MS021139 (gene) Bitter gourd (TR) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: polypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below.ATGGATTCCTCCGTCACCTTCTCTCCCGCTTCTCCCTATCAACTTCTCTTCAATGCACTCTCCCTCATTCCCCTCTCTCACCTTCTCGTTGCTCTCCTTATCATCTTCGTCGTTCTCCTCTACAATTTCTTCGAGATTCATTTTCTTCACGACTTCATCCGTGGATTCAGAGGCGACCGCGTTTCCATCACTGCCTCCGACCCCGACTTCTATCAATCCGTTGTTTCCAAGTGCCGGATTCTTCACGGCAGGTTATTTCTCAATTCTCATTCACATATTCACACTTCGTTCATTCAACCATTTTAAGTTTTTCTCATTTCCTTCGTCTTCTCTCCCCGACCAGGTACTTGTCTACTCCATGGCTTTCCAGTCCTCATCTCCAGACTATTTTCCTCAGCATTTTCGGCAGGCCTCCTCCTGTTTCCTATAAAAGGTCTGCTCTGATCTTACAATTCGCATTCCTGATTTTCTTTCTGCCTCCTGGATAGTTTTCAGCTTATAAACAAAGCAAAAAAGAATGCGAGTATGAAACATAAGTGATAATACTTTTGCCGAACATCAAACATGCATCTGCTTAATTCATGCAACTATGAATCACATCGAGATTATGAGATGAACCGCTGTTTGCTGTTGACATGTGTGCTGATTTTCCAGGAGTTTGAATATAAATGGAACAAATACCTGAACTTTAAAAAATGCTCTCTCCTACGAGGGCTTTTTAAAACTTTCTACACTAGTATTCAATTCTAAAATCTCGTATCATGAGCGTCTAATAATCCTTACGTCCACTTTTATTAAATTAGACCTATGCTCTTTCCCCAGACAGTTATTCCGTGTACCTGATGGCGGAACAATTGCCTTGGATTGGCTTAGGAGTTCTGAAGGTAAGTTTCGATAATTTCCTCATTAGTTAAGAACGTTTTACCTTCTCTATTTTGTCTTTTGTATCTGATATCAGTAATGATGCATCGTGTATTTGTCCACGAACCAAAGATAAGAAAGTGTGTAATGTTGCTGAATGATGAAAAGGAGATTTACTTGTGATGCTCTTGATATGCCATTTGTTATCTTAATCGGAAGGGTATATTTTATTTATCTTTATGAATCCAGTTTTCCTAAAACTTGTAACTTACCAAAATTTGACCCTTACTATAGAAATAGTATTGGTCACGCATTAATAAAATAAATACAGAATTTATACCACCGGTTACTTTGTATACTTCATTCATGTTTTGCTTTTTTATTTTTCCAGTGTCAAACACTTAAAAAGTTTGGCTGCAATGATTTTTAAACTTCTCGCCCACCTTTTTGTGCAACGCTTATTAAGGCTAAAAGTAGCTCAATGGCTTTTTCTCTTCGAGAGGTGAGGCACAAGTGTTAATGAGGTTTGTGGTGTAAACCTCAATTCAAATAATAATAATAAAAAAAAGAATCTCATTAACTATATATTACTTAAACATAATGAGTGTATGAAGAAACAAGAAAAAAGGAATCTCATGTTTCATTGATTGGCACTTATATCATGGATTTCGAAGTTATTTGAAACATTATTATTAGCACTAATGTTTTGTGTTCTACTAAACCTTTAGTGATAAAAATATTATTGGCAACATTATCATTATCACTAGTCTTTTGTGTTCATCACTAGTCTTTTGTGTTCATTGATCAATTTGTATTACATACATTAGTGGGCTTTTACTTTTATAAATAATAGGCAGGCAGTTGATGTTATTTGCCGTGCCATCTCCCGAATCATAAAATTTTAAGTCTTAGTGTGCTCTCATGAAGGTGCAAGTCTATTTAAGAATACGTATAAACCTCTTACAAACAAAAGAAGGCATAAACTATAAGGCCTAGAATTCGTGCATTACCTTATTGAGCCCAAGGCATAAACTTCAAAAGTCTGGACTAAATATTAGTTGTCTGTGGGATCAAGTCACTGGTTAAAATCAACGTGATCCATGCTGAATTTCACATATTGGGTGATAAAAGCTATTAAAATTTTTCAGTAATGGAAGGGATATGTTATTGGATACTTCCCTAATTTTTACCCTCATATGCAGTTAAATGGGACGGCTATAGTGTGAATGTTAGCACTCCTGACAATGAGAAAATACCAACCGTTATAGTCATTCCTGGACTAACCAGTGACTCTTCTGCAGTCGTAAGTTATATTTCATCTTCTCCTCTGGTGTATTGCCAATTTCATTCATTCTTATTTCCTGAATTTCCCAATCAAGTTTCTTTGCTTCCTTCTTCTTCTTCTTCCCCAGATGTATATGTTTACACATGGAAGGACTTTCATTGGAGATATTTTTATTATTATCATTATAGGTTTTTTCTACAACTCATGCTAGTTATAGTCTGAACAGAACATATATTCCCACGTGAAGAATAGAATGATTATCAAACTATCATGTCTTTCCTGTAACAATCATGTGCATATCAAAGTTATCACTATCAGAACCCAGGAGACAGGAAAATACATCATCATTTAAAAGGCTACTGTCAGTAGTTATATATAAAAGGCTGGTTTTCAATAAATTCCTGAAATGTTTAATCTAACATTTTGATTGATGTCCTTAACGCTTGAAGGTAAGAGATTAAAATTTTACTTTATGAAAAATATTTCATTAAATAAATAAATATTACAAAAATAGAAACGAGAATGGTGATGCCGAATTGAAACAAGACTTGATCTTTTCTAATTATAGAATTTTATATTTAAAAGAATTTGAAAGGAATTATTGAAACTATGATAATAATGCACAACAAATTTTTTTTTCCTTTTTACATCAGCAATACCAACTCATATTTGGAGTAAGAAAATAAAATATGGAATTCAGATATACGTGTAGAAAAGGGTGTACATCATGAAACATTTTTGCAGCATTTGATCTAAGCTTTTATTTATGAACTATTTTCTGGTTGTTTTGTCGGGCTCATGAAGGTATATTATTTTCACAGTATATTAAGCATTTTGCATTTTGGATGGCAAAACACGGATGGAATGTTGTTGTGAGCAATCATCGTGGTCTTGGTGGCATATCACTTACTGTAAGATTGCTATTAATTTTACACTGTAGACATGGATTTAACCTCAAGATAGAGGTGCTCAATCTTATATCAAAATATTACAACACATCTATTTCCTATCAGTTTCAACTTATTTTATTTAAGAGACAATTGCAAATTATAATATGTGATCTGCATATTGATCATACGTTGTGTTTCAAAAATTATTTAGAACACTCATGTAGTTTGCAAGTATGCAAATCATATCATTTTATCGATTAGATTTAATAGAACTGGTACACATGACAATGTGACATATGTAAGATAAGTCGTGTGTACCAATTCCATTGAAGTGAACTTACAGAAGAGTATAAGTGAATGTTTGAGAACATTATTAAAACACAAGAGGATCATTTGAAAAGTAGGCCAGTCACACCGTTGAGGTTTGTAATTTTACCTCTATTCAATGGTTTTTTTCTGTAATATGCATCCAGTCAGCATTTCTTGCAAATTTTTCCAGACCTTAACATTTTAGATTGCATCATTTGTATATAATTTTTTTTTATGAGAAACCTTTCTTCCATGGAGAAAAATGAAAGAACACAAGGGGCATACAAAAAGAGAACCCCCAAAAGGAGCCAAACTAAGACAAAAATGGGGCTCCAATCTAACAAAATAAGACTAAGGGCAATTACAAAAAACCTTATCCACTAAAGCCTAGGGAGATACATGAAACCTAAGAAGGGACCAAATCTCCTCCCAGATCACTCAACCCCTCTATTTATATATATTTTTATGTGCATGGATAAAGAATTCTTGAATCATAGACACACTTTCTTAAATTTATCATGTTTGCTGAAGTGGATATCTTTTACCAAGTCCTGGCCTAATCAGCTAATAAGTACATTTAGAAAGTTTTATGTCAATTATTGCATTCACATTTATTCTTCTTGAATTTTGAAAAGCAAAAAAAAGAAACCAAAAACTTTTGGCTGAAACTATATGAAAGGTTCAAGTTGGGACGAGCTCCCTACTGGCTGCCAAAGGAAATTACCAAAGGAAATTACAAAAGAATGACATGAAGTTATTACTTTTAGAAGATGAGTTTAAAGTTTTAAACAAGTGAAAAGACTCGTGTAAGAAAGTTGTATATGATAAAGTGTGCAGGGAATAAAAGAGAATACACATAGAACACATTAATTTGCTGTAATGTACAATGTGTCTAATGTAGTTCCATATTTTGCGACTAAATATGTATTACTGAAAAATGGGGATCTGACATTACAAAATCTCTCTTGCTATAGAGGTACAAAACTGAAAGAGTACCTTTGACCTAAAGGACATCTTCAGGAAATTTGTAGCACGGATTCCAGTGAACTGTGGGACGCATTATTTTCTGTACACTAACATGCTTTTCCAGATGATTTATTATTATTATTTATTATGGACGTCTGTATATGTGATATGATACTTCTCTGAAATCTTGGTACCCATTGTTCATTGGCCAGTCTGAACGCCTCTATAATGCTGCATGGACTGAGGATATTAGGAGAGTGGTTGGCCATATTCATAGTCAACATCCAGACGCCCCTCTGTTTGTTGTTGGAACTAGTATTGGCGCAAATGTTCTGGTATAAGTATTTATCTATGTAAGCACTTTATTAATTCATGTTTCTTGACTGAATTGCATTTTGTGGGGAAGCCAGGAGACGTAGAAAAGTAGGATGGCCTTGAATCAGCTCATAAGTGCTTTTTTGCTAAGCTTATGAAGGTTACAGTAGCTTAAGAAGCTGGGAAATGGTTTTGGGGAAGCCAGGAGACGTAGAAAAGTAGGATGGCCTTGAATCAGCTCATAAGTGCTTTTTTGCTAAGCTTATGAAGGTTACAGTAGCTTAAGAAGCTGGGAAATGGTTTTGGGATCAACGGGAAAAAAATTATTGTAGTGTAACAATCTTTATTTATTATTATTATTTTTATCTGATCTAATTTTTTTTATTATTCCATAATCTCGATTATGGTTACTGAAGGTGCTGCTCACGGTTTTGGTAAACATAAAAAGGATTCATTGGACATAGTTGGGAATTGATTGCTTAATAGATATACAATGTTAGCTTATCTTGGAGAAGTTGGTAAAATTAGTTTTATGCATAATGTTGCATTTCTTTTTACCAACATCCACTACTTGCTTCAGGTGAAATACCTCGGAGAGGATGGTGCTAATGTCCCTATTTGCGGTGCTGCTGCTATTTGCTCCCCTTGGGATCTTTTGGTTAGTATGCCATTTGTGTTCTGAATAACCATGTATGACTTAATTGATGCTTTAATGCATTAGAGTTCAAAATGGAGTGAAGAATCTTCAACTTACAGCATCGTTAAGAGGTCATTTTTTCCAATATTTTTTAGACAACCTAGTGATTTTGGTGGTATAGTAGAACCCATCTTAGTCATCCTGCCAGTCCACTTTCTGGGCTTTCATTTTTATCTTAATTTCCTAAAAGTCCTTGATATCCTGAATAGTTTTCTTTCTTACCGTAGAAACTTCAAACCAGGTGCATGTTTTTTCCCCTCGCTCTGATCTCCGTAATATAGCATGTGTAGAAAGAGACTATTCAGTTGATTTCAAGATGTTTTAACGGATTTACCCATCACACCTCCATTCTTTAACTTAAATGCGTCTCTCTTTTATAAGAAGAATTCGTGAGGAAGTTGTTCTCTGGTTTGTAGCAAAGTTGAGACGATTACAGTCTGCAAACCTGATGGGCTGATATCAGTTTAGTTTCTATTTTTCCTCCTATACATGTGAAGCAGATGAAATATTAGAATCATTCAATAAATTTTATAGCTATGAGTGTCGTCACTTAATACAGTTGAAGTATCACTCTTTTCTCTCAGGATTCAATTTTTGTTTAAAACTTGGCACAATGTCATTGTCATTATAAGACCCAAACCCAAACTTATATTCTGTTTTTAAAGGTCTAACACAATTCACATGCCGTTCCCTTCTGTAGATATGTGACAGGTTCATTAATCGCAGGCTTGTTCAGAGTTTTTATAATAAAGCTTTGGCGCATGGCTTACAAGGTTTTGCGTTATTGTACGTCTAAACATGTTTGATGACCTTAATATGATTTTTTTTTTTTTGTACTTAATGGCATATACTTAGAGACCTTTACTGCTTTAACTATTAAGCTTAAGAAAACATTTCCATCTTTCCAACTTTAGGGTTTGTTATGTGATGACCAAATTATATTTGGCTGCAGGCATCAATCCAACTTGTCTCAACTTACAGAGTGGGAATCCATTAAGAAGGTCCTTGGCTCTGTTACATCATATTTTGGCATGGACGTTTTTTAAGTCAAGCAACTGAAACTTTGTGAACTTTGATATGATTCTCTTGTGCTGGATACCCTCGTTGATGTCTCAACATGAGCTTCCCTTCGATTTTATCTGGAATTTATGCACAACTAAGATATCTATCTATGCTTCTTTGGTTATAGGCAGTTCAAAATAGTCAATGTTAACAAAACTACATATTGGGCTGTCCTCATGTGAGGAATACAAGACTATAAGTTACATTTGATTTCATAACAGAATGGAAGAAAAGTTATATCAACGCTTGATACATACAGCTCTTATCTGTAGGTCTAAATAGTTTACTTCGCTATCCATCCAATGCCCTTAGATCGGAGTAATTTTTTGAGGGCCTGCAAGTGAGTCTTTCTTAGATTCAACTTCAGGACTTGCTATTCTCTTCTTAGTTCTTAGGAATTCTAAATTGAAATTAGGACAGATCCTTACAATAGTATCTCTGAAGTTTGTTTGCATCTAACTATAGTTCCTTATAAATATATATATATACATATATATATATATATATCTCAATATTTTTTTCTTGTTTCATGNNNNNNNNNNNNNNNNNNNNNATAAATTGATGCAGAATTCTGGTTTGATAGGATAATTTTTAATGACACTTCTCAAAACATAAAAAATATAAAACAGAAATAATATTTGTGCAATTTTTAAATAACCATGTTTAAGTACGATTTGTTGTAAGTCTGTTATATTTTTCAATTAATATGTAGAAGAAATAAATAAAAATATATGAACGAAAAATATCTTTTGAAACTGTTTTAAGAACATCTTTTAAGAAAATACACCCAAATAGCCCTTTATGTTTTCATATATCTGTAAATGCTAAAACATGTTTTCCCTTCCCAGACCGTTGATGCATATTACAGGCACGCCACTAGTTCTACCTGTGTAGGAAATGTAGCAGTGCCACTTCTCTGTATCAGTGCTTTGGACGATCCGTTGTGCACAAAAGAAGCCATTCCATGGGACGAGTGTAGGTAGGACTTATTCCTAGCTAGTTCATGCTTGTGCGGTTGCTTTTTTGACATCAGTTGCTTTATTATTTCACCTTTTTATTTACTTTTCCTAAGTGGATGTCTTTTTTGTCAGTATCGGACGTTAGATTTTTGTCATTTTCCAAACATCCCCTTACCCAAATGTGAATGTGTAAAAAGTGCCTGTATGAACATTATTTTTTGTTTTGTTTTGCGGTTACCTACATAAGCAAATCAATATATTGCAGCATGTGATGGTTTAACGAGGAAAAGGGTTCTATAAAATACTTTTTTTGCTTAAAATAAGTCCAAGATTTTATACAGCACTCAAATAGTTGTAAAGGCTGTTTCGTTACATTCTGACATAGCAGGTCCAGTACTTTCCAACATTACCAGAAGAGTTCCAAAAAATATTTTGAAAACCGTTTTCTGTTTTTTTCCTCTCAAAACTGTCATGGAAAATTGTATTGAGTGGCTTGTAAAAGGTAATCTTACTGTTCTTTTGGAATTATAAGAATTTGCCAATTTGGAAGGAATAACAATTTGATTTTCTTTGAAAAATAAGTCATTTGTGAGAATACACTGGAAGAATCTTTTTAAAAAACATAATTATTCAAACATGTTTTTACCAACTTTTTCTTCTAAATAAAGAAAACTCTTCTTGAAATAGTTTCCAAACCTCTAGTTTATTTGTTTTCTCACCTTTATAGCTGGCCGAGTATAATTCAGTGCTACGACTCACCTAATCCTATCTTTTTTGTAGTTTGGATAACCTTGGTTGTTTGATTATTTACAGGGCAAATAGGAACGTTGTTCTAGCAACGACACTGCGTGGAGGACACCTAGCCTTCTATGAAGGAATAACTGCCAGCAGCCTGTGGTAATATACATGTGCTCCCATTGTAAATCGCAATGGGAAATTGAAATCTTTGTGCAGTAATTATTATCATAGTACTAAAGATAGACTCTGCTTAATTTATGAAGCATGTTTAAGTTGTTATAGAAGAGATCATGGATTCTAATGTGTTAGATAACAAAGCTGGTGGAATTTGTCAGAAAATGTCCACTATAGGATTAGATAGCTCATACTTTCATGTGGAATTTGGTACCAATTATATTTTTCGTATTATGGAAGTTTTGATCTTTTGCTTTCATTGTGGGTCAGGGTACTTGAGCATAAAATTGCAAAGAAAATGAGTGAATTACCGAGTACTTAGAAGTCTCAGTAGATTTTATCTTGCAGCTAACTTTCATTAGCGAAATTGGATTTAAGGTCATCTATTTATAACTGATCATGTCAAATCACTTCCTGTAGGTGGGTGAGAGCTGTTCATGAATTCCTTGGCGTACTGCATTCCAGTCCATACATCGGCGTAATGAAGCAGGTATGGTAACATGACCATAATAAAATTTATAGCATTTAGTGCTCAAGTACATTGAAAGACAATTCATGAATCATGAATGATCAAATTATCCAATCTAATAAGTAGAGCCCTGACATTTCAACATTTTCCTATCGTCCTAGACTCATCCACTTTAGATGCTCTCCAGAACAAAGGATCACCTAACCTTTCAACATTTTCCCATCGTCTTGGAGTTGGAATAGGAGCTCTCTTGAGTTGGGATGCAATCCCTTTCAGTTTTGAAAAATTTTGGCTTTCCCATCCCTCCCCTTCAAATGATATGATAAAAAACCACTGGAACATTTTACTTATGAGAAGCCTTCATATCTATATACCTCATACAACGTATACTTTGTTGCAGATGCAAAAGAGTCAGACAACAGCTCCTACTCCGAGCTTTGCCATCGACAAGGGTCCTTACGTGAGTGTTTTGGAAGATGGAATGGTGACTGCTGTAGGTGACGAGGAGCAAACAGATGACAGTGTGCAAGACTTGGAAATCGAGCAAACGGAAAATGTTAGTCCAAATGACACAGACAAAGAAAAGGCTGACCATTTTAGGAAGAATGACCAATCAGAGCGGTACCAAGAGAATAATACAACACATGTTACAACTCCCATAAGGAAATGCATAGATAGTCTTTCACGCCAGAGTGGGAAATCAATTTGGCTGCTCGCCTACATTGCCATCGTCACAACTTGGCCAATGGTGCGCCCAGCTCTCTCGTTACTCTTTAGGAAGAGATATAAAAATGCCTCACCTGGGGGATCACGCAAAAGA ATGGATTCCTCCGTCACCTTCTCTCCCGCTTCTCCCTATCAACTTCTCTTCAATGCACTCTCCCTCATTCCCCTCTCTCACCTTCTCGTTGCTCTCCTTATCATCTTCGTCGTTCTCCTCTACAATTTCTTCGAGATTCATTTTCTTCACGACTTCATCCGTGGATTCAGAGGCGACCGCGTTTCCATCACTGCCTCCGACCCCGACTTCTATCAATCCGTTGTTTCCAAGTGCCGGATTCTTCACGGCAGGTACTTGTCTACTCCATGGCTTTCCAGTCCTCATCTCCAGACTATTTTCCTCAGCATTTTCGGCAGGCCTCCTCCTGTTTCCTATAAAAGACAGTTATTCCGTGTACCTGATGGCGGAACAATTGCCTTGGATTGGCTTAGGAGTTCTGAAGTTAAATGGGACGGCTATAGTGTGAATGTTAGCACTCCTGACAATGAGAAAATACCAACCGTTATAGTCATTCCTGGACTAACCAGTGACTCTTCTGCAGTCTATATTAAGCATTTTGCATTTTGGATGGCAAAACACGGATGGAATGTTGTTGTGAGCAATCATCGTGGTCTTGGTGGCATATCACTTACTTCTGAACGCCTCTATAATGCTGCATGGACTGAGGATATTAGGAGAGTGGTTGGCCATATTCATAGTCAACATCCAGACGCCCCTCTGTTTGTTGTTGGAACTAGTATTGGCGCAAATGTTCTGGTGAAATACCTCGGAGAGGATGGTGCTAATGTCCCTATTTGCGGTGCTGCTGCTATTTGCTCCCCTTGGGATCTTTTGATATGTGACAGGTTCATTAATCGCAGGCTTGTTCAGAGTTTTTATAATAAAGCTTTGGCGCATGGCTTACAAGGTTTTGCGTTATTGCATCAATCCAACTTGTCTCAACTTACAGAGTGGGAATCCATTAAGAAGGTCCTTGGCTCTGTTACATCATATTTTGGCATGGACACCGTTGATGCATATTACAGGCACGCCACTAGTTCTACCTGTGTAGGAAATGTAGCAGTGCCACTTCTCTGTATCAGTGCTTTGGACGATCCGTTGTGCACAAAAGAAGCCATTCCATGGGACGAGTGTAGGGCAAATAGGAACGTTGTTCTAGCAACGACACTGCGTGGAGGACACCTAGCCTTCTATGAAGGAATAACTGCCAGCAGCCTGTGGTGGGTGAGAGCTGTTCATGAATTCCTTGGCGTACTGCATTCCAGTCCATACATCGGCGTAATGAAGCAGGTATGTCAGACAACAGCTCCTACTCCGAGCTTTGCCATCGACAAGGGTCCTTACGTGAGTGTTTTGGAAGATGGAATGGTGACTGCTGTAGGTGACGAGGAGCAAACAGATGACAGTGTGCAAGACTTGGAAATCGAGCAAACGGAAAATGTTAGTCCAAATGACACAGACAAAGAAAAGGCTGACCATTTTAGGAAGAATGACCAATCAGAGCGGTACCAAGAGAATAATACAACACATGTTACAACTCCCATAAGGAAATGCATAGATAGTCTTTCACGCCAGAGTGGGAAATCAATTTGGCTGCTCGCCTACATTGCCATCGTCACAACTTGGCCAATGGTGCGCCCAGCTCTCTCGTTACTCTTTAGGAAGAGATATAAAAATGCCTCACCTGGGGGATCACGCAAAAGA ATGGATTCCTCCGTCACCTTCTCTCCCGCTTCTCCCTATCAACTTCTCTTCAATGCACTCTCCCTCATTCCCCTCTCTCACCTTCTCGTTGCTCTCCTTATCATCTTCGTCGTTCTCCTCTACAATTTCTTCGAGATTCATTTTCTTCACGACTTCATCCGTGGATTCAGAGGCGACCGCGTTTCCATCACTGCCTCCGACCCCGACTTCTATCAATCCGTTGTTTCCAAGTGCCGGATTCTTCACGGCAGGTACTTGTCTACTCCATGGCTTTCCAGTCCTCATCTCCAGACTATTTTCCTCAGCATTTTCGGCAGGCCTCCTCCTGTTTCCTATAAAAGACAGTTATTCCGTGTACCTGATGGCGGAACAATTGCCTTGGATTGGCTTAGGAGTTCTGAAGTTAAATGGGACGGCTATAGTGTGAATGTTAGCACTCCTGACAATGAGAAAATACCAACCGTTATAGTCATTCCTGGACTAACCAGTGACTCTTCTGCAGTCTATATTAAGCATTTTGCATTTTGGATGGCAAAACACGGATGGAATGTTGTTGTGAGCAATCATCGTGGTCTTGGTGGCATATCACTTACTTCTGAACGCCTCTATAATGCTGCATGGACTGAGGATATTAGGAGAGTGGTTGGCCATATTCATAGTCAACATCCAGACGCCCCTCTGTTTGTTGTTGGAACTAGTATTGGCGCAAATGTTCTGGTGAAATACCTCGGAGAGGATGGTGCTAATGTCCCTATTTGCGGTGCTGCTGCTATTTGCTCCCCTTGGGATCTTTTGATATGTGACAGGTTCATTAATCGCAGGCTTGTTCAGAGTTTTTATAATAAAGCTTTGGCGCATGGCTTACAAGGTTTTGCGTTATTGCATCAATCCAACTTGTCTCAACTTACAGAGTGGGAATCCATTAAGAAGGTCCTTGGCTCTGTTACATCATATTTTGGCATGGACACCGTTGATGCATATTACAGGCACGCCACTAGTTCTACCTGTGTAGGAAATGTAGCAGTGCCACTTCTCTGTATCAGTGCTTTGGACGATCCGTTGTGCACAAAAGAAGCCATTCCATGGGACGAGTGTAGGGCAAATAGGAACGTTGTTCTAGCAACGACACTGCGTGGAGGACACCTAGCCTTCTATGAAGGAATAACTGCCAGCAGCCTGTGGTGGGTGAGAGCTGTTCATGAATTCCTTGGCGTACTGCATTCCAGTCCATACATCGGCGTAATGAAGCAGGTATGTCAGACAACAGCTCCTACTCCGAGCTTTGCCATCGACAAGGGTCCTTACGTGAGTGTTTTGGAAGATGGAATGGTGACTGCTGTAGGTGACGAGGAGCAAACAGATGACAGTGTGCAAGACTTGGAAATCGAGCAAACGGAAAATGTTAGTCCAAATGACACAGACAAAGAAAAGGCTGACCATTTTAGGAAGAATGACCAATCAGAGCGGTACCAAGAGAATAATACAACACATGTTACAACTCCCATAAGGAAATGCATAGATAGTCTTTCACGCCAGAGTGGGAAATCAATTTGGCTGCTCGCCTACATTGCCATCGTCACAACTTGGCCAATGGTGCGCCCAGCTCTCTCGTTACTCTTTAGGAAGAGATATAAAAATGCCTCACCTGGGGGATCACGCAAAAGA MDSSVTFSPASPYQLLFNALSLIPLSHLLVALLIIFVVLLYNFFEIHFLHDFIRGFRGDRVSITASDPDFYQSVVSKCRILHGRYLSTPWLSSPHLQTIFLSIFGRPPPVSYKRQLFRVPDGGTIALDWLRSSEVKWDGYSVNVSTPDNEKIPTVIVIPGLTSDSSAVYIKHFAFWMAKHGWNVVVSNHRGLGGISLTSERLYNAAWTEDIRRVVGHIHSQHPDAPLFVVGTSIGANVLVKYLGEDGANVPICGAAAICSPWDLLICDRFINRRLVQSFYNKALAHGLQGFALLHQSNLSQLTEWESIKKVLGSVTSYFGMDTVDAYYRHATSSTCVGNVAVPLLCISALDDPLCTKEAIPWDECRANRNVVLATTLRGGHLAFYEGITASSLWWVRAVHEFLGVLHSSPYIGVMKQVCQTTAPTPSFAIDKGPYVSVLEDGMVTAVGDEEQTDDSVQDLEIEQTENVSPNDTDKEKADHFRKNDQSERYQENNTTHVTTPIRKCIDSLSRQSGKSIWLLAYIAIVTTWPMVRPALSLLFRKRYKNASPGGSRKR Homology
BLAST of MS021139 vs. NCBI nr
Match: XP_022151798.1 (phospholipase ABHD3 [Momordica charantia]) HSP 1 Score: 1078.5 bits (2788), Expect = 0.0e+00 Identity = 541/564 (95.92%), Postives = 544/564 (96.45%), Query Frame = 0
BLAST of MS021139 vs. NCBI nr
Match: XP_022966858.1 (embryogenesis-associated protein EMB8-like [Cucurbita maxima]) HSP 1 Score: 883.6 bits (2282), Expect = 8.6e-253 Identity = 448/567 (79.01%), Postives = 485/567 (85.54%), Query Frame = 0
BLAST of MS021139 vs. NCBI nr
Match: XP_022945775.1 (phospholipase ABHD3-like [Cucurbita moschata]) HSP 1 Score: 880.9 bits (2275), Expect = 5.6e-252 Identity = 448/567 (79.01%), Postives = 485/567 (85.54%), Query Frame = 0
BLAST of MS021139 vs. NCBI nr
Match: XP_038877845.1 (phospholipase ABHD3 isoform X1 [Benincasa hispida]) HSP 1 Score: 878.6 bits (2269), Expect = 2.8e-251 Identity = 453/570 (79.47%), Postives = 486/570 (85.26%), Query Frame = 0
BLAST of MS021139 vs. NCBI nr
Match: XP_023544284.1 (embryogenesis-associated protein EMB8-like [Cucurbita pepo subsp. pepo]) HSP 1 Score: 877.9 bits (2267), Expect = 4.7e-251 Identity = 453/565 (80.18%), Postives = 488/565 (86.37%), Query Frame = 0
BLAST of MS021139 vs. ExPASy Swiss-Prot
Match: Q40863 (Embryogenesis-associated protein EMB8 OS=Picea glauca OX=3330 GN=EMB8 PE=2 SV=1) HSP 1 Score: 218.0 bits (554), Expect = 2.7e-55 Identity = 121/351 (34.47%), Postives = 191/351 (54.42%), Query Frame = 0
BLAST of MS021139 vs. ExPASy Swiss-Prot
Match: Q91ZH7 (Phospholipase ABHD3 OS=Mus musculus OX=10090 GN=Abhd3 PE=1 SV=1) HSP 1 Score: 195.7 bits (496), Expect = 1.4e-48 Identity = 110/326 (33.74%), Postives = 163/326 (50.00%), Query Frame = 0
BLAST of MS021139 vs. ExPASy Swiss-Prot
Match: Q8WU67 (Phospholipase ABHD3 OS=Homo sapiens OX=9606 GN=ABHD3 PE=2 SV=2) HSP 1 Score: 189.1 bits (479), Expect = 1.3e-46 Identity = 104/326 (31.90%), Postives = 159/326 (48.77%), Query Frame = 0
BLAST of MS021139 vs. ExPASy Swiss-Prot
Match: Q0VC00 (Phospholipase ABHD3 OS=Bos taurus OX=9913 GN=ABHD3 PE=2 SV=1) HSP 1 Score: 183.3 bits (464), Expect = 7.3e-45 Identity = 104/326 (31.90%), Postives = 161/326 (49.39%), Query Frame = 0
BLAST of MS021139 vs. ExPASy Swiss-Prot
Match: Q3T0A0 (Protein ABHD1 OS=Bos taurus OX=9913 GN=ABHD1 PE=2 SV=1) HSP 1 Score: 177.6 bits (449), Expect = 4.0e-43 Identity = 108/360 (30.00%), Postives = 167/360 (46.39%), Query Frame = 0
BLAST of MS021139 vs. ExPASy TrEMBL
Match: A0A6J1DD63 (phospholipase ABHD3 OS=Momordica charantia OX=3673 GN=LOC111019694 PE=4 SV=1) HSP 1 Score: 1078.5 bits (2788), Expect = 0.0e+00 Identity = 541/564 (95.92%), Postives = 544/564 (96.45%), Query Frame = 0
BLAST of MS021139 vs. ExPASy TrEMBL
Match: A0A6J1HTF9 (embryogenesis-associated protein EMB8-like OS=Cucurbita maxima OX=3661 GN=LOC111466437 PE=4 SV=1) HSP 1 Score: 883.6 bits (2282), Expect = 4.2e-253 Identity = 448/567 (79.01%), Postives = 485/567 (85.54%), Query Frame = 0
BLAST of MS021139 vs. ExPASy TrEMBL
Match: A0A6J1G1Y0 (phospholipase ABHD3-like OS=Cucurbita moschata OX=3662 GN=LOC111449920 PE=4 SV=1) HSP 1 Score: 880.9 bits (2275), Expect = 2.7e-252 Identity = 448/567 (79.01%), Postives = 485/567 (85.54%), Query Frame = 0
BLAST of MS021139 vs. ExPASy TrEMBL
Match: A0A6J1GZH5 (embryogenesis-associated protein EMB8-like OS=Cucurbita moschata OX=3662 GN=LOC111458280 PE=4 SV=1) HSP 1 Score: 874.4 bits (2258), Expect = 2.5e-250 Identity = 451/565 (79.82%), Postives = 486/565 (86.02%), Query Frame = 0
BLAST of MS021139 vs. ExPASy TrEMBL
Match: A0A6J1K847 (phospholipase ABHD3-like OS=Cucurbita maxima OX=3661 GN=LOC111492564 PE=4 SV=1) HSP 1 Score: 869.0 bits (2244), Expect = 1.1e-248 Identity = 449/566 (79.33%), Postives = 485/566 (85.69%), Query Frame = 0
BLAST of MS021139 vs. TAIR 10
Match: AT5G49950.1 (alpha/beta-Hydrolases superfamily protein ) HSP 1 Score: 572.8 bits (1475), Expect = 3.0e-163 Identity = 298/547 (54.48%), Postives = 379/547 (69.29%), Query Frame = 0
BLAST of MS021139 vs. TAIR 10
Match: AT1G34340.1 (alpha/beta-Hydrolases superfamily protein ) HSP 1 Score: 526.9 bits (1356), Expect = 1.9e-149 Identity = 283/555 (50.99%), Postives = 365/555 (65.77%), Query Frame = 0
BLAST of MS021139 vs. TAIR 10
Match: AT3G50790.1 (esterase/lipase/thioesterase family protein ) HSP 1 Score: 195.3 bits (495), Expect = 1.3e-49 Identity = 108/321 (33.64%), Postives = 170/321 (52.96%), Query Frame = 0
BLAST of MS021139 vs. TAIR 10
Match: AT2G03140.1 (alpha/beta-Hydrolases superfamily protein ) HSP 1 Score: 99.0 bits (245), Expect = 1.3e-20 Identity = 112/430 (26.05%), Postives = 181/430 (42.09%), Query Frame = 0
BLAST of MS021139 vs. TAIR 10
Match: AT2G03140.2 (alpha/beta-Hydrolases superfamily protein ) HSP 1 Score: 99.0 bits (245), Expect = 1.3e-20 Identity = 112/430 (26.05%), Postives = 181/430 (42.09%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Bitter gourd (TR) v1
Date Performed: 2021-10-25
Relationships
The following mRNA feature(s) are a part of this gene:
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