CcUC10G203530 (gene) Watermelon (PI 537277) v1

Overview


Name	CcUC10G203530
Type	gene
Organism	Citrullus colocynthis (Watermelon (PI 537277) v1)
Description	3'-5' ssDNA/RNA exonuclease TatD
Location	CicolChr10: 30831777 .. 30846214 (-)
RNA-Seq Expression	CcUC10G203530
Synteny	CcUC10G203530

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.

AGATGATACTGAATATGAGATTTTAGATTAATTAAGTCTTTGGAATGATTAGGTGCCTCATCAAGCTTGAATAAATGCAACTTTTTATCAATAGTTGTAATAATTCAAATGGACCAATACATTATACTTTCACTTGAACTTGGAAGTATGCTCCTAGTAGATCTTTAGCTATAGTTGTTGCCGTTGGACCATGTCACATAATACATTATTCTCTCATAATTGAGTTGACCTTCATCGACTTTGAGCATTTCGTTGGAGTTTAATTTGGGGTAATTAATCACTCATTTCTTAATGTTTTTCAACTATCTTTTTCCCAAAAGAATTATCTATTTTCCTTTTTTCCAAGAAAGAAATATTAGTTCAAAAGCGAAAGTGAGGTTATAGTGAGCTTAGCTCTAATTCCTATATTACCTTCTTTCCTACTTCCAGAGATGGGAGGTTCCATCTCCGGGCTCCGTAACTGTTGTAAAAAAAAATTAAAAATTAAAAATTTTAAAAAAAAAATCTTGTCGAATTCCGGACGGTGGGATCGTACAAAAGGACCGATCGGAAATATCTTCCATCCTTGAGATCACTCTTCTGCTTCGCCGGGCTCGGTATCCGGCGGGAGAGCACTGGCGACCGGCTAATCCATTGCAGATTCGAGGTCATCTCTCTAACCAATTCGAACCAATTTCAAGCAAGTTCAAATCAAAGCGCATCTTTTGAGCTCTTCTCTCGCTTTCCTCCACCATGGGAACACTGCGAATGATAGGTACGTAACTTTCTTCCTTCCCAGCCAAACACTATTTTTCGCCCTTGTTTACTCAATCGAGCTGCCATTAACTCTTTTCGTCTTTCTATCAATGCCATCTTGCAGATATTGCAGTCAATTTTACAGGTAAGGACAACATTTCATTCGATTATAAAATGTCTGTTGTTTATACATTAGGGTACACGAAAGGGTCTCTTTCCATCTATTTCTCTGGAATGGGATTAGTGTTTTGAATGCAGATGGTATGTTCAAAGGAATTTACCACGGGAAGCAATACCACGCAGCTGACATAGCAGCTGTATTGAGCAGGGCTTGGAGTGCTGGGGTTCAGCGAATCATTGTGAGTCTTTTTCATTTTGTTTTGTAATACGTGTTAGAACGTAAGCGTGAAGGATTATCCCTATTGTTCGGTTATTTGATTTCTTAGTATCTTTAAGTTCTGGAACATGTATATATCCATGGACTGGCTTCCTTGATGCTCTCGTTTGCCTGAACCTCAATTAAGAAACAAAGAGTAGTGAGATCATGTGCTAATCTTTCTACTATTTCTTTCTGCCAAAGTTACTTCCTTCGGTGTCTTAGAAATTAGAACAGAAAAAGGCATTCTAAAATGGTCCGCCCATGTGCATATTAGACCGAGGAGGGATATGACCTTGTTCTTTTCTAAGATACTTAATAATACATTTCTTAGTCTTGGAGGGATTATGCGTAGCTTGATGGTTTTAGAAATGTGGGTACTTTTTAACGCTCGCGCCTTAATCTTCCATTCAGACTTTTATTTCCATGACCAGAAGGATGAAGAAAATAAAAACACATAAAGCATGCATGTAAGATGTATTCTGATAAACCATTTATTTCTTACTGTCTTTTTTTTTTTTTTTTTTTTTTTTTTTTATTAATTTAAATTAATAAAAAAAAAAAAAAAAAAATGTTTAAAAAAAACCACCCCAAAAAAAAAAAAATTAATAAAAAAAAAAAAAAAAAAATGTTTAAAAAAAACCACCCCAAAAAAAAAAAAATTAATAAAAAAAAAAAAAAAAAAATGTTTAAAAAAAACCACCCCAAAAAAAAAAAAATTAATAAAAAAAAAAAAAAAAAAATGTTTAAAAAAAACCACCCCAAAAAAAAAAAAATTAATAAAAAAAAAAAAAAAAAAATGTTTAAAAAAAACCACCCCAAAAAAAAAAAAATTAATAAAAAAAAAAAAAAAAAAATTTTATAAAAATATTTTTTTTTTTTTTTTTTTGGGTCCGAAGATGATAGTGATACGATCTATAATAGGTTGTAATTGCAGGTGACCGGTGGATCACTCGAGGAATCAAGGGAAGCCCTTAAAATTGCAGAAACAGATGGTTTTATTTCGTTTTTGTTGTCTAAATTCTGTTGAACTTTTTTATACTCTTTTTGAACTTCCTAACACCCTACTGGGTTATCTGTGTTTCTCCTGGTTCAACATTTTTTTTTGCTTGTAGGAAGGCTCTTTTGTACTGTGGGTGTGCATCCAACTAGATGCAAGGTTGTTTATTCGTCTATTTCTTTGTGCATCATTCATGGTTTCGTATAGCTTGATTCTTCTATTTTTTTGTGCATCATTCATGGTTTCCTATAGCTTGTGATATACTTTCTTTTCAGGAATTTGAAGAGAGTGGTGATCCAGAGACGTATTTTCAGGCTCTTCTTTCATTAACCAAAGAGGGAATTGAGAAAGGAAAGGTTTGTATGTTTCTCATCTCGAAAGGGGAAAGGCCACAAAACTCAATTAAGAAGATCTAAGTTAGATGTCTTTGGCGTGATTCTCTTAGAGGATTAATCATCTTCCTTCCACACATATGTATTTAAGGTTGTTGCAGTTGGTGAATGTGGACTAGATTATGACAGGCTTCACTTTTGCCCTGCCGATATTCAAAAGAAGTAAGTGATGACCGAGAAAAATGTTCTTCAAATCCCATGTGATGCATTTTATGCAACCCAACAGATAAGCACAGTCTTGTGTTGGAGATTTGAATATTTATTTCTGAGCTATGCAATTGTAGATATTTTGAGAAGCAGTTTGAATTAGCACACACAACAAAGCTTCCTATGTTTCTACACATGAGGGCAGCTGCTGAAGATTTTTGTGACATTGTAGAGCGAAATAAGCAAAGGTCAGACTTCTAAACCAATGAGAGAACTAAACCCTTTACCATATTAGAATTTTCTAGAAATAAGGCACTAGTCATCTGGATTTGAAATAGAAAATTAGAACCAAGATGTGAATGCTTCTGAGGAATAAAACTTCAAGTACCAAGAGCAAAAACATTGACTATTTCAACAGGTACACAAGTCTGTGCAAGCGATATACTGGGATCCAATTTGTTCTTGCTACTAAATTAATCAGTTATCTGACCCATACATTTGACCACAACCATCAGCTTTTCTTTTAGAAGAAATTGTAAAGAAATGATAGAAACAAGAAAATGACAAATGAAAGGGAAATCAAATTATTTCCTCATAGCAAAGAAAGAATAAACTTACTTAAGATGAATGCAATTATCTTTAATACACTTCATAGGAAAGTAGAGAAATGCATATACACATACATGTATCTTTTTGTTTTGGCTGAAAGGAGAAAGGAGACAGTTATAAGGGCATAAACTTAAAAAATCCAACGGTATTGCACAGTTAAAATATATGGTTCAAGTATTACATGTATATACATTTCACATTCCTTATTTCCTTTTGCTTATTGTATTTTTCATAAATGATTAGTAGCTTGTCAATTTTAGTTGCCTTCTTTTCTTATTGCACGGATGTTAGATCATGCCATTGATGCTTGTTGCATAGGTTTTGTGCTGGAGTTGTTCATTCTTTCACAGATAGTGCAGAAGATCGTGACAAGCTTCTCTCATTCAGTAATTTGTACATAGGTGATCGCCACTTGCTCATCTTTCCAGCTTTATTTATTTCTCTCTCTTAAATCTCATTCCTGAAATTAATTGCAACTGCTAAACAGGGATTAATGGTTGCTCTCTGAAAACTACTGAAAATCTCGATGTTGTGAGGGGCATACCAATCGAGAGACTGATGATTGAGACGGACTCTCCATATTGTGAAATCAAGAATACACATGCTGGGATTAAGTTTGTTAAATCAACCTGGGCTTCTAAGAAGAAAGAGAAGCATGATGAGCAGTGCATAGTGAAAGGAAGGAATGAACCATGTTTAGTTCGGTAAGATACTGTGTATTTTATTGTTCTTTTCCTCAAATAGACTTCCGTTTACTGTTATTTATATCGCCATCCAGGAAAATGCTTTCCAATAATTGCTTCTAGTTTTAGTGGACCAACTAGGTATGTCTCAAATTATAAAAGCACTCAGTTTTGCAAATTTATAATATGAGTTGGGAGGGTAAGATGCATCATTGGACCCAAAGTTTCTTCTTTTACCCTCTTTTATTTTGCAACGGAAGTTACAATGATTTGGGCTTTATAGGTAGATTATAAATGTTCGTTCTTTGTTGAATTTATTAGTAATGACTTGTACGAATATATTATATTTCTTGCTGTTGAAGATTGTTAAAATGGAACTTTTCCCTTGCCAGTCCCTTTATCCTTTTGTTTCTAAACATTTTCCTTTAGTTTCTTTTTTGAAGAAGAGGTCGTGTTTGATGCAATTATAGTTATATGTTTTGGCTCTGTTTTTTACTCTGTCAATGTCTTCACTGTTTTGTTTCTACATATCCTGAATATTTTCCTTGTCTTGCAGTATTTTCGGGAGGGGTTGTGTTTGATGCAATTTATTACTTTTCTAAGATTTGGTTTTATTTTTCAGGCAAGTTCTTGAGGTCTTGGCTGGATGTAAAGGCATCATGGATATCGATCAGCTTAGTGAAACTTTGTACCATAATACGTGCAGGTATCATGAATTTCCAATAAGGAGACTATATCATTCAAATACTTAGATTTTCTGTAAGACTGCAACGAATTATTCATAGGAGTCTTACTATTTTCTTTCTACTTTGTGTTGCTCTATTTTGCAGAGTTTTCTTTCCTCAAGACCTGGACTCTGCAGCAGATGCTCTCCTTGCTGGTTCTCATGATCTTGATGAAAAAATTTAGTATAAATCTGAAACCTACTTTTTGTTAAACTCTTTTGTTTTTACACACCATTAGTTTTGGATGCAGAAGCACATTTTCTCTAATATATCAACTTTCTTTCATTACCATGCTTCCAGTTTTTCAGTCTCCTTTTTTCTTAAGAGAGTTTTTTTACGGTTCAATTGTCATTCTCAGGAAGGTGAGTGAGAGATAGACAACAAATCAATGGTTGTATACTCGAAGTCTTAATTAGCAAAGATAAGGTAATAAAAGGCCGAGAGATGAATATATCGTAGTATTAACTCAGCAAAGAGATTCCATAGCACATGTAGTCTAATTCTCAAGTCATACATAAAAAACTCGTAAACCTATGGCAACACTTTCACATCCCTCAGCTCACATACACCACTCAATGAAAAAAATCTAGGCTTCCTTGGTAGTTGAGCAAGGAATGAAAGAAAATTGCGAGGGAGGACTTGAAGGTATGCAATTTTCAGAACAATTTCCTTAGCCTTCAGTTTCAGTTTAATTTTCGGGCCAACTCAACCATCAACATCAGGTTTCAGGCACTGATACTGGTAAGCAATTCTTTGCTGTCGATTTCATTTTCAATCCTCGTGAATGCTGCTGGAGAAGTCAGGGCCTGCCCTGCAGCAATGTTCAAACGAAGCGGCCGCCCTTCAACTTCCTGTCAGCATATTTGCATAGGAAGAGGTCAATGTGTGACTTGTATCTATAACATAGGACTGAATATACAAAATGCAGGTACATTTCTCATGGCTATTTCTCAAATAATGTAATTCCGGTTTGCAAGGTTTATGTTAATATGGGCCCATTTAGAGGTAGTTAAAAAATAATAATGTAGTTAGGGATCAGTCACATCAGTAAATTCTGTCACATTTTCAAGTTGTCTTCTTTCTAGAATCATATTGCCAACTACTCTATTTGAATAATTAATTCTAGATTCTCATTCTTTTAGAAAGTAACTCCACTTCCTTACCACTCCATTCATGGACTCCAAAGCAGACTCTGCATCCTCAGCAGTTTCGAAGGATACAAATCCAAAACCTCTACTTTTTCCAGATGCCCTATCATAGATGACCTTGGCACTCAATATCCCTGGTTGGTTTTCAAAAGCCTCTCTAAGACTCTGAGAAGTGAGACCCCAACCAAGGTTCCCTGCATATATCTTGTGAGGACTATCTACAAATTTGTTATAGCTGCTTCTTATCTTTGGCCCCATGACTTCCTTTTCTCCTCCCCTTGGCACTTCAGGGAAGTTCACCCGAACAGTTCGACCACCGATTTGCTGACAAGTAGTGCAACCATTAGCTTATAGCAATCTTGAATATCTTACACTATCAATAAATTTGTCAATCATTTAGAGACGTCATACCGTGATGTCAAAACTATAAGACTGAACATTTGTAGTCTATTTGTGACCATTGTATTAGAATCACCACCACCCTTGAATGTCTAACACTAACAGTAATATCATCTAATTCTACAAAGGCACCAACAATGCCATAACAAAATATTTATAGAGACACCATGATATGCCAATGGCTCAATTAACGGAAAAGCACTCCAACACTAGAATTTGCCTACTGGTAAATTGACTTTCTCCAAAGTTTAACCATTGTTTTAAAGTATGGAAAAATGTGCACAATTCTTAAGCTAAAAGAAAATGAAACAAAAAAGAGAGAGAATATAAGTAATTACAGAGCCATCAAACATCCGAATTGCTTCTTTAGCTTCCTCCAAAGTGGCCATTGTCACAAATGCAAATCCCCTACTCCTATCCGTAACTTTGTCATATATAACCTAACAGAAGATTCAGAAGATAAACACATAAGAAACCAACAATCGCTAAGCAGTTCCGATAAGCCCTAAAAGAATCGACTCAGAATATTCTGATAAAAAAACTAGTTCAATCCCAAACCTGTACAGAAACCACATGACCAGCTTCGGTGAAGACCTCGGACAATTGGGAAGAAGTCATAGCATATGGTAAATTCCCAACATAAAGCTTCCCTGCTTCGCGAGACACCGATACCTTTTGTTCGTCTTCTTCCTCTTGGGTTTCTTCTTCTCCATACGGTTCTTGTACCTCTGCGTATTCTGTCTCAGAGTCGGAGACTTGGAGGCCATCGAAAGCAGGAGGAGCACAGTGGAGATGAGAAGCAGAGGAAAAGGAAAGAGGGTAAAAGTTGGGTAAATGAATCCGGAGGTTGAGAAGCTTCAATGGGTTCTGTTTCGGAGAAAAATGGGAGGGAATTTGGTTGGGATGTTGAGTGAAGAAGAGTTTCTTGGAGAATGGAGAAGAAGAGGAAACTGAAGTTGCTGTAGTAGCAGCAGCCATTGAGACAGAAGAAGCTGACATTTGAGGAAGAAAATGGAAATGGTGGAATTCCCCAACTGACAGAGATGGATTTCTGCTCCGGGGAGCTTCAGAAATTGAAAGATGAAAATCTAAGTGGATAAGGTTTGCTTTGGTCGGAATTTTTTTATCTCTACTTTTGTATTACTTTCACCCATTGTTTTACCACGTCAACATCTTTGGAAGAATGACATGGATGGATTAAGTGCTCGACTCAATTAGACATCTTTGAAAAGTAATTGGTAAAAAGAAAAAAAACATATGCATTTTTTTAATTAGGAAAAATTACTTTTTAATTCTTGAATTTTGGAGAATGGGGTCTTTGGTTCTTCTCAAAACGTACCTTTTAAATCTTAATCCTACAGTTTTTTAGAACTAGTCGAGAAATATTTGCTTACGTACTTCAAATCTTGTAGTCTTTATTAAAAAAATCCAAAATATAGTGATTTTTTGGTTGGTAAAAAATAAATCATTAATTTTTTTTATTTATTTTAATTACTATAAACTTTTAAGAGGTACATAAGTCTATAGTCTATCGAGATTTATTGTTGAGACAGTAAAATTTTTCAGTTTCATATTTTCCAAGTATACGATTCTTTTTTAATATAAATCTACTTTATTTACTTTCAAATTTGTCTCTTAAAAGATCTTGTACTTCTATTTTCTTCCAAATTTTTGTTATATGAAATATATATATTTTTTTGATTAATAACATACTCAAACACTTTAAAAGAATTAAGCACATGTTCGATGTGTTACCACCACCCTCCGAATAATCATATCTTATTAGCATCAATTGCATCAATCAATGTTTATCAAATACCTACATTCAAAAAGTTAAAGCACCAATTAATATATAAACATATTTTGTGAATTAAAAATTAAAAAAGTCACATCTATTATCTTTTGAACTCGAAAATGCTCATTCCATTGATAAAGAATAACTTAGGAACTAAAATTGATCAAATTTGAAAGTACTTAACCAAAATAGTAATCTAATTTATTTTAACCATGCCGAAATAAACTTGACTTAGTATTAACTTCTATTCCGTCCCTTCGAGTCAAAGGTTGAATCCCTTCCCAAAAAACTTATTTTAAATGATAGGAGTGGCACGTGATACGATGAGATTGGTATCTTTGTTGGTTCCAGATCTGAAAAACGCGGTGGGACCAGGCCCTTCTTCCCATCGGTTCAAAACAAAAATCAGACAACATTTCATTTTCCTCTTTCTTCCGGATTAACAGAGAGCGGTCTTTCAATGACGGTGGAAGCTAAACCCATACATCCTTCACAAGTCGACGGTGGAGGTTCCAAAATGTTGGAGATGAGTCCATGAAGAAGAATCTCACAATCCAGGTTCCGATTTCCTCATACTCTCACTTCTTAATCTGTTCAATTCATATTCTTCTTCCTGATTTCAATCTCCATAATGTGGAGTCTTTCCGCTTTCATTTTTCTCGCTTGTTTGGCTTCCTAGAAAATGCTCGGAAATGTATGATATATTACAGCTTAAATTACTACATGACATGAACTCTTTGGACTTTCTATTAGTTTTTTCTTTTCGGACCTATTTTACATTTTTTTTTTCTTTTTTTAAAGAAATTCAGATGCGTTGTATATAAAATTGAAAGTTTAGATCAATATTCAACATGTTGTTTTTGGTCAAAAGGCATATGAAAAAGGTAAAAATTTTGGAAATCAATGATTTATTAATTTATTAATTATTTATTTCATGGATTTCACAAAATTTTTAAGTCATGAAGAGGGAAAATCGTACTAACCCAAGTCTTTTTTACTTTTCATATTTAGGGTGAAATCACACAAATCACTCTGGATCTCCTCTCTTTCACAATCATTCCCACTGTCTGCGAACAAACCCATGTTTCCCCCACTCTATCAATCTCCTCTCTCTCGCATGCTCCCTCACCTTCTTGCTCTCTTGCTCTATCTGCTAAAAAACCGCATATCCAATGAAACCAGTTCCACAAAACCCCCCATGCGACAGAAACGCATTCCAGAGGAAACCGAGAAGGAATAAAGGGTATTTTGGTATAACTTTCAAAAAGTAGGGCAAAATCCTTCTTGAAAAGCTATACAATTATCTCAAATCAAGAGTCCCAATATATATTTATATATATATATATATATATATATATTCACATAACCACAACTAACGTTAATCTAACCCAAAAGTCCATCTAGAATCATTTTTAAACATTTTAGGTATTAAATCTGTCCATTTTAAACTGACAAAAAGCTTGTTTTGCCCAGAAAAGAATATTTCAAAAGGCATTTTCTTTTACTTTATTTTATTTTGTTAAATAAACAAACCATTACTAATGGAATCTACAATTATTTAGTTCATTTGCATTCTTTATTATTAATTCCCTCTGCACACCTTTTGAACTATTTTACTATTTATTGTTCACCAAGTCTTTTTTTTTTTTTTTTTTTGTAATCAAGTAATTAATTTAATGAAGAGAATCATCTAAAGTTGTATTGAATAGTCAAAGAAAAGCATGTCAACATATTTTTATGAAAACGTAGATATGGGCATTAGCATGAACAAGTGCGAGAAATGTTGCATTGTGCTAAAAAGGAAACGGCATGGATGCCATTACAATTTACAAAGACAATATTCTTTATTATACACAGACAATATTCTTCATTACAAAGACAAATCTTCTTCATTACACACAAACTGAAAGACAAACATGACAGTTGTCCATAAACAAACCCACAAGCCGAGCATCTTTGTTCAGTACATTACAAATTGCTTCAGAATGTCTGAATTTGAGTAAACAAAGAGACTTAATGAACATTCTTCTTGTTCTACTTTCAGGGTCACAAAATAAACACAGTGCAGAATTCATTCTCTTGATGCTCTTATTCTTGAACAGACCCTTTTGTTTACTGCACTGCAATTACTTCATACTTGATATCTGATTGGATGATTCCTTTGTTTCTCTTAGCCACTTCCCATACTGAGAAGCAAAACAAAGAGATAAGAGACATCCTACACCTACATTAGTTAGAGCCAAAAATGACTTGCCATTGCAACCAAACGCGGGGACTATCCTCATCGCGAAGCCTGAGACAATTGCCATCGACGACATTGTAGCAAGCTGGATTTGGTCGCAACAAAGACAGGGTTTTGGTGCAATGACTTGCACCAAGAACCCATTGCCTTCGCCATCAAACACAAAGGTCGCAGCAGTTGTCAGCTGCTGCAACCCATTTGGGCAGAACCATGCCATGCCCTCCTCCATCGATGATCTCTGCCAGTGATGGTATTGATGGTCCAAGATGGTTGATTTGAAAACGTTGTAGTCCCCTCGAGAATATGCTCGATACCTCTGAATTCGAGAGACTAAAGCCCCTCCCCTTTGCATCATTTTGGGAGTTCAAAGTGCCACTTTCTGATTGCAGAACCACAGAACATTGGGAGCCAGTTGAATCAGAAAGGTTCACATCATCAATTTTCTTTGGTTCCATTGAGAGTTTCCCATTTTTCAGATTCTTTGTGTTCAAGAAACGGCCACCAGATCCCCGTGGACGGCGCATTGCATGAAGATGACGCGATTCGTGCATATATGGCTGTAAGACAGATATGCAATCTATATCAGCAGGAGTAATGTGGATATATAGTGTTCTGCACAGGACAAAGAAAAATATTTGGACCGATGATGTTACTGCAGCAAAAGCATAACAGTTCGTTCAGAGTACATAATTAACATGATGCTGACTAGTATATCATATTCAAGCCAAATGTTGATATCGAAAATTCTTATAGCCCAAAGGTTGGCAAACAGAAATTCCAATAAAACCGAATTGGAGTTACTCTTCAGACAGGCATCCGCATCAGATTGACTTCTAGTTCTAGTTATACCGGTGAGGAAATATACCACAAGGAAACTATTCACATCCTTAGATGTACATACATCTTCTATGAATTCCAAGACCAAAAGAAAAAGAATAATATGCCTATCAAATCTATGAGGGGGACCTGAGTAAGTCTTACATACCTTACGAGTTCTTGCAAGTTTATTCTCCATCATTGCCTTAGCACGGATCTGCCTGCGCCTAATGATTCCATGATACTGCTTTGCATTCACATAAATAGGTCCATCATCTGATGTTAAGCTCATTGGCAGCATAATCCGGCCCTGAATAATGCAAACAGTCAAGTTTTTACTCACTGATAGGCAGACTTACCTTTCCAGATAGCTTACAATGAATACCAGAATCCAACCAACAAAAATATTGTTCAAGAAAAATATTTCTCTACCATACTTCCTTACATGAAACCTTAAGTTTTGGTTCCTATTAATTTTTTGGTAACATTCATCTCGCATATTCCCAAAATGTGCTATCTCCTTAGCACCATTTCTGGCTTTTTAGCTATGTTGTTTTCCACTTCCCATTCTACATTTTTTTGCATGCTATAGTTCACACTATGCATCTGACAGAGTTTCATCTTTTTTTCTTTTGTTGGAAAATATTTAACAATATAAGACAATTCACATAGAATAATACATTGAAGTAAAGAGAAAACAGAAGGTAAAATGGAAAATGGATGTGGTTGAAGAATGGAAGGAAACATACTGGTATTTGAGGTCCATAAGCTGACAGGATGCCATAATGCTGTTCCATGTACGGATAATTTGCACATATCTGCATTTTTTGTTTTCAGAATCAGAGACATAATATAAACAAACATCATTGTTTTAGAGAGAGAAAAAAAAAATCCAAATAACATTTTAGATCATACCAAAGGTTGGCCAAATCCAAGCTCAAAACGATTTTGATATTCTGACAAGGGTGATTGCAGGGAAAAAACTGGTGAAGGTTTTTGTGCATCCATCGAAATCTTACAGTCACCTGCATCGATTTTGTAAGAGCAGTTTTCTCATCAGATAAGGATAGAAACATCACCATTATGATAGACATTTTAACTAAGGAAGCTCGAAAAGAAGGGGGAAGAGTCTTTCTTGAGTCTCATGCTCTCTTTCCTTCTTGTTTTATAATCATTGACATTTGAGCTTATTGCTCTATGATGCTAAATTCTTGATGAAGCATTAGCTAGAAAATGATATTCTGAAGGGAAGGTAAAATATTAGTGAAAGAAAATGGGAAATCCAGTTCAAGAGTATAAAAGAAAAGCAGTGGGGCTTCTATGTTCTAAAAGGTGTACTTCAACAATAGATGATTGAGACATAAATTACACAACAGGATTGCATTTAACTTCCAAATGCATATGGTGAATTTGGATGCATGTTATTTCATTAGTAGTAAAGTTCATTGAAGGTGGAAACTCCTTACTATTGGATACAACTCAATGTTAGTTACTCACAATGCAGGTGCAATCTTGGAGATGTTCAGAGGCTCCTTGCCCCCCAGCCTAAGCAAACTCAGGTTACTAAAAAAATCTCCCGTCCCCAACGTCATGCAACTGAGTTATGAGTCGAGTTGATCAGCTAACAATCTAGGTCTTCTTCCCCTAACATGTTTCTTGTTATAGACAATTCTTACCAGTGGTCTATTGCACTTTGAATAGTAGTATCTCAGAGCATAAGTTTGCTACATGTCAGGAAAGAAGCATCCAACTTCCTTGTCAATCTCCCTATGCTATTCGTTTTTAGAGAACCTACAAATTTTGTGAATAAATCACTCCTTTGCCACCTCTTATTAACTTTTTAATAGCCTATAACATCCTGACTCGAAAATCCGTACATATAACATATAACGTCGTTCGTTGAAAATCCATGCATCCACCATTATAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAGGAGGAGGATGAAAAACCATCTATGCCATTGTAAGAAGAAGAAGAAACAATCTAACATTCAAAGATTAATTTCATATAACGCCAACCTTCCACTACTCTGCAGCTTCCTTTTGTAAGTAATTTGCTTGGAAGAAGAAGGCTAATACATCAAACATTACAGCCTAAGAAATTGGAAGAAATCCTTCATGTAATCTAAAGAGAGACACATCATAAGTAAAGTACAAGATGCATTTTTGGCATACTTAAATACGATGATGGGAAATGAAAATGAATCAAACGAACAGAAAGTTACCAGGATAGATGGAAAATGGAGCTATATTCATTTTCTCCAAGCCATGAGCAGCTTGTTTGGTGCCATTGAACTCCTTCCCATTACTGCCAAGTTGTTCAATGGATGAAGCCTTGACTTGACCAAAATCCCCAAAGATTGATTGAGAACCTTGCCCAAAGGCACTCCATAAACGGGCAGGAGAAGATGATAACTGGCCAAGGGAATTAGGAACAATTCCTTCATGTTCTTTCAAATAGCCAGTTTGTGGTGCCATTTTCCAAGCCTCAAAATCACCAAGAAACAGTTGTTTTACTAATCCCTTCACACCAATTCCTACAATTCAGAGTTGGAACAAAGAGACTATGAGACATTTACAATGAATCTAATCTCCATAAAACGATGGAGTGAAATCGAAAAATGGGAAAGACAAATAAAACAAGTTAAAAGTTCATTTGGGCAGCAGCGTTTAAGCAAAAAGAAGAAGATGAACAGCCACTTCAAAAAGGGCAAAAAGAAAAAGAGGGGAAAAACACCCACACGAGCTTCCTTCAATCACAGAACAATAAGCAAAAATTGCCCCCCCAAAACAACAGACCATAGACAATAGATAGAACAAAAACCAGAGCAACAATAGCAGAAGACAAGGCGATTGAACAAACCAATATCAATAAAAGCAATTAAGGGGAAGACGAAACAAACCCAGAAGAAAAAAAGGTTCCAAAAAACAACCCCAGATGGAAAAATGACAAAAAAAGAAATCAGAGCTGAGACTGAAGCTGAAAAACCTTAGTTCATAGAAGAACAAGAGAAGAAAGGGGCAAAGATCAGAGGGTAAAATTTACTCACAAAATTAAAATCAGCAAAAACAAGAAGAAGGAGAAGGAGAAGAAGAAGCAGCAGCAGCAGCAGGTATTGAATACAGGCACAGGAACCCCATTTGATAGGAGTGCTGTTGGTACATTTCAAGCAAAGCACTAACAGAGAGAGAAAGAGGAGAGAGAGAGATAGAGAGAGAAAGAAAGAAAAAGAATTAATGCACACAAGTGTAAAATAACTAAAACCCAAGAACCAATGATCTTTACCTTGCATGCAAGAATTTTGTTCTATATGGAAAGCTTCCATTAATATATATATATCTATAGAC

mRNA sequence

AGATGATACTGAATATGAGATTTTAGATTAATTAAGTCTTTGGAATGATTAGGTGCCTCATCAAGCTTGAATAAATGCAACTTTTTATCAATAGTTGTAATAATTCAAATGGACCAATACATTATACTTTCACTTGAACTTGGAAGTATGCTCCTAGTAGATCTTTAGCTATAGTTGTTGCCGTTGGACCATGTCACATAATACATTATTCTCTCATAATTGAGTTGACCTTCATCGACTTTGAGCATTTCGTTGGAGTTTAATTTGGGAGATGGGAGGTTCCATCTCCGGGCTCCGTAACTGTTGTAAAAAAAAATTAAAAATTAAAAATTTTAAAAAAAAAATCTTGTCGAATTCCGGACGGTGGGATCGTACAAAAGGACCGATCGGAAATATCTTCCATCCTTGAGATCACTCTTCTGCTTCGCCGGGCTCGGTATCCGGCGGGAGAGCACTGGCGACCGGCTAATCCATTGCAGATTCGAGGTCATCTCTCTAACCAATTCGAACCAATTTCAAGCAAGTTCAAATCAAAGCGCATCTTTTGAGCTCTTCTCTCGCTTTCCTCCACCATGGGAACACTGCGAATGATAGATATTGCAGTCAATTTTACAGATGGTATGTTCAAAGGAATTTACCACGGGAAGCAATACCACGCAGCTGACATAGCAGCTGTATTGAGCAGGGCTTGGAGTGCTGGGGTTCAGCGAATCATTGTGACCGGTGGATCACTCGAGGAATCAAGGGAAGCCCTTAAAATTGCAGAAACAGATGGAAGGCTCTTTTGTACTGTGGGTGTGCATCCAACTAGATGCAAGGAATTTGAAGAGAGTGGTGATCCAGAGACGTATTTTCAGGCTCTTCTTTCATTAACCAAAGAGGGAATTGAGAAAGGAAAGGTTGTTGCAGTTGGTGAATGTGGACTAGATTATGACAGGCTTCACTTTTGCCCTGCCGATATTCAAAAGAAATATTTTGAGAAGCAGTTTGAATTAGCACACACAACAAAGCTTCCTATGTTTCTACACATGAGGGCAGCTGCTGAAGATTTTTGTGACATTGTAGAGCGAAATAAGCAAAGGTTTTGTGCTGGAGTTGTTCATTCTTTCACAGATAGTGCAGAAGATCGTGACAAGCTTCTCTCATTCAGTAATTTGTACATAGGGATTAATGGTTGCTCTCTGAAAACTACTGAAAATCTCGATGTTGTGAGGGGCATACCAATCGAGAGACTGATGATTGAGACGGACTCTCCATATTGTGAAATCAAGAATACACATGCTGGGATTAAGTTTGTTAAATCAACCTGGGCTTCTAAGAAGAAAGAGAAGCATGATGAGCAGTGCATAGTGAAAGGAAGGAATGAACCATGTTTAGTTCGGCAAGTTCTTGAGGTCTTGGCTGGATGTAAAGGCATCATGGATATCGATCAGCTTAGTGAAACTTTGTACCATAATACGTGCAGAGTTTTCTTTCCTCAAGACCTGGACTCTGCAGCAGATGCTCTCCTTGCTGGTTCTCATGATCTTGATGAAAAAATTTAGAAGGTGAGTGAGAGATAGACAACAAATCAATGGTTGTATACTCGAAGTCTTAATTAGCAAAGATAAGGTAATAAAAGGCCGAGAGATGAATATATCGTAGTATTAACTCAGCAAAGAGATTCCATAGCACATGTAGTCTAATTCTCAAGTCATACATAAAAAACTCGTAAACCTATGGCAACACTTTCACATCCCTCAGCTCACATACACCACTCAATGAAAAAAATCTAGGCTTCCTTGGTAGTTGAGCAAGGAATGAAAGAAAATTGCGAGGGAGGACTTGAAGGTATGCAATTTTCAGAACAATTTCCTTAGCCTTCAGTTTCAGTTTAATTTTCGGGCCAACTCAACCATCAACATCAGGTTTCAGGCACTGATACTGGTAAGCAATTCTTTGCTGTCGATTTCATTTTCAATCCTCGTGAATGCTGCTGGAGAAGTCAGGGCCTGCCCTGCAGCAATGTTCAAACGAAGCGGCCGCCCTTCAACTTCCACTCCATTCATGGACTCCAAAGCAGACTCTGCATCCTCAGCAGTTTCGAAGGATACAAATCCAAAACCTCTACTTTTTCCAGATGCCCTATCATAGATGACCTTGGCACTCAATATCCCTGGTTGGTTTTCAAAAGCCTCTCTAAGACTCTGAGAAGTGAGACCCCAACCAAGGTTCCCTGCATATATCTTGTGAGGACTATCTACAAATTTGTTATAGCTGCTTCTTATCTTTGGCCCCATGACTTCCTTTTCTCCTCCCCTTGGCACTTCAGGGAAGTTCACCCGAACAGTTCGACCACCGATTTGAGAGCCATCAAACATCCGAATTGCTTCTTTAGCTTCCTCCAAAGTGGCCATTGTCACAAATGCAAATCCCCTACTCCTATCCGTAACTTTGTCATATATAACCTGTACAGAAACCACATGACCAGCTTCGGTGAAGACCTCGGACAATTGGGAAGAAGTCATAGCATATGGTAAATTCCCAACATAAAGCTTCCCTGCTTCGCGAGACACCGATACCTTTTGTTCGTCTTCTTCCTCTTGGGTTTCTTCTTCTCCATACGGTTCTTGTACCTCTGCGTATTCTGTCTCAGAGTCGGAGACTTGGAGGCCATCGAAAGCAGGAGGAGCACAGTGGAGATGAGAAGCAGAGGAAAAGGAAAGAGGGTAAAAGTTGGGTAAATGAATCCGGAGGTTGAGAAGCTTCAATGGGTTCTGTTTCGGAGAAAAATGGGAGGGAATTTGGTTGGGATGTTGAGTGAAGAAGAGTTTCTTGGAGAATGGAGAAGAAGAGGAAACTGAAGTTGCTGTAGTAGCAGCAGCCATTGAGACAGAAGAAGCTGACATTTGAGGAAGAAAATGGAAATGGTGGAATTCCCCAACTGACAGAGATGGATTTCTGCTCCGGGGAGCTTCAGAAATTGAAAGATGAAAATCTAAGTGGATAAGATCTGAAAAACGCGGTGGGACCAGGCCCTTCTTCCCATCGGTTCAAAACAAAAATCAGACAACATTTCATTTTCCTCTTTCTTCCGGATTAACAGAGAGCGGTCTTTCAATGACGGTGGAAGCTAAACCCATACATCCTTCACAAGTCGACGGTGGAGGTTCCAAAATGTTGGAGATGAGTCCATGAAGAAGAATCTCACAATCCAGGGTCACAAAATAAACACAGTGCAGAATTCATTCTCTTGATGCTCTTATTCTTGAACAGACCCTTTTGTTTACTGCACTGCAATTACTTCATACTTGATATCTGATTGGATGATTCCTTTGTTTCTCTTAGCCACTTCCCATACTGAGAAGCAAAACAAAGAGATAAGAGACATCCTACACCTACATTAGTTAGAGCCAAAAATGACTTGCCATTGCAACCAAACGCGGGGACTATCCTCATCGCGAAGCCTGAGACAATTGCCATCGACGACATTGTAGCAAGCTGGATTTGGTCGCAACAAAGACAGGGTTTTGGTGCAATGACTTGCACCAAGAACCCATTGCCTTCGCCATCAAACACAAAGGTCGCAGCAGTTGTCAGCTGCTGCAACCCATTTGGGCAGAACCATGCCATGCCCTCCTCCATCGATGATCTCTGCCAGTGATGGTATTGATGGTCCAAGATGGTTGATTTGAAAACGTTGTAGTCCCCTCGAGAATATGCTCGATACCTCTGAATTCGAGAGACTAAAGCCCCTCCCCTTTGCATCATTTTGGGAGTTCAAAGTGCCACTTTCTGATTGCAGAACCACAGAACATTGGGAGCCAGTTGAATCAGAAAGGTTCACATCATCAATTTTCTTTGGTTCCATTGAGAGTTTCCCATTTTTCAGATTCTTTGTGTTCAAGAAACGGCCACCAGATCCCCGTGGACGGCGCATTGCATGAAGATGACGCGATTCGTGCATATATGGCTGTAAGACAGATATGCAATCTATATCAGCAGGAGTAATGTGGATATATAGTGTTCTGCACAGGACAAAGAAAAATATTTGGACCGATGATGTTACTGCAGCAAAAGCATAACAGTTCGTTCAGAGTACATAATTAACATGATGCTGACTAGTATATCATATTCAAGCCAAATGTTGATATCGAAAATTCTTATAGCCCAAAGGTTGGCAAACAGAAATTCCAATAAAACCGAATTGGAGTTACTCTTCAGACAGGCATCCGCATCAGATTGACTTCTAGTTCTAGTTATACCGGTGAGGAAATATACCACAAGGAAACTATTCACATCCTTAGATGTACATACATCTTCTATGAATTCCAAGACCAAAAGAAAAAGAATAATATGCCTATCAAATCTATGAGGGGGACCTGAGTGCAATCTTGGAGATGTTCAGAGGCTCCTTGCCCCCCAGCCTAAGCAAACTCAGGTTACTAAAAAAATCTCCCGTCCCCAACGTCATGCAACTGAGTTATGAGTCGAGTTGATCAGCTAACAATCTAGGTCTTCTTCCCCTAACATGTTTCTTGTTATAGACAATTCTTACCAGTGGTCTATTGCACTTTGAATAGTAGTATCTCAGAGCATAAGTTTGCTACATGTCAGGAAAGAAGCATCCAACTTCCTTGTCAATCTCCCTATGCTATTCGTTTTTAGAGAACCTACAAATTTTGTGAATAAATCACTCCTTTGCCACCTCTTATTAACTTTTTAATAGCCTATAACATCCTGACTCGAAAATCCGTACATATAACATATAACGTCGTTCGTTGAAAATCCATGCATCCACCATTATAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAGGAGGAGGATGAAAAACCATCTATGCCATTGTAAGAAGAAGAAGAAACAATCTAACATTCAAAGATTAATTTCATATAACGCCAACCTTCCACTACTCTGCAGCTTCCTTTTGTAAGTAATTTGCTTGGAAGAAGAAGGCTAATACATCAAACATTACAGCCTAAGAAATTGGAAGAAATCCTTCATGTAATCTAAAGAGAGACACATCATAAGTAAAGTACAAGATGCATTTTTGGCATACTTAAATACGATGATGGGAAATGAAAATGAATCAAACGAACAGAAAGTTACCAGGATAGATGGAAAATGGAGCTATATTCATTTTCTCCAAGCCATGAGCAGCTTGTTTGGTGCCATTGAACTCCTTCCCATTACTGCCAAGTTGTTCAATGGATGAAGCCTTGACTTGACCAAAATCCCCAAAGATTGATTGAGAACCTTGCCCAAAGGCACTCCATAAACGGGCAGGAGAAGATGATAACTGGCCAAGGGAATTAGGAACAATTCCTTCATGTTCTTTCAAATAGCCAGTTTGTGGTGCCATTTTCCAAGCCTCAAAATCACCAAGAAACAGTTGTTTTACTAATCCCTTCACACCAATTCCTACAATTCAGAGTTGGAACAAAGAGACTATGAGACATTTACAATGAATCTAATCTCCATAAAACGATGGAGTGAAATCGAAAAATGGGAAAGACAAATAAAACAAGTTAAAAGTTCATTTGGGCAGCAGCGTTTAAGCAAAAAGAAGAAGATGAACAGCCACTTCAAAAAGGGCAAAAAGAAAAAGAGGGGAAAAACACCCACACGAGCTTCCTTCAATCACAGAACAATAAGCAAAAATTGCCCCCCCAAAACAACAGACCATAGACAATAGATAGAACAAAAACCAGAGCAACAATAGCAGAAGACAAGGCGATTGAACAAACCAATATCAATAAAAGCAATTAAGGGGAAGACGAAACAAACCCAGAAGAAAAAAAGGTTCCAAAAAACAACCCCAGATGGAAAAATGACAAAAAAAGAAATCAGAGCTGAGACTGAAGCTGAAAAACCTTAGTTCATAGAAGAACAAGAGAAGAAAGGGGCAAAGATCAGAGGGTAAAATTTACTCACAAAATTAAAATCAGCAAAAACAAGAAGAAGGAGAAGGAGAAGAAGAAGCAGCAGCAGCAGCAGGTATTGAATACAGGCACAGGAACCCCATTTGATAGGAGTGCTGTTGGTACATTTCAAGCAAAGCACTAACAGAGAGAGAAAGAGGAGAGAGAGAGATAGAGAGAGAAAGAAAGAAAAAGAATTAATGCACACAAGTGTAAAATAACTAAAACCCAAGAACCAATGATCTTTACCTTGCATGCAAGAATTTTGTTCTATATGGAAAGCTTCCATTAATATATATATATCTATAGAC

Coding sequence (CDS)

ATGGGAACACTGCGAATGATAGATATTGCAGTCAATTTTACAGATGGTATGTTCAAAGGAATTTACCACGGGAAGCAATACCACGCAGCTGACATAGCAGCTGTATTGAGCAGGGCTTGGAGTGCTGGGGTTCAGCGAATCATTGTGACCGGTGGATCACTCGAGGAATCAAGGGAAGCCCTTAAAATTGCAGAAACAGATGGAAGGCTCTTTTGTACTGTGGGTGTGCATCCAACTAGATGCAAGGAATTTGAAGAGAGTGGTGATCCAGAGACGTATTTTCAGGCTCTTCTTTCATTAACCAAAGAGGGAATTGAGAAAGGAAAGGTTGTTGCAGTTGGTGAATGTGGACTAGATTATGACAGGCTTCACTTTTGCCCTGCCGATATTCAAAAGAAATATTTTGAGAAGCAGTTTGAATTAGCACACACAACAAAGCTTCCTATGTTTCTACACATGAGGGCAGCTGCTGAAGATTTTTGTGACATTGTAGAGCGAAATAAGCAAAGGTTTTGTGCTGGAGTTGTTCATTCTTTCACAGATAGTGCAGAAGATCGTGACAAGCTTCTCTCATTCAGTAATTTGTACATAGGGATTAATGGTTGCTCTCTGAAAACTACTGAAAATCTCGATGTTGTGAGGGGCATACCAATCGAGAGACTGATGATTGAGACGGACTCTCCATATTGTGAAATCAAGAATACACATGCTGGGATTAAGTTTGTTAAATCAACCTGGGCTTCTAAGAAGAAAGAGAAGCATGATGAGCAGTGCATAGTGAAAGGAAGGAATGAACCATGTTTAGTTCGGCAAGTTCTTGAGGTCTTGGCTGGATGTAAAGGCATCATGGATATCGATCAGCTTAGTGAAACTTTGTACCATAATACGTGCAGAGTTTTCTTTCCTCAAGACCTGGACTCTGCAGCAGATGCTCTCCTTGCTGGTTCTCATGATCTTGATGAAAAAATTTAG

Protein sequence

MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREALKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDYDRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFTDSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIKFVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVFFPQDLDSAADALLAGSHDLDEKI

Homology

[Close]

BLAST of CcUC10G203530 vs. NCBI nr
Match: KAA0043804.1 (putative deoxyribonuclease TATDN1 isoform X1 [Cucumis melo var. makuwa] >TYK25329.1 putative deoxyribonuclease TATDN1 isoform X1 [Cucumis melo var. makuwa])

HSP 1 Score: 656.4 bits (1692), Expect = 1.3e-184
Identity = 317/323 (98.14%), Postives = 320/323 (99.07%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           M TLRMIDIAVNFTDGMF+GIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA
Sbjct: 348 MATLRMIDIAVNFTDGMFRGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 407

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY
Sbjct: 408 LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 467

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT
Sbjct: 468 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 527

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
           DSAEDRDKLLSFSNLYIGINGCSLKT ENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK
Sbjct: 528 DSAEDRDKLLSFSNLYIGINGCSLKTAENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 587

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
           FVKS WASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDI+QLSETLYHNTCRVF
Sbjct: 588 FVKSVWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDINQLSETLYHNTCRVF 647

Query: 301 FPQDLDSAADALLAGSHDLDEKI 324
           FPQDLDSAADALLAGSHDL+EKI
Sbjct: 648 FPQDLDSAADALLAGSHDLEEKI 670

[Close]

BLAST of CcUC10G203530 vs. NCBI nr
Match: XP_008442932.1 (PREDICTED: putative deoxyribonuclease TATDN1 isoform X1 [Cucumis melo])

HSP 1 Score: 656.4 bits (1692), Expect = 1.3e-184
Identity = 317/323 (98.14%), Postives = 320/323 (99.07%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           M TLRMIDIAVNFTDGMF+GIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA
Sbjct: 1   MATLRMIDIAVNFTDGMFRGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY
Sbjct: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT
Sbjct: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
           DSAEDRDKLLSFSNLYIGINGCSLKT ENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK
Sbjct: 181 DSAEDRDKLLSFSNLYIGINGCSLKTAENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
           FVKS WASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDI+QLSETLYHNTCRVF
Sbjct: 241 FVKSVWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDINQLSETLYHNTCRVF 300

Query: 301 FPQDLDSAADALLAGSHDLDEKI 324
           FPQDLDSAADALLAGSHDL+EKI
Sbjct: 301 FPQDLDSAADALLAGSHDLEEKI 323

[Close]

BLAST of CcUC10G203530 vs. NCBI nr
Match: XP_038904038.1 (putative deoxyribonuclease TATDN1 [Benincasa hispida])

HSP 1 Score: 655.2 bits (1689), Expect = 2.9e-184
Identity = 316/323 (97.83%), Postives = 319/323 (98.76%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAG+QRIIVTGGSLEESREA
Sbjct: 77  MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGIQRIIVTGGSLEESREA 136

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           LKIAETDGRLFCTVGVHPTRCKEFEES DPETYFQALLSLTKEGIEKGKVVAVGECGLDY
Sbjct: 137 LKIAETDGRLFCTVGVHPTRCKEFEESDDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 196

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT
Sbjct: 197 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 256

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
           DSAEDRDKLLSFSNLYIGINGCSLKT ENLDVVRGIP ERLMIETDSPYCEIKNTHAGIK
Sbjct: 257 DSAEDRDKLLSFSNLYIGINGCSLKTAENLDVVRGIPTERLMIETDSPYCEIKNTHAGIK 316

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
           FVKS WASKKKEKHD+QCIVKGRNEPCLVRQVLEVLAGCKGIMDI+QLSETLYHNTCRVF
Sbjct: 317 FVKSVWASKKKEKHDDQCIVKGRNEPCLVRQVLEVLAGCKGIMDINQLSETLYHNTCRVF 376

Query: 301 FPQDLDSAADALLAGSHDLDEKI 324
           FPQDLDSAADALLAGSHDLDEKI
Sbjct: 377 FPQDLDSAADALLAGSHDLDEKI 399

[Close]

BLAST of CcUC10G203530 vs. NCBI nr
Match: XP_004136520.1 (putative deoxyribonuclease TATDN1 isoform X2 [Cucumis sativus] >KGN59222.1 hypothetical protein Csa_002444 [Cucumis sativus])

HSP 1 Score: 651.4 bits (1679), Expect = 4.2e-183
Identity = 315/323 (97.52%), Postives = 318/323 (98.45%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           M TLRMIDIAVNFTDGMFKGIYHGKQYHAAD+AAVLSRAWSAGVQRIIVTGGSLEESREA
Sbjct: 1   MATLRMIDIAVNFTDGMFKGIYHGKQYHAADLAAVLSRAWSAGVQRIIVTGGSLEESREA 60

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY
Sbjct: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT
Sbjct: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
           DSAEDRDKLLSFSNLYIGINGCSLKT ENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK
Sbjct: 181 DSAEDRDKLLSFSNLYIGINGCSLKTAENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
            VKS WASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDI+QLSETLYHNTCRVF
Sbjct: 241 LVKSVWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDINQLSETLYHNTCRVF 300

Query: 301 FPQDLDSAADALLAGSHDLDEKI 324
           FPQDLDSAADALLAGS DL+EKI
Sbjct: 301 FPQDLDSAADALLAGSRDLEEKI 323

[Close]

BLAST of CcUC10G203530 vs. NCBI nr
Match: KAG6580755.1 (putative deoxyribonuclease TATDN1, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 643.3 bits (1658), Expect = 1.1e-180
Identity = 311/322 (96.58%), Postives = 315/322 (97.83%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA
Sbjct: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSL KEGIEKGKVVAVGECGLDY
Sbjct: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLAKEGIEKGKVVAVGECGLDY 120

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRLHFCPADIQKKYFEKQFELAH TKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT
Sbjct: 121 DRLHFCPADIQKKYFEKQFELAHATKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
           DSAEDRD+LL+FSNLYIGINGCSLKT ENLDVV+GIPIERLMIETDSPYCEIKNTHAGIK
Sbjct: 181 DSAEDRDRLLAFSNLYIGINGCSLKTAENLDVVKGIPIERLMIETDSPYCEIKNTHAGIK 240

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
           FVKS WASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGI DI+QLSETLYHNTCRVF
Sbjct: 241 FVKSVWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIADINQLSETLYHNTCRVF 300

Query: 301 FPQDLDSAADALLAGSHDLDEK 323
           FPQDLDSAADALLAGS  LDEK
Sbjct: 301 FPQDLDSAADALLAGSQVLDEK 322

[Close]

BLAST of CcUC10G203530 vs. ExPASy Swiss-Prot
Match: Q640V9 (Putative deoxyribonuclease TATDN1 OS=Xenopus laevis OX=8355 GN=tatdn1 PE=2 SV=1)

HSP 1 Score: 327.4 bits (838), Expect = 1.8e-88
Identity = 159/302 (52.65%), Postives = 219/302 (72.52%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           M   R IDI +N TD MF+G+Y G + H  D A ++ RA   GVQ+ ++TGG+L ES+EA
Sbjct: 1   MSLYRFIDIGINLTDPMFRGLYRGTRKHQDDFADIIERAVRTGVQKFMITGGNLHESKEA 60

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           +++A+++ R + TVG HPTRC EFE+ GDP+ Y   L +L ++   KGKVVAVGECGLD+
Sbjct: 61  IQLAQSNDRFYSTVGCHPTRCGEFEQ-GDPDQYLAELQNLLED--NKGKVVAVGECGLDF 120

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRL FC  + Q KYFEKQF+LA  ++LPMFLH R A ++F +I++RN+ R   GVVHSF 
Sbjct: 121 DRLEFCSKETQLKYFEKQFDLAERSRLPMFLHCRNAHKEFLEIMQRNRDRCVGGVVHSFD 180

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
            + ED + +++  +LYIGINGCSLKT  NLDV++ IP ERLMIETD+P+C +KNTHAG K
Sbjct: 181 GTKEDAEAIIAL-DLYIGINGCSLKTESNLDVLKSIPSERLMIETDAPWCGVKNTHAGSK 240

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
            VK+T+ +KKK +      +K RNEPC + QVLE++A  +    + +LS+TLY+NT ++F
Sbjct: 241 LVKTTFPTKKKWESGH--CLKDRNEPCHIIQVLEIMASAREEEPL-ELSKTLYNNTLKLF 295

Query: 301 FP 303
           FP
Sbjct: 301 FP 295

[Close]

BLAST of CcUC10G203530 vs. ExPASy Swiss-Prot
Match: Q6P1N9 (Putative deoxyribonuclease TATDN1 OS=Homo sapiens OX=9606 GN=TATDN1 PE=1 SV=2)

HSP 1 Score: 317.8 bits (813), Expect = 1.4e-85
Identity = 154/302 (50.99%), Postives = 215/302 (71.19%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           M   + IDI +N TD MF+GIY G Q H  D+  V+ RA   GV++ ++TGG+L++S++A
Sbjct: 1   MSRFKFIDIGINLTDPMFRGIYRGVQKHQDDLQDVIGRAVEIGVKKFMITGGNLQDSKDA 60

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           L +A+T+G  F TVG HPTRC EFE++ +P+ Y + LL+L +    KGKVVA+GECGLD+
Sbjct: 61  LHLAQTNGMFFSTVGCHPTRCGEFEKN-NPDLYLKELLNLAEN--NKGKVVAIGECGLDF 120

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRL FCP D Q KYFEKQFEL+  TKLPMFLH R +  +F DI++RN+ R   GVVHSF 
Sbjct: 121 DRLQFCPKDTQLKYFEKQFELSEQTKLPMFLHCRNSHAEFLDIMKRNRDRCVGGVVHSFD 180

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
            + E    L+   +LYIG NGCSLKT  NL+V++ IP E+LMIETD+P+C +K+THAG K
Sbjct: 181 GTKEAAAALIDL-DLYIGFNGCSLKTEANLEVLKSIPSEKLMIETDAPWCGVKSTHAGSK 240

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
           ++++ + +KKK +      +K RNEPC + Q+LE+++  +   D  +L+ TLY+NT +VF
Sbjct: 241 YIRTAFPTKKKWESGH--CLKDRNEPCHIIQILEIMSAVRD-EDPLELANTLYNNTIKVF 295

Query: 301 FP 303
           FP
Sbjct: 301 FP 295

[Close]

BLAST of CcUC10G203530 vs. ExPASy Swiss-Prot
Match: Q148G4 (Putative deoxyribonuclease TATDN1 OS=Bos taurus OX=9913 GN=TATDN1 PE=2 SV=1)

HSP 1 Score: 316.2 bits (809), Expect = 4.2e-85
Identity = 153/302 (50.66%), Postives = 212/302 (70.20%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           M   + +DI +N TD MF+GIY G Q H  D+  V+ RA   GV++ ++TGG+L++S++A
Sbjct: 1   MSRFKFVDIGINLTDPMFRGIYRGVQKHQDDLQDVIERAVQIGVKKFMITGGNLQDSKDA 60

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           L +A+T+   F TVG HPTRC EFE++ DP+ Y   LL+L +    KGKVVA+GECGLD+
Sbjct: 61  LHLAQTNDMFFSTVGCHPTRCDEFEKN-DPDHYLMELLNLAES--NKGKVVAIGECGLDF 120

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRL FC  D Q KYFEKQFEL+  TKLPMFLH R +  +F DI+ RN+ R   GVVHSF 
Sbjct: 121 DRLQFCSKDTQLKYFEKQFELSEQTKLPMFLHCRNSHAEFLDIMRRNRDRCVGGVVHSFD 180

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
            + E    L+    LYIG NGCSLKT  NL+V++ IP E+LMIETD+P+C +KNTHAG K
Sbjct: 181 GTKEAAAALMDL-GLYIGFNGCSLKTEANLEVLKSIPSEKLMIETDAPWCGVKNTHAGSK 240

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
           ++K+++ +KKK ++     +K RNEPC + Q+LE+++  +   D  +L+ TLY+NT ++F
Sbjct: 241 YIKTSFPTKKKWENGH--CLKDRNEPCHIIQILEIMSAVRD-EDPLELANTLYNNTIKIF 295

Query: 301 FP 303
           FP
Sbjct: 301 FP 295

[Close]

BLAST of CcUC10G203530 vs. ExPASy Swiss-Prot
Match: Q6P8M1 (Putative deoxyribonuclease TATDN1 OS=Mus musculus OX=10090 GN=Tatdn1 PE=1 SV=1)

HSP 1 Score: 315.8 bits (808), Expect = 5.5e-85
Identity = 153/301 (50.83%), Postives = 212/301 (70.43%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           M   + +DI +N TD MF+GIY G Q H  D+  V+ RA   GV++ ++TGGSL++S++A
Sbjct: 1   MSLFKFVDIGINLTDPMFRGIYRGVQKHQDDLQDVIERAIQIGVKKFMITGGSLQDSKDA 60

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           L++A+T+   F TVG HPTRC EFE+ G P+ Y   LLSL +    KGKVVA+GECGLD+
Sbjct: 61  LQLAQTNDMFFSTVGCHPTRCDEFEK-GSPDQYLAGLLSLAEN--NKGKVVAIGECGLDF 120

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRL FCP D Q KYFEKQFEL+  T+LPMFLH R +  +F DI+ RN+ R+  GVVHSF 
Sbjct: 121 DRLQFCPKDTQLKYFEKQFELSEQTQLPMFLHCRNSHTEFLDIMRRNRDRYVGGVVHSFD 180

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
            + E    L+    LYIG NGCSLKT  NL+V++ IP E+LMIETD+P+C +K+THAG K
Sbjct: 181 GTKEAAAALVDL-GLYIGFNGCSLKTEANLEVLKSIPSEKLMIETDAPWCGVKSTHAGSK 240

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
           ++ +++ +KKK ++     +K RNEPC + Q+LE+++  +   D  +L+ TLY+NT +VF
Sbjct: 241 YINTSFPTKKKWENGH--CLKDRNEPCHIIQILEIMSAVRE-EDPLELANTLYNNTIKVF 294

Query: 301 F 302
           F
Sbjct: 301 F 294

[Close]

BLAST of CcUC10G203530 vs. ExPASy Swiss-Prot
Match: Q6GML7 (Putative deoxyribonuclease TATDN1 OS=Danio rerio OX=7955 GN=tatdn1 PE=2 SV=1)

HSP 1 Score: 314.7 bits (805), Expect = 1.2e-84
Identity = 160/301 (53.16%), Postives = 207/301 (68.77%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           M   R IDI +N TD MF+G+Y G Q H  D A V+ RA   GVQ+ I+TGG+LE+SR A
Sbjct: 1   MTNFRFIDIGINLTDPMFRGVYRGTQKHEDDFAEVVERALQVGVQKFIITGGNLEDSRAA 60

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           L +  T  + F TVG HPTRC EF++ G  + Y  +LL LT    +  KVVAVGECGLD+
Sbjct: 61  LTLTHTREQFFSTVGCHPTRCSEFDDQGS-DQYLSSLLDLTVSNTQ--KVVAVGECGLDF 120

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRL FCP + Q +YF+ QF+LA  + LPMFLH R A  +F DI+ RN+QR   GVVHSF 
Sbjct: 121 DRLEFCPKETQLRYFQLQFDLAEASGLPMFLHCRNAHTEFIDIMRRNRQRCVGGVVHSFD 180

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
            S +D   LL   +LYIGINGCSLKT ENL+V++ IP +RLMIETD+P+C IKNTHAG K
Sbjct: 181 GSQQDAAALLDL-DLYIGINGCSLKTAENLEVMKSIPSDRLMIETDAPWCGIKNTHAGAK 240

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
            +K+++ +KKK +      VK RNEPC + QVLEV+A  +    +D L+ET+++NT  +F
Sbjct: 241 LIKTSFPTKKKWETGH--CVKDRNEPCHIIQVLEVMAAVREEDPLD-LAETIFNNTDTLF 294

Query: 301 F 302
           F
Sbjct: 301 F 294

[Close]

BLAST of CcUC10G203530 vs. ExPASy TrEMBL
Match: A0A5D3DPS7 (Putative deoxyribonuclease TATDN1 isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold352G004680 PE=3 SV=1)

HSP 1 Score: 656.4 bits (1692), Expect = 6.3e-185
Identity = 317/323 (98.14%), Postives = 320/323 (99.07%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           M TLRMIDIAVNFTDGMF+GIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA
Sbjct: 348 MATLRMIDIAVNFTDGMFRGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 407

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY
Sbjct: 408 LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 467

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT
Sbjct: 468 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 527

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
           DSAEDRDKLLSFSNLYIGINGCSLKT ENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK
Sbjct: 528 DSAEDRDKLLSFSNLYIGINGCSLKTAENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 587

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
           FVKS WASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDI+QLSETLYHNTCRVF
Sbjct: 588 FVKSVWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDINQLSETLYHNTCRVF 647

Query: 301 FPQDLDSAADALLAGSHDLDEKI 324
           FPQDLDSAADALLAGSHDL+EKI
Sbjct: 648 FPQDLDSAADALLAGSHDLEEKI 670

[Close]

BLAST of CcUC10G203530 vs. ExPASy TrEMBL
Match: A0A1S3B6V7 (putative deoxyribonuclease TATDN1 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103486689 PE=4 SV=1)

HSP 1 Score: 656.4 bits (1692), Expect = 6.3e-185
Identity = 317/323 (98.14%), Postives = 320/323 (99.07%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           M TLRMIDIAVNFTDGMF+GIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA
Sbjct: 1   MATLRMIDIAVNFTDGMFRGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY
Sbjct: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT
Sbjct: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
           DSAEDRDKLLSFSNLYIGINGCSLKT ENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK
Sbjct: 181 DSAEDRDKLLSFSNLYIGINGCSLKTAENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
           FVKS WASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDI+QLSETLYHNTCRVF
Sbjct: 241 FVKSVWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDINQLSETLYHNTCRVF 300

Query: 301 FPQDLDSAADALLAGSHDLDEKI 324
           FPQDLDSAADALLAGSHDL+EKI
Sbjct: 301 FPQDLDSAADALLAGSHDLEEKI 323

[Close]

BLAST of CcUC10G203530 vs. ExPASy TrEMBL
Match: A0A0A0LET6 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G782690 PE=4 SV=1)

HSP 1 Score: 651.4 bits (1679), Expect = 2.0e-183
Identity = 315/323 (97.52%), Postives = 318/323 (98.45%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           M TLRMIDIAVNFTDGMFKGIYHGKQYHAAD+AAVLSRAWSAGVQRIIVTGGSLEESREA
Sbjct: 1   MATLRMIDIAVNFTDGMFKGIYHGKQYHAADLAAVLSRAWSAGVQRIIVTGGSLEESREA 60

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY
Sbjct: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT
Sbjct: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
           DSAEDRDKLLSFSNLYIGINGCSLKT ENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK
Sbjct: 181 DSAEDRDKLLSFSNLYIGINGCSLKTAENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
            VKS WASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDI+QLSETLYHNTCRVF
Sbjct: 241 LVKSVWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDINQLSETLYHNTCRVF 300

Query: 301 FPQDLDSAADALLAGSHDLDEKI 324
           FPQDLDSAADALLAGS DL+EKI
Sbjct: 301 FPQDLDSAADALLAGSRDLEEKI 323

[Close]

BLAST of CcUC10G203530 vs. ExPASy TrEMBL
Match: A0A6J1F457 (putative deoxyribonuclease TATDN1 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111441951 PE=4 SV=1)

HSP 1 Score: 642.1 bits (1655), Expect = 1.2e-180
Identity = 310/322 (96.27%), Postives = 314/322 (97.52%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           MGTLRMIDIAVNFTDGMFKGIYHGKQYHA DIAAVLSRAWSAGVQRIIVTGGSLEESREA
Sbjct: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHATDIAAVLSRAWSAGVQRIIVTGGSLEESREA 60

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           LKIAETDGR FCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY
Sbjct: 61  LKIAETDGRFFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRLHFCPADIQKKYFEKQFELAH TKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT
Sbjct: 121 DRLHFCPADIQKKYFEKQFELAHATKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
           DSAEDRD+LL+FSNLYIGINGCSLKT ENLDVV+GIPIERLMIETDSPYCEIKNTHAGIK
Sbjct: 181 DSAEDRDRLLAFSNLYIGINGCSLKTAENLDVVKGIPIERLMIETDSPYCEIKNTHAGIK 240

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
           FVKS WASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGI DI+QLSETLYHNTCRVF
Sbjct: 241 FVKSVWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIADINQLSETLYHNTCRVF 300

Query: 301 FPQDLDSAADALLAGSHDLDEK 323
           FPQDLDSAADALLAGS  LDEK
Sbjct: 301 FPQDLDSAADALLAGSQVLDEK 322

[Close]

BLAST of CcUC10G203530 vs. ExPASy TrEMBL
Match: A0A6J1IY55 (putative deoxyribonuclease TATDN1 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111481696 PE=4 SV=1)

HSP 1 Score: 641.7 bits (1654), Expect = 1.6e-180
Identity = 310/322 (96.27%), Postives = 315/322 (97.83%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA
Sbjct: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY
Sbjct: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRLHFCPAD+QKKYFEKQFELA+ TKLPMFLHMRAAAEDFC IVERNKQRFCAGVVHSFT
Sbjct: 121 DRLHFCPADVQKKYFEKQFELANATKLPMFLHMRAAAEDFCGIVERNKQRFCAGVVHSFT 180

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
           DSAEDRD+LL FSNLYIGINGCSLKT ENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK
Sbjct: 181 DSAEDRDRLLLFSNLYIGINGCSLKTAENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
           FVKS WASKKKEKHDEQCIVKGRNEPCLVRQVLEV+AGCKGI DI+QLSETLYHNTCRVF
Sbjct: 241 FVKSVWASKKKEKHDEQCIVKGRNEPCLVRQVLEVMAGCKGITDINQLSETLYHNTCRVF 300

Query: 301 FPQDLDSAADALLAGSHDLDEK 323
           FPQDLDSAADALLAGSH LDEK
Sbjct: 301 FPQDLDSAADALLAGSHVLDEK 322

[Close]

BLAST of CcUC10G203530 vs. TAIR 10
Match: AT3G52390.1 (TatD related DNase )

HSP 1 Score: 552.7 bits (1423), Expect = 1.9e-157
Identity = 257/320 (80.31%), Postives = 288/320 (90.00%), Query Frame = 0


Query: 1   MGTLRMIDIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEESREA 60
           M +L+MIDIAVNFTDGMFKG+YHGK  H  DIA VL+RAWSAGV RIIVTGGSLEESREA
Sbjct: 1   MASLKMIDIAVNFTDGMFKGLYHGKNCHVPDIATVLNRAWSAGVDRIIVTGGSLEESREA 60

Query: 61  LKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECGLDY 120
           L IAETDGRLFCTVGVHPTRC EFEESGDPE ++QAL SL KEG++KGKVVA+GECGLDY
Sbjct: 61  LAIAETDGRLFCTVGVHPTRCNEFEESGDPEKHYQALFSLAKEGMQKGKVVAIGECGLDY 120

Query: 121 DRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVHSFT 180
           DRL FC  DIQKKYFEKQFELA+ TKLPMFLHMRAAAEDFC+IVERNK RF  GV HSFT
Sbjct: 121 DRLQFCSVDIQKKYFEKQFELAYATKLPMFLHMRAAAEDFCEIVERNKNRFTGGVAHSFT 180

Query: 181 DSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHAGIK 240
            SA DRDKLLSF  +Y+G+NGCSLKT ENL+V++GIP+ER+MIETDSPYC+IKNTHAGIK
Sbjct: 181 GSASDRDKLLSFDKMYLGVNGCSLKTAENLEVMKGIPVERMMIETDSPYCDIKNTHAGIK 240

Query: 241 FVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTCRVF 300
           FVKSTW SKKKEK+D++ +VKGRNEPCLVRQVLEV+AG KG+ D++Q+S TLYHNTCRVF
Sbjct: 241 FVKSTWPSKKKEKYDQESLVKGRNEPCLVRQVLEVVAGYKGLGDLNQVSSTLYHNTCRVF 300

Query: 301 FPQDLDSAADALLAGSHDLD 321
           FPQDLDSAADALL+G H+ D
Sbjct: 301 FPQDLDSAADALLSGHHETD 320

[Close]

BLAST of CcUC10G203530 vs. TAIR 10
Match: AT3G52390.2 (TatD related DNase )

HSP 1 Score: 547.4 bits (1409), Expect = 7.9e-156
Identity = 257/323 (79.57%), Postives = 288/323 (89.16%), Query Frame = 0


Query: 1   MGTLRMI---DIAVNFTDGMFKGIYHGKQYHAADIAAVLSRAWSAGVQRIIVTGGSLEES 60
           M +L+MI   DIAVNFTDGMFKG+YHGK  H  DIA VL+RAWSAGV RIIVTGGSLEES
Sbjct: 1   MASLKMIGKSDIAVNFTDGMFKGLYHGKNCHVPDIATVLNRAWSAGVDRIIVTGGSLEES 60

Query: 61  REALKIAETDGRLFCTVGVHPTRCKEFEESGDPETYFQALLSLTKEGIEKGKVVAVGECG 120
           REAL IAETDGRLFCTVGVHPTRC EFEESGDPE ++QAL SL KEG++KGKVVA+GECG
Sbjct: 61  REALAIAETDGRLFCTVGVHPTRCNEFEESGDPEKHYQALFSLAKEGMQKGKVVAIGECG 120

Query: 121 LDYDRLHFCPADIQKKYFEKQFELAHTTKLPMFLHMRAAAEDFCDIVERNKQRFCAGVVH 180
           LDYDRL FC  DIQKKYFEKQFELA+ TKLPMFLHMRAAAEDFC+IVERNK RF  GV H
Sbjct: 121 LDYDRLQFCSVDIQKKYFEKQFELAYATKLPMFLHMRAAAEDFCEIVERNKNRFTGGVAH 180

Query: 181 SFTDSAEDRDKLLSFSNLYIGINGCSLKTTENLDVVRGIPIERLMIETDSPYCEIKNTHA 240
           SFT SA DRDKLLSF  +Y+G+NGCSLKT ENL+V++GIP+ER+MIETDSPYC+IKNTHA
Sbjct: 181 SFTGSASDRDKLLSFDKMYLGVNGCSLKTAENLEVMKGIPVERMMIETDSPYCDIKNTHA 240

Query: 241 GIKFVKSTWASKKKEKHDEQCIVKGRNEPCLVRQVLEVLAGCKGIMDIDQLSETLYHNTC 300
           GIKFVKSTW SKKKEK+D++ +VKGRNEPCLVRQVLEV+AG KG+ D++Q+S TLYHNTC
Sbjct: 241 GIKFVKSTWPSKKKEKYDQESLVKGRNEPCLVRQVLEVVAGYKGLGDLNQVSSTLYHNTC 300

Query: 301 RVFFPQDLDSAADALLAGSHDLD 321
           RVFFPQDLDSAADALL+G H+ D
Sbjct: 301 RVFFPQDLDSAADALLSGHHETD 323

The following BLAST results are available for this feature:

BLAST of CcUC10G203530 vs. NCBI nr


Match Name	E-value	Identity	Description
KAA0043804.1	1.3e-184	98.14	putative deoxyribonuclease TATDN1 isoform X1 [Cucumis melo var. makuwa] >TYK2532...	[more]
XP_008442932.1	1.3e-184	98.14	PREDICTED: putative deoxyribonuclease TATDN1 isoform X1 [Cucumis melo]	[more]
XP_038904038.1	2.9e-184	97.83	putative deoxyribonuclease TATDN1 [Benincasa hispida]	[more]
XP_004136520.1	4.2e-183	97.52	putative deoxyribonuclease TATDN1 isoform X2 [Cucumis sativus] >KGN59222.1 hypot...	[more]
KAG6580755.1	1.1e-180	96.58	putative deoxyribonuclease TATDN1, partial [Cucurbita argyrosperma subsp. sorori...	[more]

BLAST of CcUC10G203530 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q640V9	1.8e-88	52.65	Putative deoxyribonuclease TATDN1 OS=Xenopus laevis OX=8355 GN=tatdn1 PE=2 SV=1	[more]
Q6P1N9	1.4e-85	50.99	Putative deoxyribonuclease TATDN1 OS=Homo sapiens OX=9606 GN=TATDN1 PE=1 SV=2	[more]
Q148G4	4.2e-85	50.66	Putative deoxyribonuclease TATDN1 OS=Bos taurus OX=9913 GN=TATDN1 PE=2 SV=1	[more]
Q6P8M1	5.5e-85	50.83	Putative deoxyribonuclease TATDN1 OS=Mus musculus OX=10090 GN=Tatdn1 PE=1 SV=1	[more]
Q6GML7	1.2e-84	53.16	Putative deoxyribonuclease TATDN1 OS=Danio rerio OX=7955 GN=tatdn1 PE=2 SV=1	[more]

BLAST of CcUC10G203530 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5D3DPS7	6.3e-185	98.14	Putative deoxyribonuclease TATDN1 isoform X1 OS=Cucumis melo var. makuwa OX=1194...	[more]
A0A1S3B6V7	6.3e-185	98.14	putative deoxyribonuclease TATDN1 isoform X1 OS=Cucumis melo OX=3656 GN=LOC10348...	[more]
A0A0A0LET6	2.0e-183	97.52	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G782690 PE=4 SV=1	[more]
A0A6J1F457	1.2e-180	96.27	putative deoxyribonuclease TATDN1 isoform X1 OS=Cucurbita moschata OX=3662 GN=LO...	[more]
A0A6J1IY55	1.6e-180	96.27	putative deoxyribonuclease TATDN1 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC1...	[more]

BLAST of CcUC10G203530 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G52390.1	1.9e-157	80.31	TatD related DNase	[more]
AT3G52390.2	7.9e-156	79.57	TatD related DNase	[more]

InterPro

Analysis Name: InterPro Annotations of Watermelon (PI 537277) v1
Date Performed: 2022-01-31

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR001130	TatD family	PFAM	PF01026	TatD_DNase	coord: 8..300 e-value: 1.2E-50 score: 172.3
IPR001130	TatD family	PIRSF	PIRSF005902	DNase_TatD	coord: 1..304 e-value: 7.7E-90 score: 299.0
IPR001130	TatD family	CDD	cd01310	TatD_DNAse	coord: 6..301 e-value: 1.6037E-84 score: 253.265
None	No IPR available	GENE3D	3.20.20.140		coord: 1..307 e-value: 5.8E-126 score: 422.5
None	No IPR available	PANTHER	PTHR10060	TATD FAMILY DEOXYRIBONUCLEASE	coord: 3..313
None	No IPR available	PANTHER	PTHR10060:SF15	DEOXYRIBONUCLEASE TATDN1-RELATED	coord: 3..313
IPR018228	Deoxyribonuclease, TatD-related, conserved site	PROSITE	PS01091	TATD_3	coord: 212..228
IPR018228	Deoxyribonuclease, TatD-related, conserved site	PROSITE	PS01090	TATD_2	coord: 148..158
IPR032466	Metal-dependent hydrolase	SUPERFAMILY	51556	Metallo-dependent hydrolases	coord: 6..301

Relationships

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


Feature Name	Unique Name	Type
CcUC10G203530.1	CcUC10G203530.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006259	DNA metabolic process
biological_process	GO:0006886	intracellular protein transport
biological_process	GO:0061025	membrane fusion
biological_process	GO:0090305	nucleic acid phosphodiester bond hydrolysis
biological_process	GO:0016192	vesicle-mediated transport
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0008296	3'-5'-exodeoxyribonuclease activity
molecular_function	GO:0005484	SNAP receptor activity
molecular_function	GO:0016788	hydrolase activity, acting on ester bonds