Lcy05g016960 (gene) Sponge gourd (P93075) v1

Overview


Name	Lcy05g016960
Type	gene
Organism	Luffa cylindrica cv. P93075 (Sponge gourd (P93075) v1)
Description	tRNA (Guanine(10)-N2)-methyltransferase homolog
Location	Chr05: 25772887 .. 25795869 (-)
RNA-Seq Expression	Lcy05g016960
Synteny	Lcy05g016960

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.

GAGGGTTTAAAGGGTTTGGGCGCAATATCTGTTTGAGTCCAGAGCTTCGCCCAAGGCAGTTTCTCTGCTCTGTGCGTATTAATCATCGGTTCTTTGAAGAAGTAATCAAACAGAGATTAGATTGGATTAGAGTAAATGTGGTATCTGTGTGTGTTCTATCATAGATTATTGGATTACAGGAAGGCCGAGGTCGAGTCTCTGGCCGAGTTGTTTGGTGAAAATGGCCACCAGAAAGAGGGGAAGTTGGAATGGAGGCTTCCCCTGCACCATCATCCCGATTCTCCTTTCCATTTCGTCGACCTCTCTTCCGACGACCTCGCTCGGAACATCGCCAATAGAAGTCAGCCATTCGTTTTCTTTTCTGGGTTTTCATCTTGATTGGCTTCTGTTTCTTTCATTTAGTTTCGCTTCGTTTCGTTTGGTTTTGTGTAGGTATACTAGTGAAGGGGATGTATGAACTCTGGGGTGAAGGAAGTGACTACGACGAGCTAGAGGAGTCTATTAGAAACTATCCGGAAGAACGGAAATCGCCATTTTTACAATCCGGAAGCTCTTTCAAGATTTCTGTAGAGAGCTTTGGGAAGGCTATCAGCTTCGAGGAACAAAATGAACGTATCAGGGGGCTAGCTTACATCCCTTTCAAGGTCTAGTAGCCTTTCGGTAATCTAGTTTTCTGCCCTCTTTTTTCCTCTATATTTTGTTTTTGTGGCAATGGCGAGGGTTATTGAATACAATTTTTTATTTTAAACTTCTGCTTTTGTGCGATTGAAATCCAATCATTTTGTCTATCATGGATAGTATAGTGTGGAATGCTCACTTCAGCGGATGGGGGTGGATGACATCAAATATAATGTGGCAAGAAACTCTTAGAGTGTGGGTAGAATAATATTGAGCTTGAAGTGTTGGGTTAAGTGTGATGAAATAGAGGCAATAAGGCTATAAGTTATCAATTAGGGTACCACTAATTTTTTAGGTAGAGAATTGATAGATGAAAGAATTGCAAAAGCAATTTGAGAAGTGGAAGACTAGCTATATGCACAATTGAAGATGTTATGGCAATATCATATTCGTTTTATGCTGTATCAAGAAAGGGGGAGGGGGTCGGGGGCAAAAAGGAACTTGGATCCATATCTCCTAGTTGGTAGAGGGTCTTTTTATTTTTTATTTTTTTATTTTAATAATAATAATGTTTTTTTTTTTAAAAAATTTAAACAAGAAGCAAAAATTTTCATTAATGATTAAAAAGCTATAAAAGCGTACTTGAATTCAAAGTCTACAAAGCGTAGATTAAGTAAATAAAATTAAAGGATAAATGAAAAATGCAGAAAAGAAATACAGTAAGGCAAAGCAGCCCAAGAATTCTCAATTCCTACAAGAAAGTCTCCCAATTGTTACAAATTAGAAATGTCATTAGAAGAATATGTCAAAGAATTTACACAAAGAAGGCCATTGAGAAGCTTTGATCTTGATGAGCTTAAAACAATCCAAGTTGTAGATTTGTCTTCAAAGATCCTTTGATTTCATTCCAACCAAATATTCTGATGGTCGTGGAAGTGGTGCTGTTCCATAATAATTTGGCTTTGAATGAAGATATCTGAAACACATAATAATTGAAGAACATTAGATCTTGAATACTCTCCAAAGACCCAACTCATATTGAATTGAGTTCCCAATCCTACAGTGACCTGAATAAAAGCACTGAACAAATATATGAATCTGGTCTTCAATGGCTTGTAAACACAGTAAGGCTATATTATAAAGGAAAGTTCTTTCTGAAGTCTGTCAGAGGGTTTTTTTTTGTTTTTGTTTTGGTTTTGTTTTAATGAAAAGCCTGCTTTCATTGAGAAAAAAAATGACAGAATACAAGGGCATACAAAAAACAAGTCCACAAAGGGGGTCCACTTAAAGGAAGGGACTCCAATCAAGCAAGATAAGACCTAACAGATAATTACAAAATAATTTTGTGACCGACGCTCAAAGGGACACATGAAATCTAGTAAGGGACCAAACATCACCCAGACTTCTAACTATCCCCCTGAAAGCTCTATTATTTCTTTCCCTCCATATATTCCATAAAAACGCACACATGGCAGCTTGCCACAAAAACCTTCCTTTATCATAGACTCAGAGAACATTGGATGGAGGAGGAACTCTTTGATCATCACCCACAATTTCGGATAGCTTATCATCTGCCACCCAAACGGATCAAAGAAAAGGTCCTAAACAGAGCGAGCAAACTCACAACTCCAAAGAATTCCGTCAGAGGTATTGATGCCTCATAAATCGAAATCCATGTGAAAAAACTTACCGTCTTTGTACTTTTGAATTTCCAGATAGCCTTGAATAAAAAGGAAGGCAAAGCTAAATAATTGGCAAGTTTTTGAGATAAAGATTTTACTGTAAGGGAGCCAGAAAAATCAAGCAACCAGAATTTAATATCAGGTCTACAGCATAAGAGCACTGAATTGGTCAATCTTATCACCTGTCAAGTTTCTTCTAAACAAAATTTCCCAAGAATGGCTTAGTTGATCCCATCAATCTGCAATTGAGCAGCTTGGTTTGTAGCCAAAATGAAACTTGAAGGAAATCTGGACATTAAAGTAAAATTTCCAATTAAAAAAAAAACATGTCTCCAAAAATATATTCTGTTGCTACATTTCTATTTGAAGTTGGAGAAATAATCCACAATGCTTTGAAGTTTACAAATGTTCACCCAAGGACTTCTAAGACTTCCATCTTTTTAAATATTAAAAGACCAACCGAAATCAGATTTTCCGTGTATGCCGACAACTTACCATATGCTATTAGCTCAATATAAATCGGCAAAATCCATATTTGTGTTGATAATTAAAAGACCAACCAAAATCAGATTTTCAGCATATTTGTGTTGATTATCTTTTGGGAAAGAGTTTAATTCAACCTCCAAAGTGGAGTTCTCTTAATAAACCCTTTTGCTAAGAAGCATGGATACAGACACGAGACACGGATACGACACGACATGGACACGGGGACACGTCATTTTTTAAAAATCTAGGACATGGACACGACACGGACACGTTTAGAAAATATACATTTTTTTAAAATATATATCCGTTTTATACAAGAAGGAAATTCAAAATCAATAAGTTTATGCATTTGTATGCTTGAAAAAACGAATTTAATGTATTTTACCCTTAAAATTTATTATTTTTGTCATTTAAGCATTGTGTTTATTTGGTATACTTAACAAGGGTTCGAAATGAGCCTACAACTAGTGTTTGGCACATATCAATTGTGCTAACAAGTGTCCGATACGTGTCCGATACGTGTCCAACAAGTGTCGGAGTGTCCAAGTGTCCGACACATGTCGGACATGGACACGCTAGCCAAACTAAAGTGTCTGTGCTTCTTAGCCCTTTTGTAATGTGATACTCTGCCAGTTTTGAGAAAGAGAGGGATTTCTACCTTGCAAAACTAAGGGCTATTGAGATACTCTGGCAGAGTCCAGAGATTGAAAATTGGCCTGTTCTAGGAGCTATAAGGAAAATTCCCTGTTGGAAGGGGGAGTCATCCAGGGATTCGAGGTGGACAAGGAGAATTTTTTTGTTTTTTGTTTTTATTTTTTATTTTTATAATTTTATTTTAAATCTTGAACCATATTCTCAGATTTTTTGAGGCTTTATTAGGGCTGAAAATCATCATGAGAAAATGCCAAATTTTGGGTCTGAACTGTGAGAAGGGCAAATTAAGAAGATAGGCTTCTTTGGTCGGGTGTGAGGTTGGAGCCTTCCTTTCTTCTTACTTAGGGCTCTCTCTTGGTCACAATCCAAGATCTACCACCTTTTGGAGCCCAGTCATTGAGATGGTTCGAAAGAGACTCGCTTCTTGGAAGAGAAGTTTCTTCTTGAAAGGAGGTAGAACGACTCTTATACGCTCAGTTCTCAACGACATTCCTATCTACTTATTTTCTCTTTTTAGAGCTCCTATTTCGATTTTTAATGTTTTGGAGAAGCTCACGAGGGATTTTTTATGGGAAGGGGTTGGAGAAGGGAAAGGGGCACACTTAGTGAGTTGGGAGACAGTTGAATAACCTGTGAGTCTGGGGTCTAGAGTTGGGTAACTTGAGAATTCATAACAGAGCCTTGCTTGCGAAGTGGCTTTGGCAATTTCGCCTTGAATTCGATTCTCTTTGGGTTAGGATTATCGTGATAAATACGGGCGACATCTTTTCATGTGGTTATCGAGTGGGATCAAAGGACCTTCAAGAACCCCTGGAAAGGCATCTCTCTGGAGTCACCCTCCTTCTCTTCCTTAGCCTAGTGCATAGTGGGTGATGGGAGGGGCATTTACTTCTGGGAGGACTTATGGGTGGGGGATCGTTCCCTCTGTTCCTTGCTCCTGCGTTCCTTCTCCCCTGGCCCTTAGGTTGTATTTGCCTTTTTGTTGTTAATATATATCTCTTATCGTTTCTTATAAAAAAAAAGAAAAAAACTATTATCTTCCATGAAAAATCGCACTGTGGCTGATATCTTTGGCTCTGCGGGGAGCTCCCCTTCGTTCTCCAAAAGCTTTCATCGTCTGTTATCTGATAGAGAAACCACAAACATTCTGGCCCTCTTATCGTTGTTAGAGGAGGTTAGTTTGAGACCGGGTAGGAGGGATGCCCGTTTATGGAGTCCTAACCCCTTTGGGGTTTTTCTTGCCGTTCGTTTTTTCAATCTTTGTTAAATCCCTCCCTGGATAAAGGAGTCTGTTTTTTGTGTCTGTCAAAGAAAGTTCTATTCTTCGTTTGGTAGGTCATCCTGGGTCGAGTTAATACTTTTGAGAGGCTTTCAAGAGTGATGCCCTTGGTGTTTGGCCCTTTTTGTTGCACTTTCTGTTGGAAGGCGGAGGAAGATCTTGATCATTTGTTGTGGGGTTGTGGTTTTGCTCGTTCTGTCTAGAGCCTCTTCTTTAAGGTTTTTGGGTTTCAAACTGTTGGCCAGTGCTGTTGTAGGATCCGATTGAGGAGTTCCTCCTCCATCCATTGTTTCAAGAGAAAGGAAGATTTTTGTGGCTTGCTGGTGTTTGTGCTATTCTTTGGGTGTATGGGGGGAGGGGAATGATAGAATTTTTAGAGGGGCCGAGAGATTTCCGTCTGAGGTTTAGGCTAATATTAGATTTTCCGTTTCCTTATGGGCCTTGGTATCTAAGACTTTTTGTAATTACTTGTTAGGTCTTATTTTGATTGATTAGAAACCCTTTCCTGTAGTTGGGTTCCTTTTGGTTGGGGCTTGGTTTTTTGGATGCCTTGTATTCTTTCATTTTTTTTCAACGAAAGTTCGGTAACAAGTAACAAGTTGAAAAACAGACTATCCGGCCCAAAAAGGTTCTTTATCAAAAAAAAGAAAAAAGGAAAAGGAAAATACTGTATGCTGGATGATCATGCATCAAGTGGCAGAAGCTCAAGCTGTGTCCGTTCACCAGAAGGAAAGAAGGAAACAATAAGCCTCTTGAGTTCAATTGCTGAAGAAACCTTTCTTTTTTATTTCTTCTTCAACCAATATATGAGAACATAAAAAAAAAGGTATACATATAGACGGGGCAAAAAAAAAAAAAAAAAGAATCAATATATAAAAAGGAAAAAAGAAAACCATATTAGGCGTTGAGTTAGTGATGCCCTCGGTGGTTGGCCTTTTTTGTTGCACTTTCCGTTGGAAGGCGGAGGAAGATCTTGATCATTTGTTGTGGGGTTGTGGTTTTACTCGTTCTGTCTAGAGCCTCTTCTTTAAGGTTTTTGGGTTTCAAACTGTTGGCCAGCGCTGTTGTAGGATCCGATTGAGGAGTTCCTCCTCCATCCATAGTTTCAAGAGAAAGGAAGATTTTTGTGGCTTGCTGGTGTTTGTGCTATTATTTGGGTGTATGGGGGGAGGGGAATGATAGAATTTTTAGAGGGGCCGAGAGATTTCCGTATGAGGTTTAGGCTAATATTAGATTTTCCGTTTCCTTATGGGCCTTGGTATCTAAGGCTTTTTGTAATTACTTGTTAGGTCTTATTTTGATTGATTAGAAACCCTTTCCTGTAGTTGGGTTCCTTTTGGTTGGGGCTTGGTTTTTTGGTTGCCCTTGTATTCTTTCATTTTTTTTCAACGAAAGTTCGGTAACAAGTAACAAGTTGAAAAACAGACTATTCGGCCCAAAAAGGTTCTTTATCAAAAAAAAGAAAAAAGGAAAAGGAAAATACTGTATGCTGGATGATCATGCATCAAGTGGTAGAAGCTCAAGCTGTGTCCGTTCACCAGAAGGAAAGAAGGAAACAATAAGCCTCTCGAGTTCAATTGCTGAAGAAACCTTTCTTTTTTATTTCTTCTTCAACCAATATATGAGAACATAAAAAAAAAAAGAATCAATATATAAAAAGGAAAAAAGAAAAGTTTTTTCAAGGCGCACCCGGGCGCGCGCCTGAGGCGACGGGCGAGGCGATTTTGCCCGGGTGCGCCTCACAGAGTGCCCAGGCGAGTGCCTTCAATCGGGCGCTCGCCTGGGCGCGCCTTTGTGCACCTAGGTGCGCCTGTCGCCTGATGCGAGGCGATCGCCTCGTTGAAGCGAGGCGATTTGCCCTTTTTTTTAAAAAAAAAATTGTTTAAAGCTTAAAAAAAACAAAACCCTCTCTCAAACCCTAACCCTTTCCTTTGCAAAAAAAAAAAAAAAAAACTAACCATTCGAAGAAACGTAAAAGATTGAAGAAGAAACGAAGAAGAAGAAAGTAGAAACGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAACAAAAGAAGTTGAAGAAAGAAACGAAGAAGATGAAGAGGCAGCAGCGGCTAGGGTTGGATGTTGATGAGAAGTAAACAAAAAATTAGGGTTTCACTTAGAATTCTATAATTCTATTTACTAGGAGAGAGAAAATTAGGTTGGACTGACATTAATTCTATTTACTAGGAGAGAGAAAATGGAAGGTGAAAAGCCTTCATTAGAAATTTAAAAATAAAAACTTATAGAAATATTTACCTATATATATATACTTTTTTATTTAAATATTAATATAAAATTAAAAATTTATGTATCTTGTTAACATTTACTATGACACTATGCTGATATTGATTTTTTAAACTATGTTTACTATATAAATTTATGCACTATATATATAATTTTTATTTATTTATTAAGGTGCGCCTCGCTTCACTCAGGCGTCGCCTTTTTATCGCCTTTCGCCTTCGGGCGATCAAAGGGCTCGTCGCCTCGAGGTGCGCCTTGAAAACACTGAAGAAAACCATATTAGGTGTTGAGTCAGCTATCGTAGGAGTCATAAATTTTAAAAAAGAATCCTTATGGTAAAATTGGAAACAAATTTTTTAAGTTTGAAATTCTGCAAAATTCGACCATTTTGGAATGGATGATCTTTTTTTTTTTTAAATGTGATTTCAAATCCCTTACCTTTTTGCTCATCCAAACACGTGAATTGATTTCAAATCAGTGATTTGAAATCCTCTCAAATCCAAGGGTTCAAACAAGGGGTTAAAGAAAAAGAAAAAGGAAAAAAATGGAAGGTATATAATTTAATTCCTGCATGCAAGTTTAATTGAGAAAGTATTATCCATCTACCTAAATTCTTACTTGTTTCATGCATGCAAATTGGATTGAGAAAATATAATCAATTTATTTAATTTTGTACATTTATTTTCATCATGTTTCACATTCTAACCTGGGAATCTTACCCTTTTTGAAGAAACTCAGAGGCATGTTGATCAATTGGGGCAGTTATGCTACCTCATGCTTCATTTATGTTTCAATCACATCTGCTTTTACATTTACTTCTTAACTTAAGACATGGTCTTATGCAATTATCATGGCTTCTCATCGTAAATGGTATCAATCAAGTTGTAGAAGTCCTATCAGTGTCATTTTCCTCTGTTAGCTCTTCTAGGTTCTGCAGGTAATACCTGAATTTTGACAATGTTTTTAATCATTCATTTGTCACTGGAACTCTAGTGCATGTCAATGTCTTCATTTTTTAATAAATGGATGTAATATTTCAGGGTCGAGTTAATTTAAGAAATCCAGATCATAAGTTCTGTCTGATGGAAATGGCTGATTATGGACTGAATAATGGTCTTCCACCAATTGCTCAAAGGAGGATTTTTTTTGGTCGGGAGGTTGGTGGTGCTGATAGGAAGCTTATACCAACATATCAGTTAAAAAGTCGCACTTATCTTGGGCCAACCGCCATGGACGCTGAAATGGCTTTCTTAATGGCCAACCAATCACTAGCGACAGCAGGGAAACTTGTCTATGACCCATTTGTTGGCACTGGGAGTATTCTAGTTGCTGCAGCTCATTTTGGAGCAATGACAATGGTAATTATTTTTTGCTTTGTATATTTTAAAGAAAAATTGATATTTGTGAGTGTTTGGACCAGCTTAAACGTATTTCAATGTAGTTTACATAAATTGCATTTAGAGAACTTAATTCATGGTTGTTTCCAATTCCCATAGTATGCGTGTGTGTGAGAGAGAAACCATTTCAATTCAAACTGACCAAAATGTCTCAGGGTGCAGACATTGACATCAGGGTGATTCGTGATGGTCGTGGCCCTGATTGTAATGTTTGGAGCAATTTCAAGCAGGTAAATGTGTTTTACTATAAGATTCTATGTTTCAATTTTTTTTTTCATGGTGCAAGTCTTAGTTTATGTTGTACACTGACCAAGTAATTTACTATGCGAAAAGTTTGAAACTTTATGCATGCTCGAAGTGACATTTAAAATACATGTGAGGGTGACAAGCATGATAAAGGAAAAAAAACTGTACTGTTAGTAAATTCTTGTGCAATTTCTTGAGGTTCAACTGATTACTTTTATATCAAGTTTGGATATTTCATCTTTCTATTCACCAAAGCTTTCCTTTGGTTAGTAACTACTGCACCTTCAATGAAAAAGCTTTGAATTCCAACATTTTATATATATTGCTCTCTCTTGGTGTAAATTCTCCCCATACTTTTATGATTTTGCCTTCTCTTATAGCTCCTTGGAAATGCTTCTTGTAAATCCTTTGGCATTTTTTGCCCCTTTTTTGTAATTTCATTTTCATCTTATCAATGAAATGAAGGATATATGTTTCTCATTTTTTTTTAAAAAAAAGAAGAAAAGTTTCATGTTCCTATGCATGTAATTGTGCTCTTATGATGCTTTATGAAGTAATGGTACTCATCTGGTTTTTACTTCTTGCAGTATGGATTACCACCGCCAATTGCACTGTTAAGAGCAGATAATAATCGTCCTCCCTGGCGTCCAGGATTGAAAGAGGTACAGCAGTAATATTTAGCACGTATACTGTTTATTTTCTTTTTCCCTTCTATTTCTGTCTGGTTTGAAGTTCTACTGCTATTTTTATATTCTGATTCTTACCGATTGCTGTGGATCTTCACCGCTTAAGATCTACTTACAGATTTGCAATCATTTATGTAACAAAGGATATTTTGGTAAAGTAGGATTTGAAGGGAACTTTGATCACTTGGGTTCAATCCGTATAAGTAACTGCTGGTAATCGTTAGTTAACATGTAATCAGGTAAAAATTTTTTTAAAAAAAAAGTATGGTGAACTTACAATGGGCATTTTATAGTTACTATTTACATAAAATAATCCCACACCAGTTTTCTCCCAAGGTAAAATAGTATCCTCTATTTTCAATCACCAACATGCTCATGGCGCTCTCTCTCTTGCTTTCACTCTTCCCCTGCCTCTCACATAGCTTTCTCCCTTGCTCCCATGGCTTCCTAAACAAGAGCCTCTCTTGCTGGAGTGGAACTACACCAAGTACTCTCTCACCATTGATTGTAACTCTTTCTATAGAATATGACGGTAAGTACAGAGACAGTTATGCTAGGATCTTTGAACACAAGCATGACGACATTCTTTCCATCACTCTTCAATGGAGCTCTCTTTCCTTGCTCTTAGATGTTTTGTGACTCTCCCCTAGACCACAAGCTCTTTGAGTAATATGGTGTAGATAGACTCTCCTTGAGTTTTGAAAAGGTTATTAAAAAGAGTGGCTACCATACTAAATTCACAAAGCTCGATATAGATGGAGGCAAAGGCTGAATCACAAATTATTTGAGATATCTTTTGGGAACGATCTAGAGGAGATGGTGGTATGCACAACATTAATTGGGAGATAACCTCAACTTTCTTGTCTCTTGGGAGGTCTAGGCATAAGCAATTTTCAGCTTAGGAACTTGAACTCTTTTGGTTAAATGGATTCGGCGATTTTTGCACGAGCAAGACTTGCTTTGGCTTAACAGCATTGTTGGTAAATATTATCAATCAAAGTCTAATTTTATTTGGAAAACCACATTTTGAGGGGCCCTTACAAGTCTCCTTGGCGAATTATTTGCTACCACTGATTTAGTTGCTAACCAAGTGTAAAGATGTCTTGGGAATGGCCTTCTCACATCTTTCCGCCATGAATTCTCCATCTATTGATATGGTTGCATAAGCTTGGAATAGTTCACAAGAAGCTTGGAATTGGGTCTTCAACGAAATCTGAACAATTTGGAGGTGCGTGCTTGATTGATCAAGAGGTCAACACCAAGAGTCATTCATTGGTCAACATCGAGAGTCATCATTGGTCGTAAAGTCATGGCCAAAAACATCTGCCTAGACTACAGGAATGGGTCCCAATCCAAAATAATAAGACCGAGCTGATAATTACAAAAAGGCTTAGAAACAAACACCCACAAAGACGAGTTAAATCTAATCATCTCCCAAAGCTCACTCGTGGATCTCTCCACCCCTCTAAAAATTCTACTATTTCTCTCAAGCCAAATACCCCACAAAATTGCAAAGAAACACACTTGCCAAAGAACTCTCCCTTTGTCACGAAAAAGGAGGATGCCATAGGATTTCCTCAAACATAGAGAAGCAGTCACTGTTACGAGCCGAAGCAACCCAGAACAGACAAACGGACAATCCCAAAGCAAATGATCAAGGTCCTCGTCCTGACTCCTACAGAGGACACACCACGGCAGCCGCAACACAAAGGAGGGGAACTTTTGGATCCGATCCTGAGTATTCACCCAACCATGTAAAACTTCCCAGACAGAGAACTTCACTTTCTTGGGAATTTCGACCTTCCATAACGAGGAGAAAATGGAGGCTTCTAGAGGAGGGAGAGACGTAGAAAGAGAACGGAAAAAAGAAGCACAAGAGAAGCCATTTGAAGGCTTCAGGGTCCAGAATCGAGAGTCCCTTCTCCCATGATGAATCGACTGGTCAACCAAAATGGAGAGAAGAATAACGACCCCCTCTCGATCAGTGAGAGAATGACGAAAACCAAGGGCAGGAGAGGAGGAATCAGAATTGGGAAAGATTGGGGCTACCGAATGCAACCTATTCTCAGATAGGTGATAAAGACGAGGGAATAAAGCACTCAAAGGTTATCCCCAACCCAAGAATCCTCCCAGAAATAGGTATTGGAACCATCCCCAATAGAACAATGAACAAACTGAATGAAGAGAGGAAAACCCAAAGCAATATCAGACTAAAGGTTTTTACTAGATCCTTTCAGCCTACAACTAGAGATCCACTCGAAAGGGTGCGGACCATACAAACTCGCAATAACCTTCCACCACAGGGCGTTTGGCTCATTAAAGGAGCGCTACAACCATTTCCCCAAAAGGGCCTCGTTGTGAAGCCTCATTAGGCTTAGAAACCACCTCCCATTGTATCAGGTGGGCTCCTCCACCCTCATCCACTCCTTCCCACGAGAAATTTCTCATAAGCCTCTCCAAAGATTTACACACAGACACAGGCAATCTAAAGAAGGAAAGAAAGTAGAGAGGGATCCCACTCTTACTAAATCAAAGTTAGTCTACCCCCTTCAAAAAAGTAAGCTTTTTTCTAGGAGGACAGTCGCTTTTGAACTTTTTCCACCACCGGGTTCCAAAAGACCAACGATTTCGGGTTGCCTTCCAAAGGGAGGCCAAGATAGGAGCAAGGAAATTGATTCACCTCACAACCAACTAGAGACACCCAACCCTCCAACTTAGAGACCTCACAATTAACCCCAAAAATAAAACTTTTATGGCGATTGATCCTGAGCCCTGAGATAGCTTCAAAGAAGGAAATGAATCCGTTTAAGTTCCTAAAAGACTCTTCCTTCGCCGAACAAAAGAAGAGGGTGTCATCGGCAAATTGAAGATGAGATAAGTGGATGCTATTCGATCCCACCTTGAAGCCCTCTATCATCTCTAGCCTGCTCAAAACATCCACCACTAGAATGAATAGGGAGGGGGACAGAGGATCCCCTTGCTTAAGGTCTCCCGAAGCAAAGATCTTGCCTTTCGACTTCCCGTTGATCAAAATGGAGAAATTAGTTGATCTGATGCAATTCCAAATCCAAGCTCTCCACTTATAACCAAACCCTTTCCTCTCCAAGATTTTATCAAGGAAATCCCAATCAACATGGTCAAAGGCTTTCTCAAAGTCAATCTTGAAAATCACTCCTTTTCTCTTTCTATAATCCTGAATAGCTTCGTTTGCAATCAAAACTTGGTCGAGGATTTGTCTCCCAGCAATGAAATCCCCTTGAGAGGAGGAGATAGTTCCTGGAAGGACTTTCCTAAGTCTACTGACTAGAACTTTAGCAATAATCTTGTACAAGCTAGACACTAGGCTGATGAGCCTAAAATCTTTAGCTTGAAAAGCTTTATTCTTTTTAGGAACTAGGCAAACATATGTCTCGCTCATCAACGTATTGATAATCCTCTCTCATAAAATTTACAAAAAACCTTCCACAGGTCAGGTTTAATATTCTCCCAATTTTTCTTATAAAAAGCCATAGTGAAACCATCGGGCCCAGGCGACTTGGCTTTATCAAAGTTGAAAACTACCTTACGGATTTGCTCCAACGTGATTGGGGCTTCTAACTCTTCCTTATCTTTGCTTGGGGTAGGGCTCCAACCCAAACGCTCCACAAAAGGCCTAGAGACCGGAGGGGGGCATATAGCTTAGAAAAGAAAGAGATGATCTCTTCTTCTAACTTAGGATCTTTCCTCACCACCTCACCATTGCCCTTAATCAAGAGATCAATACGGTTCTTACTTCTCCTACCCCTAGCATAATTCTGGAAGAAGGTAGTATTGGCATCCCCCTCTCTAACCCACCTCATTTTAGCCTTTTGCCTCCAGCTAATGTCCTCACTACGAATCAAGGCTTCAAGCTCCACCCTAAGAGAAATCACGCTCTCTCCTCAACTCCGAAGTCAAACCTCCTTGGACTTCTAACGCATCAATGACCTTCATCCTACCTACTACCTCCTCCTTTTTCCTCTTAGTTATACCAAAAACCGAAAGGTTCCACTTCTTCAAAGCCTCTTTAAAGGATTTAAGCTTCCGAAGGAATCGAAACCCTTCCCAAGCCCCGTCAACACTCGAGTTCCACCAAGAGACAAAAGAAGACTTGAAGGAAGGACGAGAAAGCCACATATTTTCAAATCTGAAGGGGTACGAGCCCCATTGCAGCTTGCCTAAAGTTAGAATAAGGGACCAATGATCGGAGATAATTCTAGGGCCAACTGATTGCCTAGCTTCAGGGAACTGATCCCCCTAACCTTTAGAGAAGAGAAATCTATCAAGCTTACAACATAATAGTTATTTTATTTTTATATTTGAGTGTTCGAGTCAGCTTGCGTGCACTTCGACTAATCTCACGGGACAACCATCTGACCTGACTACATTTGGTTGCCAGGAAACATGTAGGATATTAAATCCTAGGTAGGTGACCATCATGGATTGATGAACCTATTCCCTTGAAGCCCTTTTATTTTTTTTCATGGCCCTTATTGACCACTAGGCCAACCCATGATGGTTTTTAAGGCATGCTTTTTAAAAGAGTGGTTTGAACCAGTTTACATATATCTCGACCAATCTTATGAGACAATCGTCTAACCATATAACATTTGGTTGCCAAAAAACTTTGTAAAATTTTAAATCTTAGGTAGGTGATCGGTTTGGAACCATTTTCTTGAAGCCCATTTACTTTTTTATTGGTCCTAAGTTCCTAATAAATGACTATAGAAATGGTTATTAACAATAGAAGGCTTCCTTACAGCATTGTTTTGGGGAGGAGTTTTCTCTCCCCTGGACCTTAGGGTGCTCTTTGGTTTTGTGTGAATATAAGGTTTCTCAGTTTCTTATTTTTTAAAAAAACCATTGGGCCTAATCATTGACCCGTCATTTTAAGTGTAGAATCTTCTCCTAGGTGCTTCACCGTCTGTTTTCTTTGCCCTTTTTTCTGTATTTTTCTTCCTGCTGAAATTGCTCTTTCACTAACTAGAATTTTGGGAAGAAATTAAAATGATTGTATTTCTTCTCTTAATTTGAATCAAATCCAAGGTCTTCTTATATAGAAGAGAGACCATCTACCAATAAGGAAGGAAATATCATAAATATACACATAATACACAACTATTATTATAAAAGATTAAAGGGAAATCCAACACTCCCCCTCAAGCTGGCTTGTAGATATCCTCCATAGCCAGCTTGTTGATAAGCTTATCGAATTGTCCTTTTGCAAGACCTTTAGTTAGCATATCAGCTGTCTGTTCTGTCGTCGGAAGATAAGATATACATATTAATCCTGCATCAATCTTTTCCTTTATGATATGCTTGTCAACTTCGATATGTTTTGTTCTATCATGTAGAACTGGATTATGAGTTATAGCAATGGCAGCCTTGTTATCACAATAGACTCGTATAGGTGTCTTTTGAGACAATTTCAGTTCTTTGAGTAATCTGTTAATCCATATACTCTCACATATTCCATGTGCTAGAGCTCTAAATTCCAAGGTTGTTAAATCGTAAAACGTAACACGTATCGAAATCAAATTTTAGGGTATCGTGTATCGTAAGTTTCAATTTGATAAGTAATATTTAAATATAAATAAATATAGCATAGCTTAAAACAAAGAAATAAAGAGCCAAACATAAAAAACATAAACTAACTTCAAAGTTCAACATACCAAAAAAAAAAAAAAATCTTATCTTTATAATAAAAAATAAAGGTTCACTTTGGAGGGAGATTAGTCATTTGAAAAAAAGAAAGAATATGAAAGGACACATTTATCCTATTCTCTTTCTTCCCACTTATTTTCATTTCCATTTATTCACGTTTTTCCAGGTTTCTAATTTCTTTTAACCCTCTCTTTCTTCTCACGATAAATTAAAGTTCACTAATCTAGCTTTTTTTTTTTAATTTTCTTTAACTCTCTCTTTCTTCCCATTTACTTTTCATCTCTTCATCTTCTTCTTTAACTCTCTCTTTCTCTCCATTTACTTTTCATCTCTTCATCTTCTTCAATCAAAATGAAAAAACCACACTTTGTCTTCTTCAACTTGCTCCAGCCAGCCACGTTTCGTCTTCGTCTAGCTTCGTCTTCGTCTTTGTCTTCTTCAATTGGCTTCGCTTCGTCTTCGTCTTCACCGTTATCCACTTGCTCCTTTCTTCTTCTTCTGCTTCGTCTTCATTCAGAATGGTCGTGGAGATCAGGTGAGTAAAAAAGCCCTAATTTTTTTGTTTCTTTTTGAATCGCACCGTTGCGATTCGTTCCGTGTTTTTCGATTCAATCACCGGAAACGCACGATACATGATATTTACCGATTCAATATACGAGCTGAATCGTTTTGCTTTAGTTTCGTTCCGAATCGTACGATACGTATCGCGTATCCTACGTTTTTAACAACATTGCTAAATTCTGCTTCAGCAGTGCTCCTGGCTACTACATTTTGTTTTTTACTACGCCATGTAACTAAATTTCCTCCAACAAAAGAGCAATAACCAGAAGTAGATCTTCTATCAGTAGTGCTTCCAGCCCAGTCTGCATCAGTACATACTTCAACTTGAAGGTGATCATGTTTCTGAAATAATATCCCTTTACCCGGAGTTCCTTTTAAATATCTCAGGATTCTATACACAGCTTCAAAATGAATGGATCCAAGTGAGTGCATAAACTGACTCACCATACTCACTGCAAATGCTATATCTGGACGTGTGTGAGATAAATAGATCAACCTGCCCACAAGTCTTTGATACCTGTCTTTGTCCTTTACTTCTTCAGTTTTGGCAGCTTGTAACTTCAAGTTCGGTTCTATGGGAGTTTCTGCTATCCGACAACCAAGTAAACCTGTTTCTTGAAGTAAGTCAATAACATATTTTCTTTGATTAACAAAAATACCTTTCTTAGATCTTGCAAACTCCATTCCTAAAAAATACTTTAAAGCTCCCAAGTCTTTGATTTGAAACTCACTTGCAAGTTTGTTTTTAAGATCAACCAAACCTTCCTCATCATTACCTGTGAGAATAATATCAACAACATAAACAATTAGAATAGCAATTTTATTATTCTCAGAATGTTTATAGAAGATGGTATGGTCTGCTTGACTTTGAAGGTATCCATAGCTAGTAATTGCTTTTCCAAAGCGTTCAAACCAAGCTCTTGGAGATTGTTTGAGACCATATAAGGATTTCTTTAACCTGCAAACTTTATTATTTCCAAGTACCATTTCAAATCCTGGTGGTAAGCTCATAAATACCTCTTCTTCCAAATCACCATTGAGAAAGGCATTCTTAACATCAAGTTGATGAAGTGACCAATCTAAATTAGCTGCAAGAGACAAAAGAATTCTGATGGAGTTGATTTTTGCAATGGGAGCAAAAGTCTCCTCATAATCAATACCATAGGTTTGAGTGAAACCTTTAGCTACTAGTCTGGCCTTGTATCTTTCAACATTTCCGTCAGCATTGCACTTTATGGTAAACACCCATTTGCATCCCACTGTCTTCTTATCTTTTGGCAGATCTGTTATTTCCCAAGTACCATTTTGAATAACAAGTACCATTTTGTCTCAGAGCATTCATTTCCTCCATAACTGCTAGTTTCCAATTTGGATCATCTAGGGCTTCTTGTATGTTCCTTGGAACAAATAGGTTGTCTATCCTAGAGGTAAAGGCTTTATGACTATTTGACAATTATTCATATAAAATGTAATTTGCAATGGGATATTTAGTACAGGTTCGAGTACCTTTCCTAATAGCAATAGGAACATCAAGATCAGAAAGAATAGGTAAGGTATTTTCATCATTCGAAAGATTAGGAATAGGAGAGGGATTACTAGACCTGTCATCATCGAGAATAAGAGGGGGATTTCCAGCATCATTTCTCGGAGTTTCAGACTGGGTTTGTGTAGAATCAACTCTCGGGTCTTCGTTCCTTTGATTAATGATTCTTCTAGTATAAAACTTTAACTCAGGAATTTGACCTGTAGAGTCATTTTGTAGTATTTCTCTCCCTGAATGAGACATTTCTATACTTGGCATCGAAGGACTAGAGATAGACAAGTCAGAATGAATGACATAAGGAAGGGGTTCAGAAGTTTCCCAAAAATTATCTTCTAAATTTGATTTTGGGTTATCTTCTAAATTTGATTTCTCCCCTGAAGAGAATTTTGGGTAAAATATGGTTGTTTTTCAAGAAATGACACGTCCATACTCACATAAAATCTTTTTGTCTGAGGATCAAAACATTTATACCCTTTTTGATTTGTAGCATAACCCAAAAAAATGCATTTAGTAGCCCTATGATGAAGTTTTGATCGGAAAAAACTAAGAATGTGAACATATGCCGTGCAACCAAAATTTTTTATAGGTAAATCACAATGTATGCGACTAGTTAGAAAAATAGTCTTAAGATTTTCAAGAGGTGTTCTAAAATTCAAGACTTTACTGGGCATCCTATTTATCAAGTAGGTGGCCATGAGTATAGCTTCCCCCCATAAATACTTAGGAACATGCATGGAAAACAATATTGCACGTGCAACCTCAAGTAAATGCCTATTTTTCCATTCAGCAATTCCATTTTGTTGAGGGGTATCTCGACAAGTGGACTGATGTAAAATACCTTTACTTTTTAAAAAATCACTTAAGTGTTCATTGAAATGCTCAGTTCCATTGTCAGAGTGTAAAATGCTAATTTTAGTTTGAAATTGGGTTTCAACCATATTGTAAAAATGTTTGAAAAGATCTTTCACCTCAGATTTTTTGGACATTAAATAGACCCAAGATAGACGTGTGTGATTATCAATAAAAGTAACAAACCATTTTTTACCACTATGAGTCAAAATTTTAGAGGGACCCCAAGCATCACTATGAATTAGGTAAAACGGTTTGGAGGCTTTGTAGTGTTTTGGTAAATAAGTGGATCGATGGTTTTTTGCAAAAATACAACTTTCACAGTGAAAAGAAGAACAATTAACGTCTTTGAATAAATTTGGAAATAAATGTTTGAGATAGAAAAAATTGGGATGACCCAATCTACGATGCCAAAGCATGATTTGTTCATGAACAGACAGCGAACTAATACTACTAAGACCCTGAGTTATTTTATTACTAAAAGAACCTTTATCAAAGTAGTAGAGACCATCGAGCATCCTAGCGCTCCCAATCTTCTTTCTCGAGTCATGATGCTGGAAAATACAATGAGATTCAAAGAAAGTGATATAACAGTTAGAATCTCTATAAAGCTTACTGACAGATAAGAGATTACAAGCTAATTTAGGAACATGGAGAACAGACTGTAGAGAAAGTGTATCAGTCAATTTTATGGTTCCTTTTCTGGCAATCGAAGAGAAACTACCATCTGCGATTCTAACCTCTTCATTTTTATAAGAAAGAGAATATGAATCAAATAAATGAGAGGAATTAGTCATGTGATCCGAGGCTCCTGAATCAATAATCCACGGAGATGAATTATTACAAGAAAAAGCTTGAGGATAGTTACCTATTTGTGCCAAGGATACACAAAGATTACCCGATGAGAAATTGGTTCGTAGCAATTGTGGTGGATTAATTTGTTCCATATGGAAGAACCTTGAGATTTAACCAAAAAGAAATAATAGCTTGGTTAAAAACAAACAACTTCCAAACCACTAAATAAACTGAACCAGAAAATAAACCAAACCAAACTCAGACCAAATCTTCTTCAAACAACACTTGAACCGAACCAGATCTCAGACCACACTTGAACCGAACCGCAAACCAAGTCTTCTTCAATCCCACGAAAAAACACGAACGCAGTAAGCTAAGAAATACCCAACGTGGGTCGACGGAGCTGGCCGACGATGGAAGTCCGGCAAGTCTGACAGTGATGGAAAGCTATGGCGGTTTGGGTCGCGACTGCGTGGGTCACGGTTGGCACGCAACTAGTGTCGGCGGCTTGGGCTAGCTTCGCGTCGAGCTGTGGCTGGCAGAAACATAGCTGCGACGGTGGGCTCTGCTTCGGGCTACGACGGCAATGGGCTCTGCTCCAAGCTGCGATGATGATCGACGAACGCCAACCACCAAATCGAAGATGAACACGCAGCTTCGGATGCGAAAAGGAAAAAAAAAACGGGGCTTCAAACAAGATGATGCAAGCTAGGGTAGCGAATGGGTCAAGGGAAAAACTCGAAGCCACGACGCTGGAAGTAGGATGCACCAATCAACAATGGTGGCTAGGGTTCCGGCGATGTCGGCTAGGGTTTTTTACAGCAATGACTACAGTATTAAAGATTTTAGAGACGGCTAGGGTTAACCCGTTCTGATACCAACTAGAATTTTGGGAAGAAATTAAAATGATTGTATTTCTTCACTTAATTTGAATCAAATACAAGGTCTTCTTATATAGAAGAGAGACCATCTACCAATAAGGAAGGAAATATCATAAATATACACATAATACACAACTATTATTACAAAAGATTAAAGGGAAATCCAACACACTATTTCTGAAAGTTGCCATTAGAGTTCCATTAAAAGATGCCTCCATTTCTTCTCCTTTCAGGCAAGAATTCTCATCTCTGATTTTTCATTTTAATCAATAGTGATTTATTGAAGCCTTATAACCTTCAGTGAACTTTTAGGCTTGTAAGTGGTCATGAAGCACAGACACGTAGATTTTAGGAAGTATCAGTGTCGGACACTGACACGCTTTGGACTCGTGTCCGGCACGTCAAATTAAGTGTCCACTTTTTTTTATTACGTTTTTTTCGTTTTTGGACTTGCTGGGATACGTTTGAGACACTTCTCGGACCGGGTGAGGAGTATAACTTACCATAGATAAAGTGTCTAACCCATCTTTTTAAAACCCTAAGTGATAGAAGAAGGGGATGAATCACTAGTTTGCCATCACACCCACACCTCTGTGTTAAATAAACCATACCTATTTTGATGGGATCTTCTTTTTCCTTCCGTCATAGCTGTCGTTGAGAGTGAGAGAGAGAGAGATTGGTTGCAGTTTATTTGAGAGTGAAAGCTAGATTGTGCTTGCTCTTGAAGAATATTGTCGTTTGTGTTAGAGAGAGGATTGATTTTATTTTTTTTATTTGTGGGTGAGAGAGGACTGATTTTAATTTGAGTTGACTGCTGCATGCCACGTACAGAAGGGTTTTTTTTTTGTTGAGGTGGAAGGACCATCGCCACCAGTGTTTTAAAAGGCTCAAGGCGCACTAAGGCGCAATGGCCTCCTGGGGCCTAGGCGCAAGGCGCACAAAAAGGCGCGGGCTTTATTATGTAAGGCGCACTATATAGAAAAAAAATTTACAAAAATATATACATGTATATAAAACACTTTCATGGCAAGTAATGAAGTTTTTAAACAAGAAAAATAGATAAAAGATAAATAAGGTTCAAATATTAGTCTTCCAACATAGAGTCAAATGTCAATACTCCACAAAAAACAGTGAGTTTAGTATTGTTAATATGCCTTCCTTGTTGTTTGCTCATCTGTGTTATTCACTCATGTATGTACAACATAAGAGTTGGTATTCTTGGATTCTTTCTTCGCTTACAAGCTTGAATATGATATTTGACACTCCGATGGGGGTTCGGGGGCAACGCCCCAGAAGCTAAATTTAAAATTAGCTTCATAACAAGTATTTATGTTTAAAAAAAATTAAAACATATATAAAATTGTGAAGCCCCAGAGGCGCCTAAGGCGCGCGCCTCAGGGGCTTCGAGGAAGGCGCGCGCCTTGGCCGCGCCTTCCTCACTGCGCCTCGCTTCGAAGAAGCGAGGCGCTAAGGTTGCGCCTTGTGCCTAGGCGCGCCTAGGCGCGCCCGGGCGCGCGCCTTTTAAAACACTGATCGCCACTAGAAGCAAGGTTATACATATTAGATTTTTTTTTTCTTCTTCATATCTCAGTAAATACTTTTAATTGGATATGATAAATCAATTAATTTAAGATAGAATTTTCTTTTCACCACAGCAAAAGTCATTAGAGTTAAGGAGGTTAGATATTGCATGGTATGTTCAAACTATGCACACACATGCATGTATATATATATATATATACATATTTTTTTAAAACTAACATGTCCTCAACTGTTTGGTCCTACATTTTTCTAAAATTGGTGTATCGCCAGTGTCAATGTCGTGTCGTGTGTCCGTGCTTCTTAGGTGTTCGGAGGTTGTGACGGCCTTATGGGAAGTCTCGATGCCCTATGTAAGTAAGATTTTCTGATTTAGGACTCTTTTTTGTGGCAGTTGATACATCGGCGAGGGATTACAAGCTAGGTTTCCAAATATGGTACTTGTGTGCACCATCAAATTCCCATTTACTTTTTTGCCCTGTTTTTTTTTAACCATAACTTTTGCAATTGTTCCTCTGGGGACATCCGATAAAATTGGAATGACACAGAAAATGTTCGCAATTTGGTAGAACTTGTACTTTTATGGGTTGTTTGAAAGACGTCACCAGGCACACGAGGAGAAAGATATGGTGAAAACAACATACCCTTCCGTGGGACAACATTTTAAATACCTGTTGATCCGATGTTTATTAAAAGTTGTAACATTATACTGGCTGTCCTGAGAGTCTTCGATTCTGAGGCCTGGTTATTCAGCTACTGTTACTTCTCAATGCTGATTCTGATGCATTTTCATAACTTGTTTCTTAACCCAGATATTTGATGCAATCATTTGTGACCCTCCTTATGGAGTTCGTGCCGGGGGGCGTAAATCCGGTGGTCGGAAATTGTTAAAAGGAACTGTTGCCCCTTACACCGTTCCAGATGACAAGAGAACAGACCATATACCATCAACTGCAGCTTACAGCCTTGTTGAGTGTGTGCATGATTTACTTGACCTTGCTGCCAGGATGCTTGTGATGGGTGGCAGGCTTGTATTCTTCTACCCTGTGTTGAGGGAAGAAGATTGTGTGTTTAACCAATTCCCAGAGCATCCATGTTTTGCTTTAATCAGTTCTTCCGAGCAGATACTGAGCTCTCGATACAGCCGGGTGTTGCTAACCATGGTCAAAAGAAGTTCATACACTGAAGAAATTGCGGAGGCAGCAAGATTAAAGCATGAAGAATTCAGAGAGAACCATTTGAAGTGGTTAGAGGATGGTAATCTCCATTCTGCCGTTTTCAGTCCTGCCACTGATCCCGATCTTGCAGTTTCTGGTAATGGCAATGTGAGTAAAGACCCGAAACCGAAATACAGAGGGAAGTATGTATAAATGGAAGTCAGTGTAGGCGTTGGTTTTGCTTGTTCTCTAAATTATCTAAGCCTGGATTTTGGTTCATGTGCATGCAGTTTTTTCTGGGAGTAGGAGAGTAGGAAGGACCTTTGATTAGCTTTTCGAGAAATTTTCCCATGTCTGAATTGAAATTGAGATACTGATACAAGTTCGGGAGTCTCTCCAAATCTTGAGTTTATATCATGGAGAGAAGTCTTGCATTGAATATCTCAGCATATGCATGGTTTAGTTTCAATGTTGATCACCAGTTCTCTAAACCCTACTGAAATGGTATATGAGAGATTTTTATAAAAATGTAATAATTTTAGACGAGAACTTTAGTTATTACGTGAGAATTTTACAAGTATTTATGTTTTTTTTTCCTTCTGTATGTGAATCTGTATCATTT

mRNA sequence

GAGGGTTTAAAGGGTTTGGGCGCAATATCTGTTTGAGTCCAGAGCTTCGCCCAAGGCAGTTTCTCTGCTCTGTGCGTATTAATCATCGGTTCTTTGAAGAAGTAATCAAACAGAGATTAGATTGGATTAGAGTAAATGTGGTATCTGTGTGTGTTCTATCATAGATTATTGGATTACAGGAAGGCCGAGGTCGAGTCTCTGGCCGAGTTGTTTGGTGAAAATGGCCACCAGAAAGAGGGGAAGTTGGAATGGAGGCTTCCCCTGCACCATCATCCCGATTCTCCTTTCCATTTCGTCGACCTCTCTTCCGACGACCTCGCTCGGAACATCGCCAATAGAAGTATACTAGTGAAGGGGATGTATGAACTCTGGGGTGAAGGAAGTGACTACGACGAGCTAGAGGAGTCTATTAGAAACTATCCGGAAGAACGGAAATCGCCATTTTTACAATCCGGAAGCTCTTTCAAGATTTCTGTAGAGAGCTTTGGGAAGGCTATCAGCTTCGAGGAACAAAATGAACGTATCAGGGGGCTAGCTTACATCCCTTTCAAGGGTCGAGTTAATTTAAGAAATCCAGATCATAAGTTCTGTCTGATGGAAATGGCTGATTATGGACTGAATAATGGTCTTCCACCAATTGCTCAAAGGAGGATTTTTTTTGGTCGGGAGGTTGGTGGTGCTGATAGGAAGCTTATACCAACATATCAGTTAAAAAGTCGCACTTATCTTGGGCCAACCGCCATGGACGCTGAAATGGCTTTCTTAATGGCCAACCAATCACTAGCGACAGCAGGGAAACTTGTCTATGACCCATTTGTTGGCACTGGGAGTATTCTAGTTGCTGCAGCTCATTTTGGAGCAATGACAATGGGTGCAGACATTGACATCAGGGTGATTCGTGATGGTCGTGGCCCTGATTGTAATGTTTGGAGCAATTTCAAGCAGTATGGATTACCACCGCCAATTGCACTGTTAAGAGCAGATAATAATCGTCCTCCCTGGCGTCCAGGATTGAAAGAGATATTTGATGCAATCATTTGTGACCCTCCTTATGGAGTTCGTGCCGGGGGGCGTAAATCCGGTGGTCGGAAATTGTTAAAAGGAACTGTTGCCCCTTACACCGTTCCAGATGACAAGAGAACAGACCATATACCATCAACTGCAGCTTACAGCCTTGTTGAGTGTGTGCATGATTTACTTGACCTTGCTGCCAGGATGCTTGTGATGGGTGGCAGGCTTGTATTCTTCTACCCTGTGTTGAGGGAAGAAGATTGTGTGTTTAACCAATTCCCAGAGCATCCATGTTTTGCTTTAATCAGTTCTTCCGAGCAGATACTGAGCTCTCGATACAGCCGGGTGTTGCTAACCATGGTCAAAAGAAGTTCATACACTGAAGAAATTGCGGAGGCAGCAAGATTAAAGCATGAAGAATTCAGAGAGAACCATTTGAAGTGGTTAGAGGATGGTAATCTCCATTCTGCCGTTTTCAGTCCTGCCACTGATCCCGATCTTGCAGTTTCTGGTAATGGCAATGTGAGTAAAGACCCGAAACCGAAATACAGAGGGAAGTATGTATAAATGGAAGTCAGTGTAGGCGTTGGTTTTGCTTGTTCTCTAAATTATCTAAGCCTGGATTTTGGTTCATGTGCATGCAGTTTTTTCTGGGAGTAGGAGAGTAGGAAGGACCTTTGATTAGCTTTTCGAGAAATTTTCCCATGTCTGAATTGAAATTGAGATACTGATACAAGTTCGGGAGTCTCTCCAAATCTTGAGTTTATATCATGGAGAGAAGTCTTGCATTGAATATCTCAGCATATGCATGGTTTAGTTTCAATGTTGATCACCAGTTCTCTAAACCCTACTGAAATGGTATATGAGAGATTTTTATAAAAATGTAATAATTTTAGACGAGAACTTTAGTTATTACGTGAGAATTTTACAAGTATTTATGTTTTTTTTTCCTTCTGTATGTGAATCTGTATCATTT

Coding sequence (CDS)

ATGTGGTATCTGTGTGTGTTCTATCATAGATTATTGGATTACAGGAAGGCCGAGGTCGAGTCTCTGGCCGAGTTGTTTGGTGAAAATGGCCACCAGAAAGAGGGGAAGTTGGAATGGAGGCTTCCCCTGCACCATCATCCCGATTCTCCTTTCCATTTCGTCGACCTCTCTTCCGACGACCTCGCTCGGAACATCGCCAATAGAAGTATACTAGTGAAGGGGATGTATGAACTCTGGGGTGAAGGAAGTGACTACGACGAGCTAGAGGAGTCTATTAGAAACTATCCGGAAGAACGGAAATCGCCATTTTTACAATCCGGAAGCTCTTTCAAGATTTCTGTAGAGAGCTTTGGGAAGGCTATCAGCTTCGAGGAACAAAATGAACGTATCAGGGGGCTAGCTTACATCCCTTTCAAGGGTCGAGTTAATTTAAGAAATCCAGATCATAAGTTCTGTCTGATGGAAATGGCTGATTATGGACTGAATAATGGTCTTCCACCAATTGCTCAAAGGAGGATTTTTTTTGGTCGGGAGGTTGGTGGTGCTGATAGGAAGCTTATACCAACATATCAGTTAAAAAGTCGCACTTATCTTGGGCCAACCGCCATGGACGCTGAAATGGCTTTCTTAATGGCCAACCAATCACTAGCGACAGCAGGGAAACTTGTCTATGACCCATTTGTTGGCACTGGGAGTATTCTAGTTGCTGCAGCTCATTTTGGAGCAATGACAATGGGTGCAGACATTGACATCAGGGTGATTCGTGATGGTCGTGGCCCTGATTGTAATGTTTGGAGCAATTTCAAGCAGTATGGATTACCACCGCCAATTGCACTGTTAAGAGCAGATAATAATCGTCCTCCCTGGCGTCCAGGATTGAAAGAGATATTTGATGCAATCATTTGTGACCCTCCTTATGGAGTTCGTGCCGGGGGGCGTAAATCCGGTGGTCGGAAATTGTTAAAAGGAACTGTTGCCCCTTACACCGTTCCAGATGACAAGAGAACAGACCATATACCATCAACTGCAGCTTACAGCCTTGTTGAGTGTGTGCATGATTTACTTGACCTTGCTGCCAGGATGCTTGTGATGGGTGGCAGGCTTGTATTCTTCTACCCTGTGTTGAGGGAAGAAGATTGTGTGTTTAACCAATTCCCAGAGCATCCATGTTTTGCTTTAATCAGTTCTTCCGAGCAGATACTGAGCTCTCGATACAGCCGGGTGTTGCTAACCATGGTCAAAAGAAGTTCATACACTGAAGAAATTGCGGAGGCAGCAAGATTAAAGCATGAAGAATTCAGAGAGAACCATTTGAAGTGGTTAGAGGATGGTAATCTCCATTCTGCCGTTTTCAGTCCTGCCACTGATCCCGATCTTGCAGTTTCTGGTAATGGCAATGTGAGTAAAGACCCGAAACCGAAATACAGAGGGAAGTATGTATAA

Protein sequence

MWYLCVFYHRLLDYRKAEVESLAELFGENGHQKEGKLEWRLPLHHHPDSPFHFVDLSSDDLARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGKAISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREVGGADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAHFGAMTMGADIDIRVIRDGRGPDCNVWSNFKQYGLPPPIALLRADNNRPPWRPGLKEIFDAIICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLDLAARMLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSRVLLTMVKRSSYTEEIAEAARLKHEEFRENHLKWLEDGNLHSAVFSPATDPDLAVSGNGNVSKDPKPKYRGKYV

Homology

[Close]

BLAST of Lcy05g016960 vs. ExPASy Swiss-Prot
Match: Q5R962 (tRNA (guanine(10)-N2)-methyltransferase homolog OS=Pongo abelii OX=9601 GN=TRMT11 PE=2 SV=1)

HSP 1 Score: 307.4 bits (786), Expect = 2.9e-82
Identity = 179/458 (39.08%), Postives = 261/458 (56.99%), Query Frame = 0


Query: 3   YLCVFYHRLLDYRKAEVESLAELF-GENGHQKE--GKLEWRLPLHHHPDSPFHFVDLSSD 62
           YL +     L++R  E++SL  LF G+ G  +E  GK            SPF  + + S+
Sbjct: 10  YLLLMAQEHLEFRLPEIKSLLSLFGGQFGSSQETFGK------------SPFWILSIPSE 69

Query: 63  DLARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGK 122
           D+ARN+  R++  K ++ELWG G   +EL  S++NYP E+  PFL S S++KI + +F K
Sbjct: 70  DIARNLMKRTVCAKSIFELWGHGQSPEELYSSLKNYPVEKMVPFLHSDSTYKIKIHTFNK 129

Query: 123 AISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREV 182
            ++ EE+ +RI  L ++PF+G+VNL+ P H F ++E  DYGL+    P     I+FGR +
Sbjct: 130 TLTQEEKIKRIDALEFLPFEGKVNLKKPQHVFSVLE--DYGLDPNCIPENPHNIYFGRWI 189

Query: 183 GGADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAH 242
               R+LI +Y +K R ++G T+MDA ++F+MAN        +V+DPFVGTG +L+A AH
Sbjct: 190 ADGQRELIESYSVKKRHFIGNTSMDAGLSFIMANHGKVKENDIVFDPFVGTGGLLIACAH 249

Query: 243 FGAMTMGADIDIRVI----------RDGRGPDCNVWSNFKQYGLPP-PIALLRADNNRPP 302
           FGA   G DID   +          +  RGPD N+ +N +QYGL    + +L +D ++P 
Sbjct: 250 FGAYVYGTDIDYNTVHGLGKATRKNQKWRGPDENIRANLRQYGLEKYYLDVLVSDASKPS 309

Query: 303 WRPGLKEIFDAIICDPPYGVRAGGRKSGGRK-LLKGTVAPYTVPDDKRTDHIPSTAAYSL 362
           WR G    FDAII DPPYG+R   R++G +K + KG       P+     H+P + +Y L
Sbjct: 310 WRKG--TYFDAIITDPPYGIRESTRRTGSQKEIPKGIEKWEKCPE----SHVPVSLSYHL 369

Query: 363 VECVHDLLDLAARMLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSR 422
            +   DLL+ AA  LV+GGRLV++ PV   E       P HPC  LIS+ EQ LSS  SR
Sbjct: 370 SDMFLDLLNFAAETLVLGGRLVYWLPVYTPE-YTEEMVPWHPCLELISNCEQKLSSHTSR 429

Query: 423 VLLTMVK------RSSYTEEIAE--AARLKHEEFRENH 438
            L+TM K      R  Y+  +++       H  FRE +
Sbjct: 430 RLITMEKVKKFENRDQYSHLLSDHFLPYQGHNSFREKY 446

[Close]

BLAST of Lcy05g016960 vs. ExPASy Swiss-Prot
Match: Q7Z4G4 (tRNA (guanine(10)-N2)-methyltransferase homolog OS=Homo sapiens OX=9606 GN=TRMT11 PE=1 SV=1)

HSP 1 Score: 305.8 bits (782), Expect = 8.4e-82
Identity = 176/458 (38.43%), Postives = 259/458 (56.55%), Query Frame = 0


Query: 3   YLCVFYHRLLDYRKAEVESLAELFG---ENGHQKEGKLEWRLPLHHHPDSPFHFVDLSSD 62
           YL +     L++R  E++SL  LFG    +  +  GK            SPF  + + S+
Sbjct: 10  YLLLMAQEHLEFRLPEIKSLLLLFGGQFASSQETYGK------------SPFWILSIPSE 69

Query: 63  DLARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGK 122
           D+ARN+  R++  K ++ELWG G   +EL  S++NYP E+  PFL S S++KI + +F K
Sbjct: 70  DIARNLMKRTVCAKSIFELWGHGQSPEELYSSLKNYPVEKMVPFLHSDSTYKIKIHTFNK 129

Query: 123 AISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREV 182
            ++ EE+ +RI  L ++PF+G+VNL+ P H F ++E  DYGL+    P     I+FGR +
Sbjct: 130 TLTQEEKIKRIDALEFLPFEGKVNLKKPQHVFSVLE--DYGLDPNCIPENPHNIYFGRWI 189

Query: 183 GGADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAH 242
               R+LI +Y +K R ++G T+MDA ++F+MAN        +V+DPFVGTG +L+A AH
Sbjct: 190 ADGQRELIESYSVKKRHFIGNTSMDAGLSFIMANHGKVKENDIVFDPFVGTGGLLIACAH 249

Query: 243 FGAMTMGADIDIRVI----------RDGRGPDCNVWSNFKQYGLPP-PIALLRADNNRPP 302
           FGA   G DID   +          +  RGPD N+ +N +QYGL    + +L +D ++P 
Sbjct: 250 FGAYVYGTDIDYNTVHGLGKATRKNQKWRGPDENIRANLRQYGLEKYYLDVLVSDASKPS 309

Query: 303 WRPGLKEIFDAIICDPPYGVRAGGRKSGGRK-LLKGTVAPYTVPDDKRTDHIPSTAAYSL 362
           WR G    FDAII DPPYG+R   R++G +K + KG       P+     H+P + +Y L
Sbjct: 310 WRKG--TYFDAIITDPPYGIRESTRRTGSQKEIPKGIEKWEKCPE----SHVPVSLSYHL 369

Query: 363 VECVHDLLDLAARMLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSR 422
            +   DLL+ AA  LV+GGRLV++ PV   E       P HPC  L+S+ EQ LSS  SR
Sbjct: 370 SDMFLDLLNFAAETLVLGGRLVYWLPVYTPE-YTEEMVPWHPCLELVSNCEQKLSSHTSR 429

Query: 423 VLLTMVK------RSSYTEEIAE--AARLKHEEFRENH 438
            L+TM K      R  Y+  +++       H  FRE +
Sbjct: 430 RLITMEKVKKFENRDQYSHLLSDHFLPYQGHNSFREKY 446

[Close]

BLAST of Lcy05g016960 vs. ExPASy Swiss-Prot
Match: Q7TNK6 (tRNA (guanine(10)-N2)-methyltransferase homolog OS=Rattus norvegicus OX=10116 GN=Trmt11 PE=2 SV=1)

HSP 1 Score: 305.8 bits (782), Expect = 8.4e-82
Identity = 172/446 (38.57%), Postives = 257/446 (57.62%), Query Frame = 0


Query: 3   YLCVFYHRLLDYRKAEVESLAELFG---ENGHQKEGKLEWRLPLHHHPDSPFHFVDLSSD 62
           YL +     L++R  E++SL  + G    N  +  GK            SPF  +++ S+
Sbjct: 10  YLLLMAQEHLEFRLPEIKSLLSVIGGQFTNSQETYGK------------SPFWILNIPSE 69

Query: 63  DLARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGK 122
           D+ARN+  R++  K ++ELWG G   +EL  S+++YP E+  PFL S S++KI + +F K
Sbjct: 70  DIARNLMKRTVCAKSLFELWGHGKSPEELYSSLKSYPVEKMVPFLHSDSTYKIKIHTFNK 129

Query: 123 AISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREV 182
            ++ EE+ +RI  L ++PF+G+VNL+ P H F ++E  DYGL+    P     I+FGR +
Sbjct: 130 TLTQEEKVKRIDALEFLPFEGKVNLKKPQHVFSILE--DYGLDPNCIPENPHNIYFGRWI 189

Query: 183 GGADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAH 242
               R+LI +Y +K R ++G T+MDA ++F+MAN +      LV+DPFVGTG +L+A+AH
Sbjct: 190 ADGQRELIESYSVKKRHFIGNTSMDAGLSFIMANHAKVKENDLVFDPFVGTGGLLIASAH 249

Query: 243 FGAMTMGADIDIRVI----------RDGRGPDCNVWSNFKQYGLPP-PIALLRADNNRPP 302
           FGA   G DID   +          +  RGPD N+ +N +QYGL    + +L +D ++P 
Sbjct: 250 FGAYVCGTDIDYNTVHGLGKASRKNQKWRGPDENIRANLRQYGLEKFYLDVLVSDASKPS 309

Query: 303 WRPGLKEIFDAIICDPPYGVRAGGRKSGGRK-LLKGTVAPYTVPDDKRTDHIPSTAAYSL 362
           WR G    FDAII DPPYG+R   R++G +K +LKG        +     H+P +  Y L
Sbjct: 310 WRKG--TYFDAIITDPPYGIRESTRRTGSQKEILKGI-------EKCPESHVPVSLTYHL 369

Query: 363 VECVHDLLDLAARMLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSR 422
            +   DL++ AA  LV+GGRLV++ PV   E       P HPC  L+S+ EQ LSS  +R
Sbjct: 370 SDMFLDLINFAAETLVLGGRLVYWLPVYTPE-YTEKMVPWHPCLRLVSNCEQKLSSHTAR 429

Query: 423 VLLTMVKRSSYTEEIAEAARLKHEEF 434
            L+TM K   + E   E +RL  + F
Sbjct: 430 RLITMEKVKEF-ENPDEYSRLLSDHF 430

[Close]

BLAST of Lcy05g016960 vs. ExPASy Swiss-Prot
Match: Q05B63 (tRNA (guanine(10)-N2)-methyltransferase homolog OS=Bos taurus OX=9913 GN=TRMT11 PE=2 SV=1)

HSP 1 Score: 305.1 bits (780), Expect = 1.4e-81
Identity = 174/457 (38.07%), Postives = 259/457 (56.67%), Query Frame = 0


Query: 3   YLCVFYHRLLDYRKAEVESLAELFGE---NGHQKEGKLEWRLPLHHHPDSPFHFVDLSSD 62
           YL +     L++R  E++SL  LFG    +  +  GK            SPF  + + S+
Sbjct: 10  YLLLMAQEHLEFRLPEIKSLLSLFGGQFISSQETYGK------------SPFWILSIPSE 69

Query: 63  DLARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGK 122
           D+ARN+  R++  K ++ELWG G   +EL  S++NYP E+  PFL S S++KI + +F K
Sbjct: 70  DIARNLMKRTVCAKSIFELWGHGKCPEELYSSLKNYPVEKMVPFLHSDSTYKIKIHTFNK 129

Query: 123 AISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREV 182
            ++ EE+ +RI  L ++PF+G+VNL+ P H F ++E  DYGL+    P     I+FGR +
Sbjct: 130 TLTQEEKVKRIDALEFLPFEGKVNLKKPQHVFSILE--DYGLDPNHIPENPHNIYFGRWI 189

Query: 183 GGADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAH 242
               R+LI +Y +K R ++G T+MDA ++F+MAN        +V+DPFVGTG +L+A+AH
Sbjct: 190 ADGQRELIESYSVKKRHFIGNTSMDAGLSFIMANHGKVKKNDIVFDPFVGTGGLLIASAH 249

Query: 243 FGAMTMGADIDIRVI----------RDGRGPDCNVWSNFKQYGLPP-PIALLRADNNRPP 302
           FGA   G DID   +          +  RGPD N+ +N +QYGL    + +L +D ++P 
Sbjct: 250 FGAYVYGTDIDYNTVHGLGKASRKNQKWRGPDENIRANLRQYGLEKYYLDVLVSDASKPS 309

Query: 303 WRPGLKEIFDAIICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLV 362
           WR G    FDAII DPPYG+R   R++G +K +   +      +     H+P + +Y L 
Sbjct: 310 WRKG--TYFDAIITDPPYGIRESTRRTGSQKEIPKGI------EKCPESHVPVSLSYHLS 369

Query: 363 ECVHDLLDLAARMLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSRV 422
           +   DLL+ +A  LV+GGRLV++ PV   E       P HPC  LIS+ EQ LSS  SR 
Sbjct: 370 DMFFDLLNFSAETLVLGGRLVYWLPVYTPE-YTEEMVPWHPCLKLISNCEQKLSSHTSRR 429

Query: 423 LLTMVK------RSSYTEEIAEAARL--KHEEFRENH 438
           L+TM K      R  Y+  +++   L   H  FRE +
Sbjct: 430 LITMEKVKEFENRDQYSHLLSDHFLLYQGHNSFREKY 443

[Close]

BLAST of Lcy05g016960 vs. ExPASy Swiss-Prot
Match: Q9CWH5 (tRNA (guanine(10)-N2)-methyltransferase homolog OS=Mus musculus OX=10090 GN=Trmt11 PE=1 SV=1)

HSP 1 Score: 301.2 bits (770), Expect = 2.1e-80
Identity = 171/457 (37.42%), Postives = 258/457 (56.46%), Query Frame = 0


Query: 3   YLCVFYHRLLDYRKAEVESLAELFG---ENGHQKEGKLEWRLPLHHHPDSPFHFVDLSSD 62
           YL +     L++R  E++SL  + G    N  +  GK            SPF  +++ S+
Sbjct: 10  YLLLMAQEHLEFRLPEIKSLLSVIGGQFTNSQETYGK------------SPFWILNIPSE 69

Query: 63  DLARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGK 122
           D+ARN+  R++  K ++ELWG G   +EL  S+++YP E+  P+L S S++KI + +F K
Sbjct: 70  DIARNLMKRTVCAKSIFELWGHGKSPEELYTSLKSYPVEKMVPYLHSDSTYKIKIHTFNK 129

Query: 123 AISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREV 182
            ++ EE+ +RI  L ++PF+G+VNL+ P H F ++E  DYGL+    P     I+FGR +
Sbjct: 130 TLTQEEKVKRIDALEFLPFQGKVNLKKPQHVFSILE--DYGLDPNSIPKDPHNIYFGRWI 189

Query: 183 GGADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAH 242
               R+LI +Y +K R ++G T+MDA ++F+M N +      LV+DPFVGTG +L+A+AH
Sbjct: 190 ADGQRELIESYSVKKRHFIGNTSMDAGLSFIMTNHAKVKENDLVFDPFVGTGGLLIASAH 249

Query: 243 FGAMTMGADIDIRVI----------RDGRGPDCNVWSNFKQYGLPP-PIALLRADNNRPP 302
           FGA   G DID   +          +  RGPD N+ +N +QYGL    + +L +D ++P 
Sbjct: 250 FGAYVCGTDIDYNTVHGLGKASRKNQKWRGPDENIRANLRQYGLEKFYLDVLVSDASKPS 309

Query: 303 WRPGLKEIFDAIICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLV 362
           WR G    FDAII DPPYG+R   R+SG +K +   +      +     H+P + +Y L 
Sbjct: 310 WRKG--TYFDAIITDPPYGIRESTRRSGSQKDIPKGI------EKCPESHVPVSLSYHLS 369

Query: 363 ECVHDLLDLAARMLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSRV 422
           +   DLL+ AA  LV+GGRLV++ PV   E       P HPC  LIS+ EQ LSS  +R 
Sbjct: 370 DMFFDLLNFAAETLVLGGRLVYWLPVYTPE-YTEEMVPWHPCLRLISNCEQKLSSHTARR 429

Query: 423 LLTMVK------RSSYTEEIAE--AARLKHEEFRENH 438
           L+TM K      R  Y+  +++       H  FRE +
Sbjct: 430 LITMEKVKEFENRDKYSHLLSDHFLPYQGHNSFREKY 443

[Close]

BLAST of Lcy05g016960 vs. ExPASy TrEMBL
Match: A0A1S3BG98 (tRNA (Guanine(10)-N2)-methyltransferase homolog OS=Cucumis melo OX=3656 GN=LOC103489693 PE=4 SV=1)

HSP 1 Score: 925.6 bits (2391), Expect = 8.3e-266
Identity = 441/480 (91.88%), Postives = 464/480 (96.67%), Query Frame = 0


Query: 1   MWYLCVFYHRLLDYRKAEVESLAELFGENGHQKEGKLEWRLPLHHHPDSPFHFVDLSSDD 60
           MWYLCVFYHRLLDYRK EVESLAELFGENG  K  KLEW+LPLHHHPDSPFHFVDLSSDD
Sbjct: 1   MWYLCVFYHRLLDYRKTEVESLAELFGENGDHKGKKLEWKLPLHHHPDSPFHFVDLSSDD 60

Query: 61  LARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGKA 120
           +AR+IANRSILVKGMYELWG+GSDY+ELEESIRN+PEERK P+LQ GSSFKISVESFGKA
Sbjct: 61  IARSIANRSILVKGMYELWGQGSDYEELEESIRNFPEERKFPYLQPGSSFKISVESFGKA 120

Query: 121 ISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREVG 180
           ISF+EQNERI+GLAYIPFKG+VNL++PDHKFCL+E ADYGLNNGLPPIAQRRIFFGREVG
Sbjct: 121 ISFQEQNERIQGLAYIPFKGQVNLKSPDHKFCLLETADYGLNNGLPPIAQRRIFFGREVG 180

Query: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAHF 240
           GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQ+LAT+GKLV+DPFVGTGSILV AAHF
Sbjct: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQALATSGKLVFDPFVGTGSILVGAAHF 240

Query: 241 GAMTMGADIDIRVIRDGRGPDCNVWSNFKQYGLPPPIALLRADNNRPPWRPGLKEIFDAI 300
           GAMTMGADIDIRV+RDGRGPDCNVWSNFKQYGLPPPIALLRADNN PPWRPGLKEIFDAI
Sbjct: 241 GAMTMGADIDIRVVRDGRGPDCNVWSNFKQYGLPPPIALLRADNNLPPWRPGLKEIFDAI 300

Query: 301 ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLDLAAR 360
           ICDPPYGVRAGGRKSGGRKLLKG VAPYTVPDDKRTDHIPSTA+YSLVECVHDLLDLAA+
Sbjct: 301 ICDPPYGVRAGGRKSGGRKLLKGIVAPYTVPDDKRTDHIPSTASYSLVECVHDLLDLAAK 360

Query: 361 MLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSRVLLTMVKRSSYTE 420
           MLVMGGRLVFFYP+LREEDCVFNQFPEHPCF LISSSEQILSSRYSRVLLTMVKRSSYTE
Sbjct: 361 MLVMGGRLVFFYPMLREEDCVFNQFPEHPCFTLISSSEQILSSRYSRVLLTMVKRSSYTE 420

Query: 421 EIAEAARLKHEEFRENHLKWLEDGNLHSAVFSPATDPDLAVSGNGNVSKDPKPKYRGKYV 480
           EIAEAARLKHEEFRENHLKWLEDGNLHSAVFSP+ +  L V+GNGNVSKDPKPKYRGKYV
Sbjct: 421 EIAEAARLKHEEFRENHLKWLEDGNLHSAVFSPSVNRQLGVAGNGNVSKDPKPKYRGKYV 480

[Close]

BLAST of Lcy05g016960 vs. ExPASy TrEMBL
Match: A0A6J1F3J0 (tRNA (Guanine(10)-N2)-methyltransferase homolog OS=Cucurbita moschata OX=3662 GN=LOC111439552 PE=4 SV=1)

HSP 1 Score: 924.9 bits (2389), Expect = 1.4e-265
Identity = 441/480 (91.88%), Postives = 462/480 (96.25%), Query Frame = 0


Query: 1   MWYLCVFYHRLLDYRKAEVESLAELFGENGHQKEGKLEWRLPLHHHPDSPFHFVDLSSDD 60
           MWYLCVFYHRLLDYRKAEVESLAELFGENG  K GKLEW+LPLHHHPDSPFHFVDLSSDD
Sbjct: 1   MWYLCVFYHRLLDYRKAEVESLAELFGENGDHKGGKLEWKLPLHHHPDSPFHFVDLSSDD 60

Query: 61  LARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGKA 120
           +AR+IANRSILVKGMYELWG GSDY+EL+ESIRN+PEERKSP+LQ GS+FKISVESFGKA
Sbjct: 61  IARSIANRSILVKGMYELWGVGSDYEELQESIRNFPEERKSPYLQQGSTFKISVESFGKA 120

Query: 121 ISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREVG 180
           ISF+EQNERI+GLAYIPFKG+VNLRNPDHKF LME ADYGLNNGLPP+AQR IFFGREVG
Sbjct: 121 ISFQEQNERIQGLAYIPFKGQVNLRNPDHKFSLMEAADYGLNNGLPPVAQRTIFFGREVG 180

Query: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAHF 240
           GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQ+LAT GKLVYDPFVGTGSILV AAHF
Sbjct: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQALATPGKLVYDPFVGTGSILVGAAHF 240

Query: 241 GAMTMGADIDIRVIRDGRGPDCNVWSNFKQYGLPPPIALLRADNNRPPWRPGLKEIFDAI 300
           GAMTMGADIDIRV+RDGRGPDCNVWSNFKQYGLPPPI+LLRADNN PPWRPGLKEIFDAI
Sbjct: 241 GAMTMGADIDIRVVRDGRGPDCNVWSNFKQYGLPPPISLLRADNNLPPWRPGLKEIFDAI 300

Query: 301 ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLDLAAR 360
           ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLL+LAA+
Sbjct: 301 ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLNLAAK 360

Query: 361 MLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSRVLLTMVKRSSYTE 420
           MLVMGGRLVFFYPVLREEDCVFNQFPEHPCF LISSSEQILSSRYSRVLLTMVK SSYTE
Sbjct: 361 MLVMGGRLVFFYPVLREEDCVFNQFPEHPCFTLISSSEQILSSRYSRVLLTMVKHSSYTE 420

Query: 421 EIAEAARLKHEEFRENHLKWLEDGNLHSAVFSPATDPDLAVSGNGNVSKDPKPKYRGKYV 480
           E+AEAA+LKHEEFRENHLKWLEDGNLHSAVFSP  DP LAV+GN N +KDPKPKYRGKYV
Sbjct: 421 EMAEAAKLKHEEFRENHLKWLEDGNLHSAVFSPTIDPQLAVAGNCNATKDPKPKYRGKYV 480

[Close]

BLAST of Lcy05g016960 vs. ExPASy TrEMBL
Match: A0A6J1ICG5 (tRNA (Guanine(10)-N2)-methyltransferase homolog OS=Cucurbita maxima OX=3661 GN=LOC111472466 PE=4 SV=1)

HSP 1 Score: 916.4 bits (2367), Expect = 5.0e-263
Identity = 437/480 (91.04%), Postives = 458/480 (95.42%), Query Frame = 0


Query: 1   MWYLCVFYHRLLDYRKAEVESLAELFGENGHQKEGKLEWRLPLHHHPDSPFHFVDLSSDD 60
           MWYLCVFYHRLLDYRKAEVESLAELFGENG  K GKLEW+LPLHHHPDSPFHFVDLSSDD
Sbjct: 1   MWYLCVFYHRLLDYRKAEVESLAELFGENGDHKGGKLEWKLPLHHHPDSPFHFVDLSSDD 60

Query: 61  LARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGKA 120
           +ARNIANRSILVKGMYELWG GSDY+EL+ESI+ +PEERKSP+L  GS+FKISVESFGKA
Sbjct: 61  IARNIANRSILVKGMYELWGVGSDYEELQESIKTFPEERKSPYLLQGSTFKISVESFGKA 120

Query: 121 ISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREVG 180
           ISF+EQNERI+GLAYIPFKG+VNLRNPDHKF LME ADYGLNNGLPP+AQR IFFGREVG
Sbjct: 121 ISFQEQNERIQGLAYIPFKGQVNLRNPDHKFSLMEAADYGLNNGLPPVAQRTIFFGREVG 180

Query: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAHF 240
           GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQ+LAT GKLVYDPFVGTGSILV AAHF
Sbjct: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQALATPGKLVYDPFVGTGSILVGAAHF 240

Query: 241 GAMTMGADIDIRVIRDGRGPDCNVWSNFKQYGLPPPIALLRADNNRPPWRPGLKEIFDAI 300
           GAMTMGADIDIRV+RDGRGPDCNVWSNFKQYGLPPPIALLRADNN PPWRPGLKEIFDAI
Sbjct: 241 GAMTMGADIDIRVVRDGRGPDCNVWSNFKQYGLPPPIALLRADNNLPPWRPGLKEIFDAI 300

Query: 301 ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLDLAAR 360
           ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLL+LAA+
Sbjct: 301 ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLNLAAK 360

Query: 361 MLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSRVLLTMVKRSSYTE 420
           MLVMGGRLVFFYPVLREEDCVFNQFPEHPCF LISSSEQILSSRYSRVLLTMVK SSYT+
Sbjct: 361 MLVMGGRLVFFYPVLREEDCVFNQFPEHPCFTLISSSEQILSSRYSRVLLTMVKHSSYTK 420

Query: 421 EIAEAARLKHEEFRENHLKWLEDGNLHSAVFSPATDPDLAVSGNGNVSKDPKPKYRGKYV 480
           E+AEAA+LKHEEFRENHLKWLEDGNLHSAVF P  DP L V+GN N +KDPKPKYRGKYV
Sbjct: 421 EMAEAAKLKHEEFRENHLKWLEDGNLHSAVFGPTIDPRLTVAGNCNATKDPKPKYRGKYV 480

[Close]

BLAST of Lcy05g016960 vs. ExPASy TrEMBL
Match: A0A6J1D5Q5 (tRNA (Guanine(10)-N2)-methyltransferase homolog OS=Momordica charantia OX=3673 GN=LOC111017553 PE=4 SV=1)

HSP 1 Score: 908.3 bits (2346), Expect = 1.4e-260
Identity = 441/484 (91.12%), Postives = 461/484 (95.25%), Query Frame = 0


Query: 1   MWYLCVFYHRLLDYRKAEVESLAEL----FGENGHQKEGKLEWRLPLHHHPDSPFHFVDL 60
           MW+LCVFYHRLLDYRKAEVESLAEL    FGENG  K  KLEWRLPLHHHPDSPFHFV+L
Sbjct: 1   MWFLCVFYHRLLDYRKAEVESLAELFGGPFGENGDAK-AKLEWRLPLHHHPDSPFHFVNL 60

Query: 61  SSDDLARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVES 120
            SDDLAR IA RSILVKGMYELWGEGSD  ELEESI+NYP+ERK+P+LQ GSSFKI+V+S
Sbjct: 61  PSDDLARRIATRSILVKGMYELWGEGSDDKELEESIKNYPDERKTPYLQPGSSFKITVDS 120

Query: 121 FGKAISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFG 180
           FGKAISF+EQNERIRGLAYIPFKG+VNL+NPDHKFCLMEMADYGLNNGLPPIAQR IFFG
Sbjct: 121 FGKAISFQEQNERIRGLAYIPFKGQVNLKNPDHKFCLMEMADYGLNNGLPPIAQRSIFFG 180

Query: 181 REVGGADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVA 240
           REVGGADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQ+LATAGKLVYDPFVGTGSILVA
Sbjct: 181 REVGGADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQALATAGKLVYDPFVGTGSILVA 240

Query: 241 AAHFGAMTMGADIDIRVIRDGRGPDCNVWSNFKQYGLPPPIALLRADNNRPPWRPGLKEI 300
           AAHFGAMTMGADIDIRV+RDGRGPDCNVWSNFKQYGLP PIALLRADNN PPWRPGLKEI
Sbjct: 241 AAHFGAMTMGADIDIRVVRDGRGPDCNVWSNFKQYGLPSPIALLRADNNLPPWRPGLKEI 300

Query: 301 FDAIICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLD 360
           FDAIICDPPYGVRAGGRKSGGRKLLKG VAPYT PDDKRTDHIPSTAAYSLVECVHDLLD
Sbjct: 301 FDAIICDPPYGVRAGGRKSGGRKLLKGIVAPYTXPDDKRTDHIPSTAAYSLVECVHDLLD 360

Query: 361 LAARMLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSRVLLTMVKRS 420
           LAARMLVMGGRLVFFYPVLREEDC FNQFPEHPCF LISSSEQILSSRYSRVLLTMVKR+
Sbjct: 361 LAARMLVMGGRLVFFYPVLREEDCAFNQFPEHPCFTLISSSEQILSSRYSRVLLTMVKRN 420

Query: 421 SYTEEIAEAARLKHEEFRENHLKWLEDGNLHSAVFSPATDPDLAVSGNGNVSKDPKPKYR 480
           SYTEE+AEA+RLKHEEFRENHLKWLEDGNLHSAVFSPA DP+LAV+GNG+V +DPKPKYR
Sbjct: 421 SYTEELAEASRLKHEEFRENHLKWLEDGNLHSAVFSPA-DPELAVAGNGSVGRDPKPKYR 480

[Close]

BLAST of Lcy05g016960 vs. ExPASy TrEMBL
Match: A0A5A7TF32 (tRNA (Guanine(10)-N2)-methyltransferase-like protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold67G003460 PE=4 SV=1)

HSP 1 Score: 852.4 bits (2201), Expect = 8.9e-244
Identity = 409/452 (90.49%), Postives = 433/452 (95.80%), Query Frame = 0


Query: 16  KAEVESLAELFGENGHQKEGKLEWRLPLHHHPDSPFHFVDLSSDDLARNIANRSILVKGM 75
           K EVESLAELFGENG  K  KLEW+LPLHHHPDSPFHFVDLSSDD+AR+IANR   +KGM
Sbjct: 130 KTEVESLAELFGENGDHKGKKLEWKLPLHHHPDSPFHFVDLSSDDIARSIANR---MKGM 189

Query: 76  YELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGKAISFEEQNERIRGLAY 135
           YELWG+GSDY+ELEESIRN+PEERK P+LQ GSSFKISVESFGKAISF+EQNERI+GLAY
Sbjct: 190 YELWGQGSDYEELEESIRNFPEERKFPYLQPGSSFKISVESFGKAISFQEQNERIQGLAY 249

Query: 136 IPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREVGGADRKLIPTYQLKSR 195
           IPFKG+VNL++PDHKFCL+E ADYGLNNGLPPIAQRRIFFGREVGGADRKLIPTYQLKSR
Sbjct: 250 IPFKGQVNLKSPDHKFCLLETADYGLNNGLPPIAQRRIFFGREVGGADRKLIPTYQLKSR 309

Query: 196 TYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAHFGAMTMGADIDIRVIR 255
           TYLGPTAMDAEMAFLMANQ+LAT+GKLV+DPFVGTGSILV AAHFGAMTMGADIDIRV+R
Sbjct: 310 TYLGPTAMDAEMAFLMANQALATSGKLVFDPFVGTGSILVGAAHFGAMTMGADIDIRVVR 369

Query: 256 DGRGPDCNVWSNFKQYGLPPPIALLRADNNRPPWRPGLKEIFDAIICDPPYGVRAGGRKS 315
           DGRGPDCNVWSNFKQYGLPPPIALLRADNN PPWRPGLKEIFDAIICDPPYGVRAGGRKS
Sbjct: 370 DGRGPDCNVWSNFKQYGLPPPIALLRADNNLPPWRPGLKEIFDAIICDPPYGVRAGGRKS 429

Query: 316 GGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLDLAARMLVMGGRLVFFYPVL 375
           GGRKLLKG VAPYTVPDDKRTDHIPSTA+YSLVECVHDLLDLAA+MLVMGGRLVFFYP+L
Sbjct: 430 GGRKLLKGIVAPYTVPDDKRTDHIPSTASYSLVECVHDLLDLAAKMLVMGGRLVFFYPML 489

Query: 376 REEDCVFNQFPEHPCFALISSSEQILSSRYSRVLLTMVKRSSYTEEIAEAARLKHEEFRE 435
           REEDCVFNQFPEHPCF LISSSEQILSSRYSRVLLTMVKRSSYTEEIAEAARLKHEEFRE
Sbjct: 490 REEDCVFNQFPEHPCFTLISSSEQILSSRYSRVLLTMVKRSSYTEEIAEAARLKHEEFRE 549

Query: 436 NHLKWLEDGNLHSAVFSPATDPDLAVSGNGNV 468
           NHLKWLEDGNLHSAVFSP+ +  L V+GNGNV
Sbjct: 550 NHLKWLEDGNLHSAVFSPSVNRQLGVAGNGNV 578

[Close]

BLAST of Lcy05g016960 vs. NCBI nr
Match: XP_038888658.1 (tRNA (guanine(10)-N2)-methyltransferase homolog [Benincasa hispida])

HSP 1 Score: 935.3 bits (2416), Expect = 2.2e-268
Identity = 448/480 (93.33%), Postives = 466/480 (97.08%), Query Frame = 0


Query: 1   MWYLCVFYHRLLDYRKAEVESLAELFGENGHQKEGKLEWRLPLHHHPDSPFHFVDLSSDD 60
           MWYLCVFYHRLLDYRKAEVESLAELFG NG  K  KLEW+LPLHHHPDSPFHFVDLSSDD
Sbjct: 1   MWYLCVFYHRLLDYRKAEVESLAELFGGNGDHKGEKLEWKLPLHHHPDSPFHFVDLSSDD 60

Query: 61  LARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGKA 120
           LARNIANRSILVKGMYELWGEGSDY+ELEESIRNYPEERKSP+LQ GSSFKISVESFGKA
Sbjct: 61  LARNIANRSILVKGMYELWGEGSDYEELEESIRNYPEERKSPYLQPGSSFKISVESFGKA 120

Query: 121 ISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREVG 180
           ISF+EQNERI+GLAYIPFKG+V+L++PDHKFCLME AD+GLNNGLPPI+QRRIFFGREVG
Sbjct: 121 ISFQEQNERIQGLAYIPFKGQVSLKSPDHKFCLMETADHGLNNGLPPISQRRIFFGREVG 180

Query: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAHF 240
           GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQ+LATAGKLVYDPFVGTGSILV AAHF
Sbjct: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQALATAGKLVYDPFVGTGSILVGAAHF 240

Query: 241 GAMTMGADIDIRVIRDGRGPDCNVWSNFKQYGLPPPIALLRADNNRPPWRPGLKEIFDAI 300
           GAMTMGADIDIRV+RDGRGPDCNVWSNFKQYGLPPPI LLRADNNRPPWRPGLKE+FDAI
Sbjct: 241 GAMTMGADIDIRVVRDGRGPDCNVWSNFKQYGLPPPIVLLRADNNRPPWRPGLKEMFDAI 300

Query: 301 ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLDLAAR 360
           ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLDLAA+
Sbjct: 301 ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLDLAAK 360

Query: 361 MLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSRVLLTMVKRSSYTE 420
           MLVMGGRLVFFYPVLREEDCVFNQFPEHPCF LISSSEQILSSRYSRVLLTMVKRSSYTE
Sbjct: 361 MLVMGGRLVFFYPVLREEDCVFNQFPEHPCFTLISSSEQILSSRYSRVLLTMVKRSSYTE 420

Query: 421 EIAEAARLKHEEFRENHLKWLEDGNLHSAVFSPATDPDLAVSGNGNVSKDPKPKYRGKYV 480
           E+AEAARLKHEEFRENHLKWLEDGNLHSAVFSP+TD  LAV GN N+SKDPKPKYRGKYV
Sbjct: 421 EMAEAARLKHEEFRENHLKWLEDGNLHSAVFSPSTDSQLAVGGNCNLSKDPKPKYRGKYV 480

[Close]

BLAST of Lcy05g016960 vs. NCBI nr
Match: XP_031744574.1 (tRNA (guanine(10)-N2)-methyltransferase homolog [Cucumis sativus])

HSP 1 Score: 931.4 bits (2406), Expect = 3.1e-267
Identity = 443/480 (92.29%), Postives = 466/480 (97.08%), Query Frame = 0


Query: 1   MWYLCVFYHRLLDYRKAEVESLAELFGENGHQKEGKLEWRLPLHHHPDSPFHFVDLSSDD 60
           MWYLCVFYHRLLDYRKAEVESLAELFGENG  K  KLEW+LPLHHHPDSPFHFVDLSSDD
Sbjct: 1   MWYLCVFYHRLLDYRKAEVESLAELFGENGDHKGKKLEWKLPLHHHPDSPFHFVDLSSDD 60

Query: 61  LARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGKA 120
           +ARNIANRSILVKGMYELWG+GSDY+ELEESIRN+PEERKSP+LQ GSSFKISVESFGKA
Sbjct: 61  IARNIANRSILVKGMYELWGQGSDYEELEESIRNFPEERKSPYLQPGSSFKISVESFGKA 120

Query: 121 ISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREVG 180
           ISF+EQNERI+GLAYIPFKG+VNL++PDHKFCL+E ADYGLNNGLPPIAQRRIFFGREVG
Sbjct: 121 ISFQEQNERIQGLAYIPFKGQVNLKSPDHKFCLLETADYGLNNGLPPIAQRRIFFGREVG 180

Query: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAHF 240
           GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQ+LAT+GKLV+DPFVGTGSILV AAHF
Sbjct: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQALATSGKLVFDPFVGTGSILVGAAHF 240

Query: 241 GAMTMGADIDIRVIRDGRGPDCNVWSNFKQYGLPPPIALLRADNNRPPWRPGLKEIFDAI 300
           GAMTMGADIDIRV+RDGRGPDCNVWSNFKQYGLPPPIALLRADNN PPWRPGLKEIFDAI
Sbjct: 241 GAMTMGADIDIRVVRDGRGPDCNVWSNFKQYGLPPPIALLRADNNLPPWRPGLKEIFDAI 300

Query: 301 ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLDLAAR 360
           ICDPPYGVRAGGRKSGGRKLLKG VAPYTVPDDKRTDHIPSTA+YSLVECVHDLLDLAA+
Sbjct: 301 ICDPPYGVRAGGRKSGGRKLLKGIVAPYTVPDDKRTDHIPSTASYSLVECVHDLLDLAAK 360

Query: 361 MLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSRVLLTMVKRSSYTE 420
           MLVMGGRLVFFYP+LREEDCVFNQFPEHPCF  ISSSEQILSSRYSRVLLTMVKRSSYTE
Sbjct: 361 MLVMGGRLVFFYPMLREEDCVFNQFPEHPCFTSISSSEQILSSRYSRVLLTMVKRSSYTE 420

Query: 421 EIAEAARLKHEEFRENHLKWLEDGNLHSAVFSPATDPDLAVSGNGNVSKDPKPKYRGKYV 480
           E+AEAARLKHEEFRENHLKWLEDGNLHSAVFSP+ +P L V+GNGNVSKDPKPKYRGKYV
Sbjct: 421 EMAEAARLKHEEFRENHLKWLEDGNLHSAVFSPSVNPQLGVAGNGNVSKDPKPKYRGKYV 480

[Close]

BLAST of Lcy05g016960 vs. NCBI nr
Match: XP_008447182.1 (PREDICTED: tRNA (guanine(10)-N2)-methyltransferase homolog [Cucumis melo])

HSP 1 Score: 925.6 bits (2391), Expect = 1.7e-265
Identity = 441/480 (91.88%), Postives = 464/480 (96.67%), Query Frame = 0


Query: 1   MWYLCVFYHRLLDYRKAEVESLAELFGENGHQKEGKLEWRLPLHHHPDSPFHFVDLSSDD 60
           MWYLCVFYHRLLDYRK EVESLAELFGENG  K  KLEW+LPLHHHPDSPFHFVDLSSDD
Sbjct: 1   MWYLCVFYHRLLDYRKTEVESLAELFGENGDHKGKKLEWKLPLHHHPDSPFHFVDLSSDD 60

Query: 61  LARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGKA 120
           +AR+IANRSILVKGMYELWG+GSDY+ELEESIRN+PEERK P+LQ GSSFKISVESFGKA
Sbjct: 61  IARSIANRSILVKGMYELWGQGSDYEELEESIRNFPEERKFPYLQPGSSFKISVESFGKA 120

Query: 121 ISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREVG 180
           ISF+EQNERI+GLAYIPFKG+VNL++PDHKFCL+E ADYGLNNGLPPIAQRRIFFGREVG
Sbjct: 121 ISFQEQNERIQGLAYIPFKGQVNLKSPDHKFCLLETADYGLNNGLPPIAQRRIFFGREVG 180

Query: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAHF 240
           GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQ+LAT+GKLV+DPFVGTGSILV AAHF
Sbjct: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQALATSGKLVFDPFVGTGSILVGAAHF 240

Query: 241 GAMTMGADIDIRVIRDGRGPDCNVWSNFKQYGLPPPIALLRADNNRPPWRPGLKEIFDAI 300
           GAMTMGADIDIRV+RDGRGPDCNVWSNFKQYGLPPPIALLRADNN PPWRPGLKEIFDAI
Sbjct: 241 GAMTMGADIDIRVVRDGRGPDCNVWSNFKQYGLPPPIALLRADNNLPPWRPGLKEIFDAI 300

Query: 301 ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLDLAAR 360
           ICDPPYGVRAGGRKSGGRKLLKG VAPYTVPDDKRTDHIPSTA+YSLVECVHDLLDLAA+
Sbjct: 301 ICDPPYGVRAGGRKSGGRKLLKGIVAPYTVPDDKRTDHIPSTASYSLVECVHDLLDLAAK 360

Query: 361 MLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSRVLLTMVKRSSYTE 420
           MLVMGGRLVFFYP+LREEDCVFNQFPEHPCF LISSSEQILSSRYSRVLLTMVKRSSYTE
Sbjct: 361 MLVMGGRLVFFYPMLREEDCVFNQFPEHPCFTLISSSEQILSSRYSRVLLTMVKRSSYTE 420

Query: 421 EIAEAARLKHEEFRENHLKWLEDGNLHSAVFSPATDPDLAVSGNGNVSKDPKPKYRGKYV 480
           EIAEAARLKHEEFRENHLKWLEDGNLHSAVFSP+ +  L V+GNGNVSKDPKPKYRGKYV
Sbjct: 421 EIAEAARLKHEEFRENHLKWLEDGNLHSAVFSPSVNRQLGVAGNGNVSKDPKPKYRGKYV 480

[Close]

BLAST of Lcy05g016960 vs. NCBI nr
Match: XP_022932935.1 (tRNA (guanine(10)-N2)-methyltransferase homolog [Cucurbita moschata] >XP_023511692.1 tRNA (guanine(10)-N2)-methyltransferase homolog [Cucurbita pepo subsp. pepo])

HSP 1 Score: 924.9 bits (2389), Expect = 2.9e-265
Identity = 441/480 (91.88%), Postives = 462/480 (96.25%), Query Frame = 0


Query: 1   MWYLCVFYHRLLDYRKAEVESLAELFGENGHQKEGKLEWRLPLHHHPDSPFHFVDLSSDD 60
           MWYLCVFYHRLLDYRKAEVESLAELFGENG  K GKLEW+LPLHHHPDSPFHFVDLSSDD
Sbjct: 1   MWYLCVFYHRLLDYRKAEVESLAELFGENGDHKGGKLEWKLPLHHHPDSPFHFVDLSSDD 60

Query: 61  LARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGKA 120
           +AR+IANRSILVKGMYELWG GSDY+EL+ESIRN+PEERKSP+LQ GS+FKISVESFGKA
Sbjct: 61  IARSIANRSILVKGMYELWGVGSDYEELQESIRNFPEERKSPYLQQGSTFKISVESFGKA 120

Query: 121 ISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREVG 180
           ISF+EQNERI+GLAYIPFKG+VNLRNPDHKF LME ADYGLNNGLPP+AQR IFFGREVG
Sbjct: 121 ISFQEQNERIQGLAYIPFKGQVNLRNPDHKFSLMEAADYGLNNGLPPVAQRTIFFGREVG 180

Query: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAHF 240
           GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQ+LAT GKLVYDPFVGTGSILV AAHF
Sbjct: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQALATPGKLVYDPFVGTGSILVGAAHF 240

Query: 241 GAMTMGADIDIRVIRDGRGPDCNVWSNFKQYGLPPPIALLRADNNRPPWRPGLKEIFDAI 300
           GAMTMGADIDIRV+RDGRGPDCNVWSNFKQYGLPPPI+LLRADNN PPWRPGLKEIFDAI
Sbjct: 241 GAMTMGADIDIRVVRDGRGPDCNVWSNFKQYGLPPPISLLRADNNLPPWRPGLKEIFDAI 300

Query: 301 ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLDLAAR 360
           ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLL+LAA+
Sbjct: 301 ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLNLAAK 360

Query: 361 MLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSRVLLTMVKRSSYTE 420
           MLVMGGRLVFFYPVLREEDCVFNQFPEHPCF LISSSEQILSSRYSRVLLTMVK SSYTE
Sbjct: 361 MLVMGGRLVFFYPVLREEDCVFNQFPEHPCFTLISSSEQILSSRYSRVLLTMVKHSSYTE 420

Query: 421 EIAEAARLKHEEFRENHLKWLEDGNLHSAVFSPATDPDLAVSGNGNVSKDPKPKYRGKYV 480
           E+AEAA+LKHEEFRENHLKWLEDGNLHSAVFSP  DP LAV+GN N +KDPKPKYRGKYV
Sbjct: 421 EMAEAAKLKHEEFRENHLKWLEDGNLHSAVFSPTIDPQLAVAGNCNATKDPKPKYRGKYV 480

[Close]

BLAST of Lcy05g016960 vs. NCBI nr
Match: KAG7011460.1 (tRNA (guanine(10)-N2)-methyltransferase-like protein [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 923.7 bits (2386), Expect = 6.5e-265
Identity = 440/480 (91.67%), Postives = 462/480 (96.25%), Query Frame = 0


Query: 1   MWYLCVFYHRLLDYRKAEVESLAELFGENGHQKEGKLEWRLPLHHHPDSPFHFVDLSSDD 60
           MWYLCVFYHRLLDYRKAEVESLAELFGENG+ K GKLEW+LPLHHHPDSPFHFVDLSSDD
Sbjct: 1   MWYLCVFYHRLLDYRKAEVESLAELFGENGNHKGGKLEWKLPLHHHPDSPFHFVDLSSDD 60

Query: 61  LARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGKA 120
           +AR+IANRSILVKGMYELWG GSDY+EL+ESIRN+PEERKSP+LQ GS+FKISVESFGKA
Sbjct: 61  IARSIANRSILVKGMYELWGVGSDYEELQESIRNFPEERKSPYLQQGSTFKISVESFGKA 120

Query: 121 ISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREVG 180
           ISF+EQNERI+GLAYIPFKG VNLRNPDHKF LME ADYGLNNGLPP+AQR IFFGREVG
Sbjct: 121 ISFQEQNERIQGLAYIPFKGLVNLRNPDHKFSLMEAADYGLNNGLPPVAQRTIFFGREVG 180

Query: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAHF 240
           GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQ+LAT GKLVYDPFVGTGSILV AAHF
Sbjct: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQALATPGKLVYDPFVGTGSILVGAAHF 240

Query: 241 GAMTMGADIDIRVIRDGRGPDCNVWSNFKQYGLPPPIALLRADNNRPPWRPGLKEIFDAI 300
           GAMTMGADIDIRV+RDGRGPDCNVWSNFKQYGLPPPI+LLRADNN PPWRPGLKEIFDAI
Sbjct: 241 GAMTMGADIDIRVVRDGRGPDCNVWSNFKQYGLPPPISLLRADNNLPPWRPGLKEIFDAI 300

Query: 301 ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLDLAAR 360
           ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLL+LAA+
Sbjct: 301 ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLNLAAK 360

Query: 361 MLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSRVLLTMVKRSSYTE 420
           MLVMGGRLVFFYPVLREEDCVFNQFPEHPCF L+SSSEQILSSRYSRVLLTMVK SSYTE
Sbjct: 361 MLVMGGRLVFFYPVLREEDCVFNQFPEHPCFTLLSSSEQILSSRYSRVLLTMVKHSSYTE 420

Query: 421 EIAEAARLKHEEFRENHLKWLEDGNLHSAVFSPATDPDLAVSGNGNVSKDPKPKYRGKYV 480
           E+AEAA+LKHEEFRENHLKWLEDGNLHSAVFSP  DP LAV+GN N +KDPKPKYRGKYV
Sbjct: 421 EMAEAAKLKHEEFRENHLKWLEDGNLHSAVFSPTIDPQLAVAGNCNATKDPKPKYRGKYV 480

[Close]

BLAST of Lcy05g016960 vs. TAIR 10
Match: AT3G26410.1 (methyltransferases;nucleic acid binding )

HSP 1 Score: 757.3 bits (1954), Expect = 7.5e-219
Identity = 365/480 (76.04%), Postives = 414/480 (86.25%), Query Frame = 0


Query: 1   MWYLCVFYHRLLDYRKAEVESLAELFGENGHQKEGKLEWRLPLHHHPDSPFHFVDLSSDD 60
           MW+LCVFYHRLLD+RK EVE+LAELFGE   + E  L+WRLP +HH D+PFHFV LSS++
Sbjct: 1   MWFLCVFYHRLLDFRKPEVEALAELFGEEIAENE-SLQWRLPENHHNDTPFHFVQLSSEE 60

Query: 61  LARNIANRSILVKGMYELWGEGSDYDELEESIRNYPEERKSPFLQSGSSFKISVESFGKA 120
           +ARNIA RSILVKGMYELWGEG+ Y+EL++SI++YP+ RK PFL S S+F+ISVE+FGKA
Sbjct: 61  IARNIAKRSILVKGMYELWGEGTCYEELKDSIQSYPDSRKLPFLTSDSTFRISVETFGKA 120

Query: 121 ISFEEQNERIRGLAYIPFKGRVNLRNPDHKFCLMEMADYGLNNGLPPIAQRRIFFGREVG 180
           ++F+EQ +RI+   YIPF+GRVNL+NPDH F LMEM +   NNGL PI QRRIFFGREVG
Sbjct: 121 LTFDEQKDRIQSFTYIPFEGRVNLKNPDHNFFLMEMIESEENNGLQPILQRRIFFGREVG 180

Query: 181 GADRKLIPTYQLKSRTYLGPTAMDAEMAFLMANQSLATAGKLVYDPFVGTGSILVAAAHF 240
            ADRKL+PT+QLKSRTYLGPTAMDAEMAFLMANQ+ AT+GKLVYDPFVGTGSILV+AA F
Sbjct: 181 FADRKLLPTFQLKSRTYLGPTAMDAEMAFLMANQAKATSGKLVYDPFVGTGSILVSAARF 240

Query: 241 GAMTMGADIDIRVIRDGRGPDCNVWSNFKQYGLPPPIALLRADNNRPPWRPGLKEIFDAI 300
           GAMTMGADIDIRV+RDGRGPDCNVWSNFKQYGLP P+ALLR DNN PPWR GLKEIFDAI
Sbjct: 241 GAMTMGADIDIRVVRDGRGPDCNVWSNFKQYGLPMPVALLRMDNNVPPWRSGLKEIFDAI 300

Query: 301 ICDPPYGVRAGGRKSGGRKLLKGTVAPYTVPDDKRTDHIPSTAAYSLVECVHDLLDLAAR 360
           ICDPPYGVRAGGRKSGGRK+L+GTV PYTVPDDKRTDHIPST AYSLVECVHDLL LAAR
Sbjct: 301 ICDPPYGVRAGGRKSGGRKILRGTVDPYTVPDDKRTDHIPSTGAYSLVECVHDLLHLAAR 360

Query: 361 MLVMGGRLVFFYPVLREEDCVFNQFPEHPCFALISSSEQILSSRYSRVLLTMVKRSSYTE 420
           MLVM GRLVFF+PVLR+E     +FPEHPCF L++ SEQILSSRYSRVLLTMVK   Y+E
Sbjct: 361 MLVMKGRLVFFFPVLRDETGSEVKFPEHPCFKLVAVSEQILSSRYSRVLLTMVKVEPYSE 420

Query: 421 EIAEAARLKHEEFRENHLKWLEDGNLHSAVFSPATDPDLAVSGNGNVSKDPKPKYRGKYV 480
           E+ EAARL H EFRENHLKWLEDGN+HS++F P       +  +    KDPKPKYRGKYV
Sbjct: 421 EVEEAARLMHLEFRENHLKWLEDGNIHSSIFKPIDSSQ--IDTDSKAFKDPKPKYRGKYV 477

The following BLAST results are available for this feature:

BLAST of Lcy05g016960 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q5R962	2.9e-82	39.08	tRNA (guanine(10)-N2)-methyltransferase homolog OS=Pongo abelii OX=9601 GN=TRMT1...	[more]
Q7Z4G4	8.4e-82	38.43	tRNA (guanine(10)-N2)-methyltransferase homolog OS=Homo sapiens OX=9606 GN=TRMT1...	[more]
Q7TNK6	8.4e-82	38.57	tRNA (guanine(10)-N2)-methyltransferase homolog OS=Rattus norvegicus OX=10116 GN...	[more]
Q05B63	1.4e-81	38.07	tRNA (guanine(10)-N2)-methyltransferase homolog OS=Bos taurus OX=9913 GN=TRMT11 ...	[more]
Q9CWH5	2.1e-80	37.42	tRNA (guanine(10)-N2)-methyltransferase homolog OS=Mus musculus OX=10090 GN=Trmt...	[more]

BLAST of Lcy05g016960 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3BG98	8.3e-266	91.88	tRNA (Guanine(10)-N2)-methyltransferase homolog OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A6J1F3J0	1.4e-265	91.88	tRNA (Guanine(10)-N2)-methyltransferase homolog OS=Cucurbita moschata OX=3662 GN...	[more]
A0A6J1ICG5	5.0e-263	91.04	tRNA (Guanine(10)-N2)-methyltransferase homolog OS=Cucurbita maxima OX=3661 GN=L...	[more]
A0A6J1D5Q5	1.4e-260	91.12	tRNA (Guanine(10)-N2)-methyltransferase homolog OS=Momordica charantia OX=3673 G...	[more]
A0A5A7TF32	8.9e-244	90.49	tRNA (Guanine(10)-N2)-methyltransferase-like protein OS=Cucumis melo var. makuwa...	[more]

BLAST of Lcy05g016960 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038888658.1	2.2e-268	93.33	tRNA (guanine(10)-N2)-methyltransferase homolog [Benincasa hispida]	[more]
XP_031744574.1	3.1e-267	92.29	tRNA (guanine(10)-N2)-methyltransferase homolog [Cucumis sativus]	[more]
XP_008447182.1	1.7e-265	91.88	PREDICTED: tRNA (guanine(10)-N2)-methyltransferase homolog [Cucumis melo]	[more]
XP_022932935.1	2.9e-265	91.88	tRNA (guanine(10)-N2)-methyltransferase homolog [Cucurbita moschata] >XP_0235116...	[more]
KAG7011460.1	6.5e-265	91.67	tRNA (guanine(10)-N2)-methyltransferase-like protein [Cucurbita argyrosperma sub...	[more]

BLAST of Lcy05g016960 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G26410.1	7.5e-219	76.04	methyltransferases;nucleic acid binding	[more]

InterPro

Analysis Name: InterPro Annotations of Sponge gourd (P93075) v1
Date Performed: 2021-12-06


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	GENE3D	3.40.50.150	Vaccinia Virus protein VP39	coord: 193..385 e-value: 7.6E-27 score: 96.0
None	No IPR available	PIRSF	PIRSF017259	tRNA_Mtase_TRM11	coord: 1..454 e-value: 2.6E-140 score: 466.2
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 461..480
None	No IPR available	PANTHER	PTHR13370:SF19	SUBFAMILY NOT NAMED	coord: 1..462
None	No IPR available	PANTHER	PTHR13370	RNA METHYLASE-RELATED	coord: 1..462
None	No IPR available	CDD	cd02440	AdoMet_MTases	coord: 223..306 e-value: 0.00128142 score: 36.6391
IPR000241	Putative RNA methylase domain	PFAM	PF01170	UPF0020	coord: 194..316 e-value: 1.2E-10 score: 41.5
IPR002052	DNA methylase, N-6 adenine-specific, conserved site	PROSITE	PS00092	N6_MTASE	coord: 300..306
IPR016691	tRNA guanosine-2'-O-methyltransferase, TRM11	PROSITE	PS51627	SAM_MT_TRM11	coord: 3..480 score: 136.615662
IPR029063	S-adenosyl-L-methionine-dependent methyltransferase	SUPERFAMILY	53335	S-adenosyl-L-methionine-dependent methyltransferases	coord: 206..421

Relationships

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


Feature Name	Unique Name	Type
Lcy05g016960.1	Lcy05g016960.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0030488	tRNA methylation
biological_process	GO:0032259	methylation
cellular_component	GO:0005737	cytoplasm
molecular_function	GO:0003676	nucleic acid binding
molecular_function	GO:0004809	tRNA (guanine-N2-)-methyltransferase activity
molecular_function	GO:0008168	methyltransferase activity