCATTGAAAATTTAAAAAGGTGCTTCTAATTTTCCAAAATGCACTGACAATTTCTAGTCATTCATAAGCATTTTAGAAGGCACACATACTTCAAATCAATTCGATTCTCAATTAGATTACGGGAAAAGGTACAAATCCATCTGTTTTTTTATTTGATAGATAATTATTTACAAAATTAGTACTTGCCCTTGCTGCTTGGACCTCCGAGGTTATGAATCTTCATTCTCTAATATGATCGAGCATTGGCAGACTAGGCTCACTTCTGTGTTTATGTTAGCAGAAACTGTTGATCAGTTCTTTGGCTAATTAACATATGGATTGGCTACAGTAAGCATTCTCATACGCTTCATTCTTACTGAGCCTAAAAAGGGGGCTCTATATCATGAATATGAGTTAAATATCTTGATTATTGTGGAGTTTGAGAATTATGTTACTTTGCTTCTTTCTGAGATCCTTATATCATGTAAAGTTTGTAAGCATAAGTGGAACACTTCTTTTCAACAAACTTTCTTGTAGACCTGAAACACTACCTAGTTCTTTCTCTTGATTACATTTAATAGGAGCTTAATTCTGTGCAGCTTGTGTATGACAAAGACACGTTTTCGACCGATGACTTCATGGGTGAAGCAGAAATCGATATCCATCCACTGCTCACCGCAGCCCGAGCCTGTGAGCGGTCCACAATCTGTGAACCAATGCAGCTAGGGAAATGGGTTGCAAGCAAGGAGAACACTCTTGCAAAGGATGGCATCATCAGTCTTGTGGATGGGAAGATCCGACAAGACATCTCCTTGAAGCTGCAGAACGTCGAGAGGGGTGTGCTGGAGATGGAGCTTGAATGTGTTCCTCTTTCTCAGTAGCTTGTGCATTCTCCCATCATCCAAAACTAGTGCTAATACCAAATCAACTTAGCCTTTCAAATCAGTTTGTATACGATATTAGATAATCATAGGCCAACTTGAGCATAGCTCAACTGGTTAAGGCATATGTCCTCGACCAAAAAGTCAGAGGTCTGAATCTTCCATCTTGCATCTTGTTGAACTCAAAAAAGTATTAGGAAACCATAGATAGAGCTCTTTTTAGTGGTTACTGCAAATCAATGTCTCTAGAGATGGAGACAGATCACTCTTAGGAATATCAATGAAAGAAATACATGTGTTGAAGAATTCTTGTGTTCATAGTTGGAAGTATGGCAGAGCAGACATGTTTGTGGAACAGCTGAAGCATTTTTGCAACAATATCCTTAGCATGTATTTATTAACATTAACCCCCATTTAATGTTTCTATGAAGTGTAATTATCTATAAAATGTAAAGTGTATGGTGTTGAGGAACATACTGCAGTTTGTTTATATGATGGAAAGGCG CTGTGATCCCGTAAAATTCGAATTTCCCTCCGGACGCCATTTCCACTATTCACCAAAATCGCGAGAGGATTTTAGCCATTTTTGCGCCGAAATGCTGTTTATTGTTTGCGATCATTGTACCCCTTTCATCTTCTTCAATCTTCTGTTTGTTTTTCTGTTCTAATTCCCACCCAATGCAAATTTCTCTTTGTTTGTTTCGTCTTCCATGAATTTTCCTTCGTTTTCTGTTGAATTTTCCCACAATCAACGCATTTTCACTCTTCCCCTGTTTGTATTCTCTGTATTTTTGAGGACTCATTTGTTTTTTCGTTTTTCCTCATGGAACAAAGAGTTGTTGTATTGAACCCTAATGCGATTAGTACGCATTTCGCTTCTTTGTTTGTTAATATGCGATGCAGAGAAGAAGATCGGAGATGAATTGTATTTATCTTGGGATCAATTTGGCGGAATTTTCCTAAACATATTTGGATAATAAGTTTGTGGGTTTCAACAGCTTGCTTCACCATATGAGTTTCGATTCATTTATGCTAAACATGTCGATGAAGTTACACCATATTGATCTAAAGGGTGGTTCAGGTACACAGAAAAGGCTGAAGGATCTCTCAGCTCAGTCTGCCAATAAGTACTGTGCAGATTGTGGATCTCCAGATCCAAAATGGGTATCTTTGAGCTTTGGGGCATTTATTTGCATCAAGTGTTCTGGAGTACACCGAAGCCTTGGGGTGCACATATCTAAGGTTCTTTCAGTGAAGTTAGATGAGTGGACAGATGAACAAGTTGACGCTTTGATGAGTGTTGGTGGAAATACTGCCGTAAACAAAAAGTACGAAGTTTGCATAACAGATGGCAATAAAAAGCCTAAGCCAGACTCCTCCATAGAGGAGCGTTTTGATTTTATAAGGAAAAAATATGAGCTGCTACAATTCACAAGTCTTGATGACCAGTTTTTCTGTCCTTTTCCACCCCCGCAGAAGAGAAATTCATCATTATCGAGTACCTCTTCTAATGAAAATGGAAACCAAGAAAAAAGGAGTTATGAAAAACTACCTACAAAAACTCGAATTGGAAGTGCATTCCGGAACAGCTGGGGAAGAAAAGATTCTGAACATAGGAATTGCAAGAAGGGAAGTTCATTGGTATTAAGCAGCTCAATGGCAGGTATGGTTGAATTTGTTGGTTTAATTAAGGTCAACGTGGTTAGAGGAACCAATTTAGCTGTTAGGGATGTCGTGACGAGCGATCCGTATGTAATTCTCTCGTTGGGTAATCAATCGGTGAAAACACGTGTTATAAAGAGCAGTTTGAATCCAGTCTGGAATGAGAGCCTAATGTTGTCAATTCCAGATTTCATTCCTCCATTAAGGGTGCTTGTGTATGACAAAGACACGTTTTCGACCGATGACTTCATGGGTGAAGCAGAAATCGATATCCATCCACTGCTCACCGCAGCCCGAGCCTGTGAGCGGTCCACAATCTGTGAACCAATGCAGCTAGGGAAATGGGTTGCAAGCAAGGAGAACACTCTTGCAAAGGATGGCATCATCAGTCTTGTGGATGGGAAGATCCGACAAGACATCTCCTTGAAGCTGCAGAACGTCGAGAGGGGTGTGCTGGAGATGGAGCTTGAATGTGTTCCTCTTTCTCAGTAGCTTGTGCATTCTCCCATCATCCAAAACTAGTGCTAATACCAAATCAACTTAGCCTTTCAAATCAGTTTGTATACGATATTAGATAATCATAGGCCAACTTGAGCATAGCTCAACTGGTTAAGGCATATGTCCTCGACCAAAAAGTCAGAGGTCTGAATCTTCCATCTTGCATCTTGTTGAACTCAAAAAAGTATTAGGAAACCATAGATAGAGCTCTTTTTAGTGGTTACTGCAAATCAATGTCTCTAGAGATGGAGACAGATCACTCTTAGGAATATCAATGAAAGAAATACATGTGTTGAAGAATTCTTGTGTTCATAGTTGGAAGTATGGCAGAGCAGACATGTTTGTGGAACAGCTGAAGCATTTTTGCAACAATATCCTTAGCATGTATTTATTAACATTAACCCCCATTTAATGTTTCTATGAAGTGTAATTATCTATAAAATGTAAAGTGTATGGTGTTGAGGAACATACTGCAGTTTGTTTATATGATGGAAAGGCG ATGAGTTTCGATTCATTTATGCTAAACATGTCGATGAAGTTACACCATATTGATCTAAAGGGTGGTTCAGGTACACAGAAAAGGCTGAAGGATCTCTCAGCTCAGTCTGCCAATAAGTACTGTGCAGATTGTGGATCTCCAGATCCAAAATGGGTATCTTTGAGCTTTGGGGCATTTATTTGCATCAAGTGTTCTGGAGTACACCGAAGCCTTGGGGTGCACATATCTAAGGTTCTTTCAGTGAAGTTAGATGAGTGGACAGATGAACAAGTTGACGCTTTGATGAGTGTTGGTGGAAATACTGCCGTAAACAAAAAGTACGAAGTTTGCATAACAGATGGCAATAAAAAGCCTAAGCCAGACTCCTCCATAGAGGAGCGTTTTGATTTTATAAGGAAAAAATATGAGCTGCTACAATTCACAAGTCTTGATGACCAGTTTTTCTGTCCTTTTCCACCCCCGCAGAAGAGAAATTCATCATTATCGAGTACCTCTTCTAATGAAAATGGAAACCAAGAAAAAAGGAGTTATGAAAAACTACCTACAAAAACTCGAATTGGAAGTGCATTCCGGAACAGCTGGGGAAGAAAAGATTCTGAACATAGGAATTGCAAGAAGGGAAGTTCATTGGTATTAAGCAGCTCAATGGCAGGTATGGTTGAATTTGTTGGTTTAATTAAGGTCAACGTGGTTAGAGGAACCAATTTAGCTGTTAGGGATGTCGTGACGAGCGATCCGTATGTAATTCTCTCGTTGGGTAATCAATCGGTGAAAACACGTGTTATAAAGAGCAGTTTGAATCCAGTCTGGAATGAGAGCCTAATGTTGTCAATTCCAGATTTCATTCCTCCATTAAGGGTGCTTGTGTATGACAAAGACACGTTTTCGACCGATGACTTCATGGGTGAAGCAGAAATCGATATCCATCCACTGCTCACCGCAGCCCGAGCCTGTGAGCGGTCCACAATCTGTGAACCAATGCAGCTAGGGAAATGGGTTGCAAGCAAGGAGAACACTCTTGCAAAGGATGGCATCATCAGTCTTGTGGATGGGAAGATCCGACAAGACATCTCCTTGAAGCTGCAGAACGTCGAGAGGGGTGTGCTGGAGATGGAGCTTGAATGTGTTCCTCTTTCTCAGTAG MSFDSFMLNMSMKLHHIDLKGGSGTQKRLKDLSAQSANKYCADCGSPDPKWVSLSFGAFICIKCSGVHRSLGVHISKVLSVKLDEWTDEQVDALMSVGGNTAVNKKYEVCITDGNKKPKPDSSIEERFDFIRKKYELLQFTSLDDQFFCPFPPPQKRNSSLSSTSSNENGNQEKRSYEKLPTKTRIGSAFRNSWGRKDSEHRNCKKGSSLVLSSSMAGMVEFVGLIKVNVVRGTNLAVRDVVTSDPYVILSLGNQSVKTRVIKSSLNPVWNESLMLSIPDFIPPLRVLVYDKDTFSTDDFMGEAEIDIHPLLTAARACERSTICEPMQLGKWVASKENTLAKDGIISLVDGKIRQDISLKLQNVERGVLEMELECVPLSQ Homology
BLAST of Tan0001186 vs. ExPASy Swiss-Prot
Match: Q8L7A4 (Probable ADP-ribosylation factor GTPase-activating protein AGD11 OS=Arabidopsis thaliana OX=3702 GN=AGD11 PE=2 SV=1) HSP 1 Score: 480.7 bits (1236), Expect = 1.5e-134 Identity = 247/358 (68.99%), Postives = 287/358 (80.17%), Query Frame = 0
BLAST of Tan0001186 vs. ExPASy Swiss-Prot
Match: Q9FVJ3 (ADP-ribosylation factor GTPase-activating protein AGD12 OS=Arabidopsis thaliana OX=3702 GN=AGD12 PE=1 SV=1) HSP 1 Score: 327.0 bits (837), Expect = 2.8e-88 Identity = 167/361 (46.26%), Postives = 234/361 (64.82%), Query Frame = 0
BLAST of Tan0001186 vs. ExPASy Swiss-Prot
Match: Q8LFN9 (Probable ADP-ribosylation factor GTPase-activating protein AGD13 OS=Arabidopsis thaliana OX=3702 GN=AGD13 PE=2 SV=1) HSP 1 Score: 323.6 bits (828), Expect = 3.1e-87 Identity = 171/362 (47.24%), Postives = 232/362 (64.09%), Query Frame = 0
BLAST of Tan0001186 vs. ExPASy Swiss-Prot
Match: A2X479 (GTPase activating protein 1 OS=Oryza sativa subsp. indica OX=39946 GN=OsI_07012 PE=3 SV=1) HSP 1 Score: 143.7 bits (361), Expect = 4.4e-33 Identity = 75/156 (48.08%), Postives = 110/156 (70.51%), Query Frame = 0
BLAST of Tan0001186 vs. ExPASy Swiss-Prot
Match: Q6YWF1 (GTPase activating protein 1 OS=Oryza sativa subsp. japonica OX=39947 GN=GAP1 PE=1 SV=1) HSP 1 Score: 143.7 bits (361), Expect = 4.4e-33 Identity = 75/156 (48.08%), Postives = 110/156 (70.51%), Query Frame = 0
BLAST of Tan0001186 vs. NCBI nr
Match: XP_008446942.1 (PREDICTED: probable ADP-ribosylation factor GTPase-activating protein AGD11 isoform X1 [Cucumis melo] >XP_008446943.1 PREDICTED: probable ADP-ribosylation factor GTPase-activating protein AGD11 isoform X1 [Cucumis melo]) HSP 1 Score: 702.6 bits (1812), Expect = 1.9e-198 Identity = 348/380 (91.58%), Postives = 369/380 (97.11%), Query Frame = 0
BLAST of Tan0001186 vs. NCBI nr
Match: XP_011655910.1 (probable ADP-ribosylation factor GTPase-activating protein AGD11 [Cucumis sativus] >XP_011655911.1 probable ADP-ribosylation factor GTPase-activating protein AGD11 [Cucumis sativus] >XP_031740977.1 probable ADP-ribosylation factor GTPase-activating protein AGD11 [Cucumis sativus] >XP_031740978.1 probable ADP-ribosylation factor GTPase-activating protein AGD11 [Cucumis sativus] >KGN52311.1 hypothetical protein Csa_009235 [Cucumis sativus]) HSP 1 Score: 701.8 bits (1810), Expect = 3.2e-198 Identity = 347/380 (91.32%), Postives = 368/380 (96.84%), Query Frame = 0
BLAST of Tan0001186 vs. NCBI nr
Match: XP_038890665.1 (probable ADP-ribosylation factor GTPase-activating protein AGD11 [Benincasa hispida]) HSP 1 Score: 698.4 bits (1801), Expect = 3.5e-197 Identity = 350/382 (91.62%), Postives = 367/382 (96.07%), Query Frame = 0
BLAST of Tan0001186 vs. NCBI nr
Match: XP_008446944.1 (PREDICTED: probable ADP-ribosylation factor GTPase-activating protein AGD11 isoform X2 [Cucumis melo]) HSP 1 Score: 695.3 bits (1793), Expect = 3.0e-196 Identity = 344/373 (92.23%), Postives = 364/373 (97.59%), Query Frame = 0
BLAST of Tan0001186 vs. NCBI nr
Match: KAA0034753.1 (putative ADP-ribosylation factor GTPase-activating protein AGD11 isoform X1 [Cucumis melo var. makuwa] >TYK09307.1 putative ADP-ribosylation factor GTPase-activating protein AGD11 isoform X1 [Cucumis melo var. makuwa]) HSP 1 Score: 689.1 bits (1777), Expect = 2.1e-194 Identity = 343/372 (92.20%), Postives = 363/372 (97.58%), Query Frame = 0
BLAST of Tan0001186 vs. ExPASy TrEMBL
Match: A0A1S3BGA4 (probable ADP-ribosylation factor GTPase-activating protein AGD11 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103489503 PE=4 SV=1) HSP 1 Score: 702.6 bits (1812), Expect = 9.0e-199 Identity = 348/380 (91.58%), Postives = 369/380 (97.11%), Query Frame = 0
BLAST of Tan0001186 vs. ExPASy TrEMBL
Match: A0A0A0KWW9 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G623740 PE=4 SV=1) HSP 1 Score: 701.8 bits (1810), Expect = 1.5e-198 Identity = 347/380 (91.32%), Postives = 368/380 (96.84%), Query Frame = 0
BLAST of Tan0001186 vs. ExPASy TrEMBL
Match: A0A1S3BG96 (probable ADP-ribosylation factor GTPase-activating protein AGD11 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103489503 PE=4 SV=1) HSP 1 Score: 695.3 bits (1793), Expect = 1.4e-196 Identity = 344/373 (92.23%), Postives = 364/373 (97.59%), Query Frame = 0
BLAST of Tan0001186 vs. ExPASy TrEMBL
Match: A0A5D3CBE1 (Putative ADP-ribosylation factor GTPase-activating protein AGD11 isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold475G003040 PE=4 SV=1) HSP 1 Score: 689.1 bits (1777), Expect = 1.0e-194 Identity = 343/372 (92.20%), Postives = 363/372 (97.58%), Query Frame = 0
BLAST of Tan0001186 vs. ExPASy TrEMBL
Match: A0A1S3BGX6 (probable ADP-ribosylation factor GTPase-activating protein AGD11 isoform X3 OS=Cucumis melo OX=3656 GN=LOC103489503 PE=4 SV=1) HSP 1 Score: 671.4 bits (1731), Expect = 2.2e-189 Identity = 332/357 (93.00%), Postives = 350/357 (98.04%), Query Frame = 0
BLAST of Tan0001186 vs. TAIR 10
Match: AT3G07940.1 (Calcium-dependent ARF-type GTPase activating protein family ) HSP 1 Score: 480.7 bits (1236), Expect = 1.1e-135 Identity = 247/358 (68.99%), Postives = 287/358 (80.17%), Query Frame = 0
BLAST of Tan0001186 vs. TAIR 10
Match: AT4G21160.1 (Calcium-dependent ARF-type GTPase activating protein family ) HSP 1 Score: 327.0 bits (837), Expect = 2.0e-89 Identity = 167/361 (46.26%), Postives = 234/361 (64.82%), Query Frame = 0
BLAST of Tan0001186 vs. TAIR 10
Match: AT4G21160.3 (Calcium-dependent ARF-type GTPase activating protein family ) HSP 1 Score: 327.0 bits (837), Expect = 2.0e-89 Identity = 167/361 (46.26%), Postives = 234/361 (64.82%), Query Frame = 0
BLAST of Tan0001186 vs. TAIR 10
Match: AT4G21160.2 (Calcium-dependent ARF-type GTPase activating protein family ) HSP 1 Score: 327.0 bits (837), Expect = 2.0e-89 Identity = 167/361 (46.26%), Postives = 234/361 (64.82%), Query Frame = 0
BLAST of Tan0001186 vs. TAIR 10
Match: AT4G21160.4 (Calcium-dependent ARF-type GTPase activating protein family ) HSP 1 Score: 327.0 bits (837), Expect = 2.0e-89 Identity = 167/361 (46.26%), Postives = 234/361 (64.82%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25
Relationships
The following mRNA feature(s) are a part of this gene:
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
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