Tan0000638 (gene) Snake gourd v1

Overview


Name	Tan0000638
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	NERD domain-containing protein
Location	LG07: 6624921 .. 6643150 (+)
RNA-Seq Expression	Tan0000638
Synteny	Tan0000638

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonCDSpolypeptidethree_prime_UTR

Hold the cursor over a type above to highlight its positions in the sequence below.

CTTTGATTGAATATGGTGAAGTCGAAGTGAGAAGTCCGAAGGATGATGATCGAGAAATTTCAAAGAGAGCAAATGCAATTTCTTCATTCCTTCATCTGATTCAACTCCTACAAAGCCTTCGCAGAACAAAATCCACATACACTTTGCAGTTGCGTTGATCGAGCAAGTTTTGTCTGAGCACAAACGTTGAGGGCGCTGTTATGTGGGCTGAGATACTCTGTGGTTTCATAGCCTTTAGAGTGCTCAGGCGATTCTTTTATCAAAGGGATGAATTGGAGATTGAGACCTCTGATTCTAATGCCCTATTCGCCGCCGCTTCGAGGTAGTCTTCGTTTGATTCTGGTTATCCAATTCTCATCAAAGCATTTCTATTTCGGCCAGGAATAAGGTTATAATCTAATGCTTAATTTTGTGATTTTTCTTCTTTTGGTAGACTAGAAAAGCTTTATGGTGGAAAGATTTTTGTGGGACTTCGAATTCCAGATGCTGACACTGGCTTGCGACAGAGTATTGATATGGTGCTTGTAACCAAAGGGTAGATTTCCCACCTTGCATATCTTTAAGCAGGAAAGGAACGAACTTAATTGAGAATTTGAGATTTGGACAATTGCTTAGTTTTAGCTCTCATAAGTTACAGAGTATGTACACTACAATGCTATTTCAGCTGAAAAAATAATGTACGTAGAGAAGTAATTTGTAACTGGCTCTATCTGTGCTGGCTTGTGGTTGGTTGTGATTGCTCAATCATTTGCTGTTGTAGGAATATTCTTGAAGAATATTTTGTAATAACATCACTCCTAAGGTGTAGGGTTGCTAATCAAAACATCATTAACAAGCTATGAGTTTCGTTAACATCTCCCTAAAACAAGTGGGTAGGGAGACCATACCAAATTTGATTCGCAAGTAAGCAAACTGTGTAAGAGACAAATACACCGTGAAACAATTAGCAAGTTGATTAGAAAAAGGTACAGAATGAATATCTAACAACTGTTAGATTATCACACCATAAAACCAAAGTAGAGGTAAGAGGAAAACCAATCACATTGAGAGGTTAAGTGGTATCCATGTAATTTCTGCTAATGTGTGAGCAAGGGATTTAGTACTTGACCTTGCTATTAGATTAGAAAGTTCTCTAATCTACCAAATCAATCAACGACCAATTTTCCACATACTCGACATAAAGGCCAATTATTAGTGTTATTCCAACAAACTTTGCCTAAGTTTTCGACCTACTTGACAAAAAAGCCAATTATTAGTGTTATTCCAATGACCTTTGCGACAATTTCTGCTCTCTCATTTTTTATTTTTTATTTGAATCTTTGCTCGCAAGGTAAGGAAGCTAAGTGGTGCCTTAACCATTGAACTATGTTCATATTGGTTCATGCCCCTTAATCTTAAGGTCTAGACTTTAACGTTTCGATTCAGACACATTCATCATAGAATTCGAGTCGTTGAGGTTCAATAATGGAGCAAACGAGTCTAATCCAGGTGTTGAATTGGGGGAAGAGGCTTGCCAAGCAATTGTGGAATCCAACCAAACTGTCTAAAAAGTGCATACCAGCTTTAGCAATGTCCAGCGCTCCACCGTGAAACCCATATCGACCATGCCAAAATAGAAGATACACGAAATAGAGACCCATGTAGGTGACACAAATCGTCCTACCTCCTCTATTGTTTTGAAGACCTCAACACCCATCTAATGTCCATACACACATGTCGCCACTGTCTTCATCACTGAAATCTTCTCTCAATCACTTGAAAATGGGTTCAATAATAGAGACTATGCGAATGACGGAGATAGACCATTGGAGAGAGGGAGGGGTTGGACGGGGAGGGAGACTAATGAGGGTGACGAGAGTGGAGGAGATGAATGAGAGAGAGTGTGTGGGGAGGGGGTGGGAAATTATCCATTCTTTGTTTTTTTTTGGGGAGAAAATCAACTTTACCTCTAAACTTGGCATGATGTTTCGATTTTAAGGAAACTAAGTGTAAAACTAATTTGAGTGGAAAAATAAACAGTAAGTTGTATTTTTCCAAGTAAGCTTGCATGGAGTCCAGTTAGTTTTCTGTTTTGAGGTCACCATTTAAACCTATTTTTCAAAACTTAGTGACGTGCATATTTTGAAAACTCAAGGACCAAAGTGACTTATCCGTGAAAATTCAGGGATTAAAAAGGCAATTTTTCTTTATTTGGGAGAAAGAATCTGCTGTAACTTGCTAATGGAGAAAAAGCCATTGGCCACTCTATGGAGAACGTTCCATTGAAGGTGCCAATAATAAAGGTCTTGTTGATAGCCTCCCCCCACTCCCTCAAAAGAACAGTGATTGCTACCGTTTCACTTGTCACATTTGGCATTCTTCTTTGCATTTGTTCATTTCTCTGAAAATACTGAGAACAATATACTAAATGTCAACTCTCTTAGAAACATATTACACGATGTTTGTTGATTCTGCCCTTTTCTTTTTTCCATTACTGCTTATGCTTTCAATTTTTAAATCCATACAGGGAAGCAGTGGTGATATGTGTGAAAAATCTTTCAGGTTTTGTTTCCATGAGTGCTGATGGCAGCTGGATCTGTGAAGGTGATGGTAGACAAAAGTCAGAGATTCTGCCTGATCCGGCAAGTTTCTTTCATTTAGCTAAAGCTTGTCCTTCACCTTAATATTTCTTTTTGTTGGCTAACTGAAAATATATTAGCAAAATGTTATGAAATGATCTGCCTGTAATATGATGCATACAATCAGAATTATTCTTAAGCTAATTTACTTCAATGATCTATTATAATTTGTGAGACTATTTCTTTGGTAACTTGCTTCCATATGGAGCTCTTGATATTAACTTTAATTGGATCATTTTGATCAAGTCCTTTAGACTTGGGTTATTTCCTTGCACGTTGTTTGTTGTTATCAATTGAATTTAGTTTCATATTAAAAAAAATTGCTTTCCATTGCTTAATGCTCATGGTTTTTCCTTTTGGTGATTGTCTTGTAGAGCTCATTTGTATTCAATCCTGTTTGCATGTCTATCCTATTGCATTTTCAGTTTAACTTTAAACCGTTCAAAGAGTTAGTTACTATTCTCTTTACAATGGGAAAGAACTTTGTGGTGAAGAGTTTGAAAATTTTCATTAAGTATGTCAGTGGTGATTGAAGTGGTATTCTGATCAATAAGGGTTACTTTGTGGACTGATTGACTGAAGTCCCTTAACAACCCTAATTGATATGAAATGGATCTTTCAAGTACATTTCTCAATATCAATTGTATAGTCTAAAGATTCACTACAGAAAATTAGCCATGTGACAAAGGATGCTTGCGGGTAGGGTCTAGTCTACTGGTAGAAGATCCTTATCCTTGAATTCACTAAGGAAGTTAGAGGTTCAAAATCTTCTGGTTCATTTAGTTGATATATTAATTTTATAATTTTCTCTGTTATGATCTTAATTTGGGAGTTGCAAAGTAAAATCAACTTTAGACAGAGAGGAGGGGTCTATCTTTGAGGAACCAGAACTGTAGTAATAGAGGGAAAAGAAAGTTCGAGTTCTACAAAAAAGTCTTGGTGGCAGGAAGATTGCATTCTTGTAAGAGACAACTCAGACAAAAAAAGGTTCTCTCAAAAAAAAAAAAAAAGAGAGAAGAAAGTGAATGAGTTCCTTTGGTTTATCCAAGAAGAAGAGCAAAGAAAGAAATAAAGTTTCCTTCCACCACATTGGGAAATTTGGTATGGGGAGAATAAAATCTACAAGGAAGAGAATGGATGAGGATGAATTCTTCTGTTTCTCAGATCGCTCTTATGTTACTGTTAGTAGCGTACTGATGACTGTTAATTTTGATTTAAAAGAAAATTAAGGGGAATGTGAAGATGAAACCTTTAGTTTGGAAGGACAGTTAGCTTCCATGTTTCATCTTAGTGAAGTTGAAAATTATGAAAATCATGGCAAAAGAGATGAAGATGTTTTTTCCTCCTCCAAAGTCAGGGGTAAAAGCTTCTGCTAGAGAGGATGGGAAGTGGGGTGTTTGAAATTGGTATTGGTTTTGGATAAACCCTATTTTTATGAGATATTGAAAAAGAGGAATATGAGATATAGAAATTGGTTTTTATATCATATGTCTAATTTTAAATACAGGTGGCTGAGACACGAAGATGGACCTCAATTCTTGAATCATACCTTGAGCAGAGAGGAGTTACTCTGCCAGAAGGATATTTATCGTGGAAAGTTTTGCTTCCCAACCCAAAGTTTCGGTATGTAATGGATAATCCCTCTTTTTATGCTTCTGATGTTGGACTTAGTTCCTTACTGCTATGAGGCACGCAAAACTATTTCTTCAAGTGCAAGTTGTGAAATTAACATTTTACTAGTCCAAAATTGGATTTAGAATAGTTATTTAAGCCGGATATATGTTTTAATTTGTTTAGAAACTGATAGATTATGTATGTCATATGATATCTACGTTGCTAAGGTTCACTATGTCAATGTCAATGAAAATATTGGGGTTTCAACTTATGGAAATGTCAATATGGAATGAAATTTTGATGGAATAACACCTTTCAAACAAACTTAGTGAACAAATTCTCTCCCAAGTTAAAGTAGAGGATGGCTTCCTAGAGAGTTTAATGATGGTGGTTCTGTGAGATCTTTGGGTGTTCCGGAGCAGGTGATAAATATTGAGGAGTGCAACTTGGGTTTGACGGAGACTCAGTTCTATAGAGCTTTTGTGAAGGCTAGCAATCCAACTATTAAAAAGGTTGATTCTTCTTGTTTGAATGGGACTGAGGAGCAGGATTTTGACTCCGATGTGAGTCTTAGTAGCCGGAAAGGGAGACTCCTAATTGGTTCTTACAATTGGATGAGCATTTGGGGGATGAGTCTCCGGTTTTCAACTTGGAAAGTGTGTTCCAATCTCCAATATTGGTTAATAAAAGTAAAAATGGAGGGGACAAAATTGAGTTGGTTAATGATTCTCTTCCATTTCCAGAGTTGATAAAAATTGAAGCTTTAATCAAAGCTAGTGAATTACAATTTAGGGAAGTAGCACAATCTTCCTCCTCGGGTTCAATGAATTGAAATGTTTGCAGAGGAATTCTGGAAGTCAGGGTGTTGGGTTGTGGTGTGCAAATTGATGTCTTTTGCTTTGTTTGTGTTTGGTAGTGAGGGTTTGTTCGGTTGAGCTGGTGGATTGCTCTTTCTTAGGGTTGGTGGTAATATTTCAATTCTGGTTTTTAATGGGAAGGTTGCAGGTGCATTGCTTTTCGAGTTTTCTTCAGGGTGGTGGCTGTGATCTTGAGCCGTTGCTTGCTGTTTCTTTGGGGAGAAGATTGTTGTCATCAGTTTTTGTGTGGATGCTTTTGTCTTTGGAGAAGTCTTCTCTTCGTAAAGAATTTTCTGTTGTTAGTTTTTTTTGGGCCGACTGATGAGCTGGTAGTTTTGGTTGGTTTTAGCGTTGGGTTTTTTTGTGGCAGTCTTGGCTCCTTTGGTGTTGTCGTTAGTGGCTGATAGTTGTTCAGGTTGAAGAGTTTGTGGTGCTTCAGTTTATCTGGGAGTCTTATGTTTGTGTCTTTGTTAAAATTTTTTTGCCTTAGTGCTTGTCTCCGTTTTCCTTTTGTGTATTGTTGTTTTTCTATTCTCTCCTTTTGTGTATTGTTGTTTTTCTATTCTCTCTTGTACAGTTGTATTTTGAGCATGAGTCTCTATTCATTATTTCAATAAAATAGGTTGTTTCTTTGTAAAAAAAGAAAAAAAAAAAAAAGAAGTAGAGGATGGGAAATAGGAGTCAATACCCTCCTCTTCAATATCATGAAAATGCCTATTGGTGGTCTAACTCAATGTCAAGAATGATCTTTAGAAATTCTCCTCAATCTCGCAATACTCTTGAAGATTTCTGTTGATATAAAGACAAGTTTTTAAGTAAGCTCTTTATATGAAATTATTACAATCTTCCTTATATTTTTTGACAAGGCGACAAAAGAGATTTCATTGAAATAATGAAAAGAGACTAATGCTCAAAATACAAAAGAGAAACCAGAAAATAGCCAATACAAAGGGATAAAAGTCCTGTAAAAACAAAACAAACACCCAAAGCCTTAGAATTAAAACCGCAATCCCAAAGACACCCAACAAAACAACCAACACTATAAAGAAACAAGCGCCAAAAAAGACAAAGATCCGATGGAAATGAAGAAGGCAACTTCCCTTGAAGCACCTCGGAGCAGTCAAACTTCAAACCACCAAGAGCCACAAAAAGACCATAGCGAAAAACTTAACCATGGATCACCTCTCAAAACCAAAGGAAGCCACAAAAACAATCCTGAAGGCTCCAAAAACCCAGGGACTCCAAACCTCCCAAAACACTCAGCTTCAACCCCTTCTTTAACCGTAAAGTGAAGAACAACCCACAACACCAACATACCACTTGAACTTCTGTAAGCCTCCACATGAGCCCACCCAATATTTCTCAAGCTCCAAATCTCAATAAGCTATTTCTCAATTTCCTTATATTCCATAAGAGTATTTTCAATGCGAGGTCAAGAGCGCCTGCTTTGGCACAACTTTTTTGAATTGCAGACCACTTGCTTTTAATAATTTGCTAAAACGAAGCAACTCGACAGGACACTCAGCCCCTTCCTCAATAACTTCCTTTTCCACTTGAGGCTGGGAAACCTCTAAATCAAAAAACTCCTGGAGGTTGATCGCTGGGGAAAAGGCTTCCACCTCTTTGTTCTTTAAACTCTTTACAATTTCCAGATCTGGACTGCTCAAGGCCACCTCCGATCCCGATATCGAAGACCCCAAGATGGGGGAGAGGGGAAAAACACCCTGATTTATAACAGAAAAAGGCTGAAAAGTAGTTTAACAAAACCCACCCTATTCGGCCCCAAACAACACTTTTCAATATCAATCTGTCGGGGTTTATTGAATGGGAAAGAAGAAACCTGGGTCTCCGACCCTGCACCATTAGGAAACTAAGAGCATACTTCTGATTGTTCTAAGAAATCTGGAAAATTCTCCTCCAAATGATCTTCCAAAATTGAAACTGAGGTTCTCCCAATCCTTCTTGTGTAGTATTTCCCCCAAAAAATATCTTTAACCTTTTTAACACTGACTGGTGAACCAGAAGAAAAAAGCGGAGCTTCAAACGCTGAATTTATGATTGGCATAAGAATGACCTCCAAATCCAAAGCCCTCGAATCTTGCGGATCAGATGGGATCTACTCAGACTCCTCCCTCGCAAGGGCACCATTCGAAACAAAGCCCTTATTGCCAGATGAAGTGAAAGCATCCTCAGGAGCAACCCCCCATTCAATTCCCTCTCTTCACTGCTATTCAAAGTTCCAACATTCCCCCAAAACTCTTGCTTCCCTCTAGTCAATTCCTTAGTACCTGCAAGCCTGAAGGACATCCTCAAAGAGTCCGAATCAGAGACATCCTCAAGGATCATATTAATCCGAGCCAAGTCTATCCCATTTGAGAAGTCTTCTGCAAATAAAGGACCATTGGCCCAAGTTGGGGGATCATTTCTGTCCAAGCTGACAAAGGAAAGACAAAACAAACCTAAATGCGCAAATCTTACTTCAATTGATTGAGGCATAAAGCCGCACAAGTTCCTTTTCACTTTGATCTTTGCACATGACAAATCAGTAAAGTTTAGAGTCTCCAAACTAATTGCTTCTAAACCCCCAAAATGCTTTCCTACAGCTTCAAAGACAACTCTTGACCAGTACTTAATAGGTAAATTTTTTACTGGAATCCAACCACCATATCCGAACATAAATTCTGCTAAACCATGGGCATTGTCGTTCCAAGCTTCCAATTTTAAATACAGATCATCCATCAAAAACCACTTCCCATTCACTCTTCCCCTTGTCACCGAGGCCTCTTCTTCTAACACCAAGACAGCTTTATCAGCCATGAAAGGGTTTATCTGACACTTGACCTGAAAATGATGCTCAACAACCACCTTAACCTCTAACCAAGAGGTATGAGCAAAGAGGCGGGAAATTACTAATATATTTTCAAAATTGATCTCAATTACCTCTTTTGGGTTCCTTACCCAGAACGACATGATAGCATTGACTTTAAACTAATCCTTCTGACAACCTTCACCTATCGTGAGTGGCTTGAGAGGTTGATCCTTAGGAGCCTCTTGGCAAGGATGCCCAACAGACAAATGAGACCCTCCAGCCATGACCAAGTCACCATGGTTACTGATAAAATCCGTCAGTAAATCCCTGAAGACCAACCAACCTTTTCCGAACACCCCCTGTGCAATAGAGATGAAGGACCTTCCCCCACTAGGGTACCAAACAACACATTGAATCCTTGGCTTAAAAAGCTTTGCAAATTTTGAAAAGTCCAAGAGTGTCGATATCGTCTCTGAACTTGGCTCTATCAAAAGGCTTCCCCGGCCATCTAACCACCAAACCTATAACTTCTTCAAACCACCTCACATGCTCCCAGGATAAGGAAATTCGCTTACCCAACGAGGAATTCTCAATCACGATCAAAGCGCCTTCATCCCAGATTCTGAACACCATACCATCGATACTGCAACTCCTATCGTTCATGACGAAAAGCACGACCGGAGGGAACCAAAAACTCAGCTGGAAACCAAAGAAAACAGAACTACGTAGACACGGGGGATGGGGATGCGAAGAAAGAGAAATGGAGTCGAAGGGTAAACTACAAAGACAGGGGGGATGAGGTCGAAAAAAAGTCAACAAACAAGCCAAACCCACACCCCAGACGAAACCTCGAAAGAGCAACCAAACTTCCCAGACAACGCCGAAACCAACAAACAAGCCAAACCCACACCCCAGACGAAACCGAAACCAACAAACAAGCCAAACCCAGAGTAAACCGGCGGCGAGGCGAAGGGGAAGGGTTGGTCGGAGGCTAGGCGAAACGAGAGGGCTAGACGGAGGCTGGAAATGAGTGCTAGTCGGAGGCGAGGTGTCACGGTCGTACCTCTCGAACCGTGCGGCGCCATGATTCATCCCTCGAACATGGCCAACCTTAAGGGGAACTCCTGCCCCATCGCTATGATCGCAACGCTTTGTGGCTTTGTCGGGTCTTAGGCGAGGTTCTTCAGACCTCAACCAAGCATCAAGTAAATAAGCAGCGGAATATAACTTGGTCGTACACGTCGCCCGTCCGTGTACTTGCACTCGATCTTCCCATGAGTTTTCTTTGACGGGACAATCTCGGATCGGCCGTCGCTAACGGGCCCTATATCGGAACCTCCACCATGGGAAGAAGCGCAATGTCGGCACACACCTGCGCGTCCCGACACCGCCCTTGAAAATCCGTTACAAAGGAAACGTCCAAGAAACTTCTCTTGTGACGCTCGCCCCAACCATGACACGCTAACGTGCCACGGGGTGACTCACTTAGGCCCACAAGCCCAGGGGTGGTGGAGAGTCGACACCATGGTACCCCCCCTATAGTATATTATGTGAAATATTGGGTCTTCCTCCCTTGCACGTCATTTTGGCGAGGAGTCATACGCCCATACATCGACCCCTCCGACGACACGGTTGGCCCCAGTCTCACATGCCTTCGAGCCCACCTATCTTGGTGTGTTAGATGATGCACCGTCCTCCTCGATCGCATCATGGCACGACTTGTCACTGTGAGGTTCACAAACATACGCTCTTCCAGTATGATTGTGACACGAGGCGAATGGGAAGGGTTGGTCGGAGGCGAGGTGAATGGGAAGGGTTGGTCGGAGGCCTATACGGCGGCGAGGCGAAGGGGAAGGGTTGGTCGGAGGCTAGGCGAAGGGTGGAGAAGGATGTTTTTTCCTATTATTTTATTACAATCTTCTTATAGGAACTAGAAGTTCATCTCGGGACTTAAACTCTTTGGTGAGAGAATTAAATTTAGACTGAGTGGAGTCTATAACGGATCAATTCCCTTTGACACCTTTGCCTATGGAGAATTGATATGCCTTATTGTCAATGATCTAATTATGCAATTATATTAAAATCCAAAAATTTTTTTTTTTTAGATAAGCAACCTTCCCAACAAAATTTGATACAACCCAAGATCCAAAACAAAATTAGATAAAATCCAAAAAAAAAAAAAGTTAGATACAGCTCATGATCCAGAAGAGAGAACTAGGATTGTTCTGTTTCTTTTGCTCTTTTGAGGAATAGGTAGGATTTCCCAGTTTCTAGCTTGATAGAATCAGTGTTGTTGAGGCGAGAGGTGAGGTGAGACAAGGCTTCAGTGCGTTGAAGGTATCCATGACGAGGGCTTTCAACTTGGAGCTTGCCATGGTGCTATTTCTTGTCATTTAGCGCCATCGCCAAAAAGGGAGGCGATCACCTTTTAACATGGGCGACAAGAACCCTATACACATGAAAAATGGAGGAGTTGGAAGAAGAAAAATAATAATATGAAGAAGAATAAGAAGAGTCGGAAGATTAAGAAAAAGAAAGAGAGTGAGAAGAAGAGACGGAAGAGGAGGAGAAGAGGACAAGTGTTTTTTTGGGTATAAGAAACAATTTCATTGATAAATGAAATGGAGTGAACTCCGAGCACCCATAGGTGAATTACAAGAAAGAACGGCAATTCGAAATTAAAAACGATAAACTATAAACGCCACAAGATGGTAAAGATTTGCACCACAAATAAACAATAGAAAGAACAAGGTCCATAAATCGTTCAAAAGTATAAGAAGCATCCATGAAAAGGCGACCATTTCTCTCCATCCAAAGATTCCATAGAAAAACACGAACAAAAGCCAACCACATAGAGTCTTCTTTGCTCCTTTGAAAGGATGTCCCACCAAGACAGAGGAAAGGAAATCGAAGATATTTTTTGGTAAAGCCGTAGACCAACCAAAAGCATTCAAAAGACACCACCAAAACTGTTGAGCAAAAGAACAATGCACAAACAGATGACACGCTAATCATTTTCAAGAGAGGAAATTTGGTGGGATAAATGGTGTTCTCTATCTTATTTCGGCGAAGGGCCTTGGTGTATGGGAGGAGTTGTTAATTTATTCTATTCAGTTGGGTCCATGAACGGTTGCCTCAATGAAGAATGACCAAAGAATCAGGAGTCGGGGGTGGCTTTGGAGAGGGGTCTTATTCGTGCCCTGTGGTGCTCTTTATGCCCTAGGCGTGTTAATGTTTTGTTATTGATTATGGTCATGGGGAAATTGAATACGACTGCGATTCTGCAAAAAAAGTTGCCTTCTTCGGTGTTGCAACCCTCTCTTTGTTGTCTATGTTTGAAAGCTGTCGAAACTTCTTATCATTTGTTCTTTTTTTTTTGACAAGAAAACAAAGATTTCATTGAAAAAATAAAAAAAGACTAATGCTCAAAGTACAATTCCACAAGGGAGAACAAGAAAAACCCACAAATACGCACAAATCAGACAAATTTGAAAGAACACTAAACAAGACTATGAAAGAGAAGCAGAAAACCAAAGCAAACAACCTACAAGAATCCGATCGCCCAGAAAGAGTCTAAAAAGAACAACCAAAAAGAAACAACAAAAAGCAGAATGCATAAAGGGAAGCGAAGAGAAGCTCATCCAAAATGCCCAAGCCTTTGCAAAACCCAAATCCGAGATCGAGAAGCGAGCAAACTCCTTAGAAAGAAAGCACCAAGAAGAAGCCTTGAGAGCAACTAAAACAAGACTTCACGCCTAAACCAGCTCTTAGCCATCAAACAACCAGCGGGAATAAGCAAACCAAAACCCTGAAGAAAAGCTAAAACACCAAAAATCCACAGAGCCCAAGCCAATGACCCTCCCTAGGACACTCCCAAAAAATTCTCAAACAAACTTCCCAAACAAAGAACGAAACAACCAACATCCAAACTTCAAACTTAAAACCTTCAACCCAACACCCAATCCGCATGTGCTCCAAAACAATAATTTCAAATGGACACGCCTGGAAATCCCTTTGCAGAGATTTCTTTAAATTGCAACCCACTTGCCCTAATTAATGCACGATTTAATTTGGCTCGACAATAGGCTTCTTCCTGGTGTGTTCTTTCCAAAGATTTTGCGGGTTACTCTGTGTCTAATTTGTATTTTTTTTTGGACTCCGTTTTTTGTCTTATCTGTAGAGTGCTTACTTGAGGTCTCGTGATCTTTGTATTGCGTGTGCTCATTGGCTTCTCTTTATGTGCTCTTTCTTGTTTGTGCCTTTGCTTTAGCTTCTTATTTTGTACTATGAGCTCCTCGCTCTTTCATTATTTCAATAAAATTTTCTTGTTACCTTGTAAAAAAAAAAAGGAAAAAAAAAAGAATCTAATCCATGATACACCATGAAGGAGAAAGACTCATATAAGGCATTCGTCTTTGCAACCTATCAACGGTATTAATAGCTTCCAAGCTAAGCTCCCAAAGGAAAATCTTTATCTTCTTAGGATATTGATCCTTCCAAATAATAAAGTAAAGATCACTTAATATCAAATTTCCAGAACTCAACAAACAACTAGTAAAAGACTTAACAGAAAAGCATCCAGAAGACTCCAAAGGCCAAGTCTAGGAATCAACACCCTCTCATAGCCTAATATGAGAAAGCAAATGAGAAAGGCATGCTCATTCACTGGTTTCCAAATCTGTTAAGTTCCTGCAAAGCTTTAGATCCCATGCTGAATCTGCGAAATTCCACAAACCAGCCACCGAAGAATCAAGGTGCAAAGTAAGCCGAAAGATACGTGGGAAAACAACATCAAGAGAGCCACAACTGAGCCAAGAGTCAATCCAAAATGCAGTTGTAGATCTATTTCCAATACGCCTAATGGATCGCGATATAACCACATCTTGAACAGTACAAATATATTTCCACGGCGATTTATGAGAGGTATGCCTAATTGGTAATGGCCAACCATCTGTTTGCATCTCCCCATAGTATTTAGCAACAATAAGCTTTCGCCAAAGAGATTCTGGTTCTTGTGTGAACCGCCAAATCCATTTAGCCAATGGGGCTGAATTCTGATGACTAAAATTGCCAAAGTCAAAAGATTAGGAAGCATGCTCGCATGCAGTATCTCCGGCAAACTTTATCTCTCTTCGAAGTTCCATATAATTTAAGAGGCAGTATTTTCTTCCAGTCTATCAGATGGCTCTATTTAAAGCTTGTTTTGTTTAATTTTGTCATAGGCTGATAGCACTGTTTTTTTTAACATTATCTTTTAATAAATCCTTTTTTCCCCCTAAATACCTCCACCTTTTCCTAATTATTAATTTTGATAGAATAAAATATTTTGTATTCTCATTACTTAAATGTAAAAAACATGGCCCTCGTATATTGGAGAAAGGCCCAATATAAAAAAGAAGAATGAGAATAAAAGTAAACTATTAATGGTTACAACTAATTTAAATATTTCAACTTCTTTCTATTGTGAAATATCATATTGAGTTCTCACTATTATGGAACATAGGAAATATATGAAGCAACAGTTGATTTTTATTTCATGACATCCATGTCAACACTCAACGATTTCCTAAAAGTTTGTTTTTAAGTGCAGAACAGTCCATTCGAACTATTTTCCTTCTGAAGTCATCACATATGATCAGTGGATACAGTTGAAACCAGAACCAAAAAGCATGTTCTCTGGTTGGATAAAGAGTGCTTTGCGTGGAGGGAAAAAAGAAATGCAGGAATCGATGGATCAGAAGCTAAATTTTGTTCTCAACACTGCACCCATGTGGGATAGGTTTGTACCCATACTTTTAGTGCGCTGCTTGTTGCATGAATTGTCGCCTTACTTTTTCCATCTATTTGGTTCATGTTGATTCTAAGTACTCATACTCACATCCCTAACTTGATTTTACCAATCACTTGCAGTGCATAAGTTTTAATTTATTGAAAAAGAAAGAATAATGTAAACAATTATCAGAACATTTTTAACGTTTTGTGTGAAGCAGGAAGGTCCCCTTTGAATTCCTTAACGAACTTTGGAAATCTTAACATAGGTTTTTCTAATAAGACTTGGGGGAACTTTGCGATTGGGCTATGGCTAAGCTGTTGCCATAAGAAATGTGCTTATATGTTTTTTCCCTTCTTTATCTATACTAGCTTCTTGAAGCATCTATCACATGTCACACGTTTCAATTTAAAAGTTGGATGCCAATTACTATATATGTTTATCTGTAAACTAATCATATTTACTATTTAGTGATTCAAAGAACTTGTCTAGGCCCTTTTTTTGAAGGGAATGTTCAAAGGGGTGGAAGAGTGGCGTGAGATTTTTGGGGATCTAGTTAGAGTCCTTGCCTCCTCTTGGCATACTCATTCAATTTTTTTTTTTGTAATTATGACTTCTTGCAAATCTTTGCTTATGATGAGTCCTTTTGTATTCCCTTTGGTGCAGTGGGACACCTCATCTCCCTCTTTTTTTGTACCTTTTCTACTTATCTTTTGATAATGAAATTTCATCTTGGTTTCATATTAAAAAAGAAAAGAAAAGAAAGTGTCTAGGCTCCTTGAGGAGGGGTGCCTTCACTAATGCCTCAGCATGTCTCAATGATTCTATTTATTTAACATTTATAAAGAGAATTAAGAAAATATGCTAAAGTTTATATGTTATGGTTATGGCAATCCCTTTCAGCCCCTAGTTTCTTTTTTAATTTTTAATTTTAATAAAAGATATCTATCATATATCTGAAGAGGACGAAGAACCAAAAGGAGACAATGCATCTCCTTTCGAAACTTCAAATAAAAGGGGTAATCTATAAAAGGACCCCAATCTATATAGATAACATAAACACTAATTGGAAACAAAGACAGACTTGTGAAGTTTGGCTTGGTAGGACTTAGGAGGCAATGTATTGTGCGATCTCCCAAAAATTACAAAAATCTCACTACTCTCTTTTGAAGATCACGTTGTTCTTTTCTATCCAAATTATTCGTTGTTCTTTTCTATCCAAATTATTCGTTGTTCTTTTCTATCCAAATTATCGGAGGTTTGACTCTTGTAGCACATCTCCCAATATGTCTAACCCTTCCTTTGAACCACCAACTCTACTATCTGGAAGCTCAACCTTCATCTCTTTGTGCACACAACCAACCATGCCAAAACTATTGTATTATCTAAAACAACTTTGGATCATACTAATTTGACCTGACCCAATCTTGAATAGTGTATGAAGTTACAACTAACCTATCAGGCCCATCGTTTAGTGTGAAATTTCAATTACGACAAACTGATCCTTCAGATAAACTGAGCATGCCTATTCTTCACATGCATTAGCCACATACGCATCCCATTTGTCCTTGGCCTTATACCAGAGTCTAACCTCTACCTCAGACTGGCTACCCTGGACATCTAGAGTACACCTCATGCCCCGGGCCAGTTGATGAATGGACTCATGTTGCCCCTCTCATTCGACATGTAGTGCTGCTACACTATCAAATCACTTTTCGTTACTAGTGAACCATGCGAGCAAGCAAGTCAAGGGATTGACTTCAACGACCAACACTCCTGGTTTCTAGCGTCATGCAATTTGGATTTCTTTGACTAACTGCTATTTAAGGGGAAATTCACTTGTTTATCAAATCATTCAAACTAGAGTCTACTACTCTTGTACTCACTTTCTATCTCTCTAAGCTTCTCATGCTCTAGAGCAGCAGACTTCTGACTTGACCATGGAAGCTCCTTTAAGTTGGCACCACACTAGTGTCCAACTCTCCAATTCTCTTCTTTTTCTTACTAAATTTTATCCACAATTGTAATTATACATTATTTCACACTTCTCTATTTCTTTAATTAACATTCTCTTAATAAACCAAAATTTGATGCAGAACTAATTTTAAATTTGTTTATTATCCTAGTTATTTGTTTGAAATTTTGTTTTTGTGAAACCATTCAATTGCCCATGTACGAGCAAGGTAAACACTGTACTAAACTTTTGAGATTTTATTTGGTTATTTAGTTAGAAGAACATATCTGCACTCTATATGACTAAAATTTTGTATTAAGAAATTGAAAAATAATTGAAATATGAAAAATATAATGGTCATTATCTACATATAGTAATATAGAAGATTAAATCCCATGTAATGCATGTTTGAAAATACTAGTTTGCGTACATAATGATCTGTAGATTTTACTCCGCAACCTCTGCCTTTTTTTCCTTCAGGTTGGAGTCAAAAGGAAATAATTTTGTTCTGGGAGAATTCCTGGAGTTCAAAGGGAAAAAGGAAGATATGCAGGCTTTGAGAGAGATAAAAAGATCAAAAGTTAGTTGCATACTCATCCAGAAGATGAGAATGATCGGATTTGGTAATATTCAAAATCATTACAGACTTCATGTGCATATAATAACACACATTATGCTTTACTCGTGTAGTTGTGTTATAGTAGTAGGCACCTTAAAATCGCTCAATAAAGATGAAATCATGACCTTAAGGCTCTCTGTGGATCTTATATTTAAACTTACTAATATAAGAAAAGGAAATGAATGATAAATGCTGAAACATCAAAAAGTAAATGACTCTTTTTATGGTAAATAGATTGTACAGATTGTGGCTTTTCTTTTGGTTATATTTTATAACAAAACGCTCAAGAACTAACTTATTTTCCTGCTTTATCACTGCCTACCTTGGGCAAGATCCTCACGCTTTTGAAAGAGAAGAGTGTCTTTACCAATTTTAAGAAGCATTGCCCTAGTAGGAGTTGTCTTAGGAGAAGCTAAAAGTGGGCTCGTTCTCACTTCCAAGCCCATGGCATGCTTGTTAGCTACGACTTGCATGTGGCTGGAGGAGGCTCTTGTCTGAACTTTTGGGGCCATTTGGATCTCAGAAATGTCACTGGGGAATGAAAAGGAAAAAAGGGACGCTTGGCCAACCATTGGTGAAACAGAAAACTAGATGATTCATATCAAAGTTATTTTGCCCCTTGGTGGGCGCCAAAGACATAAATGGTCGAAATATACCTTCAATATTTGATGACCTGCAAAAGAGAAAAGGGATCTCCAAGTATCAACTAACATTGATGTGTTTGATGAAACAATTGCGGCGATCAAGTCAAAGTGTTATGATACAAGTGAGGGATGAATTCATTATAATTTCAATATCCGAGAGTATACATAGACGATGGTAATTATAGAGAGTTTAATGTGGAGGATCTTCCAAAAATGACACCCTGGATCATGTAGGCAAGGACGTCGAGCGTGAAGGGTGGGGCCTTGAGACTAGTTGAGCTGAGTAGCTAATGAGAGGTTGAGGTATGTTGCTATACATAGAATCTGTGGGAACCAGGAGCTGGACATAATCAAATAGGTTTGACACCTGTGCTAAGTAACTATGAGCAATTGTTTATTTATGGAGTCGTCTTTACCGTGAATTGTCTTATAGTGATTGAACTGATAAATTCCCATACAATAGAATTATAATTTTTATTGTCATATGTGGTGAACAACCACACATTTATTTATTAATTATTGATGGTCTCTTTGCTCTAAGTATTAGCCCTTTAATTCAACTTTACTCAAGTTGCATCTGCGAAAGGTATAAATTCTCCGAAGAGCTAAATGAATTGTCTTTCTTTAGAGAGTATTATGACTTTCTAAGGTTGTATTAACATATGCGGAGAAGAAACGCGACTAACCAGACGAAGACCATGAATGCTAACTAACTGAATGATAGCCCTTTAATTCAACTTTTTCTGTGGAAATTCCTGAACTGAATGATAACTTCACTGCCAGGTTAGAAATTGTGTAGAATTGTAATATATTATCATTTTATGAAGAGCTAAGACATTCACTTGCAGTAGTTCCTCGTATTTGGAGAGAGTTAGTGTTTACCACTCCAAACATATCTATAATCTAATCAACCGTACTCCCGCATCACATTTCTATCTTTCTTCATATTCTCCTTTTGTAAATTGCAGTTCCTTCAAGACTTAGAGTTTTATACTCAACTCGGGATTATCGAAACGATGGGGACTCGGCTTCCGAGTGGAAGGAAGTAACAATAGGATCCAGTTCAATGGTTGTATTTCAGATGGAATATTCTTCTAAAGTTCGGAAAATCAAAATCTCTTCAATTGTATCTTTATCACTGAGTGCTTGAAGATGTCTGGTCAGTGTTGTTATTTTTAATTCTGATCGCAAGTCTCCCAAGACTTGTTGAGATGTGAAGAAGAGCATTTTATACTTTATTTTTGTTTCTTTCTATACATACATACATACATACATATATATATATATATATATATACATGGTCATTCTTCTTCAATGTGTTTGTCATATCTAGTCAAGGCTGCCG

mRNA sequence

CTTTGATTGAATATGGTGAAGTCGAAGTGAGAAGTCCGAAGGATGATGATCGAGAAATTTCAAAGAGAGCAAATGCAATTTCTTCATTCCTTCATCTGATTCAACTCCTACAAAGCCTTCGCAGAACAAAATCCACATACACTTTGCAGTTGCGTTGATCGAGCAAGTTTTGTCTGAGCACAAACGTTGAGGGCGCTGTTATGTGGGCTGAGATACTCTGTGGTTTCATAGCCTTTAGAGTGCTCAGGCGATTCTTTTATCAAAGGGATGAATTGGAGATTGAGACCTCTGATTCTAATGCCCTATTCGCCGCCGCTTCGAGACTAGAAAAGCTTTATGGTGGAAAGATTTTTGTGGGACTTCGAATTCCAGATGCTGACACTGGCTTGCGACAGAGTATTGATATGGTGCTTGTAACCAAAGGGGAAGCAGTGGTGATATGTGTGAAAAATCTTTCAGGTTTTGTTTCCATGAGTGCTGATGGCAGCTGGATCTGTGAAGGTGATGGTAGACAAAAGTCAGAGATTCTGCCTGATCCGGTGGCTGAGACACGAAGATGGACCTCAATTCTTGAATCATACCTTGAGCAGAGAGGAGTTACTCTGCCAGAAGGATATTTATCGTGGAAAGTTTTGCTTCCCAACCCAAAGTTTCGAACAGTCCATTCGAACTATTTTCCTTCTGAAGTCATCACATATGATCAGTGGATACAGTTGAAACCAGAACCAAAAAGCATGTTCTCTGGTTGGATAAAGAGTGCTTTGCGTGGAGGGAAAAAAGAAATGCAGGAATCGATGGATCAGAAGCTAAATTTTGTTCTCAACACTGCACCCATGTGGGATAGGTTGGAGTCAAAAGGAAATAATTTTGTTCTGGGAGAATTCCTGGAGTTCAAAGGGAAAAAGGAAGATATGCAGGCTTTGAGAGAGATAAAAAGATCAAAAGTTAGTTGCATACTCATCCAGAAGATGAGAATGATCGGATTTGTTCCTTCAAGACTTAGAGTTTTATACTCAACTCGGGATTATCGAAACGATGGGGACTCGGCTTCCGAGTGGAAGGAAGTAACAATAGGATCCAGTTCAATGGTTGTATTTCAGATGGAATATTCTTCTAAAGTTCGGAAAATCAAAATCTCTTCAATTGTATCTTTATCACTGAGTGCTTGAAGATGTCTGGTCAGTGTTGTTATTTTTAATTCTGATCGCAAGTCTCCCAAGACTTGTTGAGATGTGAAGAAGAGCATTTTATACTTTATTTTTGTTTCTTTCTATACATACATACATACATACATATATATATATATATATATATACATGGTCATTCTTCTTCAATGTGTTTGTCATATCTAGTCAAGGCTGCCG

Coding sequence (CDS)

ATGTGGGCTGAGATACTCTGTGGTTTCATAGCCTTTAGAGTGCTCAGGCGATTCTTTTATCAAAGGGATGAATTGGAGATTGAGACCTCTGATTCTAATGCCCTATTCGCCGCCGCTTCGAGACTAGAAAAGCTTTATGGTGGAAAGATTTTTGTGGGACTTCGAATTCCAGATGCTGACACTGGCTTGCGACAGAGTATTGATATGGTGCTTGTAACCAAAGGGGAAGCAGTGGTGATATGTGTGAAAAATCTTTCAGGTTTTGTTTCCATGAGTGCTGATGGCAGCTGGATCTGTGAAGGTGATGGTAGACAAAAGTCAGAGATTCTGCCTGATCCGGTGGCTGAGACACGAAGATGGACCTCAATTCTTGAATCATACCTTGAGCAGAGAGGAGTTACTCTGCCAGAAGGATATTTATCGTGGAAAGTTTTGCTTCCCAACCCAAAGTTTCGAACAGTCCATTCGAACTATTTTCCTTCTGAAGTCATCACATATGATCAGTGGATACAGTTGAAACCAGAACCAAAAAGCATGTTCTCTGGTTGGATAAAGAGTGCTTTGCGTGGAGGGAAAAAAGAAATGCAGGAATCGATGGATCAGAAGCTAAATTTTGTTCTCAACACTGCACCCATGTGGGATAGGTTGGAGTCAAAAGGAAATAATTTTGTTCTGGGAGAATTCCTGGAGTTCAAAGGGAAAAAGGAAGATATGCAGGCTTTGAGAGAGATAAAAAGATCAAAAGTTAGTTGCATACTCATCCAGAAGATGAGAATGATCGGATTTGTTCCTTCAAGACTTAGAGTTTTATACTCAACTCGGGATTATCGAAACGATGGGGACTCGGCTTCCGAGTGGAAGGAAGTAACAATAGGATCCAGTTCAATGGTTGTATTTCAGATGGAATATTCTTCTAAAGTTCGGAAAATCAAAATCTCTTCAATTGTATCTTTATCACTGAGTGCTTGA

Protein sequence

MWAEILCGFIAFRVLRRFFYQRDELEIETSDSNALFAAASRLEKLYGGKIFVGLRIPDADTGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRWTSILESYLEQRGVTLPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPEPKSMFSGWIKSALRGGKKEMQESMDQKLNFVLNTAPMWDRLESKGNNFVLGEFLEFKGKKEDMQALREIKRSKVSCILIQKMRMIGFVPSRLRVLYSTRDYRNDGDSASEWKEVTIGSSSMVVFQMEYSSKVRKIKISSIVSLSLSA

Homology

[Close]

BLAST of Tan0000638 vs. NCBI nr
Match: XP_004148346.1 (uncharacterized protein LOC101206635 isoform X1 [Cucumis sativus] >KGN60486.1 hypothetical protein Csa_001960 [Cucumis sativus])

HSP 1 Score: 589.0 bits (1517), Expect = 2.5e-164
Identity = 292/322 (90.68%), Postives = 304/322 (94.41%), Query Frame = 0


Query: 1   MWAEILCGFIAFRVLRRFFYQRDELEIETSDSNALFAAASRLEKLYGGKIFVGLRIPDAD 60
           MWAEILCGF+AFRVLRRFF+ RDE+EIET DS+ALFA ASRLEKLYGGK FVGLRIPDAD
Sbjct: 1   MWAEILCGFLAFRVLRRFFFPRDEMEIETIDSSALFAVASRLEKLYGGKAFVGLRIPDAD 60

Query: 61  TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW 120
           TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW
Sbjct: 61  TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW 120

Query: 121 TSILESYLEQRGVTLPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPEPKSMF 180
            SILESY EQRGV LPEGYLSWKVLLPNPKFRT+HSNYFPSEVI YDQWI LKPEPKSMF
Sbjct: 121 VSILESYFEQRGVALPEGYLSWKVLLPNPKFRTIHSNYFPSEVIMYDQWIHLKPEPKSMF 180

Query: 181 SGWIKSALRGGKKEMQESMDQKLNFVLNTAPMWDRLESKGNNFVLGEFLEFKGKKEDMQA 240
           SGWIKSA  GGKKEMQ+SMDQKLNFVLNTAPMWDRLE  GNN VLGEFLEFK KKEDMQA
Sbjct: 181 SGWIKSAWLGGKKEMQDSMDQKLNFVLNTAPMWDRLELNGNNIVLGEFLEFKVKKEDMQA 240

Query: 241 LREIKRSKVSCILIQKMRMIGFVPSRLRVLYSTRDYRNDGDSASEWKEVTIGSSSMVVFQ 300
           LREI+RSKVSCILIQK+R IGFVPSR RVLYSTRDYRN+G SASEWKEVT+GSS+MVVFQ
Sbjct: 241 LREIRRSKVSCILIQKIRRIGFVPSRFRVLYSTRDYRNEGASASEWKEVTVGSSTMVVFQ 300

Query: 301 MEYSSKVRKIKISSIVSLSLSA 323
           MEYSSKVRK+KISSIVSLSLSA
Sbjct: 301 MEYSSKVRKVKISSIVSLSLSA 322

[Close]

BLAST of Tan0000638 vs. NCBI nr
Match: XP_022957721.1 (uncharacterized protein LOC111459180 [Cucurbita moschata])

HSP 1 Score: 587.0 bits (1512), Expect = 9.7e-164
Identity = 293/322 (90.99%), Postives = 309/322 (95.96%), Query Frame = 0


Query: 1   MWAEILCGFIAFRVLRRFFYQRDELEIETSDSNALFAAASRLEKLYGGKIFVGLRIPDAD 60
           M+ EILCGFIAFR+LRRFF QRDELEIETSDSNALFA ASRLEK+Y GKIFVGLRIPDAD
Sbjct: 1   MFFEILCGFIAFRLLRRFFGQRDELEIETSDSNALFAVASRLEKIYSGKIFVGLRIPDAD 60

Query: 61  TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW 120
           TGLRQSIDMVLVTKGEAVV+ VKNLSGFVS+SADGSWICEGDGRQKSEILPDPVAETRRW
Sbjct: 61  TGLRQSIDMVLVTKGEAVVVLVKNLSGFVSVSADGSWICEGDGRQKSEILPDPVAETRRW 120

Query: 121 TSILESYLEQRGVTLPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPEPKSMF 180
            SILESYLE+RGV LPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQW+QLKPEPKSMF
Sbjct: 121 ASILESYLERRGVALPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWMQLKPEPKSMF 180

Query: 181 SGWIKSALRGGKKEMQESMDQKLNFVLNTAPMWDRLESKGNNFVLGEFLEFKGKKEDMQA 240
           SGWIKSALRGGKKE+QES D+KLNFVLNTAPMWDRLE KGNN VLGEFLEFKGKKEDMQA
Sbjct: 181 SGWIKSALRGGKKEIQESKDEKLNFVLNTAPMWDRLELKGNNLVLGEFLEFKGKKEDMQA 240

Query: 241 LREIKRSKVSCILIQKMRMIGFVPSRLRVLYSTRDYRNDGDSASEWKEVTIGSSSMVVFQ 300
           LREIKRSKVSCI+IQKMR IGF PSRLRVLYSTR+Y+N+G SASEWKE+TIGS++MVVFQ
Sbjct: 241 LREIKRSKVSCIVIQKMRTIGFGPSRLRVLYSTRNYQNEGTSASEWKEITIGSNTMVVFQ 300

Query: 301 MEYSSKVRKIKISSIVSLSLSA 323
           MEYSSKVRKIKISSIVSLSLSA
Sbjct: 301 MEYSSKVRKIKISSIVSLSLSA 322

[Close]

BLAST of Tan0000638 vs. NCBI nr
Match: KAG6605718.1 (hypothetical protein SDJN03_03035, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 585.5 bits (1508), Expect = 2.8e-163
Identity = 292/322 (90.68%), Postives = 309/322 (95.96%), Query Frame = 0


Query: 1   MWAEILCGFIAFRVLRRFFYQRDELEIETSDSNALFAAASRLEKLYGGKIFVGLRIPDAD 60
           M+ EILCGFIAFR+LRRFF QRDELEIETSDSNALFA ASRLEK+Y GKIFVGLRIPDAD
Sbjct: 1   MFFEILCGFIAFRLLRRFFGQRDELEIETSDSNALFAVASRLEKIYSGKIFVGLRIPDAD 60

Query: 61  TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW 120
           TGLRQSIDMVLVTKGEAVV+ VKNLSGFVS+SADGSWICEGDGRQKSEILPDPVAETRRW
Sbjct: 61  TGLRQSIDMVLVTKGEAVVVLVKNLSGFVSVSADGSWICEGDGRQKSEILPDPVAETRRW 120

Query: 121 TSILESYLEQRGVTLPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPEPKSMF 180
            SILESYLE+RGV LPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQW+QLKPEPKSMF
Sbjct: 121 ASILESYLERRGVELPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWMQLKPEPKSMF 180

Query: 181 SGWIKSALRGGKKEMQESMDQKLNFVLNTAPMWDRLESKGNNFVLGEFLEFKGKKEDMQA 240
           SGWIKSALRGGKKE+QES D+KLNFVLNTAPMWDRLE KGNN VLGEFLEFKGKKEDMQA
Sbjct: 181 SGWIKSALRGGKKEIQESKDEKLNFVLNTAPMWDRLELKGNNLVLGEFLEFKGKKEDMQA 240

Query: 241 LREIKRSKVSCILIQKMRMIGFVPSRLRVLYSTRDYRNDGDSASEWKEVTIGSSSMVVFQ 300
           LREIKRSKVSCI+IQKMR +GF PSRLRVLYSTR+Y+N+G SASEWKE+TIGS++MVVFQ
Sbjct: 241 LREIKRSKVSCIVIQKMRTMGFGPSRLRVLYSTRNYQNEGTSASEWKEITIGSNTMVVFQ 300

Query: 301 MEYSSKVRKIKISSIVSLSLSA 323
           MEYSSKVRKIKISSIVSLSLSA
Sbjct: 301 MEYSSKVRKIKISSIVSLSLSA 322

[Close]

BLAST of Tan0000638 vs. NCBI nr
Match: KAG7035626.1 (hypothetical protein SDJN02_02424 [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 585.5 bits (1508), Expect = 2.8e-163
Identity = 293/322 (90.99%), Postives = 308/322 (95.65%), Query Frame = 0


Query: 1   MWAEILCGFIAFRVLRRFFYQRDELEIETSDSNALFAAASRLEKLYGGKIFVGLRIPDAD 60
           M+ EILCGFIAFR+LRRFF QRDELEIETSDSNALFA ASRLEK+Y GKIFVGLRIPDAD
Sbjct: 1   MFFEILCGFIAFRLLRRFFGQRDELEIETSDSNALFAVASRLEKIYSGKIFVGLRIPDAD 60

Query: 61  TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW 120
           TGLRQSIDMVLVTKGEAVV+ VKNLSGFVS+SADGSWICEGDGRQKSEILPDPVAETRRW
Sbjct: 61  TGLRQSIDMVLVTKGEAVVVLVKNLSGFVSVSADGSWICEGDGRQKSEILPDPVAETRRW 120

Query: 121 TSILESYLEQRGVTLPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPEPKSMF 180
            SILESYLE+RGV LPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQW+QLKPEPKSMF
Sbjct: 121 ASILESYLERRGVELPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWMQLKPEPKSMF 180

Query: 181 SGWIKSALRGGKKEMQESMDQKLNFVLNTAPMWDRLESKGNNFVLGEFLEFKGKKEDMQA 240
           SGWIKSALRGGKKE+QES D+KLNFVLNTAPMWDRLE KGNN VLGEFLEFKGKKEDMQA
Sbjct: 181 SGWIKSALRGGKKEIQESKDEKLNFVLNTAPMWDRLELKGNNLVLGEFLEFKGKKEDMQA 240

Query: 241 LREIKRSKVSCILIQKMRMIGFVPSRLRVLYSTRDYRNDGDSASEWKEVTIGSSSMVVFQ 300
           LREIKRSKVSCI+IQKMR IGF PSRLRVLYSTR+Y+N+G SASEWKE+TIGS+ MVVFQ
Sbjct: 241 LREIKRSKVSCIVIQKMRTIGFGPSRLRVLYSTRNYQNEGTSASEWKEITIGSNIMVVFQ 300

Query: 301 MEYSSKVRKIKISSIVSLSLSA 323
           MEYSSKVRKIKISSIVSLSLSA
Sbjct: 301 MEYSSKVRKIKISSIVSLSLSA 322

[Close]

BLAST of Tan0000638 vs. NCBI nr
Match: XP_022995191.1 (uncharacterized protein LOC111490811 [Cucurbita maxima])

HSP 1 Score: 583.6 bits (1503), Expect = 1.1e-162
Identity = 292/322 (90.68%), Postives = 306/322 (95.03%), Query Frame = 0


Query: 1   MWAEILCGFIAFRVLRRFFYQRDELEIETSDSNALFAAASRLEKLYGGKIFVGLRIPDAD 60
           MW EILCGFIAFR+LRRFF Q D LEIETSDSNALFA ASRLEK+Y GKIFVGLRIPDAD
Sbjct: 1   MWFEILCGFIAFRLLRRFFGQGDGLEIETSDSNALFAVASRLEKIYSGKIFVGLRIPDAD 60

Query: 61  TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW 120
           TGLRQSIDMVLVTKGEAVV+ VKNLSGFVS+SADGSWICEGDGRQKSEILPDPVAETRRW
Sbjct: 61  TGLRQSIDMVLVTKGEAVVVLVKNLSGFVSVSADGSWICEGDGRQKSEILPDPVAETRRW 120

Query: 121 TSILESYLEQRGVTLPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPEPKSMF 180
            SILESYLE+RGV LPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPE KS+F
Sbjct: 121 ASILESYLERRGVALPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPESKSVF 180

Query: 181 SGWIKSALRGGKKEMQESMDQKLNFVLNTAPMWDRLESKGNNFVLGEFLEFKGKKEDMQA 240
           SGWIKSALRGGKKEMQES D+KLNFVLNTAPMWDRLE KGNN VLGEFLEFKGKKEDMQA
Sbjct: 181 SGWIKSALRGGKKEMQESKDEKLNFVLNTAPMWDRLELKGNNLVLGEFLEFKGKKEDMQA 240

Query: 241 LREIKRSKVSCILIQKMRMIGFVPSRLRVLYSTRDYRNDGDSASEWKEVTIGSSSMVVFQ 300
           LREIKRSKVSCI+IQKMR IGF PSRLRVLYSTR+Y+N+G SASEWKE+TIGS++MVVFQ
Sbjct: 241 LREIKRSKVSCIVIQKMRTIGFGPSRLRVLYSTRNYQNEGTSASEWKEITIGSNTMVVFQ 300

Query: 301 MEYSSKVRKIKISSIVSLSLSA 323
           MEYSSKVRKIKISSIVSLSLSA
Sbjct: 301 MEYSSKVRKIKISSIVSLSLSA 322

[Close]

BLAST of Tan0000638 vs. ExPASy TrEMBL
Match: A0A0A0LKG9 (NERD domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G915150 PE=4 SV=1)

HSP 1 Score: 589.0 bits (1517), Expect = 1.2e-164
Identity = 292/322 (90.68%), Postives = 304/322 (94.41%), Query Frame = 0


Query: 1   MWAEILCGFIAFRVLRRFFYQRDELEIETSDSNALFAAASRLEKLYGGKIFVGLRIPDAD 60
           MWAEILCGF+AFRVLRRFF+ RDE+EIET DS+ALFA ASRLEKLYGGK FVGLRIPDAD
Sbjct: 1   MWAEILCGFLAFRVLRRFFFPRDEMEIETIDSSALFAVASRLEKLYGGKAFVGLRIPDAD 60

Query: 61  TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW 120
           TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW
Sbjct: 61  TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW 120

Query: 121 TSILESYLEQRGVTLPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPEPKSMF 180
            SILESY EQRGV LPEGYLSWKVLLPNPKFRT+HSNYFPSEVI YDQWI LKPEPKSMF
Sbjct: 121 VSILESYFEQRGVALPEGYLSWKVLLPNPKFRTIHSNYFPSEVIMYDQWIHLKPEPKSMF 180

Query: 181 SGWIKSALRGGKKEMQESMDQKLNFVLNTAPMWDRLESKGNNFVLGEFLEFKGKKEDMQA 240
           SGWIKSA  GGKKEMQ+SMDQKLNFVLNTAPMWDRLE  GNN VLGEFLEFK KKEDMQA
Sbjct: 181 SGWIKSAWLGGKKEMQDSMDQKLNFVLNTAPMWDRLELNGNNIVLGEFLEFKVKKEDMQA 240

Query: 241 LREIKRSKVSCILIQKMRMIGFVPSRLRVLYSTRDYRNDGDSASEWKEVTIGSSSMVVFQ 300
           LREI+RSKVSCILIQK+R IGFVPSR RVLYSTRDYRN+G SASEWKEVT+GSS+MVVFQ
Sbjct: 241 LREIRRSKVSCILIQKIRRIGFVPSRFRVLYSTRDYRNEGASASEWKEVTVGSSTMVVFQ 300

Query: 301 MEYSSKVRKIKISSIVSLSLSA 323
           MEYSSKVRK+KISSIVSLSLSA
Sbjct: 301 MEYSSKVRKVKISSIVSLSLSA 322

[Close]

BLAST of Tan0000638 vs. ExPASy TrEMBL
Match: A0A6J1H014 (uncharacterized protein LOC111459180 OS=Cucurbita moschata OX=3662 GN=LOC111459180 PE=4 SV=1)

HSP 1 Score: 587.0 bits (1512), Expect = 4.7e-164
Identity = 293/322 (90.99%), Postives = 309/322 (95.96%), Query Frame = 0


Query: 1   MWAEILCGFIAFRVLRRFFYQRDELEIETSDSNALFAAASRLEKLYGGKIFVGLRIPDAD 60
           M+ EILCGFIAFR+LRRFF QRDELEIETSDSNALFA ASRLEK+Y GKIFVGLRIPDAD
Sbjct: 1   MFFEILCGFIAFRLLRRFFGQRDELEIETSDSNALFAVASRLEKIYSGKIFVGLRIPDAD 60

Query: 61  TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW 120
           TGLRQSIDMVLVTKGEAVV+ VKNLSGFVS+SADGSWICEGDGRQKSEILPDPVAETRRW
Sbjct: 61  TGLRQSIDMVLVTKGEAVVVLVKNLSGFVSVSADGSWICEGDGRQKSEILPDPVAETRRW 120

Query: 121 TSILESYLEQRGVTLPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPEPKSMF 180
            SILESYLE+RGV LPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQW+QLKPEPKSMF
Sbjct: 121 ASILESYLERRGVALPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWMQLKPEPKSMF 180

Query: 181 SGWIKSALRGGKKEMQESMDQKLNFVLNTAPMWDRLESKGNNFVLGEFLEFKGKKEDMQA 240
           SGWIKSALRGGKKE+QES D+KLNFVLNTAPMWDRLE KGNN VLGEFLEFKGKKEDMQA
Sbjct: 181 SGWIKSALRGGKKEIQESKDEKLNFVLNTAPMWDRLELKGNNLVLGEFLEFKGKKEDMQA 240

Query: 241 LREIKRSKVSCILIQKMRMIGFVPSRLRVLYSTRDYRNDGDSASEWKEVTIGSSSMVVFQ 300
           LREIKRSKVSCI+IQKMR IGF PSRLRVLYSTR+Y+N+G SASEWKE+TIGS++MVVFQ
Sbjct: 241 LREIKRSKVSCIVIQKMRTIGFGPSRLRVLYSTRNYQNEGTSASEWKEITIGSNTMVVFQ 300

Query: 301 MEYSSKVRKIKISSIVSLSLSA 323
           MEYSSKVRKIKISSIVSLSLSA
Sbjct: 301 MEYSSKVRKIKISSIVSLSLSA 322

[Close]

BLAST of Tan0000638 vs. ExPASy TrEMBL
Match: A0A6J1K1B0 (uncharacterized protein LOC111490811 OS=Cucurbita maxima OX=3661 GN=LOC111490811 PE=4 SV=1)

HSP 1 Score: 583.6 bits (1503), Expect = 5.2e-163
Identity = 292/322 (90.68%), Postives = 306/322 (95.03%), Query Frame = 0


Query: 1   MWAEILCGFIAFRVLRRFFYQRDELEIETSDSNALFAAASRLEKLYGGKIFVGLRIPDAD 60
           MW EILCGFIAFR+LRRFF Q D LEIETSDSNALFA ASRLEK+Y GKIFVGLRIPDAD
Sbjct: 1   MWFEILCGFIAFRLLRRFFGQGDGLEIETSDSNALFAVASRLEKIYSGKIFVGLRIPDAD 60

Query: 61  TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW 120
           TGLRQSIDMVLVTKGEAVV+ VKNLSGFVS+SADGSWICEGDGRQKSEILPDPVAETRRW
Sbjct: 61  TGLRQSIDMVLVTKGEAVVVLVKNLSGFVSVSADGSWICEGDGRQKSEILPDPVAETRRW 120

Query: 121 TSILESYLEQRGVTLPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPEPKSMF 180
            SILESYLE+RGV LPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPE KS+F
Sbjct: 121 ASILESYLERRGVALPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPESKSVF 180

Query: 181 SGWIKSALRGGKKEMQESMDQKLNFVLNTAPMWDRLESKGNNFVLGEFLEFKGKKEDMQA 240
           SGWIKSALRGGKKEMQES D+KLNFVLNTAPMWDRLE KGNN VLGEFLEFKGKKEDMQA
Sbjct: 181 SGWIKSALRGGKKEMQESKDEKLNFVLNTAPMWDRLELKGNNLVLGEFLEFKGKKEDMQA 240

Query: 241 LREIKRSKVSCILIQKMRMIGFVPSRLRVLYSTRDYRNDGDSASEWKEVTIGSSSMVVFQ 300
           LREIKRSKVSCI+IQKMR IGF PSRLRVLYSTR+Y+N+G SASEWKE+TIGS++MVVFQ
Sbjct: 241 LREIKRSKVSCIVIQKMRTIGFGPSRLRVLYSTRNYQNEGTSASEWKEITIGSNTMVVFQ 300

Query: 301 MEYSSKVRKIKISSIVSLSLSA 323
           MEYSSKVRKIKISSIVSLSLSA
Sbjct: 301 MEYSSKVRKIKISSIVSLSLSA 322

[Close]

BLAST of Tan0000638 vs. ExPASy TrEMBL
Match: A0A6J1DTU9 (uncharacterized protein LOC111023945 OS=Momordica charantia OX=3673 GN=LOC111023945 PE=4 SV=1)

HSP 1 Score: 570.1 bits (1468), Expect = 5.9e-159
Identity = 281/322 (87.27%), Postives = 302/322 (93.79%), Query Frame = 0


Query: 1   MWAEILCGFIAFRVLRRFFYQRDELEIETSDSNALFAAASRLEKLYGGKIFVGLRIPDAD 60
           MWAEILCGFIAFRVLRRFF  +DE+EIE SDSNA+FAAASRLEKLYGG++F+GLRIPDAD
Sbjct: 1   MWAEILCGFIAFRVLRRFFCPKDEMEIEASDSNAIFAAASRLEKLYGGRVFLGLRIPDAD 60

Query: 61  TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW 120
           TG RQSIDMVLVTKG+AVVI VKNLSG VS+SADGSWICEGDG Q+SEI+PDPV ETRRW
Sbjct: 61  TGSRQSIDMVLVTKGDAVVISVKNLSGLVSISADGSWICEGDGTQRSEIMPDPVVETRRW 120

Query: 121 TSILESYLEQRGVTLPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPEPKSMF 180
            SILESYLEQRGV LPEGYLS KVLLPNPKFRTVH NYFPSEV+TYDQ+IQLKPEPKS F
Sbjct: 121 ASILESYLEQRGVALPEGYLSCKVLLPNPKFRTVHLNYFPSEVVTYDQYIQLKPEPKSTF 180

Query: 181 SGWIKSALRGGKKEMQESMDQKLNFVLNTAPMWDRLESKGNNFVLGEFLEFKGKKEDMQA 240
           SGWIK ALRGGKKEMQESMDQKLNFVLNTAPMWDRLE KGNNF+LGEF+EFKGKKEDMQA
Sbjct: 181 SGWIKGALRGGKKEMQESMDQKLNFVLNTAPMWDRLELKGNNFILGEFMEFKGKKEDMQA 240

Query: 241 LREIKRSKVSCILIQKMRMIGFVPSRLRVLYSTRDYRNDGDSASEWKEVTIGSSSMVVFQ 300
           LR+IKRSKVSCI+IQ+MRMI FVPSR RVLYS RDYRNDG SASEWKEVT+GSS++VVFQ
Sbjct: 241 LRDIKRSKVSCIVIQRMRMIRFVPSRFRVLYSARDYRNDGASASEWKEVTVGSSTVVVFQ 300

Query: 301 MEYSSKVRKIKISSIVSLSLSA 323
           MEYSSKVRKIKIS+I SLSLSA
Sbjct: 301 MEYSSKVRKIKISTIASLSLSA 322

[Close]

BLAST of Tan0000638 vs. ExPASy TrEMBL
Match: A0A7J7CMM4 (Plasma membrane isoform 1 OS=Tripterygium wilfordii OX=458696 GN=HS088_TW15G00816 PE=4 SV=1)

HSP 1 Score: 474.9 bits (1221), Expect = 2.6e-130
Identity = 229/322 (71.12%), Postives = 271/322 (84.16%), Query Frame = 0


Query: 1   MWAEILCGFIAFRVLRRFFYQRDELEIETSDSNALFAAASRLEKLYGGKIFVGLRIPDAD 60
           MW EI CG I ++++RRFF   D L++ETSDSNA+F+ A+RLEKLYGGK +VGLRIPD D
Sbjct: 1   MWVEIFCGLIIYKLVRRFFVDDDLLDVETSDSNAIFSVANRLEKLYGGKAYVGLRIPDPD 60

Query: 61  TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW 120
           TG RQ+IDMVLVTKGEAVVI VKNL+GFVS++ DGSW+CEGDGR ++E  PDPVAE +R 
Sbjct: 61  TGSRQNIDMVLVTKGEAVVISVKNLAGFVSVNGDGSWVCEGDGRHRAERYPDPVAEAKRQ 120

Query: 121 TSILESYLEQRGVTLPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPEPKSMF 180
            SILE+YLEQRGV LPEGY S+K++LPNPK RT+HS  FP EVI YDQWIQLKPE KSMF
Sbjct: 121 ASILEAYLEQRGVALPEGYFSYKIILPNPKVRTIHSGSFPPEVIAYDQWIQLKPEVKSMF 180

Query: 181 SGWIKSALRGGKKEMQESMDQKLNFVLNTAPMWDRLESKGNNFVLGEFLEFKGKKEDMQA 240
           SGWIK ALRGGKKEMQESM QK+NF+LNTAPMWDRLE KGN +VLG+FLEFKGK+ED  A
Sbjct: 181 SGWIKDALRGGKKEMQESMHQKVNFILNTAPMWDRLELKGNKYVLGDFLEFKGKQEDTLA 240

Query: 241 LREIKRSKVSCILIQKMRMIGFVPSRLRVLYSTRDYRNDGDSASEWKEVTIGSSSMVVFQ 300
           LR IKRSKVS +++QK  M G   S+L+VLYS RDYR++G S+SEWKE T+ SS+ V+FQ
Sbjct: 241 LRNIKRSKVSRVVVQKTSMFGLAHSKLQVLYSPRDYRSEGTSSSEWKETTVRSSTDVLFQ 300

Query: 301 MEYSSKVRKIKISSIVSLSLSA 323
            E S KVRK K+SS+VS+SLSA
Sbjct: 301 PENSGKVRKFKLSSVVSMSLSA 322

[Close]

BLAST of Tan0000638 vs. TAIR 10
Match: AT1G65020.1 (FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: endoplasmic reticulum, plasma membrane; EXPRESSED IN: 23 plant structures; EXPRESSED DURING: 13 growth stages; CONTAINS InterPro DOMAIN/s: NERD (InterPro:IPR011528); Has 69 Blast hits to 69 proteins in 27 species: Archae - 0; Bacteria - 18; Metazoa - 8; Fungi - 0; Plants - 36; Viruses - 0; Other Eukaryotes - 7 (source: NCBI BLink). )

HSP 1 Score: 402.5 bits (1033), Expect = 3.1e-112
Identity = 201/322 (62.42%), Postives = 249/322 (77.33%), Query Frame = 0


Query: 1   MWAEILCGFIAFRVLRRFFYQRDELEIETSDSNALFAAASRLEKLYGGKIFVGLRIPDAD 60
           MW EI+CG + ++++RRFFY  +  ++ETSDS ALF+ A RLEKLYGGK +VGLRIPDAD
Sbjct: 1   MWIEIICGLVIYKLVRRFFYDDEFSDVETSDSTALFSVAHRLEKLYGGKAYVGLRIPDAD 60

Query: 61  TGLRQSIDMVLVTKGEAVVICVKNLSGFVSMSADGSWICEGDGRQKSEILPDPVAETRRW 120
           T  RQ ID+VLVTKG+ VVI VKNLSG V++++DGSW+CEG     +E  PDP+AE ++ 
Sbjct: 61  TASRQDIDVVLVTKGDVVVISVKNLSGIVTVTSDGSWVCEGGKHHTTETFPDPLAEVKKQ 120

Query: 121 TSILESYLEQRGVTLPEGYLSWKVLLPNPKFRTVHSNYFPSEVITYDQWIQLKPEPKSMF 180
            S+LESYLEQRGVTL EG +S KV++PNP FRT+H+  FPSEVITY+ W QLKP  KS  
Sbjct: 121 ASVLESYLEQRGVTLLEGNVSCKVVIPNPSFRTIHA--FPSEVITYEDWQQLKPVSKSKI 180

Query: 181 SGWIKSALRGGKKEMQESMDQKLNFVLNTAPMWDRLESKGNNFVLGEFLEFKGKKEDMQA 240
           SGW+K A   G KEMQES  QKLNF+L TAP WDR+E K +  VLGEFLEFKGK+ED  A
Sbjct: 181 SGWVKGAFSTG-KEMQESSHQKLNFILGTAPTWDRVELKSSKIVLGEFLEFKGKQEDTLA 240

Query: 241 LREIKRSKVSCILIQKMRMIGFVPSRLRVLYSTRDYRNDGDSASEWKEVTIGSSSMVVFQ 300
           LR IKRSKV  + IQK  M G  PSRL+VLYS RDYR++G S +E KEVT+ SS+ V+FQ
Sbjct: 241 LRNIKRSKVDRVSIQKTSMFGLAPSRLQVLYSYRDYRSEGSSGAESKEVTVRSSTEVLFQ 300

Query: 301 MEYSSKVRKIKISSIVSLSLSA 323
              S+K++K K+SS+VS+SLSA
Sbjct: 301 PRDSTKMKKFKLSSLVSISLSA 319

The following BLAST results are available for this feature:

BLAST of Tan0000638 vs.


Match Name	E-value	Identity	Description

BLAST of Tan0000638 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_004148346.1	2.5e-164	90.68	uncharacterized protein LOC101206635 isoform X1 [Cucumis sativus] >KGN60486.1 hy...	[more]
XP_022957721.1	9.7e-164	90.99	uncharacterized protein LOC111459180 [Cucurbita moschata]	[more]
KAG6605718.1	2.8e-163	90.68	hypothetical protein SDJN03_03035, partial [Cucurbita argyrosperma subsp. sorori...	[more]
KAG7035626.1	2.8e-163	90.99	hypothetical protein SDJN02_02424 [Cucurbita argyrosperma subsp. argyrosperma]	[more]
XP_022995191.1	1.1e-162	90.68	uncharacterized protein LOC111490811 [Cucurbita maxima]	[more]

BLAST of Tan0000638 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0LKG9	1.2e-164	90.68	NERD domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G915150 PE=4 S...	[more]
A0A6J1H014	4.7e-164	90.99	uncharacterized protein LOC111459180 OS=Cucurbita moschata OX=3662 GN=LOC1114591...	[more]
A0A6J1K1B0	5.2e-163	90.68	uncharacterized protein LOC111490811 OS=Cucurbita maxima OX=3661 GN=LOC111490811...	[more]
A0A6J1DTU9	5.9e-159	87.27	uncharacterized protein LOC111023945 OS=Momordica charantia OX=3673 GN=LOC111023...	[more]
A0A7J7CMM4	2.6e-130	71.12	Plasma membrane isoform 1 OS=Tripterygium wilfordii OX=458696 GN=HS088_TW15G0081...	[more]

BLAST of Tan0000638 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G65020.1	3.1e-112	62.42	FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknow...	[more]

InterPro

Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25

Position :

Zoom :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR011528	Nuclease-related domain, NERD	PFAM	PF08378	NERD	coord: 37..130 e-value: 2.1E-8 score: 34.6
IPR011528	Nuclease-related domain, NERD	PROSITE	PS50965	NERD	coord: 30..147 score: 17.926769
None	No IPR available	PANTHER	PTHR35287	SI:ZFOS-911D5.4	coord: 1..322

Relationships

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


Feature Name	Unique Name	Type
Tan0000638.1	Tan0000638.1	mRNA