Lcy02g000010.1 (mRNA) Sponge gourd (P93075) v1

Overview


Name	Lcy02g000010.1
Type	mRNA
Organism	Luffa cylindrica cv. P93075 (Sponge gourd (P93075) v1)
Description	histidine protein methyltransferase 1 homolog
Location	Chr02: 127176 .. 142060 (+)
Sequence length	547
RNA-Seq Expression	Lcy02g000010.1
Synteny	Lcy02g000010.1

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonCDSpolypeptidethree_prime_UTR

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

CTCCACCTCGCTCAGACTTCGGGCTCCGCGAAGCGTCTCTCATGGCGACTAACCGCACGACCGTGTCTCCCCCGTCAACTCTTCGCTCCGCCGCTCTATGGAGATCTCCGGACCCTTCGCTTCGGTATGACTTTCTCCGTCTTCTGTTTTCAATGATTAAACCCTAGAAAACAAGGGTTTAAGAAAGTTGTAAGAGTTGTTTCCTCTGATTTTTCTAGCTTTACTATCTTAAGATTTCTGTTCAAATTACATAAATGTACTTAATGCTGTTTATCTTTCTAATTTCTATAGGGACGGGTCAGCACTCAGGAGGTTTTTTCCTTGTCCAACTCTGATTTAGTTCCTGGTAAATATGAAGGTAATTGGATGTCTAATTGGTAAATCCCTGGTTCCTCTGCTCTCCCTCGGACCTTCGGTTTTTGTGTTGAAAAATCATGCATCTGGATTATGGCAAAATACATACTGATGAATGCATGTACTTTGTGGGTTGTAGGGGGGCTTAAGTTATGGGAAGGCGCATTAGATCTTGTCAAAGCTCTTTGTGGAGAAATTGAAAATGGGGATTTTTCATTTTCTGGGAAGCGAGTTCTAGAGGTGGGCATCTTAACATTCAGGTGATTCTATGTTGTCTGGAGATTGTATGCAAACTCATCTACAATGCTAAATAATGTTCTAAGAGCATTTTGATCATTCGTTTGTGGATAGACTGGTTGTAATCTATTATTTAAGCCTCAAAACGTTTCCTCAAAGATGAAACTAATTGTTGTATTTTTGCTACTACTTGTGACTATGATTGTAGTAGATTGTAAGCTTTATTTAACATTTCTTATCAGAAATTTATGTCTGCTTTGAAATAAGACATTTCTAATAATTTTTCTGAGTAGGATAATTCATAAAGACAAATTTATCTTCAGGGCAACAGATTTTAATATCCTCATGCATATATTATTATCACATGGAATTGTATAGAAGAAATTTAGCTTGCACATATAATGTGATATTTATTTACTGTGTTGCAGACTTGCTATTGATTGAACTTTAGTTGATGATTATGAAAAATTTCATATTCAAGCAAACTATCATCCTTATCATTTTCTACAATGAAGTTTAAGTTCAAGTTTGACACCCAGTTTCTATGCAATCTGTAAAATATGCATAAAAAATAGATGACATATTTCTATATTAAAACAGCGTTCAAGGTTTTATTATGATCTTCTTATATGCTTTATTTTTTCTTTGATTACTTTGAGATTTTAATCAGGTTCTAACATGCAAGGAACTTGGTTTATTTTTTTGTGTTCAATTTTCCTAATTTTCGAGTATGGAATGTTTTCCTGTTCCTGATGTTAGTTGGGAAGGATCTTTCGATGCCCATTCTGGGAAAGGAAGTTTATTTTTGACATATATAAAATCTATTTCTCTGTTGTTAAACCAATGTTAGCGTTAGATTAGAACACTGTTTTTTTTTTAAGAATTGTTTTTTCGTGGTTTGATTTTAAGTGGTACTGAGATGATTCTGTGCCAACTAAATTGATTTTTCTTATCTTATTGTATCATATACTGCAAGCAATTATTGGCCCCATATTACTTGGGGCTGATATCTAATTGTCGATTTTATTATTGATGATTGCTCGTGAAAATAGCCCTGTTAATTACTTGATTCTGGTCTTTTTCATTGCTCTGCATATTTGTTGTAACTCAACTGATTGTTTCCTGGAATCTTGAGAGATTAACTATTAGGCAAGATTAATATATAACCCAAATTACATGAGAATGTTAATGTTTGTCTGAATTGATAGAAAGAGAGTTATAATGATGTATACTTTGTCTGCTCTTTGAACTGCAGGTGAAGGTATGATATTGATGCTGTTTTGTTGTGGGGTGTTATCTCCTTTAAATTACATATCTGAGTAATTGGAGGTTAGTATAGTATTGTAACTATCTATGTTTTTTAATTTTAAAGCAAATAACTATATATGCATTCCTGGTTAATGGTTTTTTTTAGTACAAACAGTTTGATGATTGACATATTATTAATTTGTTCATTAAAATTTCAGAAAATCAAATTCGAAAGTTCATGGAATATTATGAAAGAATGTATTAAAGCTTCAATCAGAATTGGTACGTTCTCAAACTCCAATCGCATTACATTATTTATGTTAGAACTGCATATGGAATGAAAGCACCACCAAGCCTAGTTATGATCAACAAACCCTTCCAAATTTTTTTCTTTCGTATATTTTTTCTCTTCAAAATTTGACTTTCTAACTTCTTTTATCTCCTAAATTCCCTCTTACTTTCCTCATACCATTTGTATTTTTCACTCCAAACTTTTCCTCTGGAATTCCTTTTCTAGAATTTATCTAAAATTTTTCAAAAACTCTTCAAGAAAACTTTTTTTAAAATTTTTTTTGTAATTTTTTTTTCACTTTCAAGCGTTTTCTTCAAAATTTTTGAAACCTCTTTTGTCTATTTTTTTGTTTCTTTCAAACATTTTCTCTTAAAAGATTTTCTCTTTCTAACTTGTGTTATCTCCAAAATGCTCTTTCCAAAGATTTTTCTAATTTATTTTTTACTTCCTAAATTGTTTTCTCTTAAAATTTATCCCTCACACATTTACTTTTATTCAAAAGTTGTCTCTTTTCCAACTTTCTTTCAAATCTTTTGTTCTTCAAATTTGTCTCTCTCGTTCCAACTTCTTTTATCCCAAAAGTTTCTTCTCTCTTAAAACTTTTCTAGAATTTATTCATGAATTTTTCACGAAAACTTTTTCTTTACATCGCCTTGTTTTTATCTCTTTAAAATAGCTTTCATAAATTCTTTTGTTTTGCCTCCAAATGCTTCTCTTTTTAAGGGTTTTTTTTTATTCTTAAAATTTTCCTTAAAACTTTTTCCGATTTAAAATTGTTTCTTGAAAATTTGCGTTTTCTTGATTTTTCTCACTTTCTAATGTTTTCTTAAAAATTTCTCTGTTTTCCAACCTTAGTTTTCTAAAAAATATCTCTTCAAAATTTTGCTTTCCACCTTTTCGAAATGCATCTCTTTTTAATATTTTCATTTAAAAGTTTTTATTTTATCTTTTTTCTAGAATTTATCTCCAAACCTTTTTTTCAAACTTCTCCAAAAAGTTTTACTTTTTCCTTATTCAAATGTTTCCTCTTTTAACTTCATCTCAAAATTTCTTTCAAATGTTTTCATTTTCCAAATGCTTCTAAGGTTTCTTTTCTTTAATTTGTCCATAAAACTTTTTCCTCTTTAAAACTGTATTTTCAAAATTTGCATTTTCTTGAATTTTCTCACTTTCAAATGTTTTCTTAAAAATTCCTCTGTTTTCCAACCTCAATTTTCCAAAACCTATCTCTTCAAAATCTTTTTAATATTTTTTATTAAAAATTTTTACTTAATTTTTTTTTCTAGAAATTATCTCATAACTTCTTTTTCAAACTTTTTCAACTTCAATTTTCTAAAAAATATCTCTTGAAAATGTTTATCTCTTTTTAATATTTTTACTGATTTTTTTTTCTAGAATTTATCTCAAAACCCTTTTTCAAAATTTTTTCTCCAAAACTTTTTTCCTTTTTCAAATATTTCCCTCTTTTAACTTCATTTCAAACGTTTTCATTTTCCAAATGCTTATCTTTTTTAAGTTTTTTTTTTCTTTAAACTTTTTTCGGTTTAAAATTGTTTCTTCAAAATTTGCGTTTTCTTGATTTCTCACTTTTCTTAAAAACTATTCTGTTTTCCAACCTCAGTTTTCTTCACCTTTTTTCAAATTTCTTTCTCCAAAAATGTTTCCTTTTTCAAATGTTTGCCTCTTTTAACTTCCATTTCAAATGTTTTCATCTTCCAAATGCCTCTCTTTTTACGTTTTGTTTTTCCTTAAAACTTTTTCCTGTTTAAAATTGTTTCTTCATAATTTGTGTTTTCTTGATTTTTCTCACTTTCAAAATGTTTTCTTAAAAACTTCTTATTTTTCCATCCTCAATTTTCTACGAAATCTCTTCAAAACCTGTCTTTCCAACTCCTTTTTTTCTTCTAATGTTTTCCTTTTCAAAATGCATCTCTTTTTAATAATTTTTTATTTAATGTTTTTACTTAAAAGTTTTCTCTCCAGAATTTTTACTTTTTTCCTAAATGTTTCCCTCTTTTTTAACTTCATCTCAAAATTTTCTTTCAAATGTTTTCATTTCCCAAATGCTTTTCTTTTTAAGGGTTTTTTTTTCCATAAAACTTTTTCCTTCAAAATGTTTTCTTAAAAACTTCTTATTTTTCCATCCTCAGTTTTCTAAAAAATCTCTTCAAAATTTGTCTTTTCAACTCCTTTTTATCTTCAAATGTTTTTCTTTTTAAAATGCATCTCTTTTTAAAATGTTTTGACTTTAAAGTTTTCTCTCCAAAATTTTTAGACCCCGTTTGATAACCATTTGGTTTTTAGTTTTTGGTTTTTCAAAATTATGCTTGTTTTCTCTTAATTTATTTACAATGATTTTCATCTTTGTTAGGGAGTCATTAGAGTTCTTAGGCAAATTCTTTAAAACATGGGAGGGAAGTAGGTAGCAAACCAAATAAATGTATAGGTGTTAGGAGGGTTTATAAGCTTAATTTTCAAAAACTAAAAACTAAAAACGAAATGGTTATCAAAAGGGGCCTTACTTTTTCCTTTTTCAAATGTTTCCCTCTTTTAACTTCATCCCAAAATTTTCTTTCAAATGTTTTCATATCCCAAATGCTTTTCTTTTCAAGGTTTTTTTTCTTAAATTTTCCTTAAAACTTTATCCTTTAAAATGTTTTCTTAAAAATTTCTTATTTTTCCATCCTCAGTTTTCTAAAAAATCTCTTCAAAACTTGTTTTTCCAACTTCTTTTTATCTTCATATGATTTCCTTTTCAAAAACATCTCTTTTTAAAATATTTATACTTAAAAGTTTTCTCTCCAAAATTTTTACTTTTTCCTTTTTCAAATGTTTCCCTCTTTTAACTTCACTCAAAATTTTCTTTCAATGCTTTTCTTTTTAAGGTTTTTTTTCCTTAAATTTTCCTTAACTTTTTCCTTCAAAATGTTTTCTTAAAAATTTCTCATTTTTCCATCCTCAGTTTTCTAAAAAATCTCTTCAAAACTTGTTTTTCCAACTTCTTTTTATCTTCAAATGTTTTCCTTTTCAAAATGAGATTTTTAATAATTTTTTATTAAATTTTTTTACTTAAAAGTTTTCTCTCCAAAATTTTTACTTTTTCCTTTTTCAAATGTTTCCCTCTTCATCCCAAGATTTTCATTTCCCAAATGCTTTTCTTTTTAAGGTTTTTTTTTCTTAAGTTTTCCTTAAAACTTTTCCTTTAAATTGTTTCTTCAAAATTTGTGTTTTCTTTATTTTTCTCAGTTTCAAATGTTTTCTTAAAATTTCTCATTTTCCCAACTTTCGTTTTCTAAAATTATCTCAAAACCTTTTTTCAAATTTTTTTCTCCAAAAATTTTTCCTTTTTCAAATTTTTTCCTCTTTTAACTTTGATTTCAAATGTTTTCATCTTCCAAATGCTTCTCTTTTTAAGTTTTTTTTCCTTAAACCTTTTTCTTGTTTAAAATTGTTTCTTCAAAATTTGCGTTTTCTTTATATTTCTCATTTTTCTATCCTCAGTTTTCTAAAAAATCTCTTCAAAACTTGTCTTTCCAACTCCTTTTTATCTTCAAATGTTTTCCTTTTTAATAATTTTTTATTCAAAGTTTTTACTTAAGTTTTCTCTCCAAAATTTTTACTTTTTCCTTTTTCAAATGTTTCCCCCTTTTAACTTCACTCAAAATTTTCTTTCAAATGTTTTCATTTCCCAAATGCTTTTCTTTTTAAGGTTTTTTTTCCTTAAATTTTCCTTAAAACTTTTTGCTTCAAAATGTTTTCTTACAAATTTCTCATTTTCCCATCCTCAGTTTTCTAAAAAATCTCTTCAAAACTTGTTTTTCCAACTTCTTTTTATCTTCAAATGTTTTCCTTTTCAAAATGCATCTCTTTTTAATAATTTTTTATTAAATGTTTTTACTTCAAAGTTTTCTCTCCAAATTTTTTACTTTTTCCTTTTTCAATTGTTTCTTCAAAATTTGTGTTTTCTTTATTTTTCTCACTTTCAAATGTTTTCTAAAAGTTTCTCTGTTTCCCAACTTTCTTTTTCTAAAATTATCTCTTGAAAACTTGTGTTTCCAACTTCTTTATCTTCAAATGTTTTCCTTTTGAAAATGTTCATCTCTTTTTAATATTTTTAGCAAATGTTTTTACTTACGTTTTTTCTAGAATGTATCTCAAAACCTTTTTTCAAATTTTGCTCTCCAAAAATGTTTCCTTTTCAAATGTTTTCCTCTTTTAACTTCCATTTCAAATGTTTTCATCTTCCAAATGCTTCTCTTTTTAAGTATTTTTTTTCCTTAAACCTTTTTCTTGTTTAAAATTGTTTCTTCAAAATTTGCGTTTTCTTTATATTTCTCATTTTTCTATCCTCAGTTTTCTAAAAAATCTCTTCAAAACTTGTCTTTCCAACTCCTTTCTATCTTCAAATGTTTTCCTTTTTAATAATTTTTTATTCAATGTTTTTACTTAAAAGTTTTCTCTCCAAAATTTTTACTCTTTCCTTTTTCAAATGTTTCCCTCTTTTAACTTCATCCTAAGATTTTCTTTCAAATGTTTTCATTTCCCAAATGCTTTTCTTTTTAAGGTTTTTTTTCTTAAATTTTCCTTAAAACTTTTCGTTTAAATTGTTTCTTCAAATTTGTGTTTTCTTTATTTTTCTCATTTTCAAATGTTTTCTTAAAATTTCTCTGTTTCCAACTTTCGTTTTCTAAAATTGAGAATGTTCATCTCTTTTTAATATTTTTTAGCAAACGTTTTTACCTACGTTTTTTCTAGAATGTATCTCAAAACTATTTTTCAAATTTTTTTCTCCAAAAATGTTTCCTTTTTCAAATGTTTTCCTCTTTTAACTTACATTTCAAATGTTTTCATCTTCCAAATGCTTCTCTTTTTAAGTTTTTTTTTTCCTTAAAACTTTTTCTTGTTTAAAATTGTTTCTTCAAAATTTGCGTTTTCTTTATATTTGTCAGTTTTATGTAGAATATTATATTATAGTTTTTCTCCTCTCTGTTGGTAAATTATGTTTTGTTTGATTTTCATTTTGCTTTCCTCTTCGATTTATTTTGCTTGGTTTTTATTTTTATGGTAAGTTTTATCTTATTTGGTTTAATATTTACTTATCAAGTTCAGGGTTTTATTTTGCTGTCTTTTATATGTGATTTTTTAAAAACTGATTTGTCAGTTTGTGCATTATATTTTGTAAAACCTTGACCATCTTTTATTTTTATATTTTGTTTAACATTTAATTATTAGTTTTTGGATAAATCTTTTCTTCTTTATTAAGGGTAGATCACTTCTTTTCTATATTTTATTCAATGTTTCATATCTTTTCGTCATTTTCTTTGTTGGTATTTTCCTCTCTCAATTTGTCACTTTTTTTTCTTTGTTGACAAATTATGAGATTGTTTCATATTTACTCCTTTTTGATGTGTCAATTTTTTTTTTTATTGATTTGTTAGTTTTACGTATTTATTTTGTTTCATCTCGACTATTTTTAATTTTATGGATTGTTCAAATTCTCTTTATTAGCAATTTATGAGTTGGTGGATTTTCATTTTATTTGATATTATGTAATTTCTAATTTTTTTATATGCAATATGTAAAATTTGTCTTTCTTTGTTGACATTTTCTACTAGCATTATGCTTTTTCAATGCATGGATTTGTTCAACTCTTTGTTGACAAATTATGAGATTCTTCTATTTTTTTAATGTTTAATTTGTCTTTTTTGTGACTGTAGTTTATTTCTTCGTATTTTACTTAGTTATGTTTAAAATTATCCGTATGTTTTTGTTGATTTGTTACTCCTATATAGAGTACTATATTTTATTTCTCCTCTATTGTTTTTTATTTATTTATTTTTTTAACGTTAGATTATTAATTCTAGTAGTCTTGTTTTGGATATTTTAATTTAATCTATCTATTTTCACTTTGCTCTGTGTTTTAGATTCGATACTTCCATTGCATTGTGCTTTGGAGCATAATGGATATTATGAATTGTTGTGTCTTTCTTATTTGACAGATAACTTGATACTTTTTTTATATTGATTTTCCAGTTTTACATATCAATCTTCTCCTTTTCTTTTATGTGTCAACCATCTAGTTTCACTTTTTAATACTAGTTTGTTGGGTGTTAGATTCGATACGTAAGTATTGCCCTTGCATTGTGCTTTGGAGCATAATGGATATTATTGTTTTCTTTCGTATTTGACAGGCTTTTGATTTTTACCTTCCTTTTCTATTTATTTTGTTGGTTTTATTATCATTTAGTGGTAAGTTTTATCTTATTTGGTTTAATATTTCCCTATCAAGTTTAGGGTTTTATTTTGCTTTGTTTCATATGTGTGATTTTTAAAATGATTTGAGTTGTGCATTATGTATAATTTAGTTCTTTGTTGGCTTGATGTTGTAGTACTATGTTTTTAAATTATAATCCTTGATTTTCATTTTATTTCCTCTTGAACTATGCTTTAAAATGATTTGAGTTGTGCATTATGTATAATTTAGTTTTTTGTTGGCTTGATGTTGTAGTACTATGTTTTTAAATTATAATCCTTGATTTTCATTTTATTTCCTCTTGAACTATGCTTTAAAAGCAGGGATACTTGTAGAAAAGCTTCTTCAATTTTTTTTTTGTAGTGGGTAGATTTGAGGTAATTTAAGACAAATTGATTGACCGGGAATCAGTTTTCCTATATTTCACCTGATCTCTATCTTAATTTTTTTGAACTTTGTTCTTTTGCTATAATGTTTACCCTCTCTTTTTCCAACTTCATTTTCTATTTCATCTCTATTATCCTATTTGTAATGTTTATCCTCTTCTCTTCTAACTGTATTTTCATTTTCCTATATTTGCTATTTGTAATGTTTATCTGGTTGAGTAGTTTTGTTGGCGACCTAAAAGTTCTAGTCTTCTTAGTTGATCCCCTGCACTTTCCATTTTGCAGCAGTCAACTCAATATTTTAAATGAATTTTATCTGTCTCGGCATCCTTTGTTGGGGTTGAGTTACTTGAACCAATATCTTGTTTTTATTTTTTTATTCGTTGCAGATTAGTTTCCTTTTGTACTTGTTTCATTTTATTTGATTCTCCACTTTTTAGATCTCTTTTATAGAGAACTTGCAGAATTCATTTTTCTCTTGGCATGTTGCATTTGTGCACCAAGCTTTGAAATGGTCTGTTCAATTTGTCACTATTTTTCCTTGTTGACTGACAAATTATGAGATTGTTTGTTTCCCTTCCGTCTCAACTTCTCGTTTCACTTTTTTAGAATTTTAGTTGCTTGGTTTTAGATTTGATACTTTGTTTGATTGATTTGGGGCAAAAACACTTAGGAAGGTTTGATGAAAATCCTTTGTTTAGTTTTGTTTTTCTTGAATACAACTGCAAATTTGTGAGTTACTTGAATCTTCATGACAGGAGACAAGTTCTTCCGGGTGTTTCAGATCTTTTGGATTACGTTCAGGTATTGTACTGCAGAGTATTGTTTGGAAGTTTTCAAACAATTCAAGTTGTTGATTGCTAATTCTCTGCAAAAACACTCTGAGACTTAATGTTAATTGTCGATGTTACAGGTTGACGGAACTTTTCCTAATGGGACTAAGTTAATCACCGTTCATAAGTCCATTGATGCAGAAAATGGGAACTGGAGTTAGCGTTGCAGGGCTCTTTTCTTCCAGGTGCATTTCACCTTCACAAAGTTTTTGAGTTGCATTTTTCTATAACATTTATTTGTTATGCTATTTTCTGGGTTCCACAAGATTCCAATCAAGATCCCCACCGACGGACCTAAATTCTTTTTTTATTGTCAAGTGTTTTCTTTGAAATTTCTCTGTTTTCCAACTTTGTTTTTCTAAAAAAAAAATTCACTTTCAAATGTTTTCTTCAAACTTTCTCTGTTTTCCAACTTCATTTTTCTCAACAAAATTTCACTTTCAAATGTTTTCTTCAAAATTGATTTTTCTTATCTTATTGTATCATATATTGCAAGCAATTAATTGGGTGCATATTACTCAGAAAATGGGGCTGATATCTAATTGTCGATTTTATTACTGATGATTGCTTGTGAATAGCCCTGTTAATTACTTGATTCTAGTCTTTTTCATTGCTCTGCATATTTGTTGTGACTCAACTGATTGTTTCCTGGAATCTTGAGAGATTAACTAGGCAAGATTAATATATAACCCAAATTACATGAGAATGTTAATGTTTGTCTGAATTGATAGAAAGAGAGTTATAATGATGTATACTTTGTCTGCTCTTTGAACTGCAGGTGAAGGTATGATATTGATGCTGTTTTGTTGTGGGGTGTATCTCCTTTAAATTACTTATCTGAGTAATTGGAGGTTAGTATAGTATTGTAACTATCTATGTTTTTTAATTTTAAAGCAAATAACTATATATGCATTCCTGGTTAATGGTTTTTTTAGTACAAACAGTTTGATGATTAACATATTATTAATTTGTTCATGAAAATTTCAGAAAATCCAATTCGAAAGTTCATGTAATATTATGAAAGAATGTATTAAAGCTTCAATCAGAATTGGTACGTTCTCAAACTCCAATCGCTTTACATTATTTATGTTAGAACTGCATATGGAATGAAAGCACCACCAAGCCTAGTTACGATCTTAACAAACCCTTCCAAATTTTTTTCTTGCATATATTTTTTCTCTTCAAAATTTGGTTTTCTAACTTCTTTTATCTCCTAAATTCCCTCTTACTTTCCTCATCCAATTTGTATTTTTCACTCCCCAAACTTTTCCTCTGGAATTCCTTTTCTAGAATTTATCTAAAAATTTTCAAAATTTCTTTTTGATCTTGTATTGATTTTTATCTCTTCAAGAAAACTTTTTAAAAAAATTTTTTTTTTGTAATTTTTTTTCTCACTTTCAAGCGTTTTCTTAAAAAAATTTTAAACCTCTTTTGTCTATTTTTTGTTTCTTTCAAACATTTTCTCTTAAAAGATTTTTCCTCTTTCTAACTTCTGTTATCTCCAAAATGCTCTTTCCAAAGATTTTTCTAATTTATTTTTTACTTCCTAAATTGTTCTCTTAAAATTTATCCTTCACACATTTACTTTTATTCAAAAGTTGTCTCTTTTCCAAATTTGTTTCTCTCGTTCCAACTTCTTTTATCCCAAAATTTTCTCCTCTCTTAAATCTTTTCTAGAATTTATCTCATGAATTTTTCACGAAAACTTTTTCTTTACATCGCCTTGTTTTTATTTTATCTCTTTAAAATAGCTTTCATAAATTCTTTTGTTTTGCCTCCAAATGCTTCTCATTTTAAGGGTTTTTTTTATTCTTAAAATTTTCCTTAAAACTTTTTCCGATTTAAAATTGTTTCTTGAAAATTTGCGTTTTCTTGATTTTTCTCACTTTCGGATGTTTTCTTAAAAATTTCTCTGTTTGCCCACCTTAGTTTTCTAAAAAATATCTCTTCAAAATTTTGCTTTCCACCTTTTCGAAATGCATCTCTTTTTAATATTTTCATTTAAAAGTTTTTATTTTATCTTTTTTCTAGAATTTATCTCCAAACCTTTTTTCAAACTTCTCTCCAAAAAGTTTTACTTTTTCCTTATTCAAATGTTTCCTCTTTTAAATTCATCTCAAAATTTCTTTCAAATTTCTTTCAAATGTTTTCATTTTCCGGATGCTTCTAACGTTTCTTTTCTTTAATTTGTCCATAAAACTTTTTCTTCTTTAAAACTGGTTCTTCAAATTTTGCATTTTCTTGACTTTTCTCACTTTCAAATGTTTTCTTAAAAATTCCACTGTTTTCCAACCTCAATTTTCCAAAAACTATCTCTTCAAAATCTTTTTAATATTTTTTTATTAAAAATTTTTACTTATTTTTTTTTTCTAGAATTTATCTCAAAACTTCTTTTTCAAACTTTTTCAACTTCAATTTTCTAAAAAATATCTCTTGAAAATGTTTATCTCTTTTTAATACTTTTTATTAAATGTTTTTACTGATTTTTTTTTTCTAGAATTTATCTCAAAACCCTTTTTCAAAATTTCTTCTCCAAAACTTTTTCCTTTTTCAAATATTTCCCTCTTTTAACTTCATTTCAAACGTTTTCATTTTTCAAATGCTTATCTTTTTTAAGTTTTTTTTTCTTTAAACTTTTTTCGGTTTAAAAATTGTTTCTTCAAAATTTGCGTTTTCTTGATTTCCCACTTTTCTTAAAAACTATTATGTTTTCCAACCTCAGTTTTCTTCACCTTTTTTCAAATTTTTTTCATCGAAAATTTTTCCTTTTTCAAATGTTTGCCTCTTTTAACTTCCATTTCAAATGTTTTCATCTTCCAAATGCCTCTCTTTTTAAGTTTTGTTTTTCCTTAAAACTTTTTTCTGTTTAAAATTGTTTCTTCAAAATTTGCGTTTTCTTGATTTTTCTCACTTTCAAAATGTTTTCTTAAAAACTTCTTATTTTTCCATCCTCAATTTTCTAAAAAATCTCTTCAAAACTTGTCTTTCCAACCCCTTTTTTTCTTAAAATGCATCTCTTTTTAATAATTCTTTATTTAATGTTTTTACTTAAAAGTTTTCTCTCCATAATTTTTACTTTTTCCTAAATGTTTCCCTCTTTTTTTAACTTCATCTCTAAATTTTCTTTCCCAAATGCTTTTCTTTTTTAAGGGTTTTTTTTCCTTAAATGTTCCTTAAAACTTTTTCCTTCAAAATGTTTTCTTAAAAACTTCTTATTTTTCCTACCTCAGTTTTCTAAAAAATCTCTTCAAAACTTGTCTTTTCAACTCCTTTTTATCTTCAAATGTTGTCCTTTTAAAAATGCATCTCTTTTTAATATTTTTTTATTAAATGTTTTTACTTAAAAGTTTTCTCTCCAGAATTTTTTCTTTTTCCTAAATGTTTCCCTCTTTTTTTAACTTCATCTCAAAATTTTCTTTCAAATGTTTTCATTTCTCAAATGCTTTTCTTTTTAAGGGTTTTTTTTTTTTCCTTAAATTTTCCTTAAAACTTTTTTCCTTCAAAATGTTTTCTTAAAAATTTCTCATTTTTCCATCCTCAGTTTTCTAAAAAATCTCTTCAAAACTTGTTTTTCCAACTTCTTTTTATCTTCAAATGTTTTCCTTTTTAAAATGCATCTCTTTTTAAAATGTTTTGACTTTAAAGTTTTCATTTCCCAAATGCTTTTCTTTTTAAGGTTTTTTTCTTAAATTTTCCTTAAAACTTTTCCTTTAAATTGTTTCTTCAAAATTTGTGTTTTCTTTATTTTTCTCACTTTCAAATGTTTTCTAAAAGTTTCTCTATTTCCCAACTTTCTTTTTCTAAAATTATCTCTTGAAAACTTGTGTTTCCAACTTCTTTATCTTCAAATGTTTTCCTTTTGAAAATGTTCATCTCTTTTTAATATTTTTAGCAAATGTTTTTACTTACGTTTTTTCTAGAATGTATCTCAAAACCTTTTTTCAAATTTTTGTCTCCAAAAATGTTTCCTTTTTCAAATGTTTTCCTCTTTTAACTTCCATTTCAAATGTTTTCATCTTCCAAATGCTTCTCTTTTTAAGTTTTTCTTTTCCTTAAACCTTTTTCTTGTTTAAAATTGTTTCTTCAAAATTTGCATTTTCTTTTTATTTCTCATTTTTCTATCCTCAGTTTTCTTAAAAAAATCTCTTCAAAACTTGTCTTTCCAACTCCCTTTTATCTTCAAATGTTTTCCTTTTTAATAATTTTTTATTCAAAGTTTTTACTTAAGTTTTCTCTCCAAAATTTTTACTTTTTCCTTTTTCAAATGTTTCCCTCTTTTAACTTCACTCAAAATTTTCTTTCAAATGTTTTCATTTCCCAAATGCTTTTCTTTTTAAGGTTTTTTTTCCTTAAATTTTCCTTAAAACTTTTCCTTTAAATTGTTTCTTCAAATTTGTGTTTTCTTTATTTTTCTCATTTTCAAATGTTTTCTTAAAATTTCTCTGTTTCCAACTTTCGTTTTCTTAAATTATCTCTTGAAAACTTGTGTTTCCAACTTCTTTATCTTCAAATGTTTTCCTTTTGAGAATGTTCATCTCTTTTTAATATTTTTTAACAAATGTTTTTAATTTTTTTCCAGAATTTATCTCAAAACCTTTTTTCAAATTTTTTCTCCAAAAATTTTTCCTTTTTCAAATGTTTTTCTTCTTTTAACTGCATTTCAAATGTTTTCATTTTCCAAATGCTTTTCTTTCTTCCTAACTGATTCCTCTTGAAAATTGTTTCGGGAAAATTTTCTCTCTTTCAAATGTTTTCTATAAAATTTGTCCCGTTTTCCAACTTTTATCTAAAAAAAAATCTGCTTTCAAACTCTCTGTTTTATCTCCAATTTTTTTTCTCTAAAAAGATTTTTCCTCTTACAATTTACATTCTCTCAATTTTTTTTTTTTTTTGTCTAGAATTTATCTCAATGTTTTCATAAAACTCTTTCTGGAAGTTATTTAAAAAATTTCTTTCTTCAAATTTTGAATTAGAAAGCATTTGAATGTGAGAAGTTTTGAGATAATTTCCAGATAAACTTTTTCAAATTTTGTAGTTGTGGTTAGATTTGAAGTGATTTATGACAAATTGATTGTCCGGAAATCAATTTTCCCTATTTCACCTCTCTATCCTAATTTTTTGAATTCTGTGTTATGATAAAATATTTACCCTCCTTTTCTAACTTCCTGCACTTTCCATTTTGCAGCAGGCCAACTCGGAATTTTATCTAGCTTTATCTTTTGTTGGGAGTTAACTGCCTGTAGAATCTATATTTCTCCCTAGCATGTTGCATTTGCACCATG

mRNA sequence

CTCCACCTCGCTCAGACTTCGGGCTCCGCGAAGCGTCTCTCATGGCGACTAACCGCACGACCGTGTCTCCCCCGTCAACTCTTCGCTCCGCCGCTCTATGGAGATCTCCGGACCCTTCGCTTCGGGACGGGTCAGCACTCAGGAGGTTTTTTCCTTGTCCAACTCTGATTTAGTTCCTGGTAAATATGAAGGGGGGCTTAAGTTATGGGAAGGCGCATTAGATCTTGTCAAAGCTCTTTGTGGAGAAATTGAAAATGGGGATTTTTCATTTTCTGGGAAGCGAGTTCTAGAGGTGGGCATCTTAACATTCAGGTGAAGGTATGATATTGATGCTGTTTTGTTGTGGGGTGTTATCTCCTTTAAATTACATATCTGAGTAATTGGAGAAAATCAAATTCGAAAGTTCATGGAATATTATGAAAGAATGTATTAAAGCTTCAATCAGAATTGCAGGCCAACTCGGAATTTTATCTAGCTTTATCTTTTGTTGGGAGTTAACTGCCTGTAGAATCTATATTTCTCCCTAGCATGTTGCATTTGCACCATG

Coding sequence (CDS)

ATGGAGATCTCCGGACCCTTCGCTTCGGGACGGGTCAGCACTCAGGAGGTTTTTTCCTTGTCCAACTCTGATTTAGTTCCTGGTAAATATGAAGGGGGGCTTAAGTTATGGGAAGGCGCATTAGATCTTGTCAAAGCTCTTTGTGGAGAAATTGAAAATGGGGATTTTTCATTTTCTGGGAAGCGAGTTCTAGAGGTGGGCATCTTAACATTCAGGTGA

Protein sequence

MEISGPFASGRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVGILTFR

Homology

[Close]

BLAST of Lcy02g000010.1 vs. ExPASy Swiss-Prot
Match: Q55DL2 (Histidine protein methyltransferase 1 homolog OS=Dictyostelium discoideum OX=44689 GN=DDB_G0270580 PE=3 SV=1)

HSP 1 Score: 51.2 bits (121), Expect = 5.6e-06
Identity = 23/48 (47.92%), Postives = 31/48 (64.58%), Query Frame = 0


Query: 20  LSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           L  +DL+PG YEGG KLWE ++D++  L  E        SGK+VLE+G
Sbjct: 116 LDKTDLIPGVYEGGFKLWECSIDIINYLFEE----KIDLSGKKVLEIG 159

[Close]

BLAST of Lcy02g000010.1 vs. ExPASy Swiss-Prot
Match: Q2KIJ2 (Histidine protein methyltransferase 1 homolog OS=Bos taurus OX=9913 GN=METTL18 PE=2 SV=1)

HSP 1 Score: 47.0 bits (110), Expect = 1.1e-04
Identity = 22/47 (46.81%), Postives = 30/47 (63.83%), Query Frame = 0


Query: 21  SNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           S+SDL+ G YEGGLK+WE   DL+  L          F+GK+VL++G
Sbjct: 153 SHSDLISGVYEGGLKIWECTFDLLAYL----TKAKVKFAGKKVLDLG 195

[Close]

BLAST of Lcy02g000010.1 vs. ExPASy Swiss-Prot
Match: Q9CZ09 (Histidine protein methyltransferase 1 homolog OS=Mus musculus OX=10090 GN=Mettl18 PE=2 SV=2)

HSP 1 Score: 47.0 bits (110), Expect = 1.1e-04
Identity = 21/47 (44.68%), Postives = 30/47 (63.83%), Query Frame = 0


Query: 21  SNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           S+SDL+PG YEGGLK+WE   DL+             F+G++VL++G
Sbjct: 143 SHSDLIPGVYEGGLKIWECTFDLLT----YFTKAKVKFAGQKVLDLG 185

[Close]

BLAST of Lcy02g000010.1 vs. ExPASy Swiss-Prot
Match: Q4KM84 (Histidine protein methyltransferase 1 homolog OS=Rattus norvegicus OX=10116 GN=Mettl18 PE=2 SV=1)

HSP 1 Score: 47.0 bits (110), Expect = 1.1e-04
Identity = 21/47 (44.68%), Postives = 30/47 (63.83%), Query Frame = 0


Query: 21  SNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           S+SDL+PG YEGGLK+WE   DL+             F+G++VL++G
Sbjct: 143 SHSDLIPGVYEGGLKIWECTFDLMT----YFTKAKVKFAGQKVLDLG 185

[Close]

BLAST of Lcy02g000010.1 vs. ExPASy Swiss-Prot
Match: O95568 (Histidine protein methyltransferase 1 homolog OS=Homo sapiens OX=9606 GN=METTL18 PE=1 SV=1)

HSP 1 Score: 45.8 bits (107), Expect = 2.4e-04
Identity = 21/47 (44.68%), Postives = 29/47 (61.70%), Query Frame = 0


Query: 21  SNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           S+SDL+ G YEGGLK+WE   DL+             F+GK+VL++G
Sbjct: 153 SHSDLITGVYEGGLKIWECTFDLL----AYFTKAKVKFAGKKVLDLG 195

[Close]

BLAST of Lcy02g000010.1 vs. ExPASy TrEMBL
Match: A0A6J1IXI7 (histidine protein methyltransferase 1 homolog OS=Cucurbita maxima OX=3661 GN=LOC111479428 PE=4 SV=1)

HSP 1 Score: 114.8 bits (286), Expect = 1.5e-22
Identity = 53/58 (91.38%), Postives = 56/58 (96.55%), Query Frame = 0


Query: 10  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGE+ENG  SF+GKRVLE+G
Sbjct: 75  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEVENGHLSFAGKRVLELG 132

[Close]

BLAST of Lcy02g000010.1 vs. ExPASy TrEMBL
Match: A0A6J1GX54 (histidine protein methyltransferase 1 homolog OS=Cucurbita moschata OX=3662 GN=LOC111457962 PE=4 SV=1)

HSP 1 Score: 114.8 bits (286), Expect = 1.5e-22
Identity = 53/58 (91.38%), Postives = 56/58 (96.55%), Query Frame = 0


Query: 10  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGE+ENG  SF+GKRVLE+G
Sbjct: 75  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEVENGHLSFAGKRVLELG 132

[Close]

BLAST of Lcy02g000010.1 vs. ExPASy TrEMBL
Match: A0A6J1C961 (histidine protein methyltransferase 1 homolog OS=Momordica charantia OX=3673 GN=LOC111009460 PE=4 SV=1)

HSP 1 Score: 114.0 bits (284), Expect = 2.6e-22
Identity = 52/58 (89.66%), Postives = 56/58 (96.55%), Query Frame = 0


Query: 10  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           GRVSTQEVFSLSNSDLVPG+YEGGLKLWEGALDLVKALCGE+ENG  SF+GKRVLE+G
Sbjct: 123 GRVSTQEVFSLSNSDLVPGEYEGGLKLWEGALDLVKALCGEVENGHLSFAGKRVLEIG 180

[Close]

BLAST of Lcy02g000010.1 vs. ExPASy TrEMBL
Match: A0A5D3DJH8 (Histidine protein methyltransferase 1-like protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold577G00030 PE=4 SV=1)

HSP 1 Score: 111.3 bits (277), Expect = 1.7e-21
Identity = 52/58 (89.66%), Postives = 55/58 (94.83%), Query Frame = 0


Query: 10  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALC E+ENG  SF+GKRVLE+G
Sbjct: 75  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCEELENGHLSFAGKRVLELG 132

[Close]

BLAST of Lcy02g000010.1 vs. ExPASy TrEMBL
Match: A0A1S3AYF7 (histidine protein methyltransferase 1 homolog OS=Cucumis melo OX=3656 GN=LOC103483944 PE=4 SV=1)

HSP 1 Score: 111.3 bits (277), Expect = 1.7e-21
Identity = 52/58 (89.66%), Postives = 55/58 (94.83%), Query Frame = 0


Query: 10  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALC E+ENG  SF+GKRVLE+G
Sbjct: 75  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCEELENGHLSFAGKRVLELG 132

[Close]

BLAST of Lcy02g000010.1 vs. NCBI nr
Match: KAG6582128.1 (Histidine protein methyltransferase 1-like protein, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 114.8 bits (286), Expect = 3.1e-22
Identity = 53/58 (91.38%), Postives = 56/58 (96.55%), Query Frame = 0


Query: 10  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGE+ENG  SF+GKRVLE+G
Sbjct: 75  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEVENGHLSFAGKRVLELG 132

[Close]

BLAST of Lcy02g000010.1 vs. NCBI nr
Match: XP_022979862.1 (histidine protein methyltransferase 1 homolog [Cucurbita maxima] >XP_022979863.1 histidine protein methyltransferase 1 homolog [Cucurbita maxima] >XP_022979864.1 histidine protein methyltransferase 1 homolog [Cucurbita maxima])

HSP 1 Score: 114.8 bits (286), Expect = 3.1e-22
Identity = 53/58 (91.38%), Postives = 56/58 (96.55%), Query Frame = 0


Query: 10  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGE+ENG  SF+GKRVLE+G
Sbjct: 75  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEVENGHLSFAGKRVLELG 132

[Close]

BLAST of Lcy02g000010.1 vs. NCBI nr
Match: KAG7018530.1 (Histidine protein methyltransferase 1-like protein, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 114.8 bits (286), Expect = 3.1e-22
Identity = 53/58 (91.38%), Postives = 56/58 (96.55%), Query Frame = 0


Query: 10  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGE+ENG  SF+GKRVLE+G
Sbjct: 75  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEVENGHLSFAGKRVLELG 132

[Close]

BLAST of Lcy02g000010.1 vs. NCBI nr
Match: XP_022956194.1 (histidine protein methyltransferase 1 homolog [Cucurbita moschata] >XP_022956195.1 histidine protein methyltransferase 1 homolog [Cucurbita moschata])

HSP 1 Score: 114.8 bits (286), Expect = 3.1e-22
Identity = 53/58 (91.38%), Postives = 56/58 (96.55%), Query Frame = 0


Query: 10  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGE+ENG  SF+GKRVLE+G
Sbjct: 75  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEVENGHLSFAGKRVLELG 132

[Close]

BLAST of Lcy02g000010.1 vs. NCBI nr
Match: XP_023528866.1 (histidine protein methyltransferase 1 homolog [Cucurbita pepo subsp. pepo] >XP_023528867.1 histidine protein methyltransferase 1 homolog [Cucurbita pepo subsp. pepo])

HSP 1 Score: 114.8 bits (286), Expect = 3.1e-22
Identity = 53/58 (91.38%), Postives = 56/58 (96.55%), Query Frame = 0


Query: 10  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGE+ENG  SF+GKRVLE+G
Sbjct: 75  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEVENGHLSFAGKRVLELG 132

[Close]

BLAST of Lcy02g000010.1 vs. TAIR 10
Match: AT4G14000.1 (Putative methyltransferase family protein )

HSP 1 Score: 93.6 bits (231), Expect = 7.0e-20
Identity = 44/58 (75.86%), Postives = 50/58 (86.21%), Query Frame = 0


Query: 10  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           GRVST+EVF L NSDLVPG YEGGLKLWEG++DLVKAL  E + G+ SFSGKRVLE+G
Sbjct: 65  GRVSTKEVFGLPNSDLVPGVYEGGLKLWEGSIDLVKALEKESQTGNLSFSGKRVLELG 122

[Close]

BLAST of Lcy02g000010.1 vs. TAIR 10
Match: AT2G43320.1 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 62.4 bits (150), Expect = 1.7e-10
Identity = 29/58 (50.00%), Postives = 37/58 (63.79%), Query Frame = 0


Query: 10  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           G+VS  ++  LS S+  P K EG LK WE ++ LV  L  EI +G  SF GKRVLE+G
Sbjct: 65  GKVSVADIIGLSGSETAPLKNEGSLKSWESSVVLVNVLKNEIRDGQLSFRGKRVLELG 122

[Close]

BLAST of Lcy02g000010.1 vs. TAIR 10
Match: AT2G43320.2 (S-adenosyl-L-methionine-dependent methyltransferases superfamily protein )

HSP 1 Score: 62.4 bits (150), Expect = 1.7e-10
Identity = 29/58 (50.00%), Postives = 37/58 (63.79%), Query Frame = 0


Query: 10  GRVSTQEVFSLSNSDLVPGKYEGGLKLWEGALDLVKALCGEIENGDFSFSGKRVLEVG 68
           G+VS  ++  LS S+  P K EG LK WE ++ LV  L  EI +G  SF GKRVLE+G
Sbjct: 65  GKVSVADIIGLSGSETAPLKNEGSLKSWESSVVLVNVLKNEIRDGQLSFRGKRVLELG 122

The following BLAST results are available for this feature:

BLAST of Lcy02g000010.1 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q55DL2	5.6e-06	47.92	Histidine protein methyltransferase 1 homolog OS=Dictyostelium discoideum OX=446...	[more]
Q2KIJ2	1.1e-04	46.81	Histidine protein methyltransferase 1 homolog OS=Bos taurus OX=9913 GN=METTL18 P...	[more]
Q9CZ09	1.1e-04	44.68	Histidine protein methyltransferase 1 homolog OS=Mus musculus OX=10090 GN=Mettl1...	[more]
Q4KM84	1.1e-04	44.68	Histidine protein methyltransferase 1 homolog OS=Rattus norvegicus OX=10116 GN=M...	[more]
O95568	2.4e-04	44.68	Histidine protein methyltransferase 1 homolog OS=Homo sapiens OX=9606 GN=METTL18...	[more]

BLAST of Lcy02g000010.1 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1IXI7	1.5e-22	91.38	histidine protein methyltransferase 1 homolog OS=Cucurbita maxima OX=3661 GN=LOC...	[more]
A0A6J1GX54	1.5e-22	91.38	histidine protein methyltransferase 1 homolog OS=Cucurbita moschata OX=3662 GN=L...	[more]
A0A6J1C961	2.6e-22	89.66	histidine protein methyltransferase 1 homolog OS=Momordica charantia OX=3673 GN=...	[more]
A0A5D3DJH8	1.7e-21	89.66	Histidine protein methyltransferase 1-like protein OS=Cucumis melo var. makuwa O...	[more]
A0A1S3AYF7	1.7e-21	89.66	histidine protein methyltransferase 1 homolog OS=Cucumis melo OX=3656 GN=LOC1034...	[more]

BLAST of Lcy02g000010.1 vs. NCBI nr


Match Name	E-value	Identity	Description
KAG6582128.1	3.1e-22	91.38	Histidine protein methyltransferase 1-like protein, partial [Cucurbita argyrospe...	[more]
XP_022979862.1	3.1e-22	91.38	histidine protein methyltransferase 1 homolog [Cucurbita maxima] >XP_022979863.1...	[more]
KAG7018530.1	3.1e-22	91.38	Histidine protein methyltransferase 1-like protein, partial [Cucurbita argyrospe...	[more]
XP_022956194.1	3.1e-22	91.38	histidine protein methyltransferase 1 homolog [Cucurbita moschata] >XP_022956195...	[more]
XP_023528866.1	3.1e-22	91.38	histidine protein methyltransferase 1 homolog [Cucurbita pepo subsp. pepo] >XP_0...	[more]

BLAST of Lcy02g000010.1 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G14000.1	7.0e-20	75.86	Putative methyltransferase family protein	[more]
AT2G43320.1	1.7e-10	50.00	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[more]
AT2G43320.2	1.7e-10	50.00	S-adenosyl-L-methionine-dependent methyltransferases superfamily protein	[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: 10..67 e-value: 1.9E-6 score: 29.5

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Type
Lcy02g000010	Lcy02g000010	gene

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


Feature Name	Unique Name	Type
Lcy02g000010.1.utr5p1	Lcy02g000010.1.utr5p1	five_prime_UTR

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


Feature Name	Unique Name	Type
Lcy02g000010.1.exon1	Lcy02g000010.1.exon1	exon
Lcy02g000010.1.exon2	Lcy02g000010.1.exon2	exon
Lcy02g000010.1.exon3	Lcy02g000010.1.exon3	exon
Lcy02g000010.1.exon4	Lcy02g000010.1.exon4	exon
Lcy02g000010.1.exon5	Lcy02g000010.1.exon5	exon
Lcy02g000010.1.exon6	Lcy02g000010.1.exon6	exon

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


Feature Name	Unique Name	Type
Lcy02g000010.1.cds1	Lcy02g000010.1.cds1	CDS
Lcy02g000010.1.cds2	Lcy02g000010.1.cds2	CDS
Lcy02g000010.1.cds3	Lcy02g000010.1.cds3	CDS
Lcy02g000010.1.cds4	Lcy02g000010.1.cds4	CDS

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


Feature Name	Unique Name	Type
Lcy02g000010.1.utr3p1	Lcy02g000010.1.utr3p1	three_prime_UTR
Lcy02g000010.1.utr3p2	Lcy02g000010.1.utr3p2	three_prime_UTR
Lcy02g000010.1.utr3p3	Lcy02g000010.1.utr3p3	three_prime_UTR

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Type
Lcy02g000010.1	Lcy02g000010.1-protein	polypeptide

GO Annotation

GO Assignments

This mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0032259	methylation
molecular_function	GO:0008168	methyltransferase activity