Sgr016824 (gene) Monk fruit (Qingpiguo) v1

Overview


Name	Sgr016824
Type	gene
Organism	Siraitia grosvenorii (Monk fruit (Qingpiguo) v1)
Description	CMP/dCMP-type deaminase domain-containing protein
Location	tig00153010: 1423814 .. 1444822 (-)
RNA-Seq Expression	Sgr016824
Synteny	Sgr016824

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

GTATCTGGATTTACAAGCATATGCTATGTGGAAAATCATCCACATCCCAGATAAGCCGCCTATTCTGCCTGACCAACAACTCACTGGTGACCTAATTTTCTGAAAAATCACAATACTCTCTCAAACATTGTCTCTTGTTTGTTAAATCATTGAATACTTCTATACCATACAGTTAATGTCATTGCTGCTGTTGTTGAGCCCAAGTTAGTCAACAATCTTATAAGGTTTGCTTTTACGTTTCTTACCCAGTTTCCTGATTTAATCTGTTCTCCCTGATGGTTTTCATTTGTTCTTCAATGAAATAAGATGAAGCATTCTCAATTTGAACTCAGATTTATTCCTTTTCCTTGAAATTCAAGTTATGCAAGTTTTATTTCTTTAAGGAAAGGTATAAAATTTAAAATAGGTCCATTTACATGATATTTTCAGAGGAAGCTGTATATAATTTATAGTTGATACCTTATTTCTGAAAGACCTAAAATTGTCTTGTTAGGCGCTTAAATCAGATAGCACCATTGGAAAATCTCCGCCATGTGAAGAGAGTTCAGAAGAAGCATCTTGAAGATGGTATGCATCTGGAGTTATAGCAATTCTTTTGTCCCCTACCTCAGCGAATAATTCCTATGAAGCTATCTCTAAATATAAGTAATTTTCCACTGTTTTGTTTTTTTTTTTTTTAATAAATGTATTAGCTATGAGGATCTGAGTCATTTATTATGGTTATGTCTCTAGCCGTTTTGAGTCTAACCTATGTATTGAGGTTGAGTATTCATGAGACTTTTGGAGGAGGTTATTCTGGACCCTCCTTTCTAGGAGATGGGTTGGGTTCTTTGGCAAATTGGCTACCTTGCAGTTTTGTGGTATAATTCGTTGGAAAGAAACAGAAAAGTGTTCCTCAGAAGAAATAGTTTTTTGGAGGCTGTATGAAATTGGACATTTTTAATGCATCTCTTTGGGCTCTTGATTCAAATTTATTTTGTAATTATCCGTTGTTTTTGGTTGCTAAATTTTATCCAGCAATATCAGTTCGCCAAACTAGCCGTTAGAGTGGACTGTGGATTAGTGACTTAAGTTTGAACTATGTTGTAGAAATAGGGTTTTTTTCCTCCTCTAAATAAACTTATAAAAGTACAGATAATTTTGAAATTTCATTTCTTGGCCCTGGATCTGATATTTTATTAGGACCTTGTTTCTGTTTGGCCTCTCTTTGATTTGGAGTTGGGAGGTGATATCCATTTGGAATATTCATATATTTTAGGTGAAATGGTCAAGAGGCTATTATATCTTTTATGGTTTCGTTTAGCTTGCTGAGTTAAAGCTTTCCAGGTCAAATTTTTTTTTCTACCTTTTCAGGTTTTAATTTCATCATGCAATCATTTCTAGCCTGGTTTGAAGCTGTTTTTATCATGTATTCTATAAGGCTAGTAGAATAGGTCTTAGTCTCTGCCTCAAATGAGGTTGTTGATCATTAGATTTCTACAGGAAAAACTCAAATAGCATTGATCCTATGTCTTGCAAGTGAAAACAACTGCAATTTGGATGCCATGCCTCCAGATGTACAAGAACTCGTGAGCTTGTACCAGTTGAGTGCATTTATCACAAAGGTGCATTCTCCTATCGATTGAAATGTTTATTAATTAAATTCTGTTTCATAATAATTAAAGTACATCAATCAAACAAATTCAGATCATCCGAAAACTAGCATTCAATTTCTTGATTTATCATTTCTGATCGTGTTGAATTTATTTTTTCTAATTATTTCTTTATTTTAATCAATTTAGTAAGTATGATGAACAACTTTTTCCAGGACCAGGTGATTGATAGTAGGGTGGTCCATTTAATTAGATGGCATGCGTTTGTTGACTCTAAATTCATTGGTGGTTTAGACATTGCTCAATTTGATTATTTAGAATATTGTTGTCCATGAAATGTGGTTTTGGAATTTCCTAAGGAGAGAAATTATTTTTTCCATTATTGTGAATCAATATGGGTTAAACTCTGTAAAATTATATAATATGGGCTGAATTTTAATTGGTCGATTCCCTTAGTCAGTAAAGGTACTCATCATAGCCCTTGGCAGTTCATTTCATATTACAACGTTTTACTTCTTTGTAATTCTTTCTCTGGAGAATAGTGTGAACATTCTTTTTTGGGAGGACATTTTGGAGAGTTGAATTACCTTTTCTGCTACTCTCTGAATTATGTAGGCTTGCCACCCTAATTTGTTATTTGTTCCGTCTATCGTTTTTGCTTTCAAATATCGTTCTTTATTTGTTGAGATAGACTTGTTGCGCCTCCTTATAACTCCCTCTTTTAAGCTCTTATATAAGTTAAAATGCCTGCCTTATACAGTGCCTTTGATGCTTGGTTGGTGGTTGCACGATTAGTTCAAATGAGCTGTATTGAAAGAAAATGGTACCCTTTTCTTTAACATCAGGGGTGCATCCTGTGTAAAATTGTGGGCCATAAGCATAATGCAAGAGTGGGTCATGAACACTCTGGTTGTAAAAAAAAAACTTGCTGGACTCTGATCAGTGATCACCAGGGATTTGATCTTTGTGCGTATAAGGCTGGAAAAAACACTATGGGGTTGTAAGAAAAATCTTGCTGTCAAGAAATCAAACAGTTTGCTGAGGTGGTTGAGGAGCTCATTGTTATTATTATCTTAAATTTTATTTATTCGTAGCTTGTGTGCTTTTGATTCATTGTGTATGTTTATGTGAGAATTGTTTAATGTTTGACTTTGATGGATTTGGAATAAAATGGTGGTGTTGTCTATCCCCAAAGTAGCAGGATAAGGTTCATTCATGTTTGTTGTTCAGTTGACTGCTGTTTGTTCTGGTCCCTAAAAATTTGACCTCTTTGGTACTTAATTCTAGTTTGTTGAGGACTTGCCATCTTTTGGAACATCCCATTTAACTTTCTTGATATTATCAGGTAGAGATATATTTTACCTTTAGTTTGTGACACAGGTTTGTAAGGAGGCAGCGTCAACAAAAGAAGAATGGGAAGAGCAGTGCAAGTTTTGGCCAACATCATATCATCCACCAACATAGTAAATCTTGTAACATTGTTAGCATTTTTCTTTTAAATGTTAGGGGTAGTCTTAATGCAGTTTCAACAATCGTGCTTGTGCAATATCTTGGTGGTGGTTGACCTAGTTATGTTGACAAAACTTGGTTTAAAATCCTTTTCTTCTAGAAAATATAATTTTCTTATATGTATCTTAAAAGTTTAAATTCTACCAGCTAGAACTTACTTCCTTTATTATCTCTTTTTCAATGTCAGCAATATTGATGGTATCACTGGATTTAATGAAGAGGACACACAGTCAGTTTTTGGCTTCATGAGACTTGCAATAGAATTAGCACAGTCGTCTAACAAATCGGTAAGTTAATGTACTTTGGTTTTCCCTCAACCGTGACCAATCCTAGATCAATCTGGATTTATGCTGTATTAGTTATTAGTTATTAGAATTAGCTTCAGCTTTCTCGTTTAGCTTTTCTAGTTTTATTATCAACTACAATTTTTTAGTTACTTTTGATTTCCCAGGTTCTTTTAGAAGCGTTAGCTATGGCCTTTAGAATTTAGATACTGAGAGGCAACATTTTATATGAAAATTTTGATCTCATGTTTCAACTCTTTTCAGAATATTTATGGTTAGGTTAGCTAGTACTCTATGTTTGCTTAACCTGTGAGTATTTAGTTTGTTCTGGAATTTTGGAACTTGTGCCTTTATATATATATATATATATATATATATATATATATATACGGGTTTTAAGCTATTAATTTTCCACCTGGGAGCTTGAACCCAGGACTTGGAGGGTATCTCCAAACATCCTAATTCCTTACCACCTGGGCCACCCTTGGTTGCTTTTATAGTTGGTTTGAAAGGCACTCAAGCATCTGGTTATTTGTGTGTTTGAGGAGAAAAAGCAATGTTGTTTTTTTAGCTAGTCTATTTTATCATCTAGCAGACTTTATTTAAAGAACGATATCACCTTTATAATAAATAGGCTTCTTACTGTTTAGTATTTTTCTGGCTTCTAGATAAACAAGTAGTTATCTCTCTTGAATATTACCATGTAGGCTTAAAGTAAGGGATAGCTATGCTATTTGGCCCATGAATCCCTGGTGTTGTCCATGTCTTTCTGGGCACGTAATTATTGTTTATATACACAATTCAAATTCTGCAGGTACTAAATGCTGCAGTGATAGTAGATCCTTCAGTTAAGCAAGTAATTGCAAGTGCCTACGACCATCATATTCACTCCGAGAATGCTTCCAAAAGCAATGCCAATGGGGAAACAGGCTTCGAAAAGCGGCTGGAATCTATTGGTTCTCATCTTGATTCCAATGGAGCCACTATCCATGGCACTTCGCTGTCGATTGGCTCTTTGAAAGCACTGAAACAATCATGTTCCGATGTTTTGTGTTTGTACCCGTGGCGATGGGTCGAGCAACAGTCAGAAAATTCATCAAATTCTTGTCAGCACCCTCTAAGGCATGCTGCTATTGCAGCTATTGAATCTTCTGCTGCTCGGGACAGGCGCCTATACCCCAGTTCTGGAAGCGTTGGTGATAAATCAATTGAAATGGAGCTTATGGGGCCTCCGACCAACCTAGCAAAAAGACAGAAGACTGATCTTGAAAATGTAAGTTACCCATGTTAATGCAAGACCTTTTGAGTTAATCATTAAAAAAAGAAGAGATTAGTATCTAACATCCTTACATGAGACACGAAGGAAAGAGAACAGGGGGTCATACCATGAACAGTCATAATAAAAAAGGAGAAGACTGTGAATTTGGCTAGTTAAAGCTCCATTAATAAGTAGCCTACCTTTTGAATTGACAGGCAATCCAACATACTTGTACATTTCTTTGCCCTTTTATTCTTTCTTCGTTATTTATGGTTTAAATCTTATGTTAGATCTCTAAACTTTCAATTTATTGTATTTTGGTTCTGCCTAAATTTTACATAAAAAATTATTTGTCATTGTTAATTTTTTTTGGGGACAGAAACTTGGCATAGGTACATATTTTGTTTGTTTACCTAATAAATGGATGCCTATATCTACAAGTATTTGAAGTCAAATGCAGTAAATTATGCATTAGGTTTTCATATAGATTTAGACTCTTGTTAAAAGATTAATTAAAAAATTAATGATAAGGACTAAAAACAGTTTATTATGTAAAATCTAGGAATTAAAACAGAACATTTGAAGATTGAGAGACAATTAAAATATTTGAAAGCTTAGGGACTATAATAAAATAAGCAATCAGGGCTTAGAGATCACAATAGTATTTTTTTATTTTTGTGTTTAAATATATATGTAAAGATTAATATGTTGTGGTGTACAGGTCAAAAGTGAGAAGGTAGGCACTGATATTGGAGGCATAAATTCTAAATCAGCCAGACCATACCTGTGCACTGGTTATGACATTTATCTTGTGTGGGAGCCATGTACCATGTAAGTTCACAAAATGGATCCTTACTTTCCCCTTTTCCCCATTGTTCTTTCTTGGATATCCATTTTATATCATCTTTCAGGCATTTAGCTTTTATGAGTGTTTTTATGCTTAAATTTAATTGAAGCTGGTATATTGTGGATGCTAAATTATACAAGCAATGTTTCTAGCATGTGTAGTTGATTTCAATTCTATCTCCAATGTTTTAATTTGCTTAAGGAGGACCATTTGTGAGCAATTTCTCTAAAAATGCTTAACGGAAATTAAATGATTAGGAGTAGAATTGAAACTTTTAAAACATTAGGAGAAAAATTGTAACCAATTACATGTTTTAAAAGTTTCAATTCTACCTCTATATCTTTTTAACTTTGTTAGGAATTTAATAAATATTGCTAACACAGGTTTTGCAATAAACAAATTAAAAAATTGATAGTAGAATTGAAAATTTTGAAATGTTAGGGATAAAATTGAAACCTGCTAACATGGGATGTTTTCTATAATTTAGCCTATTCTTGATTAAAATGTTAGGGCCGAACTCTTATGGATTAAGTATTTTTCTATTGAAAAATCTTACCGTAAATGTTTTTACCGTAGTCTTGCGTTAGTCATATCTCTAAACCTTTATTTTTTGTGATCTTGCTTTTCTTCGTTAAAGGTGTGCAATGGCACTCATTCACCAACGAGTTAGGCGCGTGTTTTATGCGTTCCCTAATCCTAACGATGGGGCACTGGGCAGTGTTCACAGACTACAGGGTGAAAAGGGCTTAAATCATCACTATGCTGTTTTTAGAGTTTTGTTAACTGAAGATGTACTTTGATGGTTGCTATATCTCGAATAGAGGGAATGCCTCAATTTAATTTGTAGATGGAGTTGGGGATATGATAATTCAGATTTGGTTGTATTTTAATGTTAATCTAATCTATTTATTGCTCATGAACCACCATGCTTTAAGACTCCTCAATGATGGTCAATTTGACATTTCTTGAAATCAAATTGACACTATTGTTTATTAAATTCTTTGTATTATGTGACTCTACAATTGAGTTTTGGTTGGGGAAGTAAAGACCATGTCCGAAATGAATAGTTTTTGTTTGTTTTTGTTTTTTTATTTGGGGAAAACAACAAAAATAACCATAATAAATAGGGTGTTTTGTTAAATGATCTTGAGGTTTTGATATTGCAATTGTAGCCATACATGCATATATCTAGTGTATTTGATGTTTTCTAAAATCTAATCCTCTTAACAAACTAAACGTGGAAATATTTAAATTTGAAAACAAATATTTCAAATGTTTGTTAACTAACAGAATAAAGAAAAATATTGTAAAAAAATATGGGAAAATATGAAAAGATATTTAAATATTTTAAAATTTTAAACGATATAATATTTAATTACGTAAAATAATGAGCATGAAAAATAAAAATCTAATATATAAGCTTCAATAACATTTATGGTGTATATAAAATTATTTATGCTGAATAGTATAATAGACGGTCAAAATAAATAAAGATGAATGACACTTTTTTTTAATAAAAAAATGACGCTTGTTTAAAGTTTTAAAAGTGCAATGATGTATAATATATGGACTAAGTATTAATCGAGCAAAGTAGAAATGTAGTGTAGCTATTTATAATTGTTTATCATGTATTAAAAAAAGACTATTTATGATAAATATTAAAACAGACATGGTCAATATCAATAAGAATATATAACACTTGTTAAGTGTTAGACTTGTAAATATGAATATATACTTAGTTAATATTAATCATAATGAAATATATTTATTCATTATTTCAGTAGTATTTATCATATATCAAAAACTATTTTCACTAAATATTAATAAAAATATATATTAAAGATTATAAATATGTCTTGACACATGACCAATACAAAATATGACTAAAGTAGAACTTATGAAAGAAAAAAAAAAAAAGATGAAAACAAAAGCAAGATGTAAACTACAATGCAAGGAAAATGATTAAAGTGGATTTATCTGATAAATATAGACATTCACACATAAAAAATAGCAAACTAACAATAAAAATAAAATCTAAATCTTGTAGTAGAAAATCTAAGCATTAACTAGGGAAGCTTTGACGGAACAATGACTATATTTTCGTCCCCAAAATTCTAACCCCATTCACTTGCTTCTTTCCAATTTGAATATAGAAAAAAAATATATAAACAAAAGGATCTAGACAACCTGCAAGAATTTTAACAAGAACATATATGTTAGTACTTGCTTTGTTCCAATTTTAATGTCTGGTATATAATAAAAAATACGAAATTTAAAAAATTGAAAGACTAAAAGAAAAATGTGTTAATTGGAAAACTTAGAAAATCAATGAGAGATAAAAACTTGAAAGAAGGTCAACGTCAATGGAAGATCAAAGACAGTTTTGCGTTGATGGAAAATATGAGGAAGACGAGAAGATGTGGAAACGTAAATTAAATTTAAACAATCACAAAATTTGAAAACAAAATTTGAATTTCAAATAATAAGGGACCAAATCATATCTAAGATTTGATATAAAATTTGAAAGTCATTATTAGAAAACAAAATCTACAAACCGTATAACAAATTTACCAAGGGCAAAGTACACAATACGTGAAGGAGAATTAGGAGTTGAAATTCTGGATGACCATTTGTGCAAATCTAAAACTTTTGGCCATTTTTCTATTTGAGGGTGTAAATATGGTAATCCACACTAATTTTTCAAAAATAAAAGAGTACAAACAACAGTCCAACAAAATAGTCATCATAACTTGGCTAAATATACAAAAAAAAAAAAAGAAAAAAAGAAAAAAAAAGAACTTTAATTGTGCTCCAATCTAAAAGAATAAAAGTTTAAAGAATAATTATAAAATTCTTTTGAAATAGATGCCCAAATAGAGATATTAAACTTGGCAAAAGACTAAACTAGCTCTTTCCAAGATATAACACTTCAGAAAATTTTTCCATTCCTCTCAAGTTAAATGCTCCATAAAACAGTAGAAAAGTTGCATGCTAAAGAACTCAACCCTTATCATGAAACGACAAGTGACAACATCTCTTCCATTATAAAACAACAACCTCTCTTACAAGCCAAACAAACGCTAAAATACTCCAACCAACAATCCCAAATTGAGTGAGCATATTGGCATCTCAATATCTCTTAAGGATATGATCCAAATTCTCAACTGCTCCCCTATAAAGAATGCACAACCCCAACAAATAGGAAGAATTCCTCTAAATACGGTGCATAGTCTTAACTTTCCCATGCAAGACTTGCCAAGCAAAGAATTTGACCTGTCTGAAAATTTTAACCTTCCATAATAAGGAGAATAAAGGGTATCGAGAAGAATAGATTGACAAAAAAGAAGGAAGAAAGAGCTACAAAAAAACCCCTTAGAAGGATTAAGGGACTAAAAATGAATATCCCTACTTTACAAATGAAAATGGACACCCAACAAAAAAAAATTAAAGAAACATTCACCATCTCTCTAATAGAGGGTAGCAAAAACCAAAATTAAATGAAGAGGAGTTACCTAAGGAAGGAATAATTGTAACTACAGACACAACTTCAAAGAGGATAGATAGTATAAGTAAGGGAACAAAATACAGAAGGGACGATCACTAACCAACAATCCTCCCAAAAGAAAGTATTCAAGCCATCCCCAAAGAACATTTCACAAACTTAGAAAAAAGGGGAAACCTTAGCATTTCAAAGGTTCTAATACACCTTTAGACCCACAAACTGAAGCCTACTCAAAAGTGTGAGGATTGTAATTACTCATGTGACCTTAAGCCACAAGGTGTTCAGCTTCCAGGAGAAATGCCATAACTATTTTGTTGCAACACAAAGAGAACAAAATAAAGAAAAAATGAACTGAATGCTTTTATTTTTTTTGAGTAGAAAAGGATTATATCGTTGAATTTATAGAGTTGAAAATAACAAACTCTCCAAAAACTTCTAATCAGAATTCTACCAGCAAGGAATAAAAAATTTTGGTTACAACTAAAATTGACTTGGTATATCTTGAAGAATAGGAACTAAAAAACTAACATATTGGCAGTAAACAAAATGAAGTAAGATGCACTAATTTGTAAGATTCCTCCTTAGTGCATACTTATTACGGTCTATAATTGCAAGGATAGCTCTAAAATTCTCAAATTTTGGCTTGTCTAAAGCCTCGTAAATATATCTGCAACTTGATTAGTAGTAGGAATTCCTTTTAGCTCAATTTCTTGCTCATAACTTTCTCTCGAATGAAGTGGTAGCAAACATCAATATGTTTTGTTCTTCTATGCAAGACCAGATTTGAAGCAAGTTTGATGGCACTTTTATTGTCACAATAAATTAACACAGCACAATCAACTTCAGAAAAAATATCTCCCATTAAACACTTTAACCTATCACATTCCTGTGAAGCCATTGTTTTCGTCATGTACTCAACTTCAGTGGTAGATAAACCAGTAGTAGATTACTTTTTGCTACCCCAAGAAATGATAGTTGAACCCATGCTAAAACGGTGTCTTGAAGTTGAATGACGATCAATTGCATCACTTGCCTAGTCTACATCTGTAAATCTTTTTAGCAAAAAATTATCACACTTTCTTATATAAGTCCATAAGCAAGGGAACCCTTTTATGTATCGTAGAATTCTTTTAGTAGCAATTAGATGAGGAGTTCTTGGGCTTTTTCTAAACTAAGAAATAACACGAATAGAATAAGCAATTTCTGGTCTTGTGATAGTTAAATAAATTAAACTACCAACAAGTTGTTGAAATGTTGTAGCATCTTGTAGAAACCCCCTCCTTCCTTCTCCAACTTGAGATGTGTCTCCATAGGAGTGGCCACTTCTTTTGACTCCCCCATGTTGAAACGATCTAAGAGATCTTTTGCATACCTTCTTTGAGATACAAAATAACCTTGATCTAATCTTTCAACTTCTAAACCAAGGAAGCATCCAATTTCTCTTAAGTTTTTCATTTCAAACCGATCTGATTAATCATTTCTCAAGTGTGAAATTTCAGCTTCATCATCTCTGATAATTATCATGTCGTCCACATACAATAAAATCAACAACCACATCTTTGATTCTAAATTTATAAACAAACTAGAATTTGAATATGAAACTTCAAATCTGAAAAAGATAAAATAATAAGTAACTTTACCATACCAAGCATGTGGTGCTTGTTTGAGGCCATACAACGCCTTCTTTAATCGACAAACATGATTGAAAAATTATTGGGAGATGAATTCTTGTAGTTGTTCCATAAGTACTTCACGATCCAACTCTTCGTAAAGAAATGCATTCCTTACATCATGCTGCCATAGCCTCCAACTTTATAGGCAAGTAATAGAAAATATCGTCCTCACCGTAACCATCTTTGCCACTGGACAGAAGATGTCCTCGTAGTCCAATCCATAACTTTGAGAAAAATCACAAGCTACAAGACATGCTTTGAATCTATCAACTATTCCATCTGATTTCTTCTTCAAGTGATAGACCCATTTGAAACAGCTTAGAATTTTGTGGTTTTGGTACAAGCTCCCATGTCTAATTTGTTTTAAGGCATCAATCTCTCCTTGCATTGCTGCTTCCCATTCTGGACAACCTTTAGGTTCTTCATAACATTTTGGCCCTTCATTTTCTATAGTAAAAAAACATGAGGCCACGATGCAATAATTGAGCTGGACTTCATAATCCTTGAAATAATTTGGTTCTCGTTTGTCTTGCTAATCTTCCAACAATTTGCTCACCATCTTCTAAATTTGGAGAATTTAATGTTAGGGATACAGATTCTTCGCTTCAAGGATTATCATTATAAGATGCTTCAATATCTATTTGAGAAAACATCTCCAACTTATCTGGATCACAACAAACTCAATAATTTTGACATGTTCATTTGGAACTGAATAAGATGATACTTCATCAATCACAACATCTCTTAACGTAATAAATTTCTTTATCTTAGTATCCATGTATCTCCACCCTTTCCTGCATGAATCATAGCCAACAAAAATAATTTTTTTTGCTTTCAGATCTGGTATGGTTCTATTATTTTTAGGAACATGAACATAACAAGGAGAACCAAATACCCAAAAATAATCTATATTTGGTTTCATGTTATATAAGATCTCAAAAGGAGCCTTTTCTTTGCCTGGCTAAGAAGATAACTGATTTATCACATGACACGCACATTGAATTGCTTTTGCCCAAAGTTCTTGTGGAAGGTTCATGTCATGTATCCATGAAAGTCTCATTGAAGAGAGATATTCCAACTTTCTTTTAACGACCCCATTTTGCTATCGTTATTAGGACATGTCATTTTTCGTTGAATATCATTGTTGTCATAGTATTGAAAGAAATCATCTGACATAAATTCTCCACTATTATCACTCCTCAAGCATTTTATTTTTTTCCCAAACTACTTTTCTACAAGTATGTTGAATTTAACAAACTTGAAAATGCTTTACTCTTTTCTTTAAAAAAATGCACCCTAGTAGGGGTGGTAAAAAAACTGCCAAACCAACTAATCGAATCGATTGGTTTGGTTCAATTATTTATAAAATATTGGACATATCATTTCCATAATTCAAAAAACCCAAAACTTTCGGTTATGTCCAGTTTTATATTAAAAAATAAAATCAAACTGAGTTACATATATATAACAAAAAACTATAATTTTCTGACCCACTTCCCTTTGCTTCTCAAGTTCACAATCACGTGCACACACCCTAGTTCTTCTACCTTCACCATTCGTCCTTCATCATCACTCCCATCGTCGCCATTTGTCCTTCACCCTCACGCCCTCCGTCACCGTTCTTCCCTCACTGTCACTGTTCGTCCGTTCCTCGGTCGCCTTTTGTCCCACCCTTCCGTCGTCATTCTGTTCATCCTTTTCCTTCCCTTCCATCACTGCTTCCTCATCCTTCACTCATCGCTGCTGCCGCTTCCTTCCCCTCCGTTGCAGCTACCTCTTACCGAGAAACAGACCTTGTCGACTTCCTTTTCGCCGATCTACCTTCGGTAGAGACATAGGTCGTGACTTCGTGAGCCTCTCCCTCCCATCAGACATAGATCCGACGGGCCCTTTTCAATATCAACAGCATAGCTTCGGCAGCTACTCCTTCCCAAGCCCATATCTCATCTTATCAACATCAGATAATGTTTTAATTTTATTTACTTCTGTCTCATGGTCATGATCATGGAGTACCAATTGTTGATTATTTCTCGTCTTGGATGTATAGAACTTGCAAACAAAAATGGAAATTGATCCTACAAAAGATGATAGCACTCAGGTTGGGGGAGAGGTCGAATTGCCATAGTACAATCACCGAGAAAGAATAAAAAAGATAGAACAACTAAAGCTTCAGGTGCGTGGGAGCACTTTACTAAAGTTGGTACTAAATCTAATCCTAGAGCATCATGTAAATATTGTGGTGTAACTTATGCATGTGACACTAAAAAAAATGGAACCACAAATATGTTAAAACACATAGTATTGAAGTGTAAAAAGTATCCTAGAAGAGTAAACAACAAAAAATTTTGTCATTTGTTCAACCTAAAGATGGAGAAGAGAGTTATGCTTTCTAGGTTGATTGTGAAGGAAGAGTTGCCATTCAAAATTGTGGAGGTGGAAGGGTTTCAAGAATATAGTAATACATTACAACCAAAATGATTAATAAAAAATGAATGATAAGGATTAAAATAGTTTATTGTGTAAAGTTTAGGAATTAAAACAGAACATTTGAAGATTGAGAAACAAATAAAATATTTGAAAGTTTAAGGACTAAAATAAAATAAGCATGAGAGCTTAAAGATCAAAATAGTACTTTTTTTTAAAAAATTTTGTGCTTAAATGTATATGTGAAGATTATTATGTTGTGGCATACAGGCCAAAAGTGAGGAGAAGGTAGGCACTGATATTGAAGGCATAAATTCTAAATCAGTCAGACCATACATGTGCACTGGTTATGACAATTATCTTGTGTGGGAGCCATGTACCATGTAACTTCACAAAATGGATCCTTACTTTCCCCTTTTCCCCATTGTTCTTTCTTGGATACTCATTTTATAGCATCTTTAAGATATTTAGCTTTTATGAGCTTTTTTATCCTTAGATTTAATTGAAGCTGGTATATTCTAGAGGCTAAATTATACAAAGAGGTTTTAGTGTGTGTAGTTGGTTTCAATTTTGTCTTTAATGTTTTAAAAGTTTCCATTTTGTCTCCAAATTTTTAATTTGCTTAAAGAAGACCCTTTGTGAGCAATTTCTCTAAAAATGCTTAATGGAAATTAAATGATTAGAATTAGAATTAAAACTTTTAAAACATTAAATCGAAACTAATTACATGTTTCAAAAGTTTCAATTCTACCTCTATATCTTTTAATTTCGTTAGGCATTTAACATAAATTGCTAACAAAGAGGTTTTGCAATACACAAATTAAAAAATTGACAGTAGAATTGAAATTTTCGAAATGTTAGGGACAAAATTGAAACCAACTAACATGGGATGTTTTTTATAATTTAGCCTATTATTGATTAAAATGTTAGGGCTAAACTTTTTCTGTTGAAAAATCTTACCCGAAATGTTTTTACTGTAATCTTTTTTTAGTAATATCCCTAAACCCTTATTTTTTGTGATCTTGCCTTTCTTTCTTCGTTAAAAGTGTGTAATGGCACTAGTTCACCAACGAGAGTTAGGCGTGTGTTTTATGCGTTCCCTAATCCTAACGATGGGGCATTGGGCAGTGTTCACAGACAACAGGGTGAAAAGAGCTTAAACCATCACTATGCTGTTTTTAGAGTTTTGTTACCTGAAGATGTACTTTAGTGGCTGCTCCATCTCGAAAGAGTGGAAATTCTTCAATTTAAATGTAGATGGAGTTAGGGATATGGCTAATTCAGATTTGGTTGTATTTTAATATTAATCTAATCTATTTATTTTTCATGAACCACCGGGCATTAAGACTCCAAAATGATGGTCAATTTCACATTTCTTCAAATCAATTTGATACTATTGTTTATTATATTCTGTGCATTATGTTACTCTGCAAGTGAGTTTTGGTTGGGGAAGTAAAAGACCATACCTAAAATGAATACTTTTATTTATTTATTTATTTTTCAATTCGAAAAATAGAGCTTTCATGGAGAAAAATGTAAAAATACAAAAAGGACTTACAAAATAGCAGCTCAACAAAAAAACCTATCAATAACTTGGCTAAATATACAAAATGGAGGCTTTATTCTTTCTCCAATCCAAAAGAATAAGTTTAAAGGATAATTATAAAATTCTTTGGAAGTAGATGCCCAAAGAGAGACATTAGACCTGACAAAGATTAAACCTCTACTCAAGATCTAACACTTTTAAAAATTCTCACATTCCTCTCAAGTCAAATGCTCCAAATAATAGTAAAAAAGTTATATGCCAAAAAACTCGACCCTCATCAGGAATGACGAGTGACAAAATCTCTTCCATTATAAAATAACAACCTCTGTTACAAGTCAACTCCAAAAAAAAAAAAAAAATCCCAAATTGAGTGAGCATATTGACATCTTAATATCTCTAAAGGATATGATCCAAATCCTTAGAAGCTCCCTTACAAAAAATGCACTACTATGACCAACAAATAGGAAAAATGTCTCTAAATATGGTCCATAGTGTTAACATTCCCATGCAAGACTTTCGAAGCAAAGAATTTGACCTTCTTGAGAATTTTAACCATCCATATGAGGAGAATTAAGGGCGTTGAGAAGAATAGAGTCCACACAAAAGGAGGAAGAAAGAGCTACAAGAAAACCCTTTAGAAGGATTGGGGGGGACCAAAAATGAAAATCTCTACTCTACGAATTAAAATGAATATCTCCCAACAAAGAAAGTAAAGTTGAAACATTCACCATCTCCCTATTTGATAGAGGGCAACAAAAACCAATATTAAATGAAGAAGAGTTACCAAAGGAAGGAATGGTTGTAGCCACATGCACAATTTTAAAGAGGATAGTGCAAGGAATGAACAATTCAATCCCCACAGTAGAAGATTAGGAATCGACATTGGCACTTAAAAAAGTTTCAAGAAGGAAATAACTTACTTGTTTCTTAGATGTGAATTTTTTTTTGTTGAATCACTAACAATAAACTCCAAAAGATCTTCTCTGCTATCCTCGAATACAAACAAACAAGCGTGTGGGCGCTTCTTGGAAGAACATAAATGGGAAATTGTGTGAAAAATCCCTTTATGAATTTTGGCCAATGTATTGGAGGAGATTTAGGTTATTTTCTCAACTCATGAGAGGTTCTTCAATTCTTTAATTAGAGTCCACCAAAGAGTTATATTTATAGATCATTTGGAGCTCCATTTTCCTAATGAAAAAACGTTTCTACTAATTAGAAAATGAATCAAATTCATTATTATAATATTGACTACTATAATCTTTGTATTTTACTCTTTGGTTTACTCTTTTTAATTTTGTCCAGTGCGCATTAATTTACAGTTTTGAGAATAGTTCAAGATTTAAGTGTGTATTAATATAAAATTGTGTCTTAAAGTATAACAATTGGTATCAGAGCATGCCCTAGACTTAGCAGTGTCAGTAGAATCCTCGAGTGCCGAACAAAGAAATGATGAGCTTCAATGACGTAGTCATGTGGAGATTCGTGGTTGAGCTCTATTGGATAGGCGGTGTGCTCCGAAAAAAAGGAGTTGGTCTGGATAAGAGCGGACACATGAATGACTATTTGAGGGGAGGCTCAAAGGTACTTTGTCCCATATTGGCTAGGAAAGGAGAAGATCATGGGTTTATAAGTGATGACAACATCTCCATTGGTTTGAGACCTTTTGGGTAAAACCAAAAGCAAAGCCATGAGAGTTTATGCCCAAAGTTGACAATATCATTCCATTGTAGAATGTGAAGAGGGTCGGTTGTCCTTAACAATTGGTATCAAAGCTCGGAATCTTGCTATCTCAGATCCGTTTTTGAAACTAATTTTTGTTTTTTAATTTTAGTTGATTATTTGGGAATTTTGGTTTGTGGAAAATCAAAATGAAGGCCATCTTGACTCAACAAAAAGTGAATCTTGCTATTGCACCCCTACCTCTGTTCCTAGTACCTAAAGGATATGGACAAGGTTGCCTATACCTTGATAATCTTGCATCTTATCGACAATGTGTTGCGAAAATTTAGTGGTGAGGATACCATCGGTAAGCTATGGGGTAAGCTTCAATTTCTTTATCAGACAATGTCATTATCAAATAAGATTTATTAGAAAGAATGTCTATTTGGCTTTAAAATGGATCCTAGTAAGAGTCTTAGTGTTAATTTAGATAAATTCAATAGAATTACTTTTGATATTGCTAATTGTGATGAGGACATCTCTAATGAAAATCAATTTATTATTTTATTGAATTCATTGCCTGATTCTTATAAGAATGTTAAAGCCACTATAAAATATGATAGAAATTCTTTGACTTGTGACATTGTTGTTAATGCTCTTAAAATGTGAGATTTAGAATTAAAGAGTGAAAAGGATGGTGAGTCTTTATTTGTTAGGGGTAGAACTGATAAAAGATATAGTGGTAAAAACAATCATGGTAAAAGTAGGTCCAAGTCTAAGTGGAAGAGTCATAGATCCTATCATTGTAAAAAAGAGGGTCATATTAAACGGTTTTGTCTTGAACTTAAAATAAGAAAGGGGGAGAGAATAAGGGGAAGGAAGTGGTGAGTGGGATAAACCTAGGAGAGGGTTGTGACACCGTTGAGGTCCTTATGGTTAGTGAGCACCAAGAGAACAAAGCCTGGATTTTAGATTCGGGTTGATTCTTCCATATGACTCCACATAAAGATTGGTTAGCAGACTTCCAAGAATCTAGTGGTGGTAAAGTCTTTTTAGGTAATAACCAATTTTGTGAAGTAGAGGGACAAGGAACCGTTAGATTTAGGATGAATGATAGGGCCATGAGACTCTTGACGGGTTAAGGTATGTACCTAAGCTTAGAAGAAATTTGATTTCTCTAGGAGTAATGGATAAGTTAGGTTATATCATAAAATTTGAAAATGGAAATTTAAAAATTATGATCAGTATAATGGTTAAGTTGAAGGGAAAACTTATTAATGGCTTGTATTTCTTAGAAGGTTCAACTATTATAGGGTCAAGCGCCTTGGTTAAAGAACATGATATTCCTTTGTAACCCTTTGGCATAAAAGATTAGGGCACATGAGTGAACTAGGTCTCCAAAAATTAGTTAAACAAAATTTGATTAATGATGTGAAAATGGTAGACTTAGACTTATGTGATCATTGTGTATATAGAAATCCAAAAAGGGTTAAATTTAATAAAGAAATTCATAGTTCTAAAAAGAAATTAGAATATGTACACTCTGATTTGTAGGTCCTTCTAATGTTTCTACTAATGGTGGAGTTAGATATTTTTTGTCAATAATTGGTGATTTTTCAAGAAAAGTTTGGGTTTATATTTTGAAAAATAAATCAAATGCTTTTCAAAAATTTGTTGATTGGATAACACTTGTTGAAAATCAATCTAGCTATAGAGTAAGGAAACTTAGATATGATAATGGACTTGAATTTTGTAATCAAGAGTTCAATAATTTCTATAGAAAAAGAGTTATTCAAAGGCACTTGACTATAGTAGGGACTCCTCAGCAAAATGGTGTTGCTGAGAGGATGAACCGTACTTTAATGAAAAAAGTTAGGTGCATGTTGTCCAATGCATAACTTTCCAAGAGTTTTTAGGGTGAAGCTATAGCGATGACATGCTATATAATTAATAGGAGTCCCTAAACTACTTTAAGTTGTAAAACCCCTAGGAAATGTGGTATGGTACTCCCCTTGATTTGTCAAACCTATGTGTTTTGGGGTGTCTAGCCTATGCTTATAGTAATATAGGAAAGCTAGAATTTAGAGCTAAGAAGTGTATCTTTTAGGGTATCCGAGAGCATTAAGGGGTACAAACTTTGGTGCCTAGAATCTAATAGTGCTAAAACTTTGATTAGCAGGGATGTGGTCTTTGATGAGTAAAAAATGGGGTATGTAGAGGATACCACTGAGTCAAAACTAGTTGAAAATCCTAAGGTTGTTGAAACTGTTCTTCCACCTCTTGACACCTCTTCTGAGATTATTTCTTAATCTACTACTGAACAGACACTACTTGAGGAAGTTGGTTGCTCAAGAGGAAGAGGAAGAACAGGATAATCAAGACCTTACTGATTATCAACTGTCTAGGGATAGGATTAGGAGAACTACTAGGGCACCCACTAGATATGGTTATGCTGACCTAGTAGCCTATGCACTAACAGTTGCTAGTGAGTTTGTTGACTTAGAACCTACTACTTTCAATGCAACCATGATTGATAAGAACAGGGAGAAATGGTTAACTGTAATGAAAGAGGAGATGGATTCTTTAAATTAAAATAAAACTTGGATTGTAGTCAACAAACCTAGTGAGATAAAAACAGTAGGTTGTAAATAAATTTTCAAGCTTAAAAAAAATATTGAAAATGAGAGCAAGCATAGGTTTAAGGCTAGGTTGGTTGCTAAGGGTTTCACCCAAAAGGAAGGTATTGACTATGACGAGGTATTCTCATCTGTTGTGAGACACACATCAATTAGGGTTTTTCTTGATTTTGTTGCTCACTTTGATTTAGAACTTGAGCAGATGGATGTCAAAATAACTTTCTTACATGGTGAACTTGAAAAGACGATCTATATGGATCAACCACTTGGGTTCGTTGCACCTGGACAAGAAAGCAAGGTTTGTTTTCTTAAGAAGTCTCTTTATGGTTTAAAGCAATCTCCTAAACAATGGTACAAAAGATTTGATTCATACATGCTATCTATTGACTTTTGTAAGGAGAAAGTATGATAGTTATGTTTACTATAAGAAAGTTTATGAATATGATTTTTTTACTTTACTTACTCTTGTATGTTGATGACATGTTGATTGCTTGTAAATCCATGCATGAAATAAATGTTTTAAAAAGACTTCTTAGTAAAGAATTTGAAATGAAAGACTTAGGGTAAGCAAAACGTATTATAGGCATGAATATTAAAAGAGTAAGAGAAAGAAATATTCTTTACCTATTTTAGAATGATTATATAAACAAGCTTGTGAATAAATTAGGAATGCATGATGTTAGGCATGTTAGTACAATGTTTGGAAAACATTTTAGGTTGTCTTCTTCTAATGCACCTAAAACTCCTATTGAGATTGATGAAATGCATGACATACCATACTTTAACACAGTAGGTAGTTTAATGTATGCCATGGTTTGTACTCGCCTGATTTAGCATATCCAATGAGTGTAGTAAGTAAATTTCTTACTAATCCAGGTAAACAACATTGGAATGTTGTAAAATAGATTTTGAGATATCTTGCATGTCATTCACATGAGTGTCTTGTTTATGGTGAAGATAGTGTAAATAAAGATAATGAAATCAAGATTGAGGGTTACGTCGACTCTGATTATGCTACTGACATATATAAAAGAAGGTCATTAACTGGTTTTACATTTAGATTGTTTAACTATACTATTAGTTGGAAGTCAGTTTTACAATCTGTTGTTGCTTTATCTACTGTTGAATTTGAGTATATTGCATTGACTGAAGCTATAAAAGAATTCATATGGATAAAGAGATTAGTTTCAAAATTAAGTAGTAGTGATGTAAAAGTAATAATTTGGTGTGATAGTCAAAGTACCATTCATCTATCCAAAAATCATTCTCATCATGAGCGTACTAAACATATAGAATTAAGTATCATTTTATTAGAGATGTTATTTGTGATAAAATAATATATGTGAAAAAAATATCCAGTAATCTTAATGCAGTTGATATGTTTACTAAAGCTCTCCCAATTGATAAATTTGATATATGCATGAGAATTTTACATATTGATAAGTGATAGAATGTTTTGGGCACTTGTATGGTGGGAACCATCATGGTTTCAAGAATATTGAAATCATGGTGGAGTTTGTTATAATATGATTAAATATTCTTTTCTTTTTTTGGGTCCTTTTATTTTCAGTATTGTAGTTTTATTAAAATGGCCCAACTTATCTTTATTTCATATTACCACTTGGGCCATAATTCAAATGCCCAAGCCCACCATTTGGTTTGTTATTATTACCGATACAGCATGTTATGTAGATTATTTTAAGCTCACTAAGGCAACCGATTATCACACCTATATATTCATCTCTTTCTCCCCCATTTTTAAGCATCCCCATGTGAAATACAACTCAGAATAGAGAAAAGGGTTTGAGGGAAGGTTGGGGTTTGAGGGTGAAGGTTTCCACTACCGACGCTGTGATTGCCGTGTCGTGGAGTCGACGTCGTTGGGTTGCTGTCGTGGAGAAGCCATTGCCACCATCGAGCAAGGAGGCCGTTTGGGCACATGGAGTGGCGTTCCGTCTCTGTTTGGCTTCTGTGAGGCGTTCTTGGTCGGCGATTCCGATCTACACCGTGAACTCAGTTGTCTTCTTCCCTATCTTGGGTGGTTTGCTTTTCCTCTCGATTTATTGTTTGGAATAG

mRNA sequence

GTATCTGGATTTACAAGCATATGCTATGTGGAAAATCATCCACATCCCAGATAAGCCGCCTATTCTGCCTGACCAACAACTCACTGTTAATGTCATTGCTGCTGTTGTTGAGCCCAAGTTAGTCAACAATCTTATAAGGCGCTTAAATCAGATAGCACCATTGGAAAATCTCCGCCATGTGAAGAGAGTTCAGAAGAAGCATCTTGAAGATGGAAAAACTCAAATAGCATTGATCCTATGTCTTGCAAGTGAAAACAACTGCAATTTGGATGCCATGCCTCCAGATGTACAAGAACTCGTGAGCTTGTACCAGTTGAGTGCATTTATCACAAAGGTTTGTAAGGAGGCAGCGTCAACAAAAGAAGAATGGGAAGAGCAGTGCAAGTTTTGGCCAACATCATATCATCCACCAACATACAATATTGATGGTATCACTGGATTTAATGAAGAGGACACACAGTCAGTTTTTGGCTTCATGAGACTTGCAATAGAATTAGCACAGTCGTCTAACAAATCGGTACTAAATGCTGCAGTGATAGTAGATCCTTCAGTTAAGCAAGTAATTGCAAGTGCCTACGACCATCATATTCACTCCGAGAATGCTTCCAAAAGCAATGCCAATGGGGAAACAGGCTTCGAAAAGCGGCTGGAATCTATTGGTTCTCATCTTGATTCCAATGGAGCCACTATCCATGGCACTTCGCTGTCGATTGGCTCTTTGAAAGCACTGAAACAATCATGTTCCGATGTTTTGTGTTTGTACCCGTGGCGATGGGTCGAGCAACAGTCAGAAAATTCATCAAATTCTTGTCAGCACCCTCTAAGGCATGCTGCTATTGCAGCTATTGAATCTTCTGCTGCTCGGGACAGGCGCCTATACCCCAGTTCTGGAAGCGTTGGTGATAAATCAATTGAAATGGAGCTTATGGGGCCTCCGACCAACCTAGCAAAAAGACAGAAGACTGATCTTGAAAATGTCAAAAGTGAGAAGGTAGGCACTGATATTGGAGGCATAAATTCTAAATCAGCCAGACCATACCTGTGCACTGGTTATGACATTTATCTTGTGTGGGAGCCATGTACCATTTCACAATCACGTGCACACACCCTAGTTCTTCTACCTTCACCATTCGTCCTTCATCATCACTCCCATCGTCGCCATTTGTCCTTCACCCTCACGCCCTCCGTCACCGTTCTTCCCTCACTGTCACTGTTCGTCCGTTCCTCGGTCGCCTTTTGTCCCACCCTTCCGTCGTCATTCTGTTCATCCTTTTCCTTCCCTTCCATCACTGCTTCCTCATCCTTCACTCATCGCTGCTGCCGCTTCCTTCCCCTCCGTTGCAGCTACCTCTTACCGAGAAACAGACCTTGTCGACTTCCTTTTCGCCGATCTACCTTCGGTAGAGACATAGGTCGTGACTTCGTGAGCCTCTCCCTCCCATCAGACATAGATCCGACGGGCCCTTTTCAATATCAACAGCATAGCTTCGGCAGCTACTCCTTCCCAAGCCCATATCTCATCTTATCAACATCAGATAATAACTTGCAAACAAAAATGGAAATTGATCCTACAAAAGATGATAGCACTCAGGCCAAAAGTGAGGAGAAGGTAGGCACTGATATTGAAGGCATAAATTCTAAATCAGTCAGACCATACATGTGCACTGGTTATGACAATTATCTTAATAGAGAAAAGGGTTTGAGGGAAGGTTGGGGTTTGAGGGTGAAGGTTTCCACTACCGACGCTGTGATTGCCGTGTCGTGGAGTCGACGTCGTTGGGTTGCTGTCGTGGAGAAGCCATTGCCACCATCGAGCAAGGAGGCCGTTTGGGCACATGGAGTGGCGTTCCGTCTCTGTTTGGCTTCTGTGAGGCGTTCTTGGTCGGCGATTCCGATCTACACCGTGAACTCAGTTGTCTTCTTCCCTATCTTGGGTGGTTTGCTTTTCCTCTCGATTTATTGTTTGGAATAG

Coding sequence (CDS)

GTATCTGGATTTACAAGCATATGCTATGTGGAAAATCATCCACATCCCAGATAAGCCGCCTATTCTGCCTGACCAACAACTCACTGTTAATGTCATTGCTGCTGTTGTTGAGCCCAAGTTAGTCAACAATCTTATAAGGCGCTTAAATCAGATAGCACCATTGGAAAATCTCCGCCATGTGAAGAGAGTTCAGAAGAAGCATCTTGAAGATGGAAAAACTCAAATAGCATTGATCCTATGTCTTGCAAGTGAAAACAACTGCAATTTGGATGCCATGCCTCCAGATGTACAAGAACTCGTGAGCTTGTACCAGTTGAGTGCATTTATCACAAAGGTTTGTAAGGAGGCAGCGTCAACAAAAGAAGAATGGGAAGAGCAGTGCAAGTTTTGGCCAACATCATATCATCCACCAACATACAATATTGATGGTATCACTGGATTTAATGAAGAGGACACACAGTCAGTTTTTGGCTTCATGAGACTTGCAATAGAATTAGCACAGTCGTCTAACAAATCGGTACTAAATGCTGCAGTGATAGTAGATCCTTCAGTTAAGCAAGTAATTGCAAGTGCCTACGACCATCATATTCACTCCGAGAATGCTTCCAAAAGCAATGCCAATGGGGAAACAGGCTTCGAAAAGCGGCTGGAATCTATTGGTTCTCATCTTGATTCCAATGGAGCCACTATCCATGGCACTTCGCTGTCGATTGGCTCTTTGAAAGCACTGAAACAATCATGTTCCGATGTTTTGTGTTTGTACCCGTGGCGATGGGTCGAGCAACAGTCAGAAAATTCATCAAATTCTTGTCAGCACCCTCTAAGGCATGCTGCTATTGCAGCTATTGAATCTTCTGCTGCTCGGGACAGGCGCCTATACCCCAGTTCTGGAAGCGTTGGTGATAAATCAATTGAAATGGAGCTTATGGGGCCTCCGACCAACCTAGCAAAAAGACAGAAGACTGATCTTGAAAATGTCAAAAGTGAGAAGGTAGGCACTGATATTGGAGGCATAAATTCTAAATCAGCCAGACCATACCTGTGCACTGGTTATGACATTTATCTTGTGTGGGAGCCATGTACCATTTCACAATCACGTGCACACACCCTAGTTCTTCTACCTTCACCATTCGTCCTTCATCATCACTCCCATCGTCGCCATTTGTCCTTCACCCTCACGCCCTCCGTCACCGTTCTTCCCTCACTGTCACTGTTCGTCCGTTCCTCGGTCGCCTTTTGTCCCACCCTTCCGTCGTCATTCTGTTCATCCTTTTCCTTCCCTTCCATCACTGCTTCCTCATCCTTCACTCATCGCTGCTGCCGCTTCCTTCCCCTCCGTTGCAGCTACCTCTTACCGAGAAACAGACCTTGTCGACTTCCTTTTCGCCGATCTACCTTCGGTAGAGACATAGGTCGTGACTTCGTGAGCCTCTCCCTCCCATCAGACATAGATCCGACGGGCCCTTTTCAATATCAACAGCATAGCTTCGGCAGCTACTCCTTCCCAAGCCCATATCTCATCTTATCAACATCAGATAATAACTTGCAAACAAAAATGGAAATTGATCCTACAAAAGATGATAGCACTCAGGCCAAAAGTGAGGAGAAGGTAGGCACTGATATTGAAGGCATAAATTCTAAATCAGTCAGACCATACATGTGCACTGGTTATGACAATTATCTTAATAGAGAAAAGGGTTTGAGGGAAGGTTGGGGTTTGAGGGTGAAGGTTTCCACTACCGACGCTGTGATTGCCGTGTCGTGGAGTCGACGTCGTTGGGTTGCTGTCGTGGAGAAGCCATTGCCACCATCGAGCAAGGAGGCCGTTTGGGCACATGGAGTGGCGTTCCGTCTCTGTTTGGCTTCTGTGAGGCGTTCTTGGTCGGCGATTCCGATCTACACCGTGAACTCAGTTGTCTTCTTCCCTATCTTGGGTGGTTTGCTTTTCCTCTCGATTTATTGTTTGGAATAG

Protein sequence

YLDLQAYAMWKIIHIPDKPPILPDQQLTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQKKHLEDGKTQIALILCLASENNCNLDAMPPDVQELVSLYQLSAFITKVCKEAASTKEEWEEQCKFWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAIELAQSSNKSVLNAAVIVDPSVKQVIASAYDHHIHSENASKSNANGETGFEKRLESIGSHLDSNGATIHGTSLSIGSLKALKQSCSDVLCLYPWRWVEQQSENSSNSCQHPLRHAAIAAIESSAARDRRLYPSSGSVGDKSIEMELMGPPTNLAKRQKTDLENVKSEKVGTDIGGINSKSARPYLCTGYDIYLVWEPCTISQSRAHTLVLLPSPFVLHHHSHRRHLSFTLTPSVTVLPSLSLFVRSSVAFCPTLPSSFCSSFSFPSITASSSFTHRCCRFLPLRCSYLLPRNRPCRLPFRRSTFGRDIGRDFVSLSLPSDIDPTGPFQYQQHSFGSYSFPSPYLILSTSDNNLQTKMEIDPTKDDSTQAKSEEKVGTDIEGINSKSVRPYMCTGYDNYLNREKGLREGWGLRVKVSTTDAVIAVSWSRRRWVAVVEKPLPPSSKEAVWAHGVAFRLCLASVRRSWSAIPIYTVNSVVFFPILGGLLFLSIYCLE

Homology

[Close]

BLAST of Sgr016824 vs. NCBI nr
Match: XP_022141843.1 (probable inactive tRNA-specific adenosine deaminase-like protein 3 [Momordica charantia])

HSP 1 Score: 582.0 bits (1499), Expect = 6.3e-162
Identity = 299/355 (84.23%), Postives = 320/355 (90.14%), Query Frame = 0


Query: 9   MWKIIHIPDKPPILPDQQLTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQKKHL 68
           M +II+IPDK PI P QQ TVNV AAVVEPKL+NNL+RRLNQIAPLENLRHVKRVQKKHL
Sbjct: 1   MCQIIYIPDKLPIPPGQQPTVNVFAAVVEPKLINNLVRRLNQIAPLENLRHVKRVQKKHL 60

Query: 69  EDGKTQIALILCLASENNCNLDAMPPDVQELVSLYQLSAFITKVCKEAASTKEEWEEQCK 128
           EDGKTQIALILCLA ENNCNLD MP DVQELV+ YQLSAFITKVCKEAASTKEEWEEQCK
Sbjct: 61  EDGKTQIALILCLARENNCNLDDMPSDVQELVTSYQLSAFITKVCKEAASTKEEWEEQCK 120

Query: 129 FWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAIELAQSSNKSVLNAAVIVDPSVKQVI 188
            WPTSYHPPTYNIDGITGFNEE+TQSVFG MRLAIELAQSS+K+V+NAAVI+DPS KQVI
Sbjct: 121 LWPTSYHPPTYNIDGITGFNEEETQSVFGLMRLAIELAQSSHKTVVNAAVIIDPSDKQVI 180

Query: 189 ASAYDHHIHSENASKSNANGETGFEKRLESIGSHLDSNGATIHGTSLSIGSLKALKQSCS 248
           A+A DHHI SENA  SNA+GETGF+KRLESIGSH DSNGATIH T  S  SLK LKQSCS
Sbjct: 181 ATACDHHIFSENA-MSNASGETGFKKRLESIGSHADSNGATIHETLPSSASLKVLKQSCS 240

Query: 249 DVLCLYPWRWVEQQSENSSNSCQ-HPLRHAAIAAIESSAARDRRLYPSSGSVGDKSIEME 308
           +V CLYPWRWVEQQ ++SSNSC  HPLRHAAIAAIESSAARDRRL+P+SG+VGDKSIEME
Sbjct: 241 NVSCLYPWRWVEQQLQHSSNSCSWHPLRHAAIAAIESSAARDRRLFPTSGTVGDKSIEME 300

Query: 309 LMGPPTNLAKRQKTDLENVKS--EKVGTDIGGINSKSARPYLCTGYDIYLVWEPC 361
            MGPPTNLAKRQKTDL+N KS  EK GTDI GI+SKS RPYLCTGYDIYLVWEPC
Sbjct: 301 PMGPPTNLAKRQKTDLDNAKSEEEKRGTDIEGIDSKSGRPYLCTGYDIYLVWEPC 354

[Close]

BLAST of Sgr016824 vs. NCBI nr
Match: XP_023523263.1 (probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 559.3 bits (1440), Expect = 4.4e-155
Identity = 288/354 (81.36%), Postives = 311/354 (87.85%), Query Frame = 0


Query: 9   MWKIIHIPDKPPILPDQQLTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQKKHL 68
           M +II+IPDKPPI PDQQ TVNV AAVVEPKL+NNL+R LN+IAPLENLRHVKRVQKKHL
Sbjct: 1   MSQIIYIPDKPPIPPDQQPTVNVFAAVVEPKLINNLVRCLNRIAPLENLRHVKRVQKKHL 60

Query: 69  EDGKTQIALILCLASENNCNLDAMPPDVQELVSLYQLSAFITKVCKEAASTKEEWEEQCK 128
           EDGKT IALILCLASEN+ NLDAMP DVQELV+ YQLSAFITKVCKEAA+TKEEWEEQCK
Sbjct: 61  EDGKTLIALILCLASENDSNLDAMPLDVQELVTSYQLSAFITKVCKEAATTKEEWEEQCK 120

Query: 129 FWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAIELAQSSNKSVLNAAVIVDPSVKQVI 188
            WPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLA+ELAQ SNK V+NAAVIVDPSVKQVI
Sbjct: 121 LWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAVELAQ-SNKLVVNAAVIVDPSVKQVI 180

Query: 189 ASAYDHHIHSENASKSNANGETGFEKRLESIGSHLDSNGATIHGTSLSIGSLKALKQSCS 248
           ASA DHHI SENAS SNA GE  F  RLES+GSHLDSNGATIHG   S  SLK LKQSCS
Sbjct: 181 ASACDHHISSENASMSNAGGEIDFRNRLESVGSHLDSNGATIHGNLPSSASLKTLKQSCS 240

Query: 249 DVLCLYPWRWVEQQSENSSNS-CQHPLRHAAIAAIESSAARDRRLYPSSGSVGDKSIEME 308
            V CLYPW+W +QQ ++ SNS C HPLRHAAIAAIESSAARDRRL+P+SG++GDKS+E +
Sbjct: 241 TVSCLYPWQWTDQQLQHLSNSCCWHPLRHAAIAAIESSAARDRRLFPTSGTIGDKSVETD 300

Query: 309 LMGPPTNLAKRQKTDLENVKS-EKVGTDIGGINSKSARPYLCTGYDIYLVWEPC 361
            +GP  NLAKRQKT+LEN KS EK GTDI GI SKS RPYLCTGYDIYLVWEPC
Sbjct: 301 DIGPHCNLAKRQKTNLENAKSEEKEGTDIEGICSKSGRPYLCTGYDIYLVWEPC 353

[Close]

BLAST of Sgr016824 vs. NCBI nr
Match: XP_022948266.1 (probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 [Cucurbita moschata])

HSP 1 Score: 554.7 bits (1428), Expect = 1.1e-153
Identity = 284/354 (80.23%), Postives = 310/354 (87.57%), Query Frame = 0


Query: 9   MWKIIHIPDKPPILPDQQLTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQKKHL 68
           M +II+IPDKPPI PDQQ TVNV AAVVEPKL+NNL+R LN+IAPLENLRH+KRVQKKHL
Sbjct: 1   MSQIIYIPDKPPIPPDQQPTVNVFAAVVEPKLINNLVRCLNRIAPLENLRHLKRVQKKHL 60

Query: 69  EDGKTQIALILCLASENNCNLDAMPPDVQELVSLYQLSAFITKVCKEAASTKEEWEEQCK 128
           EDGKT IALILCLASEN+ N+DAMP DV+ELV+ YQLSAFITKVCKEAA+TKEEWEEQCK
Sbjct: 61  EDGKTLIALILCLASENDSNMDAMPQDVRELVTSYQLSAFITKVCKEAATTKEEWEEQCK 120

Query: 129 FWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAIELAQSSNKSVLNAAVIVDPSVKQVI 188
            WPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLA+ELAQ SNK V+NAAVIVDPSVKQVI
Sbjct: 121 LWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAVELAQ-SNKLVVNAAVIVDPSVKQVI 180

Query: 189 ASAYDHHIHSENASKSNANGETGFEKRLESIGSHLDSNGATIHGTSLSIGSLKALKQSCS 248
           ASA DHHI SENAS SNA GE  F  RLES+GSHLDSNGATIHG   S  SLK LKQSCS
Sbjct: 181 ASACDHHISSENASTSNAGGEIDFRNRLESVGSHLDSNGATIHGNLPSSASLKTLKQSCS 240

Query: 249 DVLCLYPWRWVEQQSENSSNS-CQHPLRHAAIAAIESSAARDRRLYPSSGSVGDKSIEME 308
            V CLYPW+W +QQ ++ SNS C HPLRHAAIAAIESSAARDR L+P+SG++GDKS+E +
Sbjct: 241 TVSCLYPWQWTDQQLQHLSNSCCWHPLRHAAIAAIESSAARDRHLFPTSGTIGDKSVETD 300

Query: 309 LMGPPTNLAKRQKTDLENVKS-EKVGTDIGGINSKSARPYLCTGYDIYLVWEPC 361
            +GP  NLAKRQKT+LEN KS EK GTDI GI SKS RPYLCTGYDIYLVWEPC
Sbjct: 301 DIGPHCNLAKRQKTNLENAKSEEKEGTDIEGICSKSGRPYLCTGYDIYLVWEPC 353

[Close]

BLAST of Sgr016824 vs. NCBI nr
Match: KAG6607517.1 (tRNA-specific adenosine deaminase TAD3, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 551.6 bits (1420), Expect = 9.2e-153
Identity = 284/354 (80.23%), Postives = 308/354 (87.01%), Query Frame = 0


Query: 9   MWKIIHIPDKPPILPDQQLTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQKKHL 68
           M +II+IPDKPPI PDQQ TVNV AAVVEPKL+NNL+R LN+IAPLENLRH+KRVQKKHL
Sbjct: 1   MSQIIYIPDKPPIPPDQQPTVNVFAAVVEPKLINNLVRCLNRIAPLENLRHLKRVQKKHL 60

Query: 69  EDGKTQIALILCLASENNCNLDAMPPDVQELVSLYQLSAFITKVCKEAASTKEEWEEQCK 128
           EDGKT IALILCLASEN+ NLDAMP DVQELV+ YQLSAFITKVCKEAA+TKEEWEEQCK
Sbjct: 61  EDGKTLIALILCLASENDSNLDAMPQDVQELVTSYQLSAFITKVCKEAATTKEEWEEQCK 120

Query: 129 FWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAIELAQSSNKSVLNAAVIVDPSVKQVI 188
            WPTSYHPPTYNIDGITGFN EDTQSVFGFMRLA+ELAQ SNK V+NAAVIVDPS KQVI
Sbjct: 121 LWPTSYHPPTYNIDGITGFNGEDTQSVFGFMRLAVELAQ-SNKLVVNAAVIVDPSAKQVI 180

Query: 189 ASAYDHHIHSENASKSNANGETGFEKRLESIGSHLDSNGATIHGTSLSIGSLKALKQSCS 248
           ASA DHHI SENAS SNA GE  F  RLES+ SHLDSNGATIHG   S  SLK LKQSCS
Sbjct: 181 ASACDHHISSENASMSNAGGEIDFRNRLESVCSHLDSNGATIHGNLPSSASLKTLKQSCS 240

Query: 249 DVLCLYPWRWVEQQSENSSNS-CQHPLRHAAIAAIESSAARDRRLYPSSGSVGDKSIEME 308
            V CLYPW+W +QQ ++ SNS C HPLRHAAIAAIESSAARDRRL+P+SG++GDKS+E +
Sbjct: 241 TVSCLYPWQWTDQQLQHLSNSCCWHPLRHAAIAAIESSAARDRRLFPTSGTIGDKSVETD 300

Query: 309 LMGPPTNLAKRQKTDLENVKS-EKVGTDIGGINSKSARPYLCTGYDIYLVWEPC 361
            +GP  NLAKRQKT+LEN KS EK GTDI GI SKS RPYLCTGYDIYLVWEPC
Sbjct: 301 DLGPHCNLAKRQKTNLENAKSEEKEGTDIEGICSKSGRPYLCTGYDIYLVWEPC 353

[Close]

BLAST of Sgr016824 vs. NCBI nr
Match: XP_022973452.1 (probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 [Cucurbita maxima])

HSP 1 Score: 544.7 bits (1402), Expect = 1.1e-150
Identity = 279/354 (78.81%), Postives = 309/354 (87.29%), Query Frame = 0


Query: 9   MWKIIHIPDKPPILPDQQLTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQKKHL 68
           M +II+IPDKPPI PDQQ TVNV AAVVEPKL+NNL+R LN+IAPLENLRHVKRVQKKHL
Sbjct: 1   MSQIIYIPDKPPIPPDQQPTVNVFAAVVEPKLINNLVRCLNRIAPLENLRHVKRVQKKHL 60

Query: 69  EDGKTQIALILCLASENNCNLDAMPPDVQELVSLYQLSAFITKVCKEAASTKEEWEEQCK 128
           EDGKT IALILCLASEN+ ++DAMP DVQE+V+ YQLSAFITKVCKEAA+TKEEWEEQCK
Sbjct: 61  EDGKTLIALILCLASENDSDMDAMPQDVQEIVTSYQLSAFITKVCKEAATTKEEWEEQCK 120

Query: 129 FWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAIELAQSSNKSVLNAAVIVDPSVKQVI 188
            WPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLA+ELAQ SNK ++NAAVIVDPS K+VI
Sbjct: 121 LWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAVELAQ-SNKLIVNAAVIVDPSAKKVI 180

Query: 189 ASAYDHHIHSENASKSNANGETGFEKRLESIGSHLDSNGATIHGTSLSIGSLKALKQSCS 248
           ASA DHH+ SENAS SNA G+  F   LES+GSHLDSNGATIHG   S  SLK LKQSCS
Sbjct: 181 ASACDHHVSSENASMSNAGGKIDFRNWLESVGSHLDSNGATIHGNLPSSASLKTLKQSCS 240

Query: 249 DVLCLYPWRWVEQQSENSSNS-CQHPLRHAAIAAIESSAARDRRLYPSSGSVGDKSIEME 308
            V CLYPW+W +QQ ++ SNS C HPLRHAAIAAIESSAARDRRL+P+SG++GDKS+E +
Sbjct: 241 TVSCLYPWQWTDQQLQHLSNSCCWHPLRHAAIAAIESSAARDRRLFPTSGTIGDKSVETD 300

Query: 309 LMGPPTNLAKRQKTDLENVKS-EKVGTDIGGINSKSARPYLCTGYDIYLVWEPC 361
           + GP  NLAKRQKT+LEN KS EK GTDI GI SKS RPYLCTGYDIYLVWEPC
Sbjct: 301 I-GPFCNLAKRQKTNLENAKSEEKEGTDIEGICSKSGRPYLCTGYDIYLVWEPC 352

[Close]

BLAST of Sgr016824 vs. ExPASy Swiss-Prot
Match: F4KH86 (tRNA-specific adenosine deaminase TAD3 OS=Arabidopsis thaliana OX=3702 GN=TAD3 PE=1 SV=1)

HSP 1 Score: 308.9 bits (790), Expect = 1.4e-82
Identity = 178/364 (48.90%), Postives = 238/364 (65.38%), Query Frame = 0


Query: 10  WKIIHIPDKPPILPDQQLTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQKKHLE 69
           W+IIHIP+KP + PD Q TV V A++++P+  N ++R L +IAPLE+LRHVKRV+KK L 
Sbjct: 6   WEIIHIPEKPSLSPDHQPTVKVYASLIKPRFANTIVRHLCKIAPLEDLRHVKRVKKKILP 65

Query: 70  D-GKTQIALILCLASENNCNLDAMPPDVQELVSLYQLSAFITKVCKEAASTKEEWEEQCK 129
           D G+TQ+ +ILCLA E+N  L  MPPDVQ LV  Y+LS FIT+VCK AA +KEEWEEQ K
Sbjct: 66  DCGETQLTVILCLAPEHNDQLSDMPPDVQRLVDPYELSPFITQVCKYAAVSKEEWEEQSK 125

Query: 130 FWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAIELAQSSNKSVLNAAVIVDPSVKQVI 189
            WPTS+HPPTYNIDGI GF+EE+TQS+  FMR+ I++A S +  ++NAAVIVDPSV+++I
Sbjct: 126 IWPTSFHPPTYNIDGIGGFSEEETQSICKFMRVVIDMAVSGHTPLVNAAVIVDPSVRRII 185

Query: 190 ASAYDHHIHSENASKSNANGET-GFEKRLE-SIGSHLDSNGATIHGTSLSIGSLKALKQS 249
           AS  D  +++ +A +   + ET  FE+  E  +   L+             GSL AL   
Sbjct: 186 ASETD-QVYASSAPRDMTSAETRPFEETGEICLNDTLEKQN----------GSLSALS-- 245

Query: 250 CSDVLCLYPWRWVEQQSENSSNSCQHPLRHAAIAAIESSAARDRRLYPSSGSVGDKSIEM 309
                CL PW+W  Q  +  + S  HPLRHA++ AIESS+ARDR L+P+   + D+    
Sbjct: 246 -----CLNPWQWSLQPHDTENCSQWHPLRHASMVAIESSSARDRNLFPNPSKIFDQD--- 305

Query: 310 ELMGPPTNL---AKRQKT-----DLENVKSEKVGTDIGGINSKSARPYLCTGYDIYLVWE 363
               PP+N    AK+QKT     D++N   E+   D         RPYLCTGYDI+L+ E
Sbjct: 306 --HVPPSNTDSPAKKQKTSSQSPDVQNDSREETVRD-----PSMERPYLCTGYDIFLLLE 341

[Close]

BLAST of Sgr016824 vs. ExPASy Swiss-Prot
Match: Q8JFW4 (Probable inactive tRNA-specific adenosine deaminase-like protein 3 OS=Danio rerio OX=7955 GN=adat3 PE=2 SV=2)

HSP 1 Score: 74.3 bits (181), Expect = 5.6e-12
Identity = 54/189 (28.57%), Postives = 95/189 (50.26%), Query Frame = 0


Query: 20  PILPDQQ-----LTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQKKHLEDGKTQ 79
           P+L D+Q     L     A ++E +  + L++ L+ I PL NL+H+KRV+    +D    
Sbjct: 22  PVLSDEQSQDPELLPAYAAPILERRETSRLVKELSLIHPLPNLQHIKRVRPCKHKDSPHP 81

Query: 80  IALILCLASENNCNLDAMPPDVQELVSLYQLSA------FITKVCKEAASTKEEWEEQCK 139
           + +I+CL S+  C  D     +  L+     ++      FI ++      T+ ++E+  K
Sbjct: 82  LEVIVCLVSDVQCT-DPKKVTLSHLLHTQCFNSNGLGDPFIVQIPANPPLTRPQFEKASK 141

Query: 140 FWPTSYHPPTYNIDGITG--FNEEDTQSVFGFMRLAIELAQSSNKSVLNA--AVIVDPSV 194
            WPTS+H        + G  F       +  +M +A++ A+S  +  ++A  AVIVDP  
Sbjct: 142 HWPTSFHEDKLVTFALKGQLFTAHQKTKMREYMCVAVKAAKSGRELGMDAVGAVIVDPKT 201

[Close]

BLAST of Sgr016824 vs. ExPASy TrEMBL
Match: A0A6J1CLQ3 (probable inactive tRNA-specific adenosine deaminase-like protein 3 OS=Momordica charantia OX=3673 GN=LOC111012110 PE=4 SV=1)

HSP 1 Score: 582.0 bits (1499), Expect = 3.1e-162
Identity = 299/355 (84.23%), Postives = 320/355 (90.14%), Query Frame = 0


Query: 9   MWKIIHIPDKPPILPDQQLTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQKKHL 68
           M +II+IPDK PI P QQ TVNV AAVVEPKL+NNL+RRLNQIAPLENLRHVKRVQKKHL
Sbjct: 1   MCQIIYIPDKLPIPPGQQPTVNVFAAVVEPKLINNLVRRLNQIAPLENLRHVKRVQKKHL 60

Query: 69  EDGKTQIALILCLASENNCNLDAMPPDVQELVSLYQLSAFITKVCKEAASTKEEWEEQCK 128
           EDGKTQIALILCLA ENNCNLD MP DVQELV+ YQLSAFITKVCKEAASTKEEWEEQCK
Sbjct: 61  EDGKTQIALILCLARENNCNLDDMPSDVQELVTSYQLSAFITKVCKEAASTKEEWEEQCK 120

Query: 129 FWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAIELAQSSNKSVLNAAVIVDPSVKQVI 188
            WPTSYHPPTYNIDGITGFNEE+TQSVFG MRLAIELAQSS+K+V+NAAVI+DPS KQVI
Sbjct: 121 LWPTSYHPPTYNIDGITGFNEEETQSVFGLMRLAIELAQSSHKTVVNAAVIIDPSDKQVI 180

Query: 189 ASAYDHHIHSENASKSNANGETGFEKRLESIGSHLDSNGATIHGTSLSIGSLKALKQSCS 248
           A+A DHHI SENA  SNA+GETGF+KRLESIGSH DSNGATIH T  S  SLK LKQSCS
Sbjct: 181 ATACDHHIFSENA-MSNASGETGFKKRLESIGSHADSNGATIHETLPSSASLKVLKQSCS 240

Query: 249 DVLCLYPWRWVEQQSENSSNSCQ-HPLRHAAIAAIESSAARDRRLYPSSGSVGDKSIEME 308
           +V CLYPWRWVEQQ ++SSNSC  HPLRHAAIAAIESSAARDRRL+P+SG+VGDKSIEME
Sbjct: 241 NVSCLYPWRWVEQQLQHSSNSCSWHPLRHAAIAAIESSAARDRRLFPTSGTVGDKSIEME 300

Query: 309 LMGPPTNLAKRQKTDLENVKS--EKVGTDIGGINSKSARPYLCTGYDIYLVWEPC 361
            MGPPTNLAKRQKTDL+N KS  EK GTDI GI+SKS RPYLCTGYDIYLVWEPC
Sbjct: 301 PMGPPTNLAKRQKTDLDNAKSEEEKRGTDIEGIDSKSGRPYLCTGYDIYLVWEPC 354

[Close]

BLAST of Sgr016824 vs. ExPASy TrEMBL
Match: A0A6J1G8T4 (probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111451991 PE=4 SV=1)

HSP 1 Score: 554.7 bits (1428), Expect = 5.3e-154
Identity = 284/354 (80.23%), Postives = 310/354 (87.57%), Query Frame = 0


Query: 9   MWKIIHIPDKPPILPDQQLTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQKKHL 68
           M +II+IPDKPPI PDQQ TVNV AAVVEPKL+NNL+R LN+IAPLENLRH+KRVQKKHL
Sbjct: 1   MSQIIYIPDKPPIPPDQQPTVNVFAAVVEPKLINNLVRCLNRIAPLENLRHLKRVQKKHL 60

Query: 69  EDGKTQIALILCLASENNCNLDAMPPDVQELVSLYQLSAFITKVCKEAASTKEEWEEQCK 128
           EDGKT IALILCLASEN+ N+DAMP DV+ELV+ YQLSAFITKVCKEAA+TKEEWEEQCK
Sbjct: 61  EDGKTLIALILCLASENDSNMDAMPQDVRELVTSYQLSAFITKVCKEAATTKEEWEEQCK 120

Query: 129 FWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAIELAQSSNKSVLNAAVIVDPSVKQVI 188
            WPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLA+ELAQ SNK V+NAAVIVDPSVKQVI
Sbjct: 121 LWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAVELAQ-SNKLVVNAAVIVDPSVKQVI 180

Query: 189 ASAYDHHIHSENASKSNANGETGFEKRLESIGSHLDSNGATIHGTSLSIGSLKALKQSCS 248
           ASA DHHI SENAS SNA GE  F  RLES+GSHLDSNGATIHG   S  SLK LKQSCS
Sbjct: 181 ASACDHHISSENASTSNAGGEIDFRNRLESVGSHLDSNGATIHGNLPSSASLKTLKQSCS 240

Query: 249 DVLCLYPWRWVEQQSENSSNS-CQHPLRHAAIAAIESSAARDRRLYPSSGSVGDKSIEME 308
            V CLYPW+W +QQ ++ SNS C HPLRHAAIAAIESSAARDR L+P+SG++GDKS+E +
Sbjct: 241 TVSCLYPWQWTDQQLQHLSNSCCWHPLRHAAIAAIESSAARDRHLFPTSGTIGDKSVETD 300

Query: 309 LMGPPTNLAKRQKTDLENVKS-EKVGTDIGGINSKSARPYLCTGYDIYLVWEPC 361
            +GP  NLAKRQKT+LEN KS EK GTDI GI SKS RPYLCTGYDIYLVWEPC
Sbjct: 301 DIGPHCNLAKRQKTNLENAKSEEKEGTDIEGICSKSGRPYLCTGYDIYLVWEPC 353

[Close]

BLAST of Sgr016824 vs. ExPASy TrEMBL
Match: A0A6J1I7K0 (probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111471994 PE=4 SV=1)

HSP 1 Score: 544.7 bits (1402), Expect = 5.4e-151
Identity = 279/354 (78.81%), Postives = 309/354 (87.29%), Query Frame = 0


Query: 9   MWKIIHIPDKPPILPDQQLTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQKKHL 68
           M +II+IPDKPPI PDQQ TVNV AAVVEPKL+NNL+R LN+IAPLENLRHVKRVQKKHL
Sbjct: 1   MSQIIYIPDKPPIPPDQQPTVNVFAAVVEPKLINNLVRCLNRIAPLENLRHVKRVQKKHL 60

Query: 69  EDGKTQIALILCLASENNCNLDAMPPDVQELVSLYQLSAFITKVCKEAASTKEEWEEQCK 128
           EDGKT IALILCLASEN+ ++DAMP DVQE+V+ YQLSAFITKVCKEAA+TKEEWEEQCK
Sbjct: 61  EDGKTLIALILCLASENDSDMDAMPQDVQEIVTSYQLSAFITKVCKEAATTKEEWEEQCK 120

Query: 129 FWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAIELAQSSNKSVLNAAVIVDPSVKQVI 188
            WPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLA+ELAQ SNK ++NAAVIVDPS K+VI
Sbjct: 121 LWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAVELAQ-SNKLIVNAAVIVDPSAKKVI 180

Query: 189 ASAYDHHIHSENASKSNANGETGFEKRLESIGSHLDSNGATIHGTSLSIGSLKALKQSCS 248
           ASA DHH+ SENAS SNA G+  F   LES+GSHLDSNGATIHG   S  SLK LKQSCS
Sbjct: 181 ASACDHHVSSENASMSNAGGKIDFRNWLESVGSHLDSNGATIHGNLPSSASLKTLKQSCS 240

Query: 249 DVLCLYPWRWVEQQSENSSNS-CQHPLRHAAIAAIESSAARDRRLYPSSGSVGDKSIEME 308
            V CLYPW+W +QQ ++ SNS C HPLRHAAIAAIESSAARDRRL+P+SG++GDKS+E +
Sbjct: 241 TVSCLYPWQWTDQQLQHLSNSCCWHPLRHAAIAAIESSAARDRRLFPTSGTIGDKSVETD 300

Query: 309 LMGPPTNLAKRQKTDLENVKS-EKVGTDIGGINSKSARPYLCTGYDIYLVWEPC 361
           + GP  NLAKRQKT+LEN KS EK GTDI GI SKS RPYLCTGYDIYLVWEPC
Sbjct: 301 I-GPFCNLAKRQKTNLENAKSEEKEGTDIEGICSKSGRPYLCTGYDIYLVWEPC 352

[Close]

BLAST of Sgr016824 vs. ExPASy TrEMBL
Match: A0A1S4E5W3 (probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X4 OS=Cucumis melo OX=3656 GN=LOC103504115 PE=4 SV=1)

HSP 1 Score: 538.1 bits (1385), Expect = 5.1e-149
Identity = 277/362 (76.52%), Postives = 306/362 (84.53%), Query Frame = 0


Query: 5   QAYAMWKIIHIPDKPPILPDQQLTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQ 64
           QAY+M KII+IPDK P  PDQQ TVNV AAVVEPK++NNL+RRLNQIAPLENLRHVKRVQ
Sbjct: 32  QAYSMSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQ 91

Query: 65  KKHLEDGKTQIALILCLASENNCNLDAMPPDVQELVSLYQLSAFITKVCKEAASTKEEWE 124
           KKHLEDGKTQIALILC+ASENNC+LD + P VQELV+ Y+LSAFITKVCKEAA+TKEEWE
Sbjct: 92  KKHLEDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWE 151

Query: 125 EQCKFWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAIELAQSSNKSVLNAAVIVDPSV 184
           EQCK WPTSYHPPTYNIDGITGFNE DTQS+FGFMRLAIELAQSS+KSV+NAAVIVDPSV
Sbjct: 152 EQCKLWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSV 211

Query: 185 KQVIASAYDHHIHSENASKSNANGETGFEKRLESIGSHLDSNGATIHGTSLSIGSLKALK 244
            QVIASA DHHI  ENAS SN NGET FEK  +S+ SH  SNG+ IHGT  S  SL+ LK
Sbjct: 212 TQVIASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSNGSIIHGTFPSSSSLEKLK 271

Query: 245 QSCSDVLCLYPWRWVEQQSENSSNS-CQHPLRHAAIAAIESSAARDRRLYPSSGSVGDKS 304
           QSC+DV CLYP RWV+Q   +SSNS C HPLRHAAIAAIESSAARDRRL+P+  + GDKS
Sbjct: 272 QSCADVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKS 331

Query: 305 IEMELMGPPTNLAKRQKTDLENV--KSEKVGTDIGGINSKSARPYLCTGYDIYLVWEPCT 364
           +EME MGP T LAKRQK DL+N   K +KVGTD  G  SK  RPYLCT YDIYLVWEPC 
Sbjct: 332 VEMEHMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPCI 391

[Close]

BLAST of Sgr016824 vs. ExPASy TrEMBL
Match: A0A1S4E5Y1 (probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103504115 PE=4 SV=1)

HSP 1 Score: 537.3 bits (1383), Expect = 8.7e-149
Identity = 277/359 (77.16%), Postives = 304/359 (84.68%), Query Frame = 0


Query: 5   QAYAMWKIIHIPDKPPILPDQQLTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQ 64
           QAY+M KII+IPDK P  PDQQ TVNV AAVVEPK++NNL+RRLNQIAPLENLRHVKRVQ
Sbjct: 32  QAYSMSKIIYIPDKLPTPPDQQPTVNVFAAVVEPKIINNLVRRLNQIAPLENLRHVKRVQ 91

Query: 65  KKHLEDGKTQIALILCLASENNCNLDAMPPDVQELVSLYQLSAFITKVCKEAASTKEEWE 124
           KKHLEDGKTQIALILC+ASENNC+LD + P VQELV+ Y+LSAFITKVCKEAA+TKEEWE
Sbjct: 92  KKHLEDGKTQIALILCVASENNCDLDVLSPCVQELVTSYKLSAFITKVCKEAATTKEEWE 151

Query: 125 EQCKFWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAIELAQSSNKSVLNAAVIVDPSV 184
           EQCK WPTSYHPPTYNIDGITGFNE DTQS+FGFMRLAIELAQSS+KSV+NAAVIVDPSV
Sbjct: 152 EQCKLWPTSYHPPTYNIDGITGFNEVDTQSIFGFMRLAIELAQSSSKSVVNAAVIVDPSV 211

Query: 185 KQVIASAYDHHIHSENASKSNANGETGFEKRLESIGSHLDSNGATIHGTSLSIGSLKALK 244
            QVIASA DHHI  ENAS SN NGET FEK  +S+ SH  SNG+ IHGT  S  SL+ LK
Sbjct: 212 TQVIASACDHHISFENASTSNVNGETSFEKSPKSLCSHFGSNGSIIHGTFPSSSSLEKLK 271

Query: 245 QSCSDVLCLYPWRWVEQQSENSSNS-CQHPLRHAAIAAIESSAARDRRLYPSSGSVGDKS 304
           QSC+DV CLYP RWV+Q   +SSNS C HPLRHAAIAAIESSAARDRRL+P+  + GDKS
Sbjct: 272 QSCADVSCLYPLRWVDQPLPHSSNSCCWHPLRHAAIAAIESSAARDRRLFPTLETTGDKS 331

Query: 305 IEMELMGPPTNLAKRQKTDLENV--KSEKVGTDIGGINSKSARPYLCTGYDIYLVWEPC 361
           +EME MGP T LAKRQK DL+N   K +KVGTD  G  SK  RPYLCT YDIYLVWEPC
Sbjct: 332 VEMEHMGPLTKLAKRQKIDLDNANSKEKKVGTDGEGTYSKLGRPYLCTDYDIYLVWEPC 390

[Close]

BLAST of Sgr016824 vs. TAIR 10
Match: AT5G24670.1 (Cytidine/deoxycytidylate deaminase family protein )

HSP 1 Score: 308.9 bits (790), Expect = 9.7e-84
Identity = 178/364 (48.90%), Postives = 238/364 (65.38%), Query Frame = 0


Query: 10  WKIIHIPDKPPILPDQQLTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQKKHLE 69
           W+IIHIP+KP + PD Q TV V A++++P+  N ++R L +IAPLE+LRHVKRV+KK L 
Sbjct: 6   WEIIHIPEKPSLSPDHQPTVKVYASLIKPRFANTIVRHLCKIAPLEDLRHVKRVKKKILP 65

Query: 70  D-GKTQIALILCLASENNCNLDAMPPDVQELVSLYQLSAFITKVCKEAASTKEEWEEQCK 129
           D G+TQ+ +ILCLA E+N  L  MPPDVQ LV  Y+LS FIT+VCK AA +KEEWEEQ K
Sbjct: 66  DCGETQLTVILCLAPEHNDQLSDMPPDVQRLVDPYELSPFITQVCKYAAVSKEEWEEQSK 125

Query: 130 FWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAIELAQSSNKSVLNAAVIVDPSVKQVI 189
            WPTS+HPPTYNIDGI GF+EE+TQS+  FMR+ I++A S +  ++NAAVIVDPSV+++I
Sbjct: 126 IWPTSFHPPTYNIDGIGGFSEEETQSICKFMRVVIDMAVSGHTPLVNAAVIVDPSVRRII 185

Query: 190 ASAYDHHIHSENASKSNANGET-GFEKRLE-SIGSHLDSNGATIHGTSLSIGSLKALKQS 249
           AS  D  +++ +A +   + ET  FE+  E  +   L+             GSL AL   
Sbjct: 186 ASETD-QVYASSAPRDMTSAETRPFEETGEICLNDTLEKQN----------GSLSALS-- 245

Query: 250 CSDVLCLYPWRWVEQQSENSSNSCQHPLRHAAIAAIESSAARDRRLYPSSGSVGDKSIEM 309
                CL PW+W  Q  +  + S  HPLRHA++ AIESS+ARDR L+P+   + D+    
Sbjct: 246 -----CLNPWQWSLQPHDTENCSQWHPLRHASMVAIESSSARDRNLFPNPSKIFDQD--- 305

Query: 310 ELMGPPTNL---AKRQKT-----DLENVKSEKVGTDIGGINSKSARPYLCTGYDIYLVWE 363
               PP+N    AK+QKT     D++N   E+   D         RPYLCTGYDI+L+ E
Sbjct: 306 --HVPPSNTDSPAKKQKTSSQSPDVQNDSREETVRD-----PSMERPYLCTGYDIFLLLE 341

[Close]

BLAST of Sgr016824 vs. TAIR 10
Match: AT5G24670.2 (Cytidine/deoxycytidylate deaminase family protein )

HSP 1 Score: 307.4 bits (786), Expect = 2.8e-83
Identity = 178/368 (48.37%), Postives = 238/368 (64.67%), Query Frame = 0


Query: 10  WKIIHIPDKPPILPDQQLTVNVIAAVVEPKLVNNLIRRLNQIAPLENLRHVKRVQKKHLE 69
           W+IIHIP+KP + PD Q TV V A++++P+  N ++R L +IAPLE+LRHVKRV+KK L 
Sbjct: 6   WEIIHIPEKPSLSPDHQPTVKVYASLIKPRFANTIVRHLCKIAPLEDLRHVKRVKKKILP 65

Query: 70  D-----GKTQIALILCLASENNCNLDAMPPDVQELVSLYQLSAFITKVCKEAASTKEEWE 129
           D     G+TQ+ +ILCLA E+N  L  MPPDVQ LV  Y+LS FIT+VCK AA +KEEWE
Sbjct: 66  DCAYWTGETQLTVILCLAPEHNDQLSDMPPDVQRLVDPYELSPFITQVCKYAAVSKEEWE 125

Query: 130 EQCKFWPTSYHPPTYNIDGITGFNEEDTQSVFGFMRLAIELAQSSNKSVLNAAVIVDPSV 189
           EQ K WPTS+HPPTYNIDGI GF+EE+TQS+  FMR+ I++A S +  ++NAAVIVDPSV
Sbjct: 126 EQSKIWPTSFHPPTYNIDGIGGFSEEETQSICKFMRVVIDMAVSGHTPLVNAAVIVDPSV 185

Query: 190 KQVIASAYDHHIHSENASKSNANGET-GFEKRLE-SIGSHLDSNGATIHGTSLSIGSLKA 249
           +++IAS  D  +++ +A +   + ET  FE+  E  +   L+             GSL A
Sbjct: 186 RRIIASETD-QVYASSAPRDMTSAETRPFEETGEICLNDTLEKQN----------GSLSA 245

Query: 250 LKQSCSDVLCLYPWRWVEQQSENSSNSCQHPLRHAAIAAIESSAARDRRLYPSSGSVGDK 309
           L        CL PW+W  Q  +  + S  HPLRHA++ AIESS+ARDR L+P+   + D+
Sbjct: 246 LS-------CLNPWQWSLQPHDTENCSQWHPLRHASMVAIESSSARDRNLFPNPSKIFDQ 305

Query: 310 SIEMELMGPPTNL---AKRQKT-----DLENVKSEKVGTDIGGINSKSARPYLCTGYDIY 363
                   PP+N    AK+QKT     D++N   E+   D         RPYLCTGYDI+
Sbjct: 306 D-----HVPPSNTDSPAKKQKTSSQSPDVQNDSREETVRD-----PSMERPYLCTGYDIF 345

The following BLAST results are available for this feature:

BLAST of Sgr016824 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022141843.1	6.3e-162	84.23	probable inactive tRNA-specific adenosine deaminase-like protein 3 [Momordica ch...	[more]
XP_023523263.1	4.4e-155	81.36	probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 [C...	[more]
XP_022948266.1	1.1e-153	80.23	probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 [C...	[more]
KAG6607517.1	9.2e-153	80.23	tRNA-specific adenosine deaminase TAD3, partial [Cucurbita argyrosperma subsp. s...	[more]
XP_022973452.1	1.1e-150	78.81	probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 [C...	[more]

BLAST of Sgr016824 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
F4KH86	1.4e-82	48.90	tRNA-specific adenosine deaminase TAD3 OS=Arabidopsis thaliana OX=3702 GN=TAD3 P...	[more]
Q8JFW4	5.6e-12	28.57	Probable inactive tRNA-specific adenosine deaminase-like protein 3 OS=Danio reri...	[more]

BLAST of Sgr016824 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1CLQ3	3.1e-162	84.23	probable inactive tRNA-specific adenosine deaminase-like protein 3 OS=Momordica ...	[more]
A0A6J1G8T4	5.3e-154	80.23	probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 OS...	[more]
A0A6J1I7K0	5.4e-151	78.81	probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 OS...	[more]
A0A1S4E5W3	5.1e-149	76.52	probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X4 OS...	[more]
A0A1S4E5Y1	8.7e-149	77.16	probable inactive tRNA-specific adenosine deaminase-like protein 3 isoform X1 OS...	[more]

BLAST of Sgr016824 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G24670.1	9.7e-84	48.90	Cytidine/deoxycytidylate deaminase family protein	[more]
AT5G24670.2	2.8e-83	48.37	Cytidine/deoxycytidylate deaminase family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Monk fruit (Qingpiguo) v1
Date Performed: 2022-08-01


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	GENE3D	3.40.140.10	Cytidine Deaminase, domain 2	coord: 150..370 e-value: 8.5E-9 score: 37.1
None	No IPR available	PANTHER	PTHR11079	CYTOSINE DEAMINASE FAMILY MEMBER	coord: 28..361
None	No IPR available	PANTHER	PTHR11079:SF156	INACTIVE TRNA-SPECIFIC ADENOSINE DEAMINASE-LIKE PROTEIN 3-RELATED	coord: 28..361
IPR016193	Cytidine deaminase-like	SUPERFAMILY	53927	Cytidine deaminase-like	coord: 128..361

Relationships

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


Feature Name	Unique Name	Type
Sgr016824.1	Sgr016824.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0071704	organic substance metabolic process
molecular_function	GO:0052717	tRNA-specific adenosine-34 deaminase activity
molecular_function	GO:0003824	catalytic activity