Tan0003346 (gene) Snake gourd v1

Overview
NameTan0003346
Typegene
OrganismTrichosanthes anguina (Snake gourd v1)
DescriptionTropomyosin-like
LocationLG02: 31555431 .. 31574003 (-)
RNA-Seq ExpressionTan0003346
SyntenyTan0003346
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
ATTTGGTCCTCTCCTACCAAATATCAATATCACGGAAAAATCAAAAGCTCTTATTGAATGCATTGCATGATCGGGTGGGTTCTTAGCTCCCTCGGCAAGTCTCTACACGGATCATGAAGTTGAACGATAGTTGAATTGCGAATTTGCAGAAGTGCAAGCGTCGAACCAGATTCGGATCATGGAGGACAAGGGAAAAGGAACGGACAGATGGAGCGGTGCCGTAGCCAATCTCACAGAGATGGCCTCCAATCTAGAATCACTTCAGAAGCTTTTACTGAAGAAAGCCGTCTATGTAGACGACGAGACGTTTGCCAGAGCTTCATTGTGCTCCGATCAAGCAAGGACGATCAAGGTTACTAGACTCACTCTTGCTTCTTTTTTTTCTTCTTCTTCTGTAGTGGGGTATTTTTAATCTGATATCTGGTTTGGAATTTTGATTTTGCTATTTGAAATTTGGGGGAGTGAGGGATTGATGGGATTTCTAGAGGGTGGTTGTCGAATTGCCCTCGTATTACCGATTTAAATGTTAATTTTCATGCTATGTAGAGGATCAGAGTGATATACATGGATCAAGGTTGTTAAGATATCTGATATATGGTTTGGAATCTCAATTTGGCTATGGAATGTGGGGGAGTGAGAGAGTGAGGGATTGTCCAAAGACATTGCAGCTTTGGCAGATTCAGCGAGGAAGAATCTGGAGGCGGTTACACTGGAAGTTATTCTCTTAAAAAGATTCTGTCAAGAGGCTATTTTGAATGTGGGATTTTTGAAAACGAGGAGGTACATACACCTGATCTTCGAAGACCTTCTTGGAGAAATGGAGGCACTGTGTAGAGTAGTGAACTTCAGCCAAATGAGTGGCTGGAGATGGCAATGATGGAGGGATATTAAGAAAAATATATACTAATGTACTCACTGGGTTGGGAAAATTCAGGGGCGAGTTAAAGGATTCAGTTTCTTCTTTACAAACGATATAGGAAGGCTTCTTGAGCATTGATAAAGTTGAAGCACTACAACTCCATTTATGATTATTATATTCTGTATTTGGAGACTTCAATCTAAGACCTCGTGTGGTGTCTCTAAACATCACAAGTCCCTTGCCACCAGGACTTCCTTGAGTGTCGTATAGGGTTAATACCTTGGATGCAACCCAAGCCAAAAGGATGGAACATGAATCAGCTATTGCAATTAAAAATGAGTTGGTATGGAGCCTCTTCATGCAATAGAGAACCAGAAGATGCATGTGGTTGTGCTTTATTACTCAAATAGTAGGTCAAATGAGCCTCATCCATGGGAGATGACTCTCTCAGATGCCACTCTGTAACTTATGTCACAGCCCAAGAGTGAAGAGTGTGTATGAATGATCAAGGACATGCTATCCACCTGGAGTCTAGGGAGGGGCCTCGTGAGTCTCTTTAATCATCTTCCAATAGAAGGGATTTGGGGATAGCTGTACATCTCTTCCTTTGTTGTCCGTTCACGTCTAGGCTTTGGACCCAGATTTTTGACACCTTCTAATCTCTGCTTCCATTCTCCAAGTCAATCTGTTAGCAACTAGTTGTGTTATATTGTTATCCTAAGTTCAACAGGCAAAAGGAATGCTGGATAAATGCTTGTGGAACTTTTTCTTTAGCAAGTTTGGCTGGAATGTAGTATAAGAAAATTTTATTCCAAAGACCAATAGACAAAAAATATCTTGGACTTCATTGGGCTTTCAGCTTCCTCTTGGTGTATTAAGTTAGATTTTTTTAATAAATTTTGTAGGATGATTTTAAATAGGAAAATTCATTTACTTATCTCTTGTGTTCTATCTTCGAATACAACTATTTTCTTATTGGCTTTTGAACCTGATCAATTTTTCTTTTACTGATCTTCTTACTACTGTTTAGATTATAGTGATCTGGTAAATCAATTTTTTTAACGTCACACCCCACCATATAAAAATCAAAGACCATATTACATGAGCTTAAGTGATGCTCTTTGTTGAAATGGCGCGCCCTTTGCTTTTGTTTATTACCGACGTGTGACGCAATTTTTTGCCCACTGGTTATGATAATGAAATAATCTCTTGCTAGGTTCTTGAACAAAGGGTTGAGACTTTGGAAAGAGAACTTGATGCTGCTATCACTGCTGCTGCTCATGCTCGTTCAGAAAAACGTCAGGCTGAGGCAGCACAAAAAGCTGCTGAACTACATGTGCAGGAGGTCACTAGAGAGCTCGAGAACACTACAAGTATGGAATATCTTACTCTTTTCCAGCTTCTTTGTAAGGTACACATATAGAAGTTCTATGCCTAACAATAATAACAAGTATAATAACACGAAAAATAGGGAATGAGGACCCAACTCCTTCGTGTTCGAGAGTTCTTCGACACTAAGGAGGGTTATTTCATTAAGAGGGTAGAAGGACAAGAGCCAAAACAAACACACTCCAATACTTCTTAATGATCGGGGCCTAACAATACCCCTGTTCACCAGAAGTCAATCGAAAGACCTTGTCCTCGAGGTGGAAATCGAGATATTGAGTCATAATGTCTCATACATACTTCCCATGTGGCGTCTGTGGTGTTACGTTTGTCCCATCTCGATGAGGCATTCCCAGTGTTGTTTATCATCACTCCATCGAACGCCCAACACATCTCGCTGGTGTCTGCCCACTCATAAGCTTTCTTGCGGAGAAAGAAGGGTGAAGGATTGGACCACCACATGTGAGCCCACGGCTTTTTTCAATCGAAAGAAATGTGGAAAACGGGTGAATGGAGGTCGTTGGTGGTAAGTGTAGTCGATAAACAACTTTGGCCGATCCGCTCAAGTATCTCGTCTTTTGTCCCATAAAACTTGGGAGAGAGTTTTTCACAAGCGTTTCTTTGCTAAAGAGCGTTATCCAGTATGGTCGAGTTTTAAGTACACCCAATCACTCGGCTGAAATTCCAACTCTCGTCTCCATGAGAATCTGGCTTGTTTCTTCATTCTTTCTCGCGCCAAGCGCAACCCGATCCTTCCAGTGGTCGCAATGTTTGTGTCTCTTTCCATGAGTTGTTGTTCGGTATGTTATTAGATGTCTTCTTTTACGCCATAGGATACTAGCGGGGAGGTGCTCGACCATAAACTACATTGAATGGTGTTGTGTTGATTGAAACATGGAAGTTCGTGTTGTACCAGTGTTCGACCCACTTTATCCATTTTTCCCATTTCGTGGTTGCTCATTGCGAAACAACATAAGAAGGTTTCAAGACATCCGGTTCACCCGCTTTCGGTTTGGCCATCCGTCTGTGGATGGAAGGAAGTACTCTTCTTTAGTTGTGTACCCTGTGACCACGAAAAGTTCCATAAAAATTGCTCATAAAATCACATCTCTCGCTGAAATGATCGATTTCGGGAACCCATGGAGACGTCATAATCTCTCTAATGAATAATTACTTGCCACTTCCTTTGCGGAATACGGGGTGCTTGAGAGTCAAGAAATGAGCGTGCTTACTCGGTCTATCCACTACGACCGGAATCGAGTCTACTCCATGTGATCGTGGTAATCCTCAATGAAATCAAGGCCGATGTCCTCCCGTATTCGTTCCGGATGGGTAAGGGTTGAGTAGACCGCAGCGGGAGCTAAAGCCTCGATCTTGTTCCGTTGACAAACGCACATTCCTCTACGTATTTTTGAACTTGACTTTTCAGTGTTCTATCTTCGAATACAACTATTTTCTTATTGGCTTTTGAACCTGATCAATTTTTCTTTTACTGATCTTCTTACTACTGTTTAGATTATAGTGATCTGGTAAATCAATTTTTTTAACGTCACACCCCACCATATAAAAATCAAAGACCATATTACATGAGCTTAAGTGATGCTCTTTGTTGAAATGGCGCGCCCTTTTTCCCTTCCCATACTGCGCTTTTGTTTATTACCGACGTGTGACGCAATTTTTGCCCACTGGTTATGATAATGAAATAATCTCTTGCTAGGTTCTTGAACAAAGGGTTGAGACTTTGGAAAGAGAACTTGATGCTGCTATCACTGCTGCTGATCTCATGCTGTGTTTCGCTCAGAAAACCCTTCACTTCACCGGTTTCGTCTTTTCCGCTTGACCCTTCTGGCTAACATCGCTGAGGCAGCACAATATTTCTTTTTCTGGTCTTTGAGCTTTCCTCCATGCTTGAACTACATGTGTTCAGGAGGTCACTCCTTCGTGTTCGAGAGAGGAGGGGTTATTTCATTAAGAGAACACTCCCACAAAAACATTCTGTATGGAATATCTTACTCTTTTTCAGCTTCTTCTTCTAATTTTCTTGACTTTTATACCATTTTTAATTTCTAAAAAAAATGTCAGATTTTCCTTGCCATCATACTCAAACTTTCCCAACTTGGGAAAGATTTTGATATTAGTCTCCCAGTGCTTAACTACAACATTTGATTAGCATTGTTTCTCCAATGCATTGAGACATTTGGGTGAACATAGTTCATCTTGTGAATTATGAATATACTTTCTTCTGTTTTCAATGAACTTCTATTTAAGGTAGGAGACAACAGGTTTTTCCTGGGAATATACAATAAGAAAGATATATTTAAAAAATCTACGTTGGGAGGATACCTTTTTCTTTGGCTCTCAATTCTTCAACATTTTTGTGCACCAGTATCTTCATATAGGAGTGCAATTATGATGTTAGTTGATTACTCAATTACTGGTTAGAAGGTGATAACTAGCATCCTGAAACTGCTGGATACTCCTCTAAATTTTTCATAGCGTTTTATTCAACTTAAAATCAGCAGCTTTATCTGTTGAGCAACAATCTGTCTATTTGGCCTTCAATATGTGGGGGTCTGGTTGTGTTGTGTCGGAGTCTTGTGGTTGACATGACATTGTGATATATATATATATATATACACACACACACACACACACACACACACATGTTATCAATTATGGATTTCATAAACGTCTTTCGAGTCCATATGCGGGGTTAAGCCCACAGACTGTTTGCTTCTACGAGGTTTGGGAACTAGGGTTGGCGAAGTGGGGGCTGCTTCAGTCTGTGGGCTTGACCCCGCATATCGACTGACTTCTTCCTTCACTCAAACGGTAAAATGAATGAGTATTTCACCGAGGGTGAGGGAAGTTTAGCCATGGACGACAAGGACATTCTGTATGAGGCCTCTGATTTTGTTCTTCTGGTGAAGAAGAGAGCGTCTGATCTGTGGATGAAGGTGGTAAAAGGCATTAGGTCTCGGTTTGGGTTGCAACTTTGCATGAAACAGTTTAGTGGAATTTCACGGTTATCTTTTTTGGGGAGAGTTTATTGCGATAAAAGCTGTTGGACTTTGGCAGAGGAGTGATTTTGGATTGTGCTCTAAGCCTGCTACCATGAGATGCCAAGAAGGTGGCGAAAGAAAGTTGTTTGTCGTTTTCGAAAGGGTGGATTCAACTGTTGGATGTGCCTCCTCATTTACGGTTTGTGAGTGTTATCTCGAAGTTGGTTGAGCTTTTTGGAGGAATTGAAGGGGAGCTTGATTTGTCGATCCAAGGAGATGATTGGGATGAAGATTTGAGAGTTTTTGTGAAGGGGAGAGAGGACGGTTACATTCTGAGAGGTTGCTTCTTATCATCAGAAGGAGTGGATTTTTCGGTGACATTTCTGTCGTGGGTGAGCGCCGGTATTGATCTCGAAGGAGGTTTTTCTCATTCAGGCACGGCTAACAGAGGAAGGTTGGCCTCAGAATTTTCGTACAAAGCCAGAAAATGTGTCAAGAGGTGCTTAACGGGATACTGTTTTTTAGAGGAAAAATTCTCTTTTGGGCGATGGGACTTGTCCACCGACCCATTCCAAGAGTTGGTCAAAAGGCAAATAGAAAATGCTTAGTGGGCCTTCTTCAGGTTTGGTTAGGGTCAATGATTCTTTTGGGCTTGGGACTGTGCAAGAGGATTGTGAGAGGAGGTGTATTTTTTCTCCTTGTGACGAAGTGGGTTGTTTTTCCATGGGTGATAATGGGGCTAAGGAACGATGGACTCCAAAAGGATGTGGATGGGCCTTCATGTGTTGGGCTTGGATAATGTGGGTTGGTCAAGGATCACACTGCTTTCACCTGCCTGGGTCTCACGATGGGGAGATTGACGTGGTCGATCCGGATGGTTACTTATCGGACCCTTCGATAGCAAGCTACTATGAGGACGAGTCTTTTCTGTCCTTGTCAACGTTAAAGAATGGTGATTGCGTGAGTCGTGAGTATAGTGTCGTTGTTTGATGATGGCAAAGAGAAGGGTTTCAGTGCTCAATCACAGCCGGAGGTTCATGCTTGTTTGACCAGTAAGAAGTCCCGTGGTGACTTGAAAGGAATTGGTAGAGATATGTCGTGTCAGTTGGGGAAAGAATCGAGCGACAAAATGGTTGTAGTGCAAGAGTGCAAGGAAGGGGTCTATCCAGGGAGGCTCTTTGCCCTTCGGTTTTTGGCGTTGATTCTGAAGTGCCAACCATCCAGGTATGCTTTCCTTCTCCATCTCCTTTACCATCTACTCTGAGTAGGGGTGTGCACGGTTCGGTTCGGTTCGGTTCTGGCCGAACCCACAGACCGAACCGAACTCTTCGGTTTTTGGAGTAGTAAAACCGAGTATACCGAAGCACTCCTCGGTTACGGTTCAAAACCGAACCAACTCATTTCTCTTTACTTGGTTCGGTTTCGGTTTTTAACCGTGTTAAAGAAAAAAAACTTGTACGTGGTTGCAGATCGAGCAACGCTTGAGAAGAAGACGATCGCTGGAGATTATGGGTTGTGTCGCTGTCGGCAAGAGAAGCAAAACAGAGCGAGAAAGAGATGGTGATAGGCTATAATAGGCTATTCAGCTGCCTTTGCTACCATCAAATATTTTTGTTGCAATAGGCATAGACTGTGAGAGAAGAAAGCAAGTGAGAAGAGAGAAGAAGGGGTGAAAACTAGATGAGATCGAAGGAGAATGAAACGAGGAAGAGGAAGGGGAAGGGAAGACGAAAATATGAAAAGTGTGCATTTGAGAGAGTGAAAAGAAGATGAAAAGATTGAGAGAGAGAAAGAAAGTTGAAAAGACAAGTGATGGAGAGAGAAATGGGTGGTTGGAAAAGAGATTCTTAAAAAACGTGTTGGGCTGAGGGATTTTTTTATTTTATATTTAATTATATTCGGTTCAGTTTTACTGGTTTTGACAATTTTTAAACTGTTAACCGAACCAAATGTTGCGGTTTTCTATTATTTTAAATTGAAAAAATAATTTTTTTAATAACCGAACCAAACCCGTCGGTTTGGATCGATTCGGTCCGGTCATTCGATTTTTTCGGTTTCTTGCACACCCCTACTTCTGAGGAGGAGGGAAACTTGTGGTTGTCTTCTTCATCTGGGGTCCTTGGTTTGTGCCTGGACAATTGTTACATTTTGGATTTTGTCAAAAGGGTGGGTCTTACCCTTCTCCTTTTGTTTTCCCAAACTCTTTCTCAGGTTCTAATAGTGTCGTGTCACATCTTATGGTTAGCTGTTTAGGAGCTTGTGGGCCGGTGGTGACTTATTGGCCTAGTGTTGAAGGTAAAGGGGGAAGGGGTGGGAGGAGCCATTCAACTAGCTGTTGGGAGCATTGGGGAAGATTCTCTTACCATACCTAAACCTTTGGTTGGGTGGAATGGGCAGCCTAACGTTGGTGTGGTTTGTCTGTGGCCTTCGGAGTGCTTTACTAGCTTTCGCGGGTATGCAAGCAATCTCGGCTGACGGTAAATCGTTGGGATTTCAAGATGGTTTGACTAAGGGGGGTTGGTCATGAGGGGACTCAAGGTGTGCCTTTGGTTGATCTTGTTCACATGCCCTCGAAAGGAACTTCTGTTAAGGCAGCAAAAAGGAGCAAAAAGAAGATAGACAAAGAATTAAAGAAATTGGAGTGCTCGGTAAACTGTGAGGGGTGGAAAGGTGGCTCCATTTCTAGGGCTCAGGAGGTTTTAAAATGAAAGTGCTCTCTTAAAATGTTAGTGGGTTGGGGGAGGAGAGTGTAAAGAAGTTTGGTCAAGGAGGTTCTTGGTCAAGAGAATCTGGACATTGTTATTCTAGTGGAGACTAAGTTAGGAAGTTGTAGTCGAGAGTTAGTTAAACGTCTCTGGGGTAGGAGAAACGTTGAATGAGTGTGTTTGGATTCAACCGGACTTTCTGAGGGCATCATTTTCTTGTGGGATGGCAAAGTTGTCAAGTCTTTTGAGGTAGTTAAAGGAATCTTCTCGGTTTCTGTGGAAGTTTCCAAGGGAGGTGGAGGGTTGGATTTTCGGGGTGTACGGGCCTCCTAATCAGAAAGGTAGGAAGAATGTCTGGGAAGAGCTTAGGAGGGTTTTTTTGGGTTATACGGTCCTTGTTGGTGTTTGGCTAGGAATTTTAATGTGGTCTGTCCGTGATCCCCAAGGGAGGGCTTTCAGGGGAAGGATGACTAGGTCCATGAAGTGTTTTAATAGGTTAATAGGTTAATCGAGGATTGTTGTTTGTATGATCCACCTTTAGCTAATGGGGATTTATTGGTCAAACAATAGGTTTAGGAACCGAATCGATAGATTCTTGCTTCGAAAGGGTGGATGGATGTGTTCCTTAATGTGAGACAGTCTTTGGGACCAAATTGGCCGCTAAGTTTGGACTCAGGTGCATTGAGTTGGGGCCCTTGTCCCGGTAGGTTTAAGAATATGTGGTTGTCTCACTCCTCCTTTAAAACTTCTTTCCCTCCTTGGTGTCAAGTTAAAGTGCAAGGGAGGTGGGAGGGTTATCGGTTTATGGAAAATTTGAGAGCTCTGAAAAGGGTTTTTAAGACTTGGAACTGGGAGGTGTTTTGGGACTTGTGTTTCAAGAAGTTGGAAGTGTCGGGGCGTCTCAACGAGCTGGATAGACTTGAGGACAGGGATCAGGGAATTAATGAAGCAAACAAAGAGGAGTGGTTGGCGTTAAAAGTTGAATTTGAGAAGCTTGTTTTTGAGAGAAAATGTGAGTTGAAGACAAAAGGCTAGAGTCAGGTGGGCTAAGGGAGGGGATTGTAACACAACCTATTTTCACAGAGTAGCTAGTTGTAGAAGGAGCAAGAATTTTATTAGCACTCTTGAGAATGAGGCTGGGTTAGTTCTAAAAGGGGACAAGGTGATCGAGGAGGAAATCTGATAAGTCTTAGAATTAAGGCTTATTTAACTCCTAATTACTTAAAATATTCTTGTTTTATCTTGATATTAGTCGAAAATAGCCAAAAGAATCGTGAAATTAAGATGAGTGAGTGAAGAATGAAGACAAATTAGGATGAGAATTGTTAAAAAGGTTTCTCTTGTGCAGGAATTGCAAAACCAAATTGCAAAACTGAAGTATTGCAATCTTGCCTTGAAGTTGGAACAACAGAAAAATTCAAAAAAAAGGAAAAAAGGCTTCGGAAAACCCATATGGAAAATCAACAATTACTCTATGATTTGAGGGATTGAGAGCACAAAATTCAACCCTAATGAAGGCCCACATAAGGAGAAAAGATGGGTGAAGAACTCAAGTTGTTGGAGATCAATTTTGAAGCCGTTTTTGAAGTTTTGTTTTTGGATTTTCTTTCCAACGTCCCCTGTTTCTTCAGTTTTCTTATTCTTCTATTTTTCATTTTTCTTCTTCGATTTTTTGTTCATAACAGAGTTGTAAAACAAACAACAAGAATCCGAACTCCGATCCAATTCAAGAATTAAAACTTGGATTGTGGTGATGAAGTTTACTCGTAGAAATATGAGGAAATTTTAATCGATTGGAAAAGGATTTGAAGTTTGTGGTTAGTGTACTCGTTTTCTTGTTCTAGATTAAGGTTAATGATTTTGAAATGTTACTGTGGTTTAAGAGTTTATTCAGGTTGTTATTAAGACAATGAGAGTTTTGTAGTGTTCTTTTAGGAATGAGTTGTTTTGAATGCACAATCTTTCTTTTCTAGAATGTCTTGGTCAGTTCAGTGTTGAGATCATCGAAAACTCTCTGTATTGGAGCTTGTTTAATTCAAATTGCAATTAGCTATATTATTACTCCCTTTTCAGCAAGTTTCAGTTTCTCTTGTTTTCTTTTTAAGCATAAGATTTTTTTTTTTTTTTTTTTATTTTAGTTCAAGCATGAAGACTTTTTCAACATCGTATTCTGGCATTTAGAATAGGGGTGTGTGCAGTTCGGTTCGGTCCGGTTTTAGGTTGAACCAAGGGCCGAACCGAACAGATCGGTTCTCCAGAATACTAAACCGAAATGAACCGGGTTTTTTCGGTTTTGGTTTTTGAACCGAACCACTTGGTTCGGTTATGTGCGGTTCGGTTCGGTTAAAACCGTTTTTTTGAAGGTATATAGAGGGGGAAAAGGGTTTTCTCAATTCTGGACTAATCGACTTTGGCGATGATGGTTCTGTAATCATGATATCTCTGTTTTGATTGTACTTAAGGTTAAGTTGCTTGCCTAATTTGTGAGTCCGATTTTATTCATTCTGGAATTTATTTTTGTAGCTTAAAGATAGTAGATACAAATAACACAAATCACAGAAGATGAAAAGAAAAAAAGATTAGTTTTTTTATTCCACTAACCTAATAGTGACGATAGAGAAATCACAGGATGGTCGGTCGGAATGGGTGCGGCGTCTGGTCGGGTCTCGCGTGGTTGTGGCATGAAGGAATTGAGAAGAAGAAGTTCTGCGTCGGTCGGAATGGGTGCGACGTCTGGTCGTCGTGCGGGTCTCGCGTGTCGTGGCGTGAAGGAACTAAGAAGAAGGAGGAGATTGTGAAGGAACTGAGAAGAAGAAGATTGTGAAGGAAGGATATGGTGAGAAAGTGAGAAGAAGAAGGAATGAAGTTAGGGTTTCAATAAATTGGGTTTAGGCCTCATTATATATTATTAAAAAATAGAAATTTATAAGTTAAAATGATGGGTTGGGCCAGTATATGTACTAATAAAATTCTATTGTAAGTAAAATCTTTCGGTTCGGTTATATTCGGTTTTTGAAGGATGTGAACCGAAAAATCGAACCGAGGATATCGATTTTTTCTCCATGTAAACCGAAGAACCAAATTTTTTTTAAAAAACCGAACCGAGGCCATCGGTTTGGTCTGGTTCGGTCCGGTTCCTCGGTTCGGATCGGTTTCTGCACACCCATAATTTATAATTTCACCATGAGCTAAAACTTTCTTAGGGGTTCAAAAAATGTGAATTCCCTAAGTAATTATAGCCAAAAGTTATCAATGAAACTAAGTCTACACTTCAATTGTTTGCTTGTGTTGAGTTTAACTCGTTGGAATCCTAGATTGATCAAGTAAGGTTGCAATCTAAGTTTAGATCTAATACCGACAGGGTTAGAATCTAACTAATTTCACACAAGTAATGGAGACACGAGCTTAGACATAAGCCGATCCTTTGCCCTAGACATAGGGAATTAAGGCTCCAAAACCTAAGGATTTATTGTGCCTAAATTATCTAAGATAGAGGGACTATACACATATAGTTCCCTCACTTAGTCTCCTAAAATCTGAACATTGAGGTGAATGGGAGTTGTAATTTCGGTTTACAATTGAGTGTAGAAAAGGTGGTATTGCAATTCATGGTTTGCAATTACTACTTAGGGCAAGGACATTTTTTTAGCCCCATTGCATTTAAAATCTCCTTTTGAAATTCTTCAATTCATCATTGATTAGCATCCTGTAATTCGTTGAGTTTACAATAATACCAATTTTGCAATATGGTTTTGCATTATGTGTGCAATTTTCACTGCCTTCACCTTTTGTAGTTTCTGGTTTGTTTGTTATTCAGATTGCAAAACTTCAGTTTTGCAATTTGACTTTGAAATCATTTTCAATTTTCCTAACACATCACTTCCAACCTTGATTTTGCAATTTTTTTTTCTTCTTGCAACTCTCTTGCATTTTTGCTAAGTATTAATTTTGTTAACACCATTCCCTGAGGAATCGATACTCAGGAGTACTCTTGTTTTAATACTTGTATCGACAGTGTGCACTTGTACTGGGTAGAACGTAATTTCTTTACTTTTCTTCACCTAAAGTTCACCCGATCAAAATCTTCTCCTTTTTTCTCTTCCCTATATGGCCCATTCATTGGACTCAGACCTTTTGTTGAAGGAATGGATTGGTGCCCTATATCTACCACAAATAAAGATTCCTTGGATCTCCCTTTTTCTTGGAGGAGATTAAAAGGGTTGTTTTTTAGTGTGATAAGAACAAAGCCCCTTGGCCGGATGGGTTTTCCATGGCTTTTTTCCAAGATAATTGAGAGGGTTTAAAGGAGGATTTTAAGTTTTTTAGTGATGTCTTTGAGATAGGCATTCTCGATAGTACTTTAAATGAAACCTTTGGTTGCCTGATTCCTAAAAAGGAGAAGGTCACAAAGGTCAAGGACTTTAGACCTATTAGTCTTGTGACTAGCGTTTATAAGATTATTGCTAAAGTTTTGGCTAATAGGCTTAGAAAGGTTCTCGCGCCAACAATTTTTTATTCTCAAGGAGCGTTTTTAGCTAGTAGCCAGATCTTGGATCAAGCTTTAATTGCTTATGAGGAAATTGAGGATTATCGAAGTAGGAAACAAAACAAGAGGGGATTCTGCTTTAGATTGGTTTGAAAAAGCCTATGATCATGTGGATTGGGATTTCTTGGATAAGGTCTTGGCGAAAAAAGCTTTGGTTTTAAGTGGCGATCCTGCATTTGGAGTTGCATCTGGACAGTAAGGTACTCTATCCTGGTTAATGGCAAACCCAACGGTAGGATTCTCGCATCTAGAGGCCTAAGACAAGGTGACTCTCTCATTTCCTTTTTTCTTGGTGGTGGATATTGTGAGTAGGATTATTTCAAAAAGGGTGAGGGTAATTTTTTAAGGGTTCTTGGTTGAGCATAATAAGGTCGCCTTGCCTCATCTCTAGTTTGCTGATGATACGATCTTTTTTTTGTTCTAGTAAGGAGGATTCCTTTCTTAATCTAAATCAAATTCTTAAGTTCCTTGAGGCCATTTCGGGGCTTTGTATTAAAAAGGTAAATGTCAGATCTTGGGCCTTAACTGTGATCCTTCTAAGCTGGATGGATGGGTGTCCTATGTGTGGTGCGAGATAAACACTTTCCCTTCTTCCTATCTTGGTCTTCCTCTAGGTCATAACCCTAGAAGCATCTCTTTTTGGGATCCGGTTCTGGATAAGATTCACAAGAGGTTGGCGTCTTGGAGGAAGAGATTCTTTTTAAAAGGCGGGAGACTTACCCTTATCCAGTCTGTTTTGAGTGGCATTCTAACGTAATTTTTGTCCCTTCTTAGAATCCCTGGTGTAAAACCAAAAGGAATTCTTGGAGAATTTTTATTAATTAACAACCACCACAGCCAACAAACCCAAGCCTTTAAATAGGCGGGAAATATAGACAAAAAACAAAAAAAACAAAAGCTTGAGGCGGTTTTAAAATAACCAACCAACAACTAATTGTTGCTAACCCAAAGCCTATCCTAAGTATACAACCCCGAATACAGCCACGCAACCCCCACCATTACACCAATCCCTTGTTCTGTTAGTAAGAGAGTTGAGAAGCTTATGAGGGACTTCTTTCCGGATGAAGGCAAAAGCTCTCACCTTGTGAGTTGGGAGGTGGTCTCTAGGTCACTCGACTTGGGAGGGTTAGGAATTGGTAATGTGAGGACAAGAAACAAGGCCCCACTAGCTAAATGGCTTTGGTGATTTCATCATGAACCTAACCCTTTATGGCATAAGGTGGTAAGCAAGTATCAAGTATGGTCCTCACCCTTTTGAGTGGACTGTTGGTGGGGCTCTTAGCACTTCTAAAAGCCCGTGGAAAGAGATTTCTTCCTAGCTTCCTGTTTTGTCTCAGTTTGTCCGCTGTGTAATGGGGATGGGAGGGACACTTATATCTGGGAGGATCAGTGGGTGGAGGATAGGCCCCTATGCTCCTTGTTTCTTCGTTTATATCATTTGTCCTCTGTAAAGAACCGGTTGGTGGCTTTGAATTCTCTCTCTTTCTTCCTCTCGTCACGAAGCCCGTCCTCCTTTCCTTGAGTTTTGTCGAGCTTTGACCAATAGGGAAACGACGAATGTTGTCTCTGATCAGTTGGTTTCACTTTTATCCTCATTGGAGGGATGCTTGTCTTTGGACTCCTTCGTTTTGTGTAGTTCTTTCTTTCAGTGTTTAGTTAGCCTGGTCATGTCGAGTGGTTCTCTATTCTCCTTTTTGTGGAAGGTGAAGGTCCCAAAGAATGGCTCTACAACCGTCGGTCTGTGTTCTTTGGTTCAATTCAGGGGAGTCGGCCTACCACCTATTTTTTCAATGTGAATTTGCACTGAGATGTTGGGCAAAGTTATTTCAAGTTTTCAACATGGGTTGGGTGTTCTCAAATGTAGTATCCGAGAATGTAATCCAATTGCTTTCGGGCCCCAGGTTGGGGCCTAAGGCAAGATTGCTTTGGAGGAATGGTGTCAAGGCGGTGCTATCAGAAGTATGGTTCGAAAGAAATCAGAGAACTTTTGAAGACAAGGCCATGGTGTGGAGTAGGAGATTCGAATCAATTCATATAAAAGCTTCATCCTGGTGTGTTCTCTCCAAGTTGTTTGATGGCTATTTAATTTCAGATTTATGTCTTTCATGGGCCCCCTTTGTTTGTAACTCTTAAGGTCGGGTTAGAGGAAGGGGGGGATTCATCCGCTTTTACAGAACCGCTTTATTCTTGTTGTTTTGTTTTCTTACATATCTTTGTACTTTTTCATTATTTCAATGAAATTCTTGTTTTTTTTGTCAAAAAAAAAACTTTGGATTGTTAGCTAGCCAGGGGTCCCCTTTGGTTGGGTTGTTTTGTTGTATTATTTGCAGGAAGGCAGTTGAGGACCTTAATCATATTTTTGGTTTTGTGGCTTCGGTCAAGTAGTTTGGAGCTCTGTCTTTCAGCAATTCAACTTCAGCTATGTTGGAAACTTGAGTAGTAGAGAGTTGTTCATAGAGCTTCTTATTGGGTTACCTTTTCGTGGGAAAGGGTTATTTTTGTAGCAGGTTGGGATTTGCGCTATTTTGTGAAATCTATGACGGGAGAGAAGTAATAGAATTTTTCGGGGTGAGAGATCTCTTCTATGGAAGTGTGGTCCCTTATTAGATTCTATGTTTCTCTTTGGGCTTCGATGTTGAGGCTTTTTGTGTAATTTATTCTTTAAGTCTTATCTTGCTTGACTGGAGCCCTTTTTTAAAGTTGCCTCTCTTTTTGTGGGCTTTTCTTTTGTACGCCCGTGTATTTTTTCATTCTTATTTCAATGAAAATTTGGTTATTCATTTAAAAAAAGCAAACGAAGCATCAAAACAAATCAAAAGCACAACAAAAGAAATTGAGGGGGAACAATAAAAGCATTCCAGTTCATGCAAATATCTTGGATAGAAAACCCGGCAAATAATTTAGATAAAGAACACCACGAAGATGATCTCATCCGAGCTTATTCAAAATGATCCATCCACTTAAGTTGTTTGTCTTGAAAAATTCTCTGATTCTGCTCTAGCCATTATTTTGAAAGAACTGCCTTGACTGCATTTATTGATAATAGTCTTGCTTTGAGGTTTAATAGAGTTGGACCAAGCAAAAATGGATGAACATTGCTTCCGAAATCGTTAAAGGGTACCTAATTAATGTTGAAAATGGAGAAAAGCCTATGCCAAATCTGTCCGGCGTAGGAACAATAGGAAAAAACACATGATTTAGAGTTTCTGCATTTTGAAAACAGAGGACACAAATAGAAGGCAGCATGCAAGCCCTTGAAAATTTTCTTTTGCAACACCTCTGAGGTGTTAAGGGTTCATTCAGCATTATCCAAATCAGAACATTAATCCTCTTAAAACTTTTAGACTTCCAAATGGCCGAAAAGAGCTCCTTTTCCAAAGGAGAAGAACTTGTCAAAAAGAGAGTTAAATTTGGGTTGCGTTTAGATCTATTTTGCAGTACTTTGCCTGTTTTGGTAGCATTGTCCATTTTGTCATAATTTGGAGAAAGTTGAGATAATTTTCCCATTTTTTTATTTGGGTGCACTCGATAGTGCGCTGTTATATAGTTAGGAAGGTTATCTACGGGTTCCTCCTAGTCTGATGAAGACATTCACTTTTATGGAGTTCTGATGAAATAAAATAAAAAATAAAAAATTTAATAAAAACGGCGATATGGATACAGAAAATTTATTAAATGGCAATTATTATTCTTCAATGGCACAATACCATTACCTCCTTTAAATGTTAAACTATTCTAGCAATGAACCACCATGGGTTAGCTTAGTAGTCAATAAAAGCCATATAAATAATAAAGGGTTTAGAGGGGAATGGGTTCAAGTCATAGGGGCCGTTGGGCCCCTGTTTTGGATTTGGATGGTTTTGGATTCCAAATCCAAAACCATGTTTGGTCCAATGTGTTCAAAACCATTGGTTTTGAAAGACAACCACATGGGTTACAACAGTGCAACCACATGAGCTTGTTCCATGTTTTCTTATTTTATTTGTCATCTTCCATTTTTAGCGATTACTTCAACAACAATTTCAGTGATAACTCTAACAACTACATCGGTGACCCAACTACAGCTAATGGCTACCTCCGGTAACAACTCCGGCGACCCGACCACTGCTGACAATTACCTCTGACGACAACTCCGACGACCACACTGGTGACCCCGCTATCGCTGACGACTACCTCTGACGACTATTTCGATGACTACACCAACCTCCTCCCATCGCTGACGACTACCTTCGATGGCAACTCCGACGACCACACCGGTGACCCCGACCACCGCTGACGACTACTTTCGATGACAAATCCGACGACCACGCTGACAACCTCAACCACCGCTAACGACTACCTTCGACGACAACTCCGACGACCACACTGGCGACCCCAACCATCGCTGACGACTACCTCCGATGGCAACTCCGACGACCACACTGGCGACCCCTGCCACCGCTGACGACTACCTCCGACGACATACCGATGACCCCGACCACCGCTGAAGACTACCTCCGACGACAACTTCGACGACCACACTGGCAACCCCAACCACCGCTGATGACTACCTTCGACGACAACTCTAATGACTATATCGACGACCTAACCACTACTAACGACTACTTTCGACAACCACTCAAGAGATTTGTATACGCCTACCCCAACCACTCGAGCAATCAACTACCCTACCGACCTAACTTGTGCGCAATCACCACTCTTCTTATTAGAGTTCCAAAAATAGGTTTTTGGATACTTTGTGGAATAAAATTTTAAATTTTCTAATCACTTAAATAGACTTTCATTTTTTTTTATTTCTAAAATAGAATTCCAAAAATAAGTTTTTGAATATTCTATAAAATATAGTTTCAAATTACCTAATTTATTAAATAAACTTTCAATTTTTTAATTTTAGAGTGGAATTCCAAAAAATAGTTTTTAGAATACTATGTGACGTGAAATAGAGTTTTTAATTTCTTAATTTCTTAAATAAACTTCTACTTTTTAATTTCTAAAATAGAGTTCCGAAAATACTTTTCTAAATATTTTTTGAAATAAAGTTTCAAATCCCTAATTTCTTAAATGAACTTTCAATTTTTTAATTTCTAAAATAGAGTTCTAAAAATACTTTTCTAAATAATTTGTGAAATAGAATTTTAAATTTCCTAATTTTTTACCTAAACTTCCAATTTCTTAATTTCTAAAATAGAGTTTCAATTTTGTAACTCATTTATGTTATACAAGGGTTTCTACAATTGACAAAACATCCACTAAAAAATAAGAGAAAATAAGAGAACAAAACAACTAAAGAAAGAAGGAAAAAAAAGATAAACCTGTGATTGAGTAACACGCCTCCAAACACTTTGCTTTGTTATTCCTGAGCTTGAGCATTGCACCCCAAACACGGTTTCTTTTCGATTTCTGCTTAAACCCCAAACAAACCCCCAGGGTTCTGATTCCTAGGGTTTTGATTCCAAGACAGGGGGTCAAACAACCCCATAGTGTCTACCTGCCTAAGATTTAATATTTTATGACTTACCTTAGCAAACAAATATAGTAGGGTCATGCAGTTGTCCCGTTAGAATAGTCGAGCTGCATGCAAGTTAACCCGAATATTCACGGATGTCAAAAAATCAAAATTACTTTGTTAATGTGAATGAATGATACTGCAGAGGTTTGTTAACTAAGAACAGGTTATTGATTGCTATACTACAGAGGTATTTCAACTGCATATGGATGAATTGCGCGCGAAGCAAGAAGAAATCAACAAACGTGATAGGGATATTAAGCTCTTGGAAGCAATAATTCAGACTCTTGGTGGGAAAGAATGACGTTCTGCAAATGTGTGAGGATTTGATTTTGATAATTAGAGCCGCCTTGGTACTTTTCTTTTTTCTTCTTTTCTCTCTCTCGTTTGTTTGTGTAGCATTAGTGTAAAATTTGTATGGATAATATGATCGAGTCTAATTAGGAATATGGTGTATAATATATTGTTTTGAATTTGTAGAGAAATATCTAGTTTATAAAATATGGATAAATAAAATTCAAATTATATTTGATTGGATAACAATTGAGAAGTTATTTGCTCGCAATGTC

mRNA sequence

ATTTGGTCCTCTCCTACCAAATATCAATATCACGGAAAAATCAAAAGCTCTTATTGAATGCATTGCATGATCGGGTGGGTTCTTAGCTCCCTCGGCAAGTCTCTACACGGATCATGAAGTTGAACGATAGTTGAATTGCGAATTTGCAGAAGTGCAAGCGTCGAACCAGATTCGGATCATGGAGGACAAGGGAAAAGGAACGGACAGATGGAGCGGTGCCGTAGCCAATCTCACAGAGATGGCCTCCAATCTAGAATCACTTCAGAAGCTTTTACTGAAGAAAGCCGTCTATGTAGACGACGAGACGTTTGCCAGAGCTTCATTGTGCTCCGATCAAGCAAGGACGATCAAGGTTCTTGAACAAAGGGTTGAGACTTTGGAAAGAGAACTTGATGCTGCTATCACTGCTGCTGCTCATGCTCGTTCAGAAAAACGTCAGGCTGAGGCAGCACAAAAAGCTGCTGAACTACATGTGCAGGAGGTCACTAGAGAGCTCGAGAACACTACAAAGGTATTTCAACTGCATATGGATGAATTGCGCGCGAAGCAAGAAGAAATCAACAAACGTGATAGGGATATTAAGCTCTTGGAAGCAATAATTCAGACTCTTGGTGGGAAAGAATGACGTTCTGCAAATGTGTGAGGATTTGATTTTGATAATTAGAGCCGCCTTGGTACTTTTCTTTTTTCTTCTTTTCTCTCTCTCGTTTGTTTGTGTAGCATTAGTGTAAAATTTGTATGGATAATATGATCGAGTCTAATTAGGAATATGGTGTATAATATATTGTTTTGAATTTGTAGAGAAATATCTAGTTTATAAAATATGGATAAATAAAATTCAAATTATATTTGATTGGATAACAATTGAGAAGTTATTTGCTCGCAATGTC

Coding sequence (CDS)

ATGGAGGACAAGGGAAAAGGAACGGACAGATGGAGCGGTGCCGTAGCCAATCTCACAGAGATGGCCTCCAATCTAGAATCACTTCAGAAGCTTTTACTGAAGAAAGCCGTCTATGTAGACGACGAGACGTTTGCCAGAGCTTCATTGTGCTCCGATCAAGCAAGGACGATCAAGGTTCTTGAACAAAGGGTTGAGACTTTGGAAAGAGAACTTGATGCTGCTATCACTGCTGCTGCTCATGCTCGTTCAGAAAAACGTCAGGCTGAGGCAGCACAAAAAGCTGCTGAACTACATGTGCAGGAGGTCACTAGAGAGCTCGAGAACACTACAAAGGTATTTCAACTGCATATGGATGAATTGCGCGCGAAGCAAGAAGAAATCAACAAACGTGATAGGGATATTAAGCTCTTGGAAGCAATAATTCAGACTCTTGGTGGGAAAGAATGA

Protein sequence

MEDKGKGTDRWSGAVANLTEMASNLESLQKLLLKKAVYVDDETFARASLCSDQARTIKVLEQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDELRAKQEEINKRDRDIKLLEAIIQTLGGKE
Homology
[Close]
BLAST of Tan0003346 vs. NCBI nr
Match: XP_022963475.1 (uncharacterized protein LOC111463800 isoform X1 [Cucurbita moschata] >XP_023511737.1 uncharacterized protein LOC111776508 isoform X1 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 266.9 bits (681), Expect = 1.0e-67
Identity = 143/148 (96.62%), Postives = 148/148 (100.00%), Query Frame = 0 

Query: 1   MEDKGKGTDRWSGAVANLTEMASNLESLQKLLLKKAVYVDDETFARASLCSDQARTIKVL 60
           MEDKGKGTDRWSGAVAN+TEMASNLESLQK+L+KKAVYVDDETFARASLCS+QARTIKVL
Sbjct: 1   MEDKGKGTDRWSGAVANITEMASNLESLQKILVKKAVYVDDETFARASLCSEQARTIKVL 60

Query: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120
           EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL
Sbjct: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120

Query: 121 RAKQEEINKRDRDIKLLEAIIQTLGGKE 149
           RAKQEEINKRD+DIKLLEAIIQTLGGKE
Sbjct: 121 RAKQEEINKRDKDIKLLEAIIQTLGGKE 148

[Close]
BLAST of Tan0003346 vs. NCBI nr
Match: XP_038886855.1 (uncharacterized protein LOC120077075 isoform X1 [Benincasa hispida])

HSP 1 Score: 264.2 bits (674), Expect = 6.6e-67
Identity = 143/148 (96.62%), Postives = 146/148 (98.65%), Query Frame = 0 

Query: 1   MEDKGKGTDRWSGAVANLTEMASNLESLQKLLLKKAVYVDDETFARASLCSDQARTIKVL 60
           MEDKGKGTDRWSGAVANLTEMASNLESLQKLLLKKAVYVDDETFARASLCS QARTIKVL
Sbjct: 1   MEDKGKGTDRWSGAVANLTEMASNLESLQKLLLKKAVYVDDETFARASLCSQQARTIKVL 60

Query: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120
           EQRVETLERELDAAITAAAHARSEKRQAEAAQ+AAELHVQEVTRELENTTKVFQLHMDEL
Sbjct: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQRAAELHVQEVTRELENTTKVFQLHMDEL 120

Query: 121 RAKQEEINKRDRDIKLLEAIIQTLGGKE 149
           R KQEEI+KRD+DIKLLEAIIQTLGGKE
Sbjct: 121 RTKQEEIDKRDKDIKLLEAIIQTLGGKE 148

[Close]
BLAST of Tan0003346 vs. NCBI nr
Match: XP_022967634.1 (uncharacterized protein LOC111467076 isoform X1 [Cucurbita maxima])

HSP 1 Score: 262.7 bits (670), Expect = 1.9e-66
Identity = 141/148 (95.27%), Postives = 147/148 (99.32%), Query Frame = 0 

Query: 1   MEDKGKGTDRWSGAVANLTEMASNLESLQKLLLKKAVYVDDETFARASLCSDQARTIKVL 60
           MEDKGKGTDRWS AVAN+TEMASNLESLQK+L+KKAVYVDDETFARASLCS+QARTIKVL
Sbjct: 1   MEDKGKGTDRWSDAVANITEMASNLESLQKILVKKAVYVDDETFARASLCSEQARTIKVL 60

Query: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120
           EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL
Sbjct: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120

Query: 121 RAKQEEINKRDRDIKLLEAIIQTLGGKE 149
           RAKQEEINKRD+DIKLLEAIIQTLGGK+
Sbjct: 121 RAKQEEINKRDKDIKLLEAIIQTLGGKK 148

[Close]
BLAST of Tan0003346 vs. NCBI nr
Match: XP_004136872.1 (uncharacterized protein LOC101218756 isoform X1 [Cucumis sativus] >XP_031744796.1 uncharacterized protein LOC101218756 isoform X1 [Cucumis sativus] >XP_031744797.1 uncharacterized protein LOC101218756 isoform X1 [Cucumis sativus] >KGN43713.1 hypothetical protein Csa_017358 [Cucumis sativus])

HSP 1 Score: 261.2 bits (666), Expect = 5.6e-66
Identity = 139/148 (93.92%), Postives = 147/148 (99.32%), Query Frame = 0 

Query: 1   MEDKGKGTDRWSGAVANLTEMASNLESLQKLLLKKAVYVDDETFARASLCSDQARTIKVL 60
           MEDKGKGTDRWSGAVANLTEM SNL+SLQKLLLKKAVYVDDETFARASLCS+QARTIKVL
Sbjct: 1   MEDKGKGTDRWSGAVANLTEMTSNLDSLQKLLLKKAVYVDDETFARASLCSEQARTIKVL 60

Query: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120
           EQRVETLERELDAAIT+AAHARSEKRQAEAAQ+AAE+HVQEVT+ELENTTKVFQLHMDEL
Sbjct: 61  EQRVETLERELDAAITSAAHARSEKRQAEAAQRAAEVHVQEVTKELENTTKVFQLHMDEL 120

Query: 121 RAKQEEINKRDRDIKLLEAIIQTLGGKE 149
           RAKQEEINKRD+DIKLLEAIIQTLGG+E
Sbjct: 121 RAKQEEINKRDKDIKLLEAIIQTLGGRE 148

[Close]
BLAST of Tan0003346 vs. NCBI nr
Match: XP_022963476.1 (uncharacterized protein LOC111463800 isoform X2 [Cucurbita moschata] >XP_023511738.1 uncharacterized protein LOC111776508 isoform X2 [Cucurbita pepo subsp. pepo] >KAG7011406.1 hypothetical protein SDJN02_26311 [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 260.8 bits (665), Expect = 7.3e-66
Identity = 140/145 (96.55%), Postives = 145/145 (100.00%), Query Frame = 0 

Query: 1   MEDKGKGTDRWSGAVANLTEMASNLESLQKLLLKKAVYVDDETFARASLCSDQARTIKVL 60
           MEDKGKGTDRWSGAVAN+TEMASNLESLQK+L+KKAVYVDDETFARASLCS+QARTIKVL
Sbjct: 1   MEDKGKGTDRWSGAVANITEMASNLESLQKILVKKAVYVDDETFARASLCSEQARTIKVL 60

Query: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120
           EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL
Sbjct: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120

Query: 121 RAKQEEINKRDRDIKLLEAIIQTLG 146
           RAKQEEINKRD+DIKLLEAIIQTLG
Sbjct: 121 RAKQEEINKRDKDIKLLEAIIQTLG 145

[Close]
BLAST of Tan0003346 vs. ExPASy TrEMBL
Match: A0A6J1HI40 (uncharacterized protein LOC111463800 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111463800 PE=4 SV=1)

HSP 1 Score: 266.9 bits (681), Expect = 4.9e-68
Identity = 143/148 (96.62%), Postives = 148/148 (100.00%), Query Frame = 0 

Query: 1   MEDKGKGTDRWSGAVANLTEMASNLESLQKLLLKKAVYVDDETFARASLCSDQARTIKVL 60
           MEDKGKGTDRWSGAVAN+TEMASNLESLQK+L+KKAVYVDDETFARASLCS+QARTIKVL
Sbjct: 1   MEDKGKGTDRWSGAVANITEMASNLESLQKILVKKAVYVDDETFARASLCSEQARTIKVL 60

Query: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120
           EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL
Sbjct: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120

Query: 121 RAKQEEINKRDRDIKLLEAIIQTLGGKE 149
           RAKQEEINKRD+DIKLLEAIIQTLGGKE
Sbjct: 121 RAKQEEINKRDKDIKLLEAIIQTLGGKE 148

[Close]
BLAST of Tan0003346 vs. ExPASy TrEMBL
Match: A0A6J1HXA5 (uncharacterized protein LOC111467076 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111467076 PE=4 SV=1)

HSP 1 Score: 262.7 bits (670), Expect = 9.3e-67
Identity = 141/148 (95.27%), Postives = 147/148 (99.32%), Query Frame = 0 

Query: 1   MEDKGKGTDRWSGAVANLTEMASNLESLQKLLLKKAVYVDDETFARASLCSDQARTIKVL 60
           MEDKGKGTDRWS AVAN+TEMASNLESLQK+L+KKAVYVDDETFARASLCS+QARTIKVL
Sbjct: 1   MEDKGKGTDRWSDAVANITEMASNLESLQKILVKKAVYVDDETFARASLCSEQARTIKVL 60

Query: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120
           EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL
Sbjct: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120

Query: 121 RAKQEEINKRDRDIKLLEAIIQTLGGKE 149
           RAKQEEINKRD+DIKLLEAIIQTLGGK+
Sbjct: 121 RAKQEEINKRDKDIKLLEAIIQTLGGKK 148

[Close]
BLAST of Tan0003346 vs. ExPASy TrEMBL
Match: A0A0A0K2J2 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_7G062790 PE=4 SV=1)

HSP 1 Score: 261.2 bits (666), Expect = 2.7e-66
Identity = 139/148 (93.92%), Postives = 147/148 (99.32%), Query Frame = 0 

Query: 1   MEDKGKGTDRWSGAVANLTEMASNLESLQKLLLKKAVYVDDETFARASLCSDQARTIKVL 60
           MEDKGKGTDRWSGAVANLTEM SNL+SLQKLLLKKAVYVDDETFARASLCS+QARTIKVL
Sbjct: 1   MEDKGKGTDRWSGAVANLTEMTSNLDSLQKLLLKKAVYVDDETFARASLCSEQARTIKVL 60

Query: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120
           EQRVETLERELDAAIT+AAHARSEKRQAEAAQ+AAE+HVQEVT+ELENTTKVFQLHMDEL
Sbjct: 61  EQRVETLERELDAAITSAAHARSEKRQAEAAQRAAEVHVQEVTKELENTTKVFQLHMDEL 120

Query: 121 RAKQEEINKRDRDIKLLEAIIQTLGGKE 149
           RAKQEEINKRD+DIKLLEAIIQTLGG+E
Sbjct: 121 RAKQEEINKRDKDIKLLEAIIQTLGGRE 148

[Close]
BLAST of Tan0003346 vs. ExPASy TrEMBL
Match: A0A6J1JEJ3 (uncharacterized protein LOC111486188 OS=Cucurbita maxima OX=3661 GN=LOC111486188 PE=4 SV=1)

HSP 1 Score: 260.8 bits (665), Expect = 3.5e-66
Identity = 141/148 (95.27%), Postives = 145/148 (97.97%), Query Frame = 0 

Query: 1   MEDKGKGTDRWSGAVANLTEMASNLESLQKLLLKKAVYVDDETFARASLCSDQARTIKVL 60
           MEDKGKGTDRW+GAVANLTEMASNLE  QKLLLKKAVYVDDETFARASLCS QARTIKVL
Sbjct: 1   MEDKGKGTDRWTGAVANLTEMASNLELFQKLLLKKAVYVDDETFARASLCSQQARTIKVL 60

Query: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120
           +QRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL
Sbjct: 61  DQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120

Query: 121 RAKQEEINKRDRDIKLLEAIIQTLGGKE 149
           RAKQEEINKRD+DIKLLEAIIQTLGGK+
Sbjct: 121 RAKQEEINKRDQDIKLLEAIIQTLGGKK 148

[Close]
BLAST of Tan0003346 vs. ExPASy TrEMBL
Match: A0A6J1HG82 (uncharacterized protein LOC111463800 isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111463800 PE=4 SV=1)

HSP 1 Score: 260.8 bits (665), Expect = 3.5e-66
Identity = 140/145 (96.55%), Postives = 145/145 (100.00%), Query Frame = 0 

Query: 1   MEDKGKGTDRWSGAVANLTEMASNLESLQKLLLKKAVYVDDETFARASLCSDQARTIKVL 60
           MEDKGKGTDRWSGAVAN+TEMASNLESLQK+L+KKAVYVDDETFARASLCS+QARTIKVL
Sbjct: 1   MEDKGKGTDRWSGAVANITEMASNLESLQKILVKKAVYVDDETFARASLCSEQARTIKVL 60

Query: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120
           EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL
Sbjct: 61  EQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDEL 120

Query: 121 RAKQEEINKRDRDIKLLEAIIQTLG 146
           RAKQEEINKRD+DIKLLEAIIQTLG
Sbjct: 121 RAKQEEINKRDKDIKLLEAIIQTLG 145

[Close]
BLAST of Tan0003346 vs. TAIR 10
Match: AT5G64180.1 (unknown protein; Has 1807 Blast hits to 1807 proteins in 277 species: Archae - 0; Bacteria - 0; Metazoa - 736; Fungi - 347; Plants - 385; Viruses - 0; Other Eukaryotes - 339 (source: NCBI BLink). )

HSP 1 Score: 210.7 bits (535), Expect = 8.1e-55
Identity = 114/149 (76.51%), Postives = 137/149 (91.95%), Query Frame = 0 

Query: 1   MEDKGKGTD-RWSGAVANLTEMASNLESLQKLLLKKAVYVDDETFARASLCSDQARTIKV 60
           ME++  G+D RW G++ N+TEMASNL+SLQKLLLKKAV+V+++TF+RASL S+QARTIKV
Sbjct: 1   MEEQFGGSDERWKGSLENITEMASNLDSLQKLLLKKAVFVEEDTFSRASLVSEQARTIKV 60

Query: 61  LEQRVETLERELDAAITAAAHARSEKRQAEAAQKAAELHVQEVTRELENTTKVFQLHMDE 120
           LEQRV+TLERELDAAITAAAHARSEKRQAE++QKAAE   Q+VT+ELENTTKVF+LHM+E
Sbjct: 61  LEQRVQTLERELDAAITAAAHARSEKRQAESSQKAAESRAQDVTKELENTTKVFKLHMEE 120

Query: 121 LRAKQEEINKRDRDIKLLEAIIQTLGGKE 149
           LR  QE+I+KRD +IKLLEAIIQTLGGKE
Sbjct: 121 LRGMQEQISKRDNEIKLLEAIIQTLGGKE 149

The following BLAST results are available for this feature:
BLAST of Tan0003346 vs.
Match NameE-valueIdentityDescription
BLAST of Tan0003346 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_022963475.11.0e-6796.62uncharacterized protein LOC111463800 isoform X1 [Cucurbita moschata] >XP_0235117... [more]
XP_038886855.16.6e-6796.62uncharacterized protein LOC120077075 isoform X1 [Benincasa hispida][more]
XP_022967634.11.9e-6695.27uncharacterized protein LOC111467076 isoform X1 [Cucurbita maxima][more]
XP_004136872.15.6e-6693.92uncharacterized protein LOC101218756 isoform X1 [Cucumis sativus] >XP_031744796.... [more]
XP_022963476.17.3e-6696.55uncharacterized protein LOC111463800 isoform X2 [Cucurbita moschata] >XP_0235117... [more]
BLAST of Tan0003346 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A6J1HI404.9e-6896.62uncharacterized protein LOC111463800 isoform X1 OS=Cucurbita moschata OX=3662 GN... [more]
A0A6J1HXA59.3e-6795.27uncharacterized protein LOC111467076 isoform X1 OS=Cucurbita maxima OX=3661 GN=L... [more]
A0A0A0K2J22.7e-6693.92Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_7G062790 PE=4 SV=1[more]
A0A6J1JEJ33.5e-6695.27uncharacterized protein LOC111486188 OS=Cucurbita maxima OX=3661 GN=LOC111486188... [more]
A0A6J1HG823.5e-6696.55uncharacterized protein LOC111463800 isoform X2 OS=Cucurbita moschata OX=3662 GN... [more]
BLAST of Tan0003346 vs. TAIR 10
Match NameE-valueIdentityDescription
AT5G64180.18.1e-5576.51unknown protein; Has 1807 Blast hits to 1807 proteins in 277 species: Archae - 0... [more]
InterPro
Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableCOILSCoilCoilcoord: 50..105
NoneNo IPR availablePANTHERPTHR36080:SF1DBJ|BAA96220.1coord: 4..148
NoneNo IPR availablePANTHERPTHR36080DBJ|BAA96220.1coord: 4..148

Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameType
Tan0003346.1Tan0003346.1mRNA