Tan0018738 (gene) Snake gourd v1

Overview


Name	Tan0018738
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	Non-specific serine/threonine protein kinase
Location	LG09: 72550533 .. 72567076 (-)
RNA-Seq Expression	Tan0018738
Synteny	Tan0018738

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDSexon

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

ATGTTGCAAAAATCTGCTGCAAAATCACAAGATAGTAAGATGTGGGTTTGGGATTCAGTGTTGTGTTTACATAAGGTGCACCAATGGGGAGATAAAACCATACAGGCATCCTTCTTTGAGGCTTGTTGTGAGTGTTTAAGGCCCGATGACTTAGTTCCCATATGAAGAGCTTTACCTTCTTTCGATATATGATCTTTCCAACAATTTAGATCATAATCGCACCCGGAAAAAGTTGGAAAAGAAGCTTTCCATCCTGTCGACAAAGAGGACAAATTGAAGGCAAAAGAATGTTAATCATTTTGGGACTTTTAGAAGAATCCATATAAGAATGTTAATCATTTTGGGACTTTTAGGGCTGATTGGCATGCTGGTTTGGAATAAAAAACCCTGGGGTTATGGAACCTTGGGTTCTTTGGCTGGAATCATAAATTTTTTATTCTTGTGTTTTGTATGCAGAGTTGTGTTAGGCTGGTTTGCTGAAACCTGTATTTGGGGTGTAGGGTTGGGTTGAGCTAGGTTTGTTTAGGCTATTTTTTTATAACAATTTTTAAGATGCTTTTTTTTTTTCTAGATCCATTTTTTTTACTTGGTAATTGTTTGTTGAATTGCGTATCAATATTTTTTTACCAATGATGTTGATCAATTGTTTCAATGATAGTTAAATATGAATGTGTAGTTTGTACAAGTATATTAATATCTAATTCACTCCATTCATTATGATGTAAAATTAAATAACATTAGTAAGGACATATAATTTAAATAATTAAGATACTCTATTTCACAAAGTATTAAAAAAACTATTTTAGGAACTCTATTTTAGAAATTAAAAATTTGGAAGTCTATTTAATAAATTAGGGGATGTAAAACTCTATTTCACAAAGTATTCATAAACTTTTTTTTGAACTCTATTTTAGAGATTAAAAAATTGGAAGTCTATCTAAGAATTAGAGAATTTAAAACTCCATTTCAAAAATTATTCATAAACCTATTTTTGGAACTCTATTTTACAAATTAAAATATTGGAGGTTTATTTGAGAAATTATGGAATTTAAATAAAATTGTGCATTGTATTTTGAAATCTATTTCAAGAATAAATGACTTATAAAATTCGAATTCTATTTTAGAAATTAAAATATTAAAAACTATATTTTGCACAATATTTTAAAATCGATTTCAAATATATAATGAATTAAAAAATTTGTTAGTGAGGTTTATTTGAGAAATTATGGAATTTAAATAAAATTGTGCATTGTATTTTGAAATCTATTTCAAGAATAAATGACTTATAAAATTCGAATTCTATTTTAGAAATTAAAATATTAAAAACTATATTTTGCACAATATTTTAAAATCGATTTCAAATATATAATGAATTAAAAAAATTGTTAGTAATCATTTTTAATTTTATTTTAACCTATCAAAAAATTGACTAGATGGTTGGGTCGATAGGATGATTGTTGGGTGGTCAGATTGATAGGGTGGTGGGGTGGCGAGGTGGTCGCCGATGGTGATTGCATGATAGTCAGGTCGCTGGAGTGGTTGTTGGCAGTAGTTGTCGGGTGGGCGGGTCGCTGGAGTGGTCATTAGGGTGGTCATGTCGTCAAAGGGGTCGCTTGGTGGTTGTGGCAGTGGTTTTCAGGTGGTTGGGTCGCTGGAGTCGTTGCCGAAGTGGTCATTAGGGTGGCTAGGTCGCTGGGTGGTCACCAGGTGGTGGTCAACAATGGTTTTGGGTGGTTGGGTTGTCAGGTCGTCAGGGTGATCGTCGAAATAGTCATTGGGGTGATCAGGTTGTTGTGGTGGTTGAGTCATCAGAGTGGTTACTAGGTGGTTGTCGGGTTGCCAGGTGGTCGGATTTTCAGGGTGGTTGTCAACTATGGTTGTTGGGTCGTCGGAGTGATCGTCAATTGTGGTTGTCGGGTGGTTGGGTATTCGAAGTGGTTGTTAGATGGTCGTTGGCGGTGTTTCGGACAAGTCGGGTCGCGGTGATTTGGTCATCGAAGTATTGAGTTGTTGGGGTGGTCGCCAAACTAATCTATAGAGTTTTCATCGCAGTGGTATTAGAGGTAATTGTTAGCGGTGGTCGGATTGCCAATGTGGTCGTCGGAGTTGTCATTGTCGGTGGTCGTCGGGCAGTCGTCAGAGTTGTTGTCGATGTGATCATCGGAAATGAAAAACGATAAATGGAAGAGGAAAACATGGCACGAACCCCATGAGATTGCACTGTTGTAACCCATGGGGTTGTGTTTCAAAACTAAGAGTTTTGAACCCTTTGTACCAAACATGGTTTTGGGTTTGGAACCCAAAACTATCCCGACCCAAAATCATGGGCCAAACACCCCCTTAGACTTCCAAATTGCTTGAAATAACGATTTATCCATGGGAGGATTTGCTGCAAGATTCTTCGTCAAAGATTTAGTAGCCATATTAGTATTGACCACAAAGTTTTGAGTTTTCCTAGAAATTTGTCTGTTGACTGCATTTGCATCAAATAACCTGGAGCCTTCTGTGAGAGGCAATATTTCATACCAGAATTCTTGAAGTTGATCGTGATTCTATAAGTTATATACATTAAACCTGCTTTTTTTTTTGAAGTTGATAATGCATTTTGTTAGATATTTGCAATAAATGGCTTTTTATTACTTATTAATGCTTTCATTTACATTTTTATATCTCTCTTCTCCCTCGTAAACAGTTGCCCGCATGTGGCACACAAAGAACTCACAATATCGGATTCAATGTAACTGCATTCTTAGCTATACAGATTAAATTAACTTGCTAGGGTCATTGTGAGTGGTGCACTGACAACTGCTGCTGACTTTATGTAGGAGGTTGCTAATTCGAACGAGCAGTTGATATTCTTGTTGCCTGCAGCTGTTCATGCTCTTTGTGCGGGTTGTGCTCCCTCAGGAGATGTTACAAGGGTTTTGGATGAATGTTTAAAGAAAGATGTGGTCTGTTAATAGTACCTGTCCACTATAATTAAAGATAGATTTGGGGATTTTTTGGTAATTGAAAGTTAATTATATTTGTAGAAAGAAGAAACTTATCAGGATTGGTCGCAAGAAGTTTGTGAGTGTTCTGTGGAAGTTGTGGCCAAAATTCATCTTGGTTCTAGCGTTAAGGTGGTGTTTTATTGTTTGTCCTGTTTCAGAACTGATATCAATGTAGTTTCTCACTTTGTCTATACTTGTTGGTTTAGATATGCCAATCTCGCGGCCTTAAGGCTATTCATCTGCCTCGTCAGATCAGAGATCCATTGCTGGATGAAATGGAGACTTCGGTTCTTGGAGCATTGATTGATGTGGAGAGGGAAAAAGTGCTGCCGTCTAATATCTTCATTTTATGTGCTTTATCGGCAAACTTCATATACAGTTCAACTTTGATAAGGTTTTCATCATTTTTTACGTCCAATATTAAGTTTAGCATTTTTTGGGGGGTTTCTTAACTTTAGAATGTCAGAATGTACTTTTTCCTTTTCCTGGTTAGCAATCTTTGAGAGTATATTTGCAAGCCCATGTTACTTCTGTTAATTCACCCATCAACCCAAAAGCTTAAACTGATAAATTATGGTTAATTTAATCATATTTACACTCCAACACTCCCCTTAACTCGTGGGCTTGGAAATTTGTAGAAAGACCAACAAGTGGAAATCAATATTAATTGGGGGAGGAATTGACATTAGTGGAGTTTGAACACAAGACCTCATGCTATGATACCATGTTAAATCACCAATCAACTCAAAAGCTTAAATTGATAGGTTATAGTAAATTAACAACTTCGTAGATGCACTATGTGCTGACTTTTTTTAATTCTTTTTTGATTATTGACCCCTCTTGGACTGTAATCCGTCTTGACGCGCACTATTGATGAGAAATTTAAAGAGGAATGTAAAAAATCTAATCTACCTTGTTAACAACAAACAAGACTATTAGATCACAAACCCAAAAATCTCAAATCAAAATGAAATCAAAGAAGCCAAAGATTCTGATGTCAAAAAATGTTAAGTAACCCTTGATAATTGGATCTAACAACCTTGCTTAAAGAAACAAGACCTTTAGATAACTCAATCTCAAAGACCCCAAAACCAATTTTGAAAATCAACTCAAGGAAAGTAAGACCGGATTACCTTGTTGATCAAACATCTCAAGGCAAGAGAATTTGTATGAGATTCGAATCACTCCACAAGCAAGATTGATCAAGTCAAGCTTGAATGATTCTAAGCATGCAACCTAATCTACATAGAATTGCAAAGAAATAGCTCAAAGGCTATAAAAAAGCTCAATGCCTCTTTTGATTACATTTTCACTCTTTTTCTTTTTTTTTTTTTTCTACAAGGTACATGGCTTTATATAGCCTCAAAATCAACCCTATAGTAACCTATGGTCAATTGAAAGGTTGTAACTTACATCCCCATCAATACCATGATCTCCACTAGCTATTTTGTAACCTAAATAATTGAAAACAAGACTTTAAAACTGAAAATTACATGGAATTAGCCATAAATCCGAGAATTGACTTTTTGATCAACCTACATAAAGTTTGTAACCTTCCATGCATAAAAAGATCCCCACTTGGAGTAGCTTGAAACTCTAGTTGCATAAATGAAGCTTGGATTGTCTTTAATGAAGCATGGGTTGCACTTGAGTTCATTAAATGCATCTTTAGTTCGTCATAAATAAAGTTGGACAACATTTATTTTCAACTCCATTTTGAACCTTTTCTCTCATCTTGCATAGCATGGTAGGATTTGTATCACTATAATCTCGAAGAGGATGTGTAGCCTTTCACCAATACAAAGCAGGAATAAAATTAAATCCAAAAGGCAATGAAAAGTTTTTGTATTCCTCTCACACCAGAGATACCTGAAGAAAACTCGATTGATAGAGAGCTAGAAAGTCTTTTCCGTAACATGGAAACCCTTGTACCATCAGTTTTTGGAACCCGTTGTTGAAAAAATTGAAAAGAGGCTTTTTTTCACAAGGAAATAAAAATTTCATTGAAATAATGAAACTAATGCTCAAATACAAACTCCAAATAGAAAAAACCAAGCCAAAAACCCGGACTACAAATCAAACTAAAAACGCAACAAGAACAATCCTTGAGAAATAAGGGAAGGAGCACCACAAGAACAAAAAGCCCAAACTCCTGCATTTTTTTTTCCTTTGAACTCCACGAACTCAACAACCTACAACAACCGTTACAAAATGCTAGCAAAACCTCCCCGATTCTAACTTTATTAAGGTACAAACATCAACAACTTCAATTCCTGGCTGCCAAAAAATAGTGAAAGAACCCAGTGTATACGTCCCTTCCTCTTGACCAAAGAAGCTTGCTTTTTCTGAATCCAGATTCTTACTTTTATCCCAATGAAAAAGCATACCACCAGAACGACCATAAGCTTTGCCATGGACCCCGTTGAACTCCATGAACTTCGAAAAGAATTAACAAATTTTATCAACCGGAGCCATCTTTTCGTTGAATCATTACCACTTCTAGACACGGTCATTGTGTAAAACTCTTCAAACCCATTTTCTCAGAACCAACCCTCAATCCCCAAGTCTTCCACAAAAGAAAGTTCCTTAAAATCATACAGACGAAGAAGCTGGGCCAACTTCTCTAAATTGCAATCCACGGCTTTGATTAAGGATTCGAATCCTCCGGCTTTGAAAAGAGGCTTTATAATTGGGGAAATGCGTACATCTTTGAAGGAGGTAGCCTCACTCTCATCCAACCTACACTATCTAATCTTCTGATATTCTACTTCTCCATCTTTATGGCTCCACCTACTATCACGTAAATTATCGAGATATTATACAGGAATTTTTCTATGGAAAGGTAGCATGGAGAAAGATGGTTGCCATATTCTCAAATGGTCTAGTATTAAAACACCCATCGAGGAAGGAGGTTTGGGTATCATCGACATTCACCAACACAATATTGCTTTATTAGCAAAGTGGATTTGGAGGTTTCACAAAGAAAAGACTGCTCTATGGCGTAGAGTGATTACCGCAAAGTATGGATCTAGCCATTATGATCTGAGGCCGGGCATGATGTCTTTGAAAACATTGAAGGGCCCATGGAAAACAATTCATAATATACCGAATTTGGTGCACGACCATGCTTTTATCAACACTTGCAGAGGAGACAAGACAAGCTTTTGAAAAGACATATGGATGGGGGACTATAGGCTACAATCTAAATTTCCATATCTCTTTCAGATATCTCAAAGGAAAGAGGCATGTATCAAAGACCTTTGGAACCTGTATCTTCGATGTTGAAATTTAGGAGTGGGACGACCTTTCACATCTTTTATCTTCTTTCACCTTCAAAGACCATGAAATCGTTGTTTCCTTGTAAACAAAAAAAAGAATAGAAATGATAGAACATACTAATAACATTTTCATGAAACTACCAAGATATGTTTCGAAAAGGACCTCCCAATTACAAAGTTTTTTTTTTTGATATAAGAGTGTTCGTGCCAGCTTGCATGCACCTCGACTAATCTCACGGGATAATTGTCTTGTAGGGACTTTATGGTACAAGTACAACATATTTCAAGTTGGTGATGTCGTAACTATAAAAAATTCTTTTATAATTACAACCTCTTCGTGATTATAAATGGTTGGAAGGCTTTGATGGTTTAGTTTGTTGGGAGGGGATTCTCTACCCCAGCCCTTTGGTTGTTATATCTTTTTTGTGTTCATAATATGCCCTATTGTTTCTTATAGAAAGAAAAAAAGTTTGTGTTTACTACCAAACTTGCATGTGTTGTTGAACTACACTTATCTGTGGTTACTTCATACTTGTGTTGATAAATAGATTAGAGTAGACTGGATTCAAAGAAAGCTTCAAGTATCCAGTTAATTTTAACTTGGGACCTTTAATGTGTCATTGAAATGTGGAAAAAATCTCCTTTTACTTCCTTGGGCAGCATTTTCTCGTGCTCCTTATGCAGCTATACTCCTCTTACGTGTGTTTTACATGCTTCAACAGGCAAAGGGAGCAAGTGCCTTTGTTCATTTCCAGATTGGGCCACTACATTTTAGAAATGACGAATCATGCTGTTAATGTTATCCAAGGGTACTGCAGGGATTTTAAACTTCTCAATCTCTTTGGTTCTGATTCCTTTCTTGACATAACGAATTTTGCTGTCACATCCTTTAGAAGTTTTGCTTCTAGTTCAATTTTCAATGCGGAAACAAGTTGTAATGCTCTGGATGTTGATCTATATGGTGCATTGATTCTTTCTATGGAAAATCTTTTGAAAGCACTTTCTAAACTCTTTCAAGAATATTCTATATCCAATAAGAATCTCCATTCTGAGGTAATCTTGAAAGATCTTGATGCACCTGCTTCTCCTTTGGGGAATCTTCCCCCAGTTGAAGCTGAAGTGTGTAGGATTTTGGATGTAGAATTGGATGTGAATAATGACTCCAATGACATGGATGCACTGACTGTTAAAAGGAGTATGGCCCCTGGCATATCTTCAACAAGAATTTGGAAGTTGAGGATGATATCACTTATTTCAAGTTTTTCCTCAATTTTGCATGAAGTTACATGGGAGGTTCTGTTTGCACTTCTTGAGAATGAATGTGATTCAAAGGTGCATAGAACATTCACTGATTATTTATAATTATCATGCTTTCCTGTTATAGGGGTTTTTTACTGGTGTATTTATTCTTTTTTAGGTATGCGAAGAGATTCTGTACCATCTCAGTCAAAATATCTTGTGGTCGTCTTCTGAAAAAGTTCTGAACTTGGTAATTGGGCTAATCAGCCAATGCATGAAATTGTTTCTACACAAGTCTACCAATAAGTTGGAAAAATTGCTAGTGTTGCTGATGACATTCTTTCCTCCTTATTACCATTGCAGATAAATATAATGGATAACTTGATTAATACAAAAGTGAATCTTAAGCTGGATTTGTCTAGCACACTAGATGCCGTTGGTGGTTTACTTAGGAACCTTTCATCCTTGGATAGGGTTGTAAAGGGTAAGCATGGTGGTCAATTTCTTAAGGATGCACAATTTGAGATGGTAATTTCTTGACCTTGTTTAGTTTGAAAATTGATTGGAAATCACATGGAAGAACATTACTAAATCTCATTTCATATTAACACTCCTACTAAATTATCTCCAATTTTTAAAATGATTTTGTACATATATCTAATGATAATTTCTTAAGACACCTTAGCTTGAAGGTAGGCATTAAAGTTTTCTTTTAGCTCTAATGATTGGACTTGGCATAATGATTGGCTCATCATTGGTTAGAATTTGAGTCGACTCTGTTGACTTTGAATATTAGCTTGATTCAGTTGGTTAGCTTTGAATTCTTTTTGTAGACTTCTCTCATGGTCTCCTTGGTTATTATTATCTTATTTTTTTTATATAAGAAACAATTTCATTGATGAATGAAATGGAGGAAACTCCAAACACCAAAAGGTGTGTTACAAGAAAGATTGCCAATTATAAATGAAAAAAGAACGAGTTAAACAAGGTAATGAGATAAACATCCTTACACCAAAGATAAACATTCAAAAGGATAATATCCATAAAGCGATCAAAAGTAGAAGAAACATCCCTGAATAATCGGCTATTGTTCTCGATCCATAGATTCCAAATGAAGACTCGAACTAAAGCCAACCAAATGATTTTTCTAATGCCCTTGAAAGGATGTCCAACCAAAACGGAGGATAGGAAATCAAAGATATTAATAGGAAGCGGCGATGACCAACCAAAAACATTCAAAATCTTCCACCAAAAATTCAAAGAAAATGGCAATGCACGAAAAGATGACTTGCATATTCAAAGTTCTTTTTGCACATAAGACACCAAGAGGGGGATAAGTTCATGTAGGGCATTCGTTTTTTAAGACGATCAGCAACATTAACAACTCATAAACTGAGCTCCCAAATAAGGATTTTAATCTTTTTTGGGTAAGAATCATTCCAAATGACTGAATAGGTATCCTTTCGCCTCAAGTTATCACAATCCAACAAATCAACAGTGAGAGATCTCACAAAGAAGAAACCAGAAGGCTCTAATAACCATTCCCACGAGTCCAGTCTATTCGACAAATGAACATTCGATAATAATGAGAAAGAGATGTCCACTCATTAATTTCTAAATCTGTTAAGTTACGCCAAAGACGCAGGTCCCAAGCCAACTCGGTCACATTCCACATATCTGCCACCGTCAAATCAGAGTTCAAAGCCAACCTAAAAAGCCGTGGAAAAGCCTGACCAATAGGTCCACAACTAAGCCAATGATCCTTCCAAAAAGTTGTGGAGCATCCATTCCCATTACAACGCTTAGAACGCCGAATCACCAAATCACGTGAAAGGCAAATAGATCTCCATGGTGATTTGTGTTTAGTATTCATAATGATCGGGGGCCAGTCAATAGAATTCAAAAAACCATAATATTTAGCTACTATAAATTTCCGCCACAAGGAGTCAGGTTCATGCATGAATCTCCAAATCCACTTAGCCAGCAAAGCCGAGTTTCGATGTGCAAAGTTACCAATCCCAAGACCACCCATGAGCTTAGGAAGCTGAATAGTTGCCCAATTCACATTATGTACGCCACCATCACCCTTAGCTCCTTCCCAGAAGAAATCACGTATAATTTTATTCAACATTGAAATGATTTTCGATGGAAGTTTGAAAAGAGACATGTAGTAAGTAGGAATACTAGAGAGTGTGGCCTGAATAAGAGTATGCCTACCACCTTTAGAAATAAAGGCATATCTCCAATTATGAAGTTTCTGTTTCAACCGCTCTATAATAGGTTGCTAAAAACAAACTGTACGAGAATTACCTCCCCATGGCAAGCCCAAATAGCTGCTTGGCCAAAATCCCTGTTGACAACCAAAGATCGCCAGTAGCCTATCCATCTCAGATTGATCAATATGTATGCCAATCATCTCACTCTTCGCCAGATTAATCCTTAAACCAGAAGCACTCTAAAAAATCTTGATTAGTTCATAGAGACGTTGCAAGGCAGAATGATCAAAAGTTGAAAAAAGAAGTGTATCATCCGCAAATTGCAAATGAGTTAAGGCAAAAGATGAGTTAAGGCGGAACTTAGTCACTGATTTTGAACCCAACTTCTTTGGTATTAAGCAAATATAAGTTTCATTCAATGAAACGTTGATGATGCCAGAAGAATGAAAGTTTTGAACCAGGTTCATAATGTCAGGTTTAAGGATATCCCAAAAGAATCTGAAGAACTCAGCTGTAAAGCCATCAGGACCTGGCGATTTATTGGAACCCAGAGAAGAAACAACGTGATAAACTTCCTCTTCTGTAAAGGCAACTTCAAGAGTCGTTGCTTCCTCTGAGGAGAGAGCACTCCATTCAACATTAGTGGGCAGAAATCGAGAGTTAACATCTTTGGTATACAACTTTGAGTAGAAATCAATAAACTCCTTTTCAATATCCGATGCAGAAGTAAGACTAACACCTTCTCTTGACAAGATTTCAGAAATCAAGCTTTTTCTCTTGCAGCCAAGATCCGATGAAAGAAATTGGTATTTTCATCACCTTCCTTAAGCCATTTTAGCTTGCATCTCTGATGCCAATAAAACCTGGTCTTGTGCAATCAAGGATTCGATTTGATCTCGTAGAAGCTGATGGTTTTCAATCTGGGGGATAGTTAAAGGCCCACTATCCTCCAAATTGTCCAGAGTTTGCAATTGCAAAGCAAGGGAATGAAAATTAGAAGCTACAAAACGGTTACCTTTACTCCAGTCTAATAAGACTCGTTTGAGGCCTTTTAATTTTTGCATCAAAGCATGTCCCGACCAACCTTCAAATTGATTCTGATTCCACCAAGATGATACCACATCTTTAATTGATTCAATCTGAAGCCATGAATTCTCAAAACGGAAAGGAGTGGGACCCCAAACAACATTACCAAAAATTAGAGCTAGCGGATAATGGTCCGATGTAATTCGAGCCAAACGATTGAGAGCAACTGAGCCGAACTTGTTGGAACAACCTTCAGTAATTAAAAATCTGTCCAACCGAGAGCAATAATGGGTGTTGGACCAAGTGAAACGACCATTCTGTAGCGGAATATCGATCAAATCATAAGTTGAAATCCACTGATTGAAAGTATTCATACTTCTAGTGATTGAATTGTCATGTGATTTTTCCCAAGTCCATCTAGTGACATTGAAATCCCCGCCAATAATCCAATTATCTCCACCCAAACCAGCCAAGTCGTCCAATTCATTCCAAAAATCAGCATGAAAACCATTCCCAGATGGACCATCTTGTGACATTGGTTATTATTATCTTATCACTGTCTTTTTTTTTCCTTCCTTTTTTATCGTAAGAAACATCCATGAGAAAGAATTTACTATCTTCTATTGTACATAGAAAAAGTTGCCTCTGTTTTGGAAGGAGTTTTTGTCTTTCACCATCATATTCTTGTGTACTATTATGTAGGTTGGCGTTGATATAATTAAATTTGCCATAACCTATCAGCTTAAGCTTTTGGGTTAATGGGTGATTTACATGGTATCAGAGCAGGAGGTCCTGTGTTCGAATCCTGGTGAAATCGTTTATTCCCAATTAATATTGATTTGTACTTGTTGGGTTTTTGTTTAAATTTCCAAGCCCACAAGTTAGGGGAAGTGTTTGATTTCCACTTGTTAGGCCTTTGTTCAAATTTCTAAGCACACAAGTGAGGGGAAGTGTTGGTGTTGATATAATTAAATTTGCCACACTTGTATTATTGAAGACTTCTCTCTCTCTCTCTGTCTCTAGCTAGAATTTTCAGTGAGATAATTGCCTTTAAGTTGAATGTACTGGTTTTCACATGAATAGCTATCAATCTCAAATCCATCCTTACAACTCACCTTTCAAAGACTTTTTCCCTCGACTTTATGTCATTTCTACTAATTCTTTTTGGGATGCTTCAATCCATTCTTGGAATTTATTCTTTAGAAGATTTTTAAATGAGGCAGAAACCTTGGATTTTCAAAACCTTTTGGGTAATTTAGGGCCTGTTTCAAAACCTTTTGGGTAATTTAGGGCCTGTTTGGTAAGCAATTTGAAGATATAAATTTAAAAACAAGGGATCCAGTGGAAACAGAGTTGTATTTCATGTTTTCAGATATGTGTTTGGTAGCAGATTTAAAAATTTGATTCCATTCTAAGCAGTTGTTTAAAGTGCGTCCTATAATATATTTATAGATCATAAAATTAGTTGTAGTTGCAAAACTAATTATTAAATTGAATATAAGTCATTATTAATTAATTTATGAACATTATTTTTATAAATTTTATAGAATTATCATTTTATGATATAATATTATATAATTTAATTATACATATTTTAATTTAACAAAAGTAAATTGAGTTTATAACAGGAAATAATGTATTGATTAATATTTTTATCTTTGTTTAATATAATTCTGCATCTTAAATTTTTAAATTCAGAATCTAGATACAATGAAAACATAAAAATGTTGTTTTCAGAATTTTTACTATTTGGATCACAAAATCCGAAACAGTTTTCGAAAACACATCTGCAAAACACATATTCACTAAATTTAGTGAATCTGAAAACATAAAACAGAATCCGGATTGCATACTGTAAATCACCAATTAACCCAAAAGCTTAAGCTGATAGGTTATGGCAAATTTAATTATATCAACACCAACACTCCCCCTCACTTGTGGGCTTAGAAATTTGAACAAAGACCCAATAAGTGGAAATCAAACACTCCCCCTAACTTATGGGCTTGGAATTTTGAACAAACGTCCAACAAGTAGAAACCAATATTAATTGGGAAAACCCTCGAAAGAGCGATTGCCAGGAATAGCAGGACAAAGACTCTCTTTTTCACTTATATCGTCGGCCTCCCAGAATGGACGAAGCCTACGATGATATGCCTGGACTCAGCACAGACAAAATTTCGAAAAAAACCAGGCTTAATAACGACTAAAGACCATTGGACGACCGGAGGCTCTTTGGCTCATTCTTCGATTGCTGGGCTCGGATGTCAGACTCCCGCCGCCGACAGATGTCCCATGCCACGTTTCGTGAACAGCTATGCCCGAAAATGAATGCATCTTTTTGATATAATAGTAAGGCATCCTCCGGATAATTCAAATCGAAGCAATTGGATGCTTTTCCCGGAGAAGAAACAATGACGGTATCTGGGGAATAAGCAAACGATTTCACCAGGGTTCGAACACAGGACCTCCTGCTCTGATACCATATAAATCACCAATTAACCCAAAAGCTTAAGCTGATAGGTTATGGCAAATTTAATTTTATCAGCACCAACACATACCAAACAAACCCTTATTGTTTAGAAGTTTCTCCTTGTCTTAATGAAGATTTCCGTCACGTGACTTGAATCGTCTGGTATTTTTATGGTTAAATTCTTGACTGCTCATTTAGCTTCTTCAAGTGCCATGGACAAGGTTTTATTTGCAGCTATCTAGAAATCTAATAGTCCAAAGAAGATTAATATTCTTTTGTGGATTTTGGTCAATGGCAGCTTTAATTCTTCGGATCGGAAGTCTTGCAAAGAAAGCTTCCCCTTCATTTTCTGTTACCTTGAATATGCTATCTTTGTTTATTCCTTTTGAATGTCCTTACTCAAGTTTGTGGTCAAGTTCGTGCTGGTTCAAGCTTTTTGGAATTTTCAATATTAAGTGGGTCTTCTCTAATGGTGTGAAGGAAAACATTTCTCAGCTTCTTATTGGTTTTTTGGTGAAGCCAAAGGAAAATCTGCTTTGGGTGAATGCGATTAAAAAAATTCTTTCAGAATTGTAGTGGGAAAGAAATCATAGAATCTTTCATTTTTCCCATCTTCGTGGCTGGACAGATTTGATTCGGCTCGTTTAAAGTCTTCATCATGGTGTTCTCTCTCTAAATCGTTTGCGGAGTTCTCCTTGCAGGATATTTACCGGAATTGGAATGCTTTTCTTTCCCCATTATAGTTAGTTAGTTTGTTTGTTTAGTTTTCTTCTGGTCTACTTTCTTGCTTTCCTTTTCACTCCTCTTGGATTTTGTATCTTTGAGCAACAGTCTCTTTTCATCTCTTTAATGAAAAGTTTCGTATTTTGTTAAAAAAAAAAATCCATGAGCTGTTAGTATTTTTAATTCTGTTTGTTCCATGTATATGCACCATGTTATTGTTTTGTGAGAGTTAAATTTGTTTGTGTATGCAACATGTTTTCCTTTTTCTCGTTGCACCTCTGCAGTTTGATGTTTAAGTCAATAATTTAAAATCATACTGCATAGTTATATTAGGAAATAGATTTTCCTAATATTTTCGACCTGTCAGGACGACATACTTATTTATGTGTGAACAATTGACAACCTTTCCTATTAATGTTTCTCTTCTTAATTTTTTCCCAAATATTCTTGAAAACAATTTCTGATCAGTCAATTAACTAATGCTAATTTTTAATTTCAGAACTTGGTTCAGATTGGTAAAATAGTGAACAGGATTGCTGAAACTGACCTTCTGGACTGGTTGGGGCGTGTTAAGCTTATTGATTGCATTTGTGACTTTATTTTAATCAATCCACAAATTGGTCAGGTAATCATTTTGATGCATGAGAACACATATCCTTACTTTAATATTTGTAGCAAGATGTTTAGAACATTTTATTGAGTTCGTCGTCATTACGCTACAAAATAATAGAATACAAAGAAAGGTCTGATGCCTACTTTTCACTGTAGTACAACTACCAGTAATTTTGTTAGAGCACCAAAACAAACCTAGCCTTTTCAGCTTTATCCTCCGGGTTCTTTCCTTGCCAAAATTCTGCCTTTCCAACGATTATTCCCACCGGTCATGATATAGTCTTTACTAGGCTTCCTCAAGCAATTTCCAGCTGTTTCTTCCACTCAAAAGCCCCTGTCATTTGCTGCAAGGTTCTCTTTACTGAGTTGCTAACGAAATAGTTTCAAAACTCTTCCTTTATTATGATGTCCTTCTAATTAAAGTCATATACGGGCCTTTTTGTATACTTTCCTTCGCTTAGTGTATTCATCTTATCCTGGCTTAGTGGACATATTTATCTTCCACCATGCCCTTCCCCCCTTTACATAAGACCTTCCAACTAGAATCAATTACATTGACTGGATAATTAGAAAACAATATTGACTAAGAACACCAAAATAGAAGCATGGCTTTTTACATAATCTGAACCAAGCAAGTGGTTTTCTTCAAAAGTTCTTTGGTTTCTTTCAAACTAGATTTAAAAGAAAGATTTAATTGTGTTATTCCATGAGAACCTTACTTTACCTATCGGCATCTCTCCACTTAGCATTTGAACAATGTTTCTGAGTCTTTGTCCAAGACCCTTGAACTATTGTTTCCAACATTTACCATTGCAGGAACAATGAAAATACAAATGTGGCATATCTTCCCTCAGCTAAGAAACATAAAACAGATACCATTGCGGACAAAATCATACTCAACACTTTTTCTGAACATTATTCACTATATTAATACCTTCCAAGGCTGCAGTCCAATAAATATGTCAACCTTCCTTTTCAACATGCCTTAGAACCGTCTTCAATCTACTTTGGAATGATTAGAAGATCTTACCAAAGTTTTGACCTAAAGACGCATTTCTACATTTTCTACTTCCTCAAAGTTGCAGCATTTACAATATCTAATTAATTCTTTAAACGCACCAATGATCAAAATTTTAGAAATCAATTTTCGTTGAGCCAGCAAAAAGAGCCTAGGAAATCTCATCTGAAAATGCTCCAGCTCAGTCTCCTTTTAAATCATTGTATTTGTCCCATTATCAATTCTAATACGAGAAAATTTCCCCATCATAGGCCAAGTTTTGGAAACGTCTCACCACGGACTCCTACTACATCCTCCACTAGTTTGATTTGGATGTATTATAAATCTGGGAAAAATACATTTTTAATCCTTCATGTTTTAAGTTTGTGTCTATTTAGTCCCTATGTTTCAAAATCGGACAATCGAGTCCTTGAATTTAGTTAAATAGTTCTATTGGGTCCTTGGCCATTAATTATTTTTAATGGAGACTAACAGAAGCTGACGTAGATGTTTTTAATATTAAAATAATAATTTTTAAAAAATAATAATAACAAAAATAAAATAATATTATTATTATTCTAAAATTCCTTATCTCCATCTCATCCCCTTCTCCATTCCTCTTCCTTCTCTCTTCTGTGCGTGCCTCCAAACCTTCCTTTCTTTTTTTTTTCCCTTTTTGATAAGAGGGCAAAGTAGAGGAAGAAGAACGCGACAATGGCGAGAATCCACTTTGCACCGCTCGCCCATGAGACCATGATCGATTCGCAGACCGTCGACCACACTAAATCTTCTGGCTGACAGAGCAGATCCGAAGCCTCGCCGTCCAAACTTGTTGTCTCATCGACGGATCACGTCGTTGGTCGCCAAAATGCAGAGTGATGCAGGACCCGAGCCTGCTTGTCGCGCGCCACGAGTCCGATGCCCAGATCCGTTGCGCTTCAGATTTCTCATCTTTCTTTTCTTCTTCTTTTTATTTTTTTTTAGATGTAA

mRNA sequence

ATGTTGCAAAAATCTGCTGCAAAATCACAAGATAGTAAGATGTGGGTTTGGGATTCAGTGTTGTGTTTACATAAGGAGGTTGCTAATTCGAACGAGCAGTTGATATTCTTGTTGCCTGCAGCTGTTCATGCTCTTTGTGCGGGTTGTGCTCCCTCAGGAGATGTTACAAGGGTTTTGGATGAATGTTTAAAGAAAGATGTGAAAGAAGAAACTTATCAGGATTGGTCGCAAGAAGTTTGTGAGTGTTCTGTGGAAGTTGTGGCCAAAATTCATCTTGGTTCTAGCGTTAAGATATGCCAATCTCGCGGCCTTAAGGCTATTCATCTGCCTCGTCAGATCAGAGATCCATTGCTGGATGAAATGGAGACTTCGGTTCTTGGAGCATTGATTGATGTGGAGAGGGAAAAAGTGCTGCCGTCTAATATCTTCATTTTATGTGCTTTATCGGCAAACTTCATATACAGTTCAACTTTGATAAGGCAAAGGGAGCAAGTGCCTTTGTTCATTTCCAGATTGGGCCACTACATTTTAGAAATGACGAATCATGCTGTTAATGTTATCCAAGGGTACTGCAGGGATTTTAAACTTCTCAATCTCTTTGGTTCTGATTCCTTTCTTGACATAACGAATTTTGCTGTCACATCCTTTAGAAGTTTTGCTTCTAGTTCAATTTTCAATGCGGAAACAAGTTGTAATGCTCTGGATGTTGATCTATATGGTGCATTGATTCTTTCTATGGAAAATCTTTTGAAAGCACTTTCTAAACTCTTTCAAGAATATTCTATATCCAATAAGAATCTCCATTCTGAGGTAATCTTGAAAGATCTTGATGCACCTGCTTCTCCTTTGGGGAATCTTCCCCCAGTTGAAGCTGAAGTGTGTAGGATTTTGGATGTAGAATTGGATGTGAATAATGACTCCAATGACATGGATGCACTGACTGTTAAAAGGAGTATGGCCCCTGGCATATCTTCAACAAGAATTTGGAAGTTGAGGATGATATCACTTATTTCAAGTTTTTCCTCAATTTTGCATGAAGTTACATGGGAGGTTCTGTTTGCACTTCTTGAGAATGAATGTGATTCAAAGGTATGCGAAGAGATTCTGTACCATCTCAGTCAAAATATCTTGTGGTCGTCTTCTGAAAAAGTTCTGAACTTGATAAATATAATGGATAACTTGATTAATACAAAAGTGAATCTTAAGCTGGATTTGTCTAGCACACTAGATGCCGTTGGTGGTTTACTTAGGAACCTTTCATCCTTGGATAGGGTTGTAAAGGGTAAGCATGGTGGTCAATTTCTTAAGGATGCACAATTTGAGATGAACTTGGTTCAGATTGGTAAAATAGTGAACAGGATTGCTGAAACTGACCTTCTGGACTGGTTGGGGCGTGTTAAGCTTATTGATTGCATTTGTGACTTTATTTTAATCAATCCACAAATTGGTCAGATGTAA

Coding sequence (CDS)

ATGTTGCAAAAATCTGCTGCAAAATCACAAGATAGTAAGATGTGGGTTTGGGATTCAGTGTTGTGTTTACATAAGGAGGTTGCTAATTCGAACGAGCAGTTGATATTCTTGTTGCCTGCAGCTGTTCATGCTCTTTGTGCGGGTTGTGCTCCCTCAGGAGATGTTACAAGGGTTTTGGATGAATGTTTAAAGAAAGATGTGAAAGAAGAAACTTATCAGGATTGGTCGCAAGAAGTTTGTGAGTGTTCTGTGGAAGTTGTGGCCAAAATTCATCTTGGTTCTAGCGTTAAGATATGCCAATCTCGCGGCCTTAAGGCTATTCATCTGCCTCGTCAGATCAGAGATCCATTGCTGGATGAAATGGAGACTTCGGTTCTTGGAGCATTGATTGATGTGGAGAGGGAAAAAGTGCTGCCGTCTAATATCTTCATTTTATGTGCTTTATCGGCAAACTTCATATACAGTTCAACTTTGATAAGGCAAAGGGAGCAAGTGCCTTTGTTCATTTCCAGATTGGGCCACTACATTTTAGAAATGACGAATCATGCTGTTAATGTTATCCAAGGGTACTGCAGGGATTTTAAACTTCTCAATCTCTTTGGTTCTGATTCCTTTCTTGACATAACGAATTTTGCTGTCACATCCTTTAGAAGTTTTGCTTCTAGTTCAATTTTCAATGCGGAAACAAGTTGTAATGCTCTGGATGTTGATCTATATGGTGCATTGATTCTTTCTATGGAAAATCTTTTGAAAGCACTTTCTAAACTCTTTCAAGAATATTCTATATCCAATAAGAATCTCCATTCTGAGGTAATCTTGAAAGATCTTGATGCACCTGCTTCTCCTTTGGGGAATCTTCCCCCAGTTGAAGCTGAAGTGTGTAGGATTTTGGATGTAGAATTGGATGTGAATAATGACTCCAATGACATGGATGCACTGACTGTTAAAAGGAGTATGGCCCCTGGCATATCTTCAACAAGAATTTGGAAGTTGAGGATGATATCACTTATTTCAAGTTTTTCCTCAATTTTGCATGAAGTTACATGGGAGGTTCTGTTTGCACTTCTTGAGAATGAATGTGATTCAAAGGTATGCGAAGAGATTCTGTACCATCTCAGTCAAAATATCTTGTGGTCGTCTTCTGAAAAAGTTCTGAACTTGATAAATATAATGGATAACTTGATTAATACAAAAGTGAATCTTAAGCTGGATTTGTCTAGCACACTAGATGCCGTTGGTGGTTTACTTAGGAACCTTTCATCCTTGGATAGGGTTGTAAAGGGTAAGCATGGTGGTCAATTTCTTAAGGATGCACAATTTGAGATGAACTTGGTTCAGATTGGTAAAATAGTGAACAGGATTGCTGAAACTGACCTTCTGGACTGGTTGGGGCGTGTTAAGCTTATTGATTGCATTTGTGACTTTATTTTAATCAATCCACAAATTGGTCAGATGTAA

Protein sequence

MLQKSAAKSQDSKMWVWDSVLCLHKEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEETYQDWSQEVCECSVEVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMETSVLGALIDVEREKVLPSNIFILCALSANFIYSSTLIRQREQVPLFISRLGHYILEMTNHAVNVIQGYCRDFKLLNLFGSDSFLDITNFAVTSFRSFASSSIFNAETSCNALDVDLYGALILSMENLLKALSKLFQEYSISNKNLHSEVILKDLDAPASPLGNLPPVEAEVCRILDVELDVNNDSNDMDALTVKRSMAPGISSTRIWKLRMISLISSFSSILHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKVLNLINIMDNLINTKVNLKLDLSSTLDAVGGLLRNLSSLDRVVKGKHGGQFLKDAQFEMNLVQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQM

Homology

[Close]

BLAST of Tan0018738 vs. ExPASy Swiss-Prot
Match: Q9M3G7 (Serine/threonine-protein kinase ATM OS=Arabidopsis thaliana OX=3702 GN=ATM PE=1 SV=1)

HSP 1 Score: 238.4 bits (607), Expect = 1.7e-61
Identity = 168/462 (36.36%), Postives = 255/462 (55.19%), Query Frame = 0


Query: 31   NEQLIFLLPAAVHALCAGCAPSGDVTRV-LDECLKKDVKEETYQDWSQE----VCECSVE 90
            +E+++ LLPAA  +LCAG   S  + +  L    + DV E+   D  +E    + ECSVE
Sbjct: 1390 DERMVQLLPAAAFSLCAGFKVSLPLPKEHLPTPSQWDVCEQ-IDDVDRERNFGLFECSVE 1449

Query: 91   VVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMETSVLGALIDVEREKVLPSNIFIL 150
             + +I   SS KI   +    + LP  +RDPLL +M+   L  + +V +EK   S+IF+ 
Sbjct: 1450 ALTRICSNSS-KISGCQVPDVVQLPLVLRDPLLHDMDIYFLSIIPEV-KEKGPLSDIFMG 1509

Query: 151  CALSANFIYSSTLIRQREQVPLFISRLGHYILEMTNHAVNVIQGYCRDFKLLNLFGSDSF 210
            CAL  +F++ S + R+ +    F  +   Y+LE  +HAV  +     D +     G  S 
Sbjct: 1510 CALLCHFMHGSYITRKGKGSSSFFLKACQYLLEGLDHAVESVSKSLNDLQRRGSLGFGSD 1569

Query: 211  LDITNFAVTSFRSFASSSIFNAETSCNALDVDLYGALILSMENLLKALSKLFQEYSISNK 270
             +     + S RSF  S +F+     N L    Y  +I S+ENLL++ +K+++EY+    
Sbjct: 1570 FNEKGSIIVSLRSFTQSPVFSNRRDQNLLGAS-YDFVIHSLENLLRSFAKVYEEYTEHAW 1629

Query: 271  NLHSEVILKDLDAPASPLGNLPPVEAEVCRILDVELDVNNDSNDMDALTVKRSMAPGIS- 330
            N HS+ +         P  +L P   EV RI+D++LD+  D+ + D +       PG+  
Sbjct: 1630 NTHSDTV---------PSKSLAPDSPEVGRIVDMDLDLAEDTKERDIIAAGGKAVPGLPV 1689

Query: 331  STRIWKLRMISLISSFSSILHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 390
            S   WKL M+SLIS FS +L   TW+VL+ LLE E D KV E ILYHL +    +S  KV
Sbjct: 1690 SMGNWKLGMVSLISCFSPVLQFPTWDVLYNLLEKESDPKVLENILYHLCKLSCLTSIPKV 1749

Query: 391  LNLINIMDNLINTKVNLKLDLSSTLDAVGGLLRNLSSLDRVVKG--KHGGQFLKDAQFEM 450
             +L+  +D +++T+V +K +  + + A+  LL  LSS  R   G  K+ G  LK+A+   
Sbjct: 1750 DDLVIFLDGMLSTQVKMKRNCLNIVTALHVLLHTLSSSRRDSSGVEKNCGLSLKEAESFQ 1809

Query: 451  NLVQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 485
              VQ+G +VN+++E  LL W GRVKLI+CICD +L+NPQ GQ
Sbjct: 1810 VFVQLGAMVNKVSEFGLLGWFGRVKLINCICDLVLLNPQTGQ 1838

[Close]

BLAST of Tan0018738 vs. NCBI nr
Match: XP_023004525.1 (serine/threonine-protein kinase ATM isoform X2 [Cucurbita maxima])

HSP 1 Score: 808.5 bits (2087), Expect = 3.1e-230
Identity = 415/460 (90.22%), Postives = 433/460 (94.13%), Query Frame = 0


Query: 25   KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEETYQDWSQEVCECSV 84
            KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEE+YQDWSQEV ECSV
Sbjct: 567  KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEESYQDWSQEVFECSV 626

Query: 85   EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMETSVLGALIDVEREKVLPSNIFI 144
            EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEM TSVLGALIDVEREK+LPS IFI
Sbjct: 627  EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMVTSVLGALIDVEREKLLPSTIFI 686

Query: 145  LCALSANFIYSSTLIRQREQVPLFISRLGHYILEMTNHAVNVIQGYCRDFKLLNLFGSDS 204
            LCAL ANFIY STLIRQREQ+PL ISRLG YILEMTNHAVNVIQGYCRDFK LNLFGSDS
Sbjct: 687  LCALLANFIYGSTLIRQREQMPLLISRLGQYILEMTNHAVNVIQGYCRDFKHLNLFGSDS 746

Query: 205  FLDITNFAVTSFRSFASSSIFNAETSCNALDVDLYGALILSMENLLKALSKLFQEYSISN 264
            FLDIT+FAVT FRSFASSSIFN  TS N+LD+DLYGALILSMENLLKALS+L+QEYSISN
Sbjct: 747  FLDITSFAVTCFRSFASSSIFNTGTSSNSLDIDLYGALILSMENLLKALSELYQEYSISN 806

Query: 265  KNLHSEVILKDLDAPASPLGNLPPVEAEVCRILDVELDVNNDSNDMDALTVKRSMAPGIS 324
            KNLHS  ILKD DAPASPLGN PPV+AEV RILD+ELDVN+DSND+D L VKRSMA G+S
Sbjct: 807  KNLHSGEILKDFDAPASPLGNSPPVDAEVSRILDIELDVNDDSNDIDVLAVKRSMAAGMS 866

Query: 325  STRIWKLRMISLISSFSSILHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 384
            ST IWKL+MISLISSFSS+LHEVTWEVLFALLENECDSKVCEEILYHL QNILWSSSEKV
Sbjct: 867  STTIWKLKMISLISSFSSVLHEVTWEVLFALLENECDSKVCEEILYHLGQNILWSSSEKV 926

Query: 385  LNLINIMDNLINTKVNLKLDLSSTLDAVGGLLRNLSSLDRVVKGKHGGQFLKDAQFEMNL 444
            LNLIN+MDNL+NTKVN KLDLSSTLDAVGGLLRNLSSLD VVKG+HGGQFL  AQFE NL
Sbjct: 927  LNLINVMDNLVNTKVNHKLDLSSTLDAVGGLLRNLSSLDNVVKGQHGGQFLMAAQFEKNL 986

Query: 445  VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 485
            VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ
Sbjct: 987  VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 1026

[Close]

BLAST of Tan0018738 vs. NCBI nr
Match: XP_023004518.1 (serine/threonine-protein kinase ATM isoform X1 [Cucurbita maxima])

HSP 1 Score: 808.5 bits (2087), Expect = 3.1e-230
Identity = 415/460 (90.22%), Postives = 433/460 (94.13%), Query Frame = 0


Query: 25   KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEETYQDWSQEVCECSV 84
            KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEE+YQDWSQEV ECSV
Sbjct: 567  KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEESYQDWSQEVFECSV 626

Query: 85   EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMETSVLGALIDVEREKVLPSNIFI 144
            EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEM TSVLGALIDVEREK+LPS IFI
Sbjct: 627  EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMVTSVLGALIDVEREKLLPSTIFI 686

Query: 145  LCALSANFIYSSTLIRQREQVPLFISRLGHYILEMTNHAVNVIQGYCRDFKLLNLFGSDS 204
            LCAL ANFIY STLIRQREQ+PL ISRLG YILEMTNHAVNVIQGYCRDFK LNLFGSDS
Sbjct: 687  LCALLANFIYGSTLIRQREQMPLLISRLGQYILEMTNHAVNVIQGYCRDFKHLNLFGSDS 746

Query: 205  FLDITNFAVTSFRSFASSSIFNAETSCNALDVDLYGALILSMENLLKALSKLFQEYSISN 264
            FLDIT+FAVT FRSFASSSIFN  TS N+LD+DLYGALILSMENLLKALS+L+QEYSISN
Sbjct: 747  FLDITSFAVTCFRSFASSSIFNTGTSSNSLDIDLYGALILSMENLLKALSELYQEYSISN 806

Query: 265  KNLHSEVILKDLDAPASPLGNLPPVEAEVCRILDVELDVNNDSNDMDALTVKRSMAPGIS 324
            KNLHS  ILKD DAPASPLGN PPV+AEV RILD+ELDVN+DSND+D L VKRSMA G+S
Sbjct: 807  KNLHSGEILKDFDAPASPLGNSPPVDAEVSRILDIELDVNDDSNDIDVLAVKRSMAAGMS 866

Query: 325  STRIWKLRMISLISSFSSILHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 384
            ST IWKL+MISLISSFSS+LHEVTWEVLFALLENECDSKVCEEILYHL QNILWSSSEKV
Sbjct: 867  STTIWKLKMISLISSFSSVLHEVTWEVLFALLENECDSKVCEEILYHLGQNILWSSSEKV 926

Query: 385  LNLINIMDNLINTKVNLKLDLSSTLDAVGGLLRNLSSLDRVVKGKHGGQFLKDAQFEMNL 444
            LNLIN+MDNL+NTKVN KLDLSSTLDAVGGLLRNLSSLD VVKG+HGGQFL  AQFE NL
Sbjct: 927  LNLINVMDNLVNTKVNHKLDLSSTLDAVGGLLRNLSSLDNVVKGQHGGQFLMAAQFEKNL 986

Query: 445  VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 485
            VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ
Sbjct: 987  VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 1026

[Close]

BLAST of Tan0018738 vs. NCBI nr
Match: XP_023004533.1 (serine/threonine-protein kinase ATM isoform X3 [Cucurbita maxima])

HSP 1 Score: 808.5 bits (2087), Expect = 3.1e-230
Identity = 415/460 (90.22%), Postives = 433/460 (94.13%), Query Frame = 0


Query: 25  KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEETYQDWSQEVCECSV 84
           KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEE+YQDWSQEV ECSV
Sbjct: 205 KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEESYQDWSQEVFECSV 264

Query: 85  EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMETSVLGALIDVEREKVLPSNIFI 144
           EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEM TSVLGALIDVEREK+LPS IFI
Sbjct: 265 EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMVTSVLGALIDVEREKLLPSTIFI 324

Query: 145 LCALSANFIYSSTLIRQREQVPLFISRLGHYILEMTNHAVNVIQGYCRDFKLLNLFGSDS 204
           LCAL ANFIY STLIRQREQ+PL ISRLG YILEMTNHAVNVIQGYCRDFK LNLFGSDS
Sbjct: 325 LCALLANFIYGSTLIRQREQMPLLISRLGQYILEMTNHAVNVIQGYCRDFKHLNLFGSDS 384

Query: 205 FLDITNFAVTSFRSFASSSIFNAETSCNALDVDLYGALILSMENLLKALSKLFQEYSISN 264
           FLDIT+FAVT FRSFASSSIFN  TS N+LD+DLYGALILSMENLLKALS+L+QEYSISN
Sbjct: 385 FLDITSFAVTCFRSFASSSIFNTGTSSNSLDIDLYGALILSMENLLKALSELYQEYSISN 444

Query: 265 KNLHSEVILKDLDAPASPLGNLPPVEAEVCRILDVELDVNNDSNDMDALTVKRSMAPGIS 324
           KNLHS  ILKD DAPASPLGN PPV+AEV RILD+ELDVN+DSND+D L VKRSMA G+S
Sbjct: 445 KNLHSGEILKDFDAPASPLGNSPPVDAEVSRILDIELDVNDDSNDIDVLAVKRSMAAGMS 504

Query: 325 STRIWKLRMISLISSFSSILHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 384
           ST IWKL+MISLISSFSS+LHEVTWEVLFALLENECDSKVCEEILYHL QNILWSSSEKV
Sbjct: 505 STTIWKLKMISLISSFSSVLHEVTWEVLFALLENECDSKVCEEILYHLGQNILWSSSEKV 564

Query: 385 LNLINIMDNLINTKVNLKLDLSSTLDAVGGLLRNLSSLDRVVKGKHGGQFLKDAQFEMNL 444
           LNLIN+MDNL+NTKVN KLDLSSTLDAVGGLLRNLSSLD VVKG+HGGQFL  AQFE NL
Sbjct: 565 LNLINVMDNLVNTKVNHKLDLSSTLDAVGGLLRNLSSLDNVVKGQHGGQFLMAAQFEKNL 624

Query: 445 VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 485
           VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ
Sbjct: 625 VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 664

[Close]

BLAST of Tan0018738 vs. NCBI nr
Match: XP_022928417.1 (serine/threonine-protein kinase ATM isoform X2 [Cucurbita moschata])

HSP 1 Score: 805.1 bits (2078), Expect = 3.4e-229
Identity = 413/460 (89.78%), Postives = 433/460 (94.13%), Query Frame = 0


Query: 25   KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEETYQDWSQEVCECSV 84
            KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEE+YQDWSQEV ECSV
Sbjct: 567  KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEESYQDWSQEVFECSV 626

Query: 85   EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMETSVLGALIDVEREKVLPSNIFI 144
            EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEM TSVLGALIDVEREK+LPS IFI
Sbjct: 627  EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMVTSVLGALIDVEREKLLPSTIFI 686

Query: 145  LCALSANFIYSSTLIRQREQVPLFISRLGHYILEMTNHAVNVIQGYCRDFKLLNLFGSDS 204
            LC L ANFIY STLIRQREQ+PLFISRLG YILEMTNHAVNVIQGYCRDFK LNLFGSDS
Sbjct: 687  LCDLLANFIYGSTLIRQREQMPLFISRLGQYILEMTNHAVNVIQGYCRDFKHLNLFGSDS 746

Query: 205  FLDITNFAVTSFRSFASSSIFNAETSCNALDVDLYGALILSMENLLKALSKLFQEYSISN 264
            FLDIT+FAVT FRSFASSSIFN  TS N+LD+DL+GALILSMENLLKALS+L+QEYSIS 
Sbjct: 747  FLDITSFAVTCFRSFASSSIFNTGTSSNSLDIDLHGALILSMENLLKALSELYQEYSISI 806

Query: 265  KNLHSEVILKDLDAPASPLGNLPPVEAEVCRILDVELDVNNDSNDMDALTVKRSMAPGIS 324
            KNLHS  ILKD DAPASPLGN PPV+AEV RILD+ELDVN+DSND+D L VKRSMAPG+S
Sbjct: 807  KNLHSGEILKDFDAPASPLGNSPPVDAEVSRILDIELDVNDDSNDIDVLAVKRSMAPGMS 866

Query: 325  STRIWKLRMISLISSFSSILHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 384
            ST IWK +MISLISSFSS+LHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV
Sbjct: 867  STTIWKSKMISLISSFSSVLHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 926

Query: 385  LNLINIMDNLINTKVNLKLDLSSTLDAVGGLLRNLSSLDRVVKGKHGGQFLKDAQFEMNL 444
            LNLIN+MDNL+NTKVN KLDLSSTLDAVGGLLRNLSSLD VVKG+HGGQFL  AQFE NL
Sbjct: 927  LNLINVMDNLVNTKVNHKLDLSSTLDAVGGLLRNLSSLDNVVKGQHGGQFLMAAQFEKNL 986

Query: 445  VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 485
            VQIGKIVNRIAETDLLDWLGRVKL+DCICDFILINPQIGQ
Sbjct: 987  VQIGKIVNRIAETDLLDWLGRVKLVDCICDFILINPQIGQ 1026

[Close]

BLAST of Tan0018738 vs. NCBI nr
Match: XP_022928409.1 (serine/threonine-protein kinase ATM isoform X1 [Cucurbita moschata])

HSP 1 Score: 805.1 bits (2078), Expect = 3.4e-229
Identity = 413/460 (89.78%), Postives = 433/460 (94.13%), Query Frame = 0


Query: 25   KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEETYQDWSQEVCECSV 84
            KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEE+YQDWSQEV ECSV
Sbjct: 567  KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEESYQDWSQEVFECSV 626

Query: 85   EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMETSVLGALIDVEREKVLPSNIFI 144
            EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEM TSVLGALIDVEREK+LPS IFI
Sbjct: 627  EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMVTSVLGALIDVEREKLLPSTIFI 686

Query: 145  LCALSANFIYSSTLIRQREQVPLFISRLGHYILEMTNHAVNVIQGYCRDFKLLNLFGSDS 204
            LC L ANFIY STLIRQREQ+PLFISRLG YILEMTNHAVNVIQGYCRDFK LNLFGSDS
Sbjct: 687  LCDLLANFIYGSTLIRQREQMPLFISRLGQYILEMTNHAVNVIQGYCRDFKHLNLFGSDS 746

Query: 205  FLDITNFAVTSFRSFASSSIFNAETSCNALDVDLYGALILSMENLLKALSKLFQEYSISN 264
            FLDIT+FAVT FRSFASSSIFN  TS N+LD+DL+GALILSMENLLKALS+L+QEYSIS 
Sbjct: 747  FLDITSFAVTCFRSFASSSIFNTGTSSNSLDIDLHGALILSMENLLKALSELYQEYSISI 806

Query: 265  KNLHSEVILKDLDAPASPLGNLPPVEAEVCRILDVELDVNNDSNDMDALTVKRSMAPGIS 324
            KNLHS  ILKD DAPASPLGN PPV+AEV RILD+ELDVN+DSND+D L VKRSMAPG+S
Sbjct: 807  KNLHSGEILKDFDAPASPLGNSPPVDAEVSRILDIELDVNDDSNDIDVLAVKRSMAPGMS 866

Query: 325  STRIWKLRMISLISSFSSILHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 384
            ST IWK +MISLISSFSS+LHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV
Sbjct: 867  STTIWKSKMISLISSFSSVLHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 926

Query: 385  LNLINIMDNLINTKVNLKLDLSSTLDAVGGLLRNLSSLDRVVKGKHGGQFLKDAQFEMNL 444
            LNLIN+MDNL+NTKVN KLDLSSTLDAVGGLLRNLSSLD VVKG+HGGQFL  AQFE NL
Sbjct: 927  LNLINVMDNLVNTKVNHKLDLSSTLDAVGGLLRNLSSLDNVVKGQHGGQFLMAAQFEKNL 986

Query: 445  VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 485
            VQIGKIVNRIAETDLLDWLGRVKL+DCICDFILINPQIGQ
Sbjct: 987  VQIGKIVNRIAETDLLDWLGRVKLVDCICDFILINPQIGQ 1026

[Close]

BLAST of Tan0018738 vs. ExPASy TrEMBL
Match: A0A6J1KZU1 (Non-specific serine/threonine protein kinase OS=Cucurbita maxima OX=3661 GN=LOC111497793 PE=4 SV=1)

HSP 1 Score: 808.5 bits (2087), Expect = 1.5e-230
Identity = 415/460 (90.22%), Postives = 433/460 (94.13%), Query Frame = 0


Query: 25  KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEETYQDWSQEVCECSV 84
           KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEE+YQDWSQEV ECSV
Sbjct: 205 KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEESYQDWSQEVFECSV 264

Query: 85  EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMETSVLGALIDVEREKVLPSNIFI 144
           EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEM TSVLGALIDVEREK+LPS IFI
Sbjct: 265 EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMVTSVLGALIDVEREKLLPSTIFI 324

Query: 145 LCALSANFIYSSTLIRQREQVPLFISRLGHYILEMTNHAVNVIQGYCRDFKLLNLFGSDS 204
           LCAL ANFIY STLIRQREQ+PL ISRLG YILEMTNHAVNVIQGYCRDFK LNLFGSDS
Sbjct: 325 LCALLANFIYGSTLIRQREQMPLLISRLGQYILEMTNHAVNVIQGYCRDFKHLNLFGSDS 384

Query: 205 FLDITNFAVTSFRSFASSSIFNAETSCNALDVDLYGALILSMENLLKALSKLFQEYSISN 264
           FLDIT+FAVT FRSFASSSIFN  TS N+LD+DLYGALILSMENLLKALS+L+QEYSISN
Sbjct: 385 FLDITSFAVTCFRSFASSSIFNTGTSSNSLDIDLYGALILSMENLLKALSELYQEYSISN 444

Query: 265 KNLHSEVILKDLDAPASPLGNLPPVEAEVCRILDVELDVNNDSNDMDALTVKRSMAPGIS 324
           KNLHS  ILKD DAPASPLGN PPV+AEV RILD+ELDVN+DSND+D L VKRSMA G+S
Sbjct: 445 KNLHSGEILKDFDAPASPLGNSPPVDAEVSRILDIELDVNDDSNDIDVLAVKRSMAAGMS 504

Query: 325 STRIWKLRMISLISSFSSILHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 384
           ST IWKL+MISLISSFSS+LHEVTWEVLFALLENECDSKVCEEILYHL QNILWSSSEKV
Sbjct: 505 STTIWKLKMISLISSFSSVLHEVTWEVLFALLENECDSKVCEEILYHLGQNILWSSSEKV 564

Query: 385 LNLINIMDNLINTKVNLKLDLSSTLDAVGGLLRNLSSLDRVVKGKHGGQFLKDAQFEMNL 444
           LNLIN+MDNL+NTKVN KLDLSSTLDAVGGLLRNLSSLD VVKG+HGGQFL  AQFE NL
Sbjct: 565 LNLINVMDNLVNTKVNHKLDLSSTLDAVGGLLRNLSSLDNVVKGQHGGQFLMAAQFEKNL 624

Query: 445 VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 485
           VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ
Sbjct: 625 VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 664

[Close]

BLAST of Tan0018738 vs. ExPASy TrEMBL
Match: A0A6J1KZS2 (Non-specific serine/threonine protein kinase OS=Cucurbita maxima OX=3661 GN=LOC111497793 PE=4 SV=1)

HSP 1 Score: 808.5 bits (2087), Expect = 1.5e-230
Identity = 415/460 (90.22%), Postives = 433/460 (94.13%), Query Frame = 0


Query: 25   KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEETYQDWSQEVCECSV 84
            KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEE+YQDWSQEV ECSV
Sbjct: 567  KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEESYQDWSQEVFECSV 626

Query: 85   EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMETSVLGALIDVEREKVLPSNIFI 144
            EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEM TSVLGALIDVEREK+LPS IFI
Sbjct: 627  EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMVTSVLGALIDVEREKLLPSTIFI 686

Query: 145  LCALSANFIYSSTLIRQREQVPLFISRLGHYILEMTNHAVNVIQGYCRDFKLLNLFGSDS 204
            LCAL ANFIY STLIRQREQ+PL ISRLG YILEMTNHAVNVIQGYCRDFK LNLFGSDS
Sbjct: 687  LCALLANFIYGSTLIRQREQMPLLISRLGQYILEMTNHAVNVIQGYCRDFKHLNLFGSDS 746

Query: 205  FLDITNFAVTSFRSFASSSIFNAETSCNALDVDLYGALILSMENLLKALSKLFQEYSISN 264
            FLDIT+FAVT FRSFASSSIFN  TS N+LD+DLYGALILSMENLLKALS+L+QEYSISN
Sbjct: 747  FLDITSFAVTCFRSFASSSIFNTGTSSNSLDIDLYGALILSMENLLKALSELYQEYSISN 806

Query: 265  KNLHSEVILKDLDAPASPLGNLPPVEAEVCRILDVELDVNNDSNDMDALTVKRSMAPGIS 324
            KNLHS  ILKD DAPASPLGN PPV+AEV RILD+ELDVN+DSND+D L VKRSMA G+S
Sbjct: 807  KNLHSGEILKDFDAPASPLGNSPPVDAEVSRILDIELDVNDDSNDIDVLAVKRSMAAGMS 866

Query: 325  STRIWKLRMISLISSFSSILHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 384
            ST IWKL+MISLISSFSS+LHEVTWEVLFALLENECDSKVCEEILYHL QNILWSSSEKV
Sbjct: 867  STTIWKLKMISLISSFSSVLHEVTWEVLFALLENECDSKVCEEILYHLGQNILWSSSEKV 926

Query: 385  LNLINIMDNLINTKVNLKLDLSSTLDAVGGLLRNLSSLDRVVKGKHGGQFLKDAQFEMNL 444
            LNLIN+MDNL+NTKVN KLDLSSTLDAVGGLLRNLSSLD VVKG+HGGQFL  AQFE NL
Sbjct: 927  LNLINVMDNLVNTKVNHKLDLSSTLDAVGGLLRNLSSLDNVVKGQHGGQFLMAAQFEKNL 986

Query: 445  VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 485
            VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ
Sbjct: 987  VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 1026

[Close]

BLAST of Tan0018738 vs. ExPASy TrEMBL
Match: A0A6J1KUU2 (Non-specific serine/threonine protein kinase OS=Cucurbita maxima OX=3661 GN=LOC111497793 PE=4 SV=1)

HSP 1 Score: 808.5 bits (2087), Expect = 1.5e-230
Identity = 415/460 (90.22%), Postives = 433/460 (94.13%), Query Frame = 0


Query: 25   KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEETYQDWSQEVCECSV 84
            KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEE+YQDWSQEV ECSV
Sbjct: 567  KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEESYQDWSQEVFECSV 626

Query: 85   EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMETSVLGALIDVEREKVLPSNIFI 144
            EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEM TSVLGALIDVEREK+LPS IFI
Sbjct: 627  EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMVTSVLGALIDVEREKLLPSTIFI 686

Query: 145  LCALSANFIYSSTLIRQREQVPLFISRLGHYILEMTNHAVNVIQGYCRDFKLLNLFGSDS 204
            LCAL ANFIY STLIRQREQ+PL ISRLG YILEMTNHAVNVIQGYCRDFK LNLFGSDS
Sbjct: 687  LCALLANFIYGSTLIRQREQMPLLISRLGQYILEMTNHAVNVIQGYCRDFKHLNLFGSDS 746

Query: 205  FLDITNFAVTSFRSFASSSIFNAETSCNALDVDLYGALILSMENLLKALSKLFQEYSISN 264
            FLDIT+FAVT FRSFASSSIFN  TS N+LD+DLYGALILSMENLLKALS+L+QEYSISN
Sbjct: 747  FLDITSFAVTCFRSFASSSIFNTGTSSNSLDIDLYGALILSMENLLKALSELYQEYSISN 806

Query: 265  KNLHSEVILKDLDAPASPLGNLPPVEAEVCRILDVELDVNNDSNDMDALTVKRSMAPGIS 324
            KNLHS  ILKD DAPASPLGN PPV+AEV RILD+ELDVN+DSND+D L VKRSMA G+S
Sbjct: 807  KNLHSGEILKDFDAPASPLGNSPPVDAEVSRILDIELDVNDDSNDIDVLAVKRSMAAGMS 866

Query: 325  STRIWKLRMISLISSFSSILHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 384
            ST IWKL+MISLISSFSS+LHEVTWEVLFALLENECDSKVCEEILYHL QNILWSSSEKV
Sbjct: 867  STTIWKLKMISLISSFSSVLHEVTWEVLFALLENECDSKVCEEILYHLGQNILWSSSEKV 926

Query: 385  LNLINIMDNLINTKVNLKLDLSSTLDAVGGLLRNLSSLDRVVKGKHGGQFLKDAQFEMNL 444
            LNLIN+MDNL+NTKVN KLDLSSTLDAVGGLLRNLSSLD VVKG+HGGQFL  AQFE NL
Sbjct: 927  LNLINVMDNLVNTKVNHKLDLSSTLDAVGGLLRNLSSLDNVVKGQHGGQFLMAAQFEKNL 986

Query: 445  VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 485
            VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ
Sbjct: 987  VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 1026

[Close]

BLAST of Tan0018738 vs. ExPASy TrEMBL
Match: A0A6J1EKR8 (Non-specific serine/threonine protein kinase OS=Cucurbita moschata OX=3662 GN=LOC111435229 PE=4 SV=1)

HSP 1 Score: 805.1 bits (2078), Expect = 1.6e-229
Identity = 413/460 (89.78%), Postives = 433/460 (94.13%), Query Frame = 0


Query: 25   KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEETYQDWSQEVCECSV 84
            KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEE+YQDWSQEV ECSV
Sbjct: 567  KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEESYQDWSQEVFECSV 626

Query: 85   EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMETSVLGALIDVEREKVLPSNIFI 144
            EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEM TSVLGALIDVEREK+LPS IFI
Sbjct: 627  EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMVTSVLGALIDVEREKLLPSTIFI 686

Query: 145  LCALSANFIYSSTLIRQREQVPLFISRLGHYILEMTNHAVNVIQGYCRDFKLLNLFGSDS 204
            LC L ANFIY STLIRQREQ+PLFISRLG YILEMTNHAVNVIQGYCRDFK LNLFGSDS
Sbjct: 687  LCDLLANFIYGSTLIRQREQMPLFISRLGQYILEMTNHAVNVIQGYCRDFKHLNLFGSDS 746

Query: 205  FLDITNFAVTSFRSFASSSIFNAETSCNALDVDLYGALILSMENLLKALSKLFQEYSISN 264
            FLDIT+FAVT FRSFASSSIFN  TS N+LD+DL+GALILSMENLLKALS+L+QEYSIS 
Sbjct: 747  FLDITSFAVTCFRSFASSSIFNTGTSSNSLDIDLHGALILSMENLLKALSELYQEYSISI 806

Query: 265  KNLHSEVILKDLDAPASPLGNLPPVEAEVCRILDVELDVNNDSNDMDALTVKRSMAPGIS 324
            KNLHS  ILKD DAPASPLGN PPV+AEV RILD+ELDVN+DSND+D L VKRSMAPG+S
Sbjct: 807  KNLHSGEILKDFDAPASPLGNSPPVDAEVSRILDIELDVNDDSNDIDVLAVKRSMAPGMS 866

Query: 325  STRIWKLRMISLISSFSSILHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 384
            ST IWK +MISLISSFSS+LHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV
Sbjct: 867  STTIWKSKMISLISSFSSVLHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 926

Query: 385  LNLINIMDNLINTKVNLKLDLSSTLDAVGGLLRNLSSLDRVVKGKHGGQFLKDAQFEMNL 444
            LNLIN+MDNL+NTKVN KLDLSSTLDAVGGLLRNLSSLD VVKG+HGGQFL  AQFE NL
Sbjct: 927  LNLINVMDNLVNTKVNHKLDLSSTLDAVGGLLRNLSSLDNVVKGQHGGQFLMAAQFEKNL 986

Query: 445  VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 485
            VQIGKIVNRIAETDLLDWLGRVKL+DCICDFILINPQIGQ
Sbjct: 987  VQIGKIVNRIAETDLLDWLGRVKLVDCICDFILINPQIGQ 1026

[Close]

BLAST of Tan0018738 vs. ExPASy TrEMBL
Match: A0A6J1EJV2 (Non-specific serine/threonine protein kinase OS=Cucurbita moschata OX=3662 GN=LOC111435229 PE=4 SV=1)

HSP 1 Score: 805.1 bits (2078), Expect = 1.6e-229
Identity = 413/460 (89.78%), Postives = 433/460 (94.13%), Query Frame = 0


Query: 25   KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEETYQDWSQEVCECSV 84
            KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEE+YQDWSQEV ECSV
Sbjct: 567  KEVANSNEQLIFLLPAAVHALCAGCAPSGDVTRVLDECLKKDVKEESYQDWSQEVFECSV 626

Query: 85   EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMETSVLGALIDVEREKVLPSNIFI 144
            EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEM TSVLGALIDVEREK+LPS IFI
Sbjct: 627  EVVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMVTSVLGALIDVEREKLLPSTIFI 686

Query: 145  LCALSANFIYSSTLIRQREQVPLFISRLGHYILEMTNHAVNVIQGYCRDFKLLNLFGSDS 204
            LC L ANFIY STLIRQREQ+PLFISRLG YILEMTNHAVNVIQGYCRDFK LNLFGSDS
Sbjct: 687  LCDLLANFIYGSTLIRQREQMPLFISRLGQYILEMTNHAVNVIQGYCRDFKHLNLFGSDS 746

Query: 205  FLDITNFAVTSFRSFASSSIFNAETSCNALDVDLYGALILSMENLLKALSKLFQEYSISN 264
            FLDIT+FAVT FRSFASSSIFN  TS N+LD+DL+GALILSMENLLKALS+L+QEYSIS 
Sbjct: 747  FLDITSFAVTCFRSFASSSIFNTGTSSNSLDIDLHGALILSMENLLKALSELYQEYSISI 806

Query: 265  KNLHSEVILKDLDAPASPLGNLPPVEAEVCRILDVELDVNNDSNDMDALTVKRSMAPGIS 324
            KNLHS  ILKD DAPASPLGN PPV+AEV RILD+ELDVN+DSND+D L VKRSMAPG+S
Sbjct: 807  KNLHSGEILKDFDAPASPLGNSPPVDAEVSRILDIELDVNDDSNDIDVLAVKRSMAPGMS 866

Query: 325  STRIWKLRMISLISSFSSILHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 384
            ST IWK +MISLISSFSS+LHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV
Sbjct: 867  STTIWKSKMISLISSFSSVLHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 926

Query: 385  LNLINIMDNLINTKVNLKLDLSSTLDAVGGLLRNLSSLDRVVKGKHGGQFLKDAQFEMNL 444
            LNLIN+MDNL+NTKVN KLDLSSTLDAVGGLLRNLSSLD VVKG+HGGQFL  AQFE NL
Sbjct: 927  LNLINVMDNLVNTKVNHKLDLSSTLDAVGGLLRNLSSLDNVVKGQHGGQFLMAAQFEKNL 986

Query: 445  VQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 485
            VQIGKIVNRIAETDLLDWLGRVKL+DCICDFILINPQIGQ
Sbjct: 987  VQIGKIVNRIAETDLLDWLGRVKLVDCICDFILINPQIGQ 1026

[Close]

BLAST of Tan0018738 vs. TAIR 10
Match: AT3G48190.1 (ataxia-telangiectasia mutated )

HSP 1 Score: 238.4 bits (607), Expect = 1.2e-62
Identity = 168/462 (36.36%), Postives = 255/462 (55.19%), Query Frame = 0


Query: 31   NEQLIFLLPAAVHALCAGCAPSGDVTRV-LDECLKKDVKEETYQDWSQE----VCECSVE 90
            +E+++ LLPAA  +LCAG   S  + +  L    + DV E+   D  +E    + ECSVE
Sbjct: 1390 DERMVQLLPAAAFSLCAGFKVSLPLPKEHLPTPSQWDVCEQ-IDDVDRERNFGLFECSVE 1449

Query: 91   VVAKIHLGSSVKICQSRGLKAIHLPRQIRDPLLDEMETSVLGALIDVEREKVLPSNIFIL 150
             + +I   SS KI   +    + LP  +RDPLL +M+   L  + +V +EK   S+IF+ 
Sbjct: 1450 ALTRICSNSS-KISGCQVPDVVQLPLVLRDPLLHDMDIYFLSIIPEV-KEKGPLSDIFMG 1509

Query: 151  CALSANFIYSSTLIRQREQVPLFISRLGHYILEMTNHAVNVIQGYCRDFKLLNLFGSDSF 210
            CAL  +F++ S + R+ +    F  +   Y+LE  +HAV  +     D +     G  S 
Sbjct: 1510 CALLCHFMHGSYITRKGKGSSSFFLKACQYLLEGLDHAVESVSKSLNDLQRRGSLGFGSD 1569

Query: 211  LDITNFAVTSFRSFASSSIFNAETSCNALDVDLYGALILSMENLLKALSKLFQEYSISNK 270
             +     + S RSF  S +F+     N L    Y  +I S+ENLL++ +K+++EY+    
Sbjct: 1570 FNEKGSIIVSLRSFTQSPVFSNRRDQNLLGAS-YDFVIHSLENLLRSFAKVYEEYTEHAW 1629

Query: 271  NLHSEVILKDLDAPASPLGNLPPVEAEVCRILDVELDVNNDSNDMDALTVKRSMAPGIS- 330
            N HS+ +         P  +L P   EV RI+D++LD+  D+ + D +       PG+  
Sbjct: 1630 NTHSDTV---------PSKSLAPDSPEVGRIVDMDLDLAEDTKERDIIAAGGKAVPGLPV 1689

Query: 331  STRIWKLRMISLISSFSSILHEVTWEVLFALLENECDSKVCEEILYHLSQNILWSSSEKV 390
            S   WKL M+SLIS FS +L   TW+VL+ LLE E D KV E ILYHL +    +S  KV
Sbjct: 1690 SMGNWKLGMVSLISCFSPVLQFPTWDVLYNLLEKESDPKVLENILYHLCKLSCLTSIPKV 1749

Query: 391  LNLINIMDNLINTKVNLKLDLSSTLDAVGGLLRNLSSLDRVVKG--KHGGQFLKDAQFEM 450
             +L+  +D +++T+V +K +  + + A+  LL  LSS  R   G  K+ G  LK+A+   
Sbjct: 1750 DDLVIFLDGMLSTQVKMKRNCLNIVTALHVLLHTLSSSRRDSSGVEKNCGLSLKEAESFQ 1809

Query: 451  NLVQIGKIVNRIAETDLLDWLGRVKLIDCICDFILINPQIGQ 485
              VQ+G +VN+++E  LL W GRVKLI+CICD +L+NPQ GQ
Sbjct: 1810 VFVQLGAMVNKVSEFGLLGWFGRVKLINCICDLVLLNPQTGQ 1838

The following BLAST results are available for this feature:

BLAST of Tan0018738 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9M3G7	1.7e-61	36.36	Serine/threonine-protein kinase ATM OS=Arabidopsis thaliana OX=3702 GN=ATM PE=1 ...	[more]

BLAST of Tan0018738 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_023004525.1	3.1e-230	90.22	serine/threonine-protein kinase ATM isoform X2 [Cucurbita maxima]	[more]
XP_023004518.1	3.1e-230	90.22	serine/threonine-protein kinase ATM isoform X1 [Cucurbita maxima]	[more]
XP_023004533.1	3.1e-230	90.22	serine/threonine-protein kinase ATM isoform X3 [Cucurbita maxima]	[more]
XP_022928417.1	3.4e-229	89.78	serine/threonine-protein kinase ATM isoform X2 [Cucurbita moschata]	[more]
XP_022928409.1	3.4e-229	89.78	serine/threonine-protein kinase ATM isoform X1 [Cucurbita moschata]	[more]

BLAST of Tan0018738 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1KZU1	1.5e-230	90.22	Non-specific serine/threonine protein kinase OS=Cucurbita maxima OX=3661 GN=LOC1...	[more]
A0A6J1KZS2	1.5e-230	90.22	Non-specific serine/threonine protein kinase OS=Cucurbita maxima OX=3661 GN=LOC1...	[more]
A0A6J1KUU2	1.5e-230	90.22	Non-specific serine/threonine protein kinase OS=Cucurbita maxima OX=3661 GN=LOC1...	[more]
A0A6J1EKR8	1.6e-229	89.78	Non-specific serine/threonine protein kinase OS=Cucurbita moschata OX=3662 GN=LO...	[more]
A0A6J1EJV2	1.6e-229	89.78	Non-specific serine/threonine protein kinase OS=Cucurbita moschata OX=3662 GN=LO...	[more]

BLAST of Tan0018738 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G48190.1	1.2e-62	36.36	ataxia-telangiectasia mutated	[more]

InterPro

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

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR038980	Serine/threonine-protein kinase ATM, plant	PANTHER	PTHR37079	SERINE/THREONINE-PROTEIN KINASE ATM	coord: 24..484
None	No IPR available	PANTHER	PTHR37079:SF4	SERINE/THREONINE-PROTEIN KINASE ATM	coord: 24..484

Relationships

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


Feature Name	Unique Name	Type
Tan0018738.1	Tan0018738.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006281	DNA repair
biological_process	GO:0006468	protein phosphorylation
biological_process	GO:0006974	cellular response to DNA damage stimulus
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0005634	nucleus
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0106310	protein serine kinase activity
molecular_function	GO:0004674	protein serine/threonine kinase activity
molecular_function	GO:0004712	protein serine/threonine/tyrosine kinase activity