HG10011091 (gene) Bottle gourd (Hangzhou Gourd) v1

Overview


Name	HG10011091
Type	gene
Organism	Lagenaria siceraria cv. Hangzhou Gourd (Bottle gourd (Hangzhou Gourd) v1)
Description	UDP-glucose:glycoprotein glucosyltransferase
Location	Chr01: 2336438 .. 2356674 (+)
RNA-Seq Expression	HG10011091
Synteny	HG10011091

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDSpolypeptide

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

ATGGACGCTGCTTGGTCTCTTCTCCCTCCGGTAACTAGTTATAGTGCTGTCTTAAGAGATTCAGAAGGGAAAGTGAAGGTTGTTGCTGTAAAGTCTTCTAATATCCCGTTTGAAGCCCCTTTGGCGGAAGTAAGAGCTATTTTGGAGGGAGTTCTTTTTGCACTTGATTTTGGAATTCTTCACCTTTATGTTGAATCAGACTGTCAGATGGCAATAAATCTTATCAACAAAAATCTCTCCTCCATGAATGAAGTTAGTTGTTAGCTTGAGGAAATCTGGAGAATCTCGGCTCTCTTCGAAAGAATTTCGTTTAATTTTGTTTCTAGGGATGGAAATGTTCTAGCTGATGTAATTGCTAAGAAAGCAAAAGTTGCTAAATGTTCAGGAAGGTGGACTGATCACTTTCGGTTAAATTCTCTTATTGTAAAGAATTTGGTCTGATTGCTTTGGTGGCGTTATAAAAGTTACCTTCTTTCAAAAAAAAAAGGAAAATTACTCTTGCTTTTGTCCAACATTTTAAAATGTACAAATATTTAAAGGTATTTATATCAAAATTAGTCTAACTGTGCTTGCAAAAAAAAAAAAAAAAAAAACTTTTATTATTGCATGACCAAAAATCGGAAAAAATATTTTCTTTCCTTAATTCATAGTCGAAATTGATCCTAGGTCTTGCAACATTATATTCACCGACTTATGCATCTTGGAGTGATTTTCTATCAATTCGTGAACTGAGCTTCAGTATTAAAATCACGGTAAAATTATTTTCAAGACATTAGTTTCTTCCATGACGCAATAAATTTGTTCAAATTTGATCTTCACATTTTAATTACCACCTAACTAAATACATAACGATACCTATTCAAATAATAACAACAATAATGCACCAAAAATAGTACAATATTGAATCAACCACTCATCCAAAATGAATTTTATGTGTTCAAATAAACCACCTCGCGAGAGTTTTTGTCTGGCTCACATTCTCTCAAGGAATTCTAAATATATTTTTTTTAAAACGTGTTTTATTTTTGTTGGTTAAAAATTGTTTTTAGCATCCAATAAAAAAATGACCACATAAAGTTGGGATAAGAGTATCAAAATAGAATATTTTTTTCATTATACTTTGTAATAATTTTTTTTTTTTTTTTTTGTATATTATTCTTACTGGAATTGTTTTCTGTTGATTCTTTTTTTTTTAAAAAAAAATGCATCAATTTTTCTTTATAGTAATAAAAAAAAAACATTATAGGCATATTATACAATACATAATTTTGGTAAACCATGAAAGACTCCATGTAAGAAAACAGCACAATATTTTTTTTTTGATCTTGCCAAGTAATTTTATCTGTTAGAGAGTTGTTTTTAAATATAAAAAAATGAGTCAAACTATTTATAAATATAGAAAAATTTCACTGTCTATCAGCGATAGACCACGATAGATTTCTATTGCTTAAGCGATAGAAGTCTATCGCGGTCTGTCGCTGATAGAAAGTGAAATTTTTCTATATTTGTAAATAGTTTGATATTTTTTCTGTTTATAGTAATTTTTTTTTAATTGTTTTCAAATATATAAAAATGAGTCAAACTAATTACAAATATAGAAAAAAATTTACTGTCTATCGGTGATAGACCGTGATAGATTTCTATTGCTTGAGCGATAGATCACAATAGAAGTCTATCACTGGTAGATAGTGAAATTTTTCTATATTTGTAAATAGTTTGATACTTTTTCTGTTTACAGTATTTTTTTTAGTTATTTTCAAATATAGAAAAATGAGTCAAACTATTTACAAATATATAAAAAATTCACTGTCTATCAATGATAGACCGCAATGGATTTCTATTGCTTGAATGATAGATCATGATAGAAGCCTATCGCCGTCTATCGCTGATAGATAATAAATTTTTTATATATTTATAAATAGTTTGATATTTTTTTTTTGGTTTATAGTAATTTTTTTTTAACCCTAACTTTTAAATTTACCAAAAGTTTTTTTAGAAGTTTTTTTTTTCTTCCTTCATTTTTAACATATTTGGTCCACAATTGAAACAAAAACATGTCTTTTGACCAAAACAAAAACAGAAACATGTGGCCCTAATTGAATGGGCTACAAATAAATGTATGGACCAGCATACTTTAAGGCAATTCATTTGGCATTTATTAGTGATGAGAGCAACCAACAATGCCTACACCCACAAAAGTCTTTTTCTATATTGTTCAAAAGGCATCTTAGCCTTAGGGGTATTAAAATTTAAAATTAAGATTAAAATTAAAATATAATTTAAGTCTGTATTTTGTTCCATTTTAGCCTCCGTACTTTTAAATGTTCAATTTCGTCAAGTACTTTTGATAAATTTTAAATTTAGTCTCAACTACTAGATGGTTGTTGATTCTTTACAAACCTTCTTATTATCTATTACCATTTTTACTATAAACTTTGGAAAATAGGTTCACATATTTTATTTATTGCATGAAAATTATTATTATTATTTAATTAATTTTGATAAAATATAACTTCGAGAAACTATATTTAATATTTATGAAAGTACTTATGATAAAATTGAACATCTGAAAGTATGTTGACTAAAATTGAATAAACTCCAAAGTACAATGATAAAAAATGATATTTTAAGCCAAAAAAAATTCTCTTTTCTTTTTTAAGTTTTTGTTTTTGTTTTATTTTATTTTATTTTACAAATGGTGAAATACATATTTTTTTCTTCGAGGAATTAATAATTGTTTCAAAATCCTAAAAAAATATTTTAAGACAAGAAGGGAAAAAAATTGATTTGAACAACCTAAACATAGTTTAACGGATTATTAAGGTATAATAGCATTGACATCAGGTTAGAAGTTCAAATTCATATTTGAACGTGCTACTATAATAAAAAAATTGAAATTATACAAATCTAAAAGAAGAAAGAACTGACATAAAATACAAAGTATTCAGCATTTGGTGAAACAAAATGTCTACATCATATAAGTATTTATGTACAATCACGACAAATCATTTAATGATATGTCACTCTCCAATAAGTTTCATATGTATTCAAAATATACTTATGAAAAATATTTTGGTACATTTTGGACTCTTTCATTACAACTATCTTTGGTCAATTACAAACTGCTCTTTAGTAAATTAGTGGATGCGCCTTGCCAATATTATAAATTATTGCAATTAGGCAATAGTAATATGCTAGTTGCAACTATCTCTATACATCATGATAACACCTAAAATGTGATATCTCGCTCAGCTTAACTCGTGATTGTTGTACTATTAAATATGTCTAGTTGATTATTTTATAAGTATCGAGCAATTTGAAGGTAGAATCGAGCATTAAAGAGAAAATGGAACTATAACGAATCAATTTGGAACCCTAACGAAGTTATCAAATCAAAAGAACACAAAAAAGACCAAAATACAGGATTGGAGCTGTAAAACATAATGGAAAGTTTGGAATGATGTCACGGTGTTGTAGCGCAAGTATAATATCGACAGTTTGTAATTAGGTCATAACTTTTGATATGGTTGGATGTTTTAGGAGAATGATCACTTATTTTCTTCGTTTTTTTTTCATCATCTTTCCATTTACAATATTAGATTTTAGCTTTCTTTAGTTTTGCTTTTGTAATCAAGTCAAATGGTGACAGGTTTGGAGATATTACCTCAATGAATTGCTAAGGTTCGTTTTCTAGCTTAGAAATAGAAAAAACTCATTGTTTGGATTGTGAGAACTTGGTTTATAATCTGATTTCTTATTGAATGTTTGTGATCCTTGAATATCTTTTAACCTATATGCTTAGAATCTACGATTGGCTCGATCAACCTTCATCTTTCTTTGTTAGGCTAGAAATTGACATATAATTTGTGACATGTAACCTTATGTTTGAGTAGCACACATCAAAGCATGCTTGTGTCTAGATTGATCCGTTGTTTAGAATAGCCCGTTTACAACATTACATGATTAATTTAATTCGAAAACGAAATTGATTAGTAACTTAGGCTATCCAAGTCTAATCGTCTTAGTGAAATCCGCTATCGAACCCAATTAATCGAGCATCTAGTTTAATTAAAATTATTAGTTAATGTATTCGGGCGCTTGTGACCGTGGTTGCGACAAGTAGGCTAAACACATGCATGAACGATAAATTATTTTTTAGAAGTCCTATGATCAATCAAACAATTGAGCGGATCCTAATTCCCAAGCTAAGCTAGTTTTATTTTCTTCCACCTTTACTTTATGCACTTTACATTCTCGACCTTTATTTTTCCTCATTTTAATTCTCAAAACATATCAAACCCTCCGATTTACCAATTTAGCTAGAAAACTTAACTTGTTGGAACTATAATTGTACTTTCCTATAGTTCAACCTGATCTTGCTACTAATACTACCTAGTAGTATAAGTTCTTGGTCGATAATTATAAAGTTTATTTGATCGTAAGAACTTGCGACAAGTTCTTGCCTTCACATCCATTTCAATTACAAGGAGAACAAATATAAAAGAAAATATCATTTTTTTTTATAAAATAAAAGTGTGTCACGTAGTAAATTGTGATTGAATATTTGGATAGGTTGCACAAAGATAATTGCGATCTGATATTTTTTTCATTAGGCAATACGTTCATTTTTTTAAACATTATTTTGGTCTTGTGCTGTGAGTTGCATTTTATTTTAGTTTCTATACTTTCAACGGTGTAATTTTAGTTAATTTACTTTAAATAAATCTCAAATGCATTTATTCATAATTTTACCAAAATGGACTAAATAATAATAATAATTTTCATGCAATGAAATATGCTATGTGAATATATTTTAATAATTTATAAAGGAAGTGTTAATATAGACTAATTTAAAGATTTATTGAAAGTATATATTTGAAAATTCAACACATAGACCAAATTAACATAAAAAGAGACTAAAATAGTATTTGAACGCTCTATATTTTTTGTTTTATTTGTTGGGATAATTATGCATATCTATGTCTATGCTTTGTCCCACTTCTCCTCCCTATACGCCTGTACTATTTAATTAAAAATGGACACAAACGACAATAATTACAGTTCTAAATTGAAAATTGGGCAAAATTTTTTGATTATTATGTGTATCTTTCACCATCCCATTGACACATTTCCCCATTTTTGGCCTTGAGAAAATGAAACAAAAATTTAATTATACATTTTCAAAAAAAAAAAAAAAAAAACGAACAGAGAGAGAAAATACCTATGATTGTGGCTTTGATTGAAGTATTGAAACAAGAGAGTGACATTTTCAAAAAGAAAATCAATCATTTTAAATATATATATAGATTCGGGGGATTTTTAAAATTAAAAAAATAAGAAAAACTATTTATACAAAATAGCAAAATTTTTAAATAGTTATGATAGACGATGATAGAAGTCTATCAGTGTTTTTTTTTTGTTATTTTTTTGTAAATAATTTGACATTTTTTTATCGGTGAAAATTTCTCTATAAATTCAAACTAATTAACACTTCTTTTAAAACTAATAAAGTTTGATTTTAATTTTTTTTCGAAATTAAAAAATAATTTTAAGATTTATTATATAATTTGGAACACGAAATGTCAATGTATTTAAAAGTTTCTTTGAATAGTAAATGTTAGAGAAAATAAAGTACAATATTCGCTAATATAGATAGTTAATTATAATTTTAAATCTCATGAATTTAGTTGGGAAGAAAAAACAAATTCCATAAATATAGCAAAAAAAAGGGTTTTTTTAATAGGTAAGAAAAAGGAAAACTACTATAAAAAAAAAAAAAATCAAACTATTTACAAATATATAATTCTTTTTGTTTATAGTAATAGACGCGATAGAATTTTAAGTCTATCCAGCGATAGAATTATATCTTGATCTATAGCCAGTAGTGAAAATTTTCTATATTTATAAATAATTTTACTATTTTTTTATATTTAAAAACAATTCCAAGAATAATATAATACTCAAACATTATTGGAAAATCACATAAATCTTAAAATCATCGTAACAAACAATAAAATTAATTTCAAATAATTTGAAATCCTACCAAACCATGACAATCCAAACAAAAACATATCATAAATATTTTTAGTGGGAGGATCTATGATTTGTTAGGAGTATATTTATACATTAAAAGTATCTAATTTTCACACGTGCAAAATTTTGCAAATTATTTTTTCAATTATTATTATTATTTTTTCTGCAAATTCTGAAACCTTGCATTTATCATTTCCCTATATATTAATTTAGCTATTTTTGTACTTAAAATAGTTATTTTTAATTAATTATTTTCTTGATTAAAATCTCCCTCATATCGAACAAAAACGAAAAAAAGAAAACGGAAAAAATTCGAGAAATTAACATCGTGGGCCGGCCGATGTGTAATAATAGATGGACCCAACTTTTCGGCTGGTTATCTATTGGGCTTCTTTGGCGGGCCGATCCGTTTCACAATTCAAATCCGTTATTTTTTTTTCTTCGTCGAGAATGTCCAATAATAAAGTGCCACGTCGGCAAATTTGACACGGCCACGTAAAATGACGAAAATACCCTAAAATAATATTAGAATGACGACAATGCCTTTGACTAGCCATGCGGTTTTTCCTTCCACTGCGGAGTCTTCTCCATCGTCGCCGAGCTTGAGAGGCTCACTTTCGAAACTTCGTACTCTCGGCAACCTTCGGTCTCTGATTCATCACCCAGTTTTTTTCGAGCCCATCAATGGTGGAGGCTCTGTATTTCCAAAATTGAAGTGAAGATCGTGATTGTTTTTGATTTGCTAATGGGGACGAGCTGTTTTAGATCTGTGTGCCGACCTCTGATCGTTGTATTGTTGTTGGCAATCTATGGAGGTAGTGGAGTTTTTGCTGAGATTCGAAGACCCAAGAACGTGCAGGTTGCGGTTCAAGCCAAGTGGTCCGGCACTTCAGTTCTCCTAGAAGCTGGGTACTCATTCTCCATTTCTTGTTTTGTAAAATCGTTGATATGAAGCTACTGTATGAAATTTTAACGAGAAATTCTAGTTGAAAAAAACTGAGTCATGTAGATGAAATCCAGCAGCATTTGTTGTTAATGTTTTAGAGACATTGGGAGAGGTGGTTTATTATTTGGGAGCGGCAACTTTTAACCATTGTTGGATTTGTTGTTTAGTTAGATCCAATTTTCTCATTCAGGGTCGTGAAAATAATTGTCATTGATTGCAATGCTTGTGTATGAGCAATACTTTTCATTTGTTGGTGGCATTTGTTTGTTTTCAAAGTGGACATGTTCATAGTTTTGTTGTGCTCTTATCTGAAAGATGGGTTGTTGTATTTTACCTTATATTTAATTTTAAGGCATTGAAGAATAAATGACCGAACGTTTAACTGCTAATTTGCAATCAGAGAATTATTCAGTCAATACTTTACAATATTCATCGTAACTGTGAATGAAGTTTTTGATTTTTAATTTTAAACAATATAGTGACTTCTATATTCTTGTTGAGTACAGTGAATTACTTGCTAAAGAGCGAAAAGACCTTTACTGGGAGTTTATTGAGGTCTGGCTTCGTGAGGAAGGAAATGATGCTGATGCTTCTACGGCTAAAGCTTGTCTGAAGAAAATTTTAAAGCATGGACGTTTTCTTCTAAATGAACCTCTGGCCTCATTATATGAATTTTCTTTGGTTCTAAGATCAGCGTCCCCTAGATTGGTTCTTTACCAACAGTTAGCCGATGAATCGCTTTCCTCCTTTCCTCTGCCTGAAGAAAATAACCCCAGCATTGTTGGTGAAGGAAATGAAAGCATCGGAAGAAAAATTTCAGATACTTCATTTGTTGGACTCAAGCCAAAAACTCCTGGTGGAAAATGTTGTTGGGTGGATACTGGTGGATCCCGATTTTTTGATGTTCCAGAATTGCTAACGTGGCTTCAGAATCCGGCTGAAAGGTTAGTAATATTAACTAACCCAATCCTAGGTGGAGCCGTGGAGGAGTTGTTTTAGATATTTCACCAGAAGTTTTATCCTATAATTGAACCCAATATTAAAATTCAACTGGTTCAAACCATTTTTTGGACATATTAGCCAACTCAACCTGGCCCATAAACTAAGCTGGTGAGTTTGATTCGATACAGATTCATATGTAAGCAATATATTTGTTTTATTGATTTGAATAAAACTAATTATAACATTTGAGAAAATAAATTAGTATTGAATACATACATCCAATGATCCAATACTCACAACACGTTTCCTAACTAGGAACATTGTACAACTAGTAATGGATTCTATGGTTGTGGCTTTGTGCCAGATTATATGGAAAAGAGCAAGTTGAAACAACCCATTGTTATCTACTTACCTTTAAAACTATTTTGATAAAAGGTCCACCAAGAAATTTGAAAGTAGATGTGAAAAGTTTTCACCTAATCAGAGTCCCTAACTGGAAGGCCAGTTTCTCATTATGATTTTCATGAAGGAATTTTAATTGGCTATTGGTGGATGGAACAGGCGAATTTGATTTTAGATTCATCATCTGGATGATTATATCATTTTCATTTGTTGCCTCCTGAAACATATTTAAATTACTTTACTATTTTCTTCACTATCTTTTCCTTAATGTGGTTTTTTATTTTTTTTAATTTCATTTTTTTGCTGTCAGTGTTGGGGATTCTATACAGCCACCCGATTTGTATGACTTTGACCACATTCACTTTGGTTCATCTTCTGGAAGTAGAGTAGCCATCCTTTATGGAGCCCTTGGAACTGATTGCTTTAAGCAATTTCATGTCACCCTTGTCAAAGCTGCCAAAGAGGTTCATTGCCTGTGTTCCAATTATTTGTTTTATTTTCATTATTCTTTTATTTTATTTTTTTATAATTTTTTATAAGGAACATGGATTCTTCTTTTCATAGAAACGATGAAATTACGCGTCGGGGGTGGGGGGCATCCCTTGTGCCAAAGGAATTACATGTATGAAATTCCAACACTGACATTTCATTTCATTGAAAGTATTATGCTCATGATTCTTATTTTTTAAGGGCTATGTAAATAATAATGGGATTAGAGAAAACAACTTCCTTTCACGCCACTATGGCCACCTACTTAGGATTTAATAGTCTACTATTTACCTTACTAATTTAGTTGGGCCAAAAGGTTGTCTTGTGAGAAGAGTTGGGGCGCGTGAGCTAGTCTAGGCACTTAGGGAGATTAATAAAAAAAAATCTCATTGTATTAACTAAACTTAAGGTTATATTTTGTTATTGAAACCATGAGGGTAGATCTCATTAGGAATCCAGAACTACTGTGTGTTTGTTTGCAATCTAGTTTATTATGTGAAATATTGTTAACTCTCTTGGTGATATAGCTAATTGTCACAGCACTTCTTGTTACAATTTTTTTTTGTCTAACATCTACGCACCGTGTGCTGTTTGATTAAAATTTCAGGGAAAAGTTAAATATGTTACTCGACCTGTAATTCCTTCTGGGTGTGAAGTAAAAATTAATTCCTGTGGAGCTGTTGGTGCAAGAGGTTCCTTGAATTTGGGTGGTTATGGGGTAGAATTGGCTCTTAAGAACATGGAATATAAGGCTATGGATGATAGTGCGATAAAGAAAGGTTAGTTCAGTTTCCCAGTTTATTCTTAAGTTATTTAACATAGTGAGGCAGCCTTGCGCAGAAGTTTATTCCAGCTTCATTGAAGCTGGAAAATGGTATCTTTGAATTATGTTCTTTTGACATGCTTTGATTTATTATGAATCAGAACTCCTAACTAACTACGAATAAAACTACAGCATGAAGGTTTGAAGTCTCTAATTTGTAGATACTTATTTTCTATATTGCATTTTATTTGTTGTATTATAATTCAATCTTGCAATAGAACATGTCTTTTTTTTCTTCTTTTTTTTGGGTGTTATAGTGTTTGAAGTTTAGGATTTACATAATTTTTTAGTATACATTTCTGTTTGGCAATAAAACAAGAATTACAAGCATTCCAATTTAAGTGTACCACTATGTTGAATATGTTTATCCTTTTTTTTTCCATTTTCTTTGGAGCATTATTAGATTATAACATATAACATATATTAATATGTAGGAAGAGGGTGACCCTTTGGGAGGAGTTAGAGAGTCTTTCGGGGTTGTGTGATGGGGATTTTTCTTTGGCTAGATTCCCGTCAGAGAATTTGGAGGGGTATAGGTTTACTACTTCTACGAGAGTCTCTAATAGATTTACAGAAGATCATGTCTTCTGTGGGTTTCGGTGGGTTGTTGTACGCTTGATGGATATCTTCTGTCCAAAGCAGGGATGAACGCGACCCATTTTAGGGAAGTTGAGAAATTTTGCCTCGATTTAGTTTGTTGACTGACCCATTCCTTTTTAGTGGCGACGTTGTTAAGTTGGCCTTTGCTCCTTCATGTTTGATAATAGCTTCAACATTGTTCCTTCTAGGCTTTTCTGTGATGCGACCTTTTTTTTGTGTGTTCTTCTTCCTTGGTTTCCAATTCTTTAGGTAGGCTTCTACATAGAGCCAACGATTATGGGCTTATTAAAGGATTTTCTACTCTCATCAAATGGGGTTCACATTAATCATCTCCCAATTGCATATGGAACTTTTATTTTTAGCGAGGACTTTTCCCAAAGAAATCTTGGGATGAGGGTTAATCTTTTCTAATTGGCCATCACAGGCCTCAATGTTACCACTTAGCAGTGAAGACTGAAGAAATTCAGGCTAAAGCCTCTGTCTTTTTGTAACCAGTGGAGATCAGAATAGAAAATAGATGCAAGTGGAAGAATGGCCAACGTTCAAATTTACCTTCATAAAGTTTTTCTCATGCGATCCCACTTATTGAATGTCTGTCTTTGAGTTGCATGGTTTTGGCTAAAAATTTGGAAAAACTAGTTATATAATTTTTATGACAAAATGGTTCCATAGCTGAAGGTAGCTACCTGGTTAACTGGAACTCAGTCAAGCTTCCCGTTGATAAAGGAGACACTTGGGTATTGACAATATCCTAACGAGTATAACTATCTTGCACATAAAGTCATCTCCAACAAGTATGGCTATCAGGTAAGTAAAAAAAGGAAAAAAAAAGTAGGGCTCAGTTGATTTACTCTTGAAAAGCTCCTTATCTCTAGAACCTCATGCATTTCATAAGGGGTCGGCGACAATCTTCCAACTATTTGGTTTTCCTTAAAGCTGAATCTGGAGGATAGTTGGTTAAAAATCCTTCTTTTAATGAGGTCTCTCTTGTGGATTACATTCAAGGCCATTTGGTTTAAGATTCTATAGATGCCCATAAATTAAGAATGCCTAAGAATAAGATTGCTGGGAATCAAGGATGACTATATTTGGTTGTGCATGGAAATGTTATCAGAATTTTATGGGAACAAATTATCTTTGTATTTAATTTCTAAAATCAATCATAGACACCTCTATAAAATTTTAATAGATTAATTGATAAACAGTAAATTCAATTCAAAGTTTTGAGCAAAATTAATTATTTAACAATCAAATAATAATATTAATTAAATTATTAATTACAAATATTTGTAAAATGTGTAATTTATAATTAAAGTTACTTGATTACATAATTTGATGAATTTATATAATTATGATGTATTAATTAATAAAACAATCAAAATTAGTTTGAAAGAAATAAATAAAACATTTTGTTATTAAAAATTAATGAATTATAATTAATCAATGATAAAATAATTATAATTCTTCTAAAACTAAGGGAGATTATCATAAATAGAAAAAATATCAAACTATTTACAAATATAGAAAAATTTCCTGTCTATCGTTATAGACTGCGAAATATCGAAATAGACTTCTATAATTGAGCGACAGAAGTTTATTGCGATCTATCGCTGATAAGCAATGAAATTTTTCTATATTTGTAAATAGTTTGATGTTTTTTTTTTCTATTTTTGAAAATAATCCTAAAAATAATCTCATAAAATATTAATCATAATAATAATTAATTAACTACATATATAATCTATTAATGAATTGATAGTATTAATGCATTGGTTCTTTATGGTTTATTGAAAAATAAGTGTGGTTGTGTGTGTATATATATATAATTAAGTAATTAATTTATGAAACTGGAGCAGTTAAATTCAAATATTATAATTTAAAATTTAATATAATTTTCTAAATTATAAATTTAATATTCATATATATGAATTAATTTTAATTATATATAAAATATAAGAATAATTTCATGTATTAAAAGAGGAGAGAAAGTGAGCATAAAAAGACCCACACTTTCGGATAGGTTAATTCATGGGTATAAAGAATGCATGGGAATTGCTTAAATCTTCAAAACTTGTACCAAACAAGGGGTGTGTATCCTTTACTCATTCCCACCCTTATTCCTATTCCAAGTCCCTCAATCCAAACGCCTGACAATGCTATGCCATTGCAACACAGAATATCAATATGGCATTACTTGTTAGGACAAGGATTCCCAGACTTGTAATCTGTCCTTGGAAGATTATTAACCCAAGCACATCCAAATAACTTAAAAGATGTCTCCCGTAAGCCTTTGTTGTATGAACACGGAAAATATATGATGAATGTCTTCTCCAGCACTAAAACGTAAAGGGCAGCAACTAAGATTCAACACCCAATTTGGACATTTGTCGAATCTATTTAACTTCTGCAGAAAAACCAACCAGTTGGCAGTTAGATATTCACCTTTTTTGGGATTTTTGTCTTCCATAAGACTGAAATGAAGGTTTTAGTCATTCATAATGGTGAAACTAACCAGGTTAATGTAAAAATTCATCTTACTTTGGCCAATTGGAAGTTCTTTTTGTAGCTCCCGGCTAGAGATTGGTTTCTCCCATAATTTGTATTATTTCATCTTATCAATGAAACAAACAAATGGTGCTGGATAGGTGGCTGATGGAAGTTCTTTCAGGGTGGCCTTTCAAAGATAAAGCTAGAGTGCTGTGGAAGAATTCAGTCAGAGCTATCCCTTGGGTTCTTTGGAAGGAAAGAAATTCTACAATTTTTTTCAGATAAAAAGTCGCTTTCTTTTATGATTTTGACATTTTGTATAGCTCACTGCCTCTACTTGGAGTGCTCAGCATAGGTTTTTTTGTAATTACTCCATGGACTCCATTATTTTAGATTGGAAGGTCTTTTTGTAATCTTTCTCTTCGGAAAAGGGATGCTTATCCCTTTGTCACCTATATTGTTTTGTTTGTCTCCAGTTTTTGAATGAAGTTCTCTGTGTCTTTTCTCTCTCTCTCTCTCTCCTTTTTAACAAATGTTTCTCATTAAAAACAAAGTGTATTCTATCTTATTAACGTGAGGTCTCATACTAGTTGGAAAAAAAGGGATATAGATTGATTATGTAGGCTTTACTGTGATTCAGTTGGGTGGGGTCAAGCATTCTACTTTATTTCTTCACTGGCTAATTTGTATAAAATGATTTTTCTGGGTTAAGATGCCTTGAAATAGCCTTATGGATCGCAGGTGTCACTTTGGAAGATCCTCGGACTGAAGATCTCAGCCAAGAAGTTAGAGGCTTCATATTTTCCAAGATTTTGGTGTGTTTTCCTTCAAGTTACTAGTATTTTCTTTTAATCATAAAAAAATTATTTTTCATTTTTTAAAGATTGCTATATTATATTATACTAAGCAATGGTTTGGATGGTTTGCAATTTACTTCAATGGTCATTAAACTTATATTTACTTTAGTGGTTACTTCAATGGTCATTAAACTTATATTTACTATACTATATTATAGTAAGCAATGGTTTGGATGGTTTGCAATTTACTTCAATGGTCATTAAACTTATATTTACTTTAGTGGTTACATTTTCTTTCATTATTTATTGTCTATCGAGCACATTTTCTACAATTATTTAGCTCATTTTCAAAATCGAAGTGGGGTTTCACTTTTAGTGTTCTTTTCTTCTTTTCGGGGACAAGAGAACACTTTTAGTGTTCTTTTGACTAAATAGTTGTTGCCTAAAGCTCCCTTGGAAGGTTCTTTTCATGTAGCCAAGACAAGCTCATGAAAGTTAGATGTTCTAATTTACGTTTAGCAACTTCATTCTGTTCTGGAGTGTCAGGAGACGTCATTTGGCGCTGAATGTCATGCTCTTTGCAGTAATTCTAAAACTGATTCGACATATATTCTCTCCCATTATCTGTTCGAAGACACTTTATTGGCAACATAAATTCCTTTCTCCACTTGCTCCTTGAATTAGATAAACTTGGAGAAAGTCTCACTTTTTTTAACTTCCAAAAAATACACCCTAGTGAACCGAGAAAAATCGTCCACAATGGCCATAACATAACGACAACCAGAATAGCTGGGTGTTCTAGTTGGTCCCCATCAAATCTGAATGAAGTAACGACATTGGACCAATAGATCTGTTATTTGAATTTGGGAAGGGAAGACGATGTGACTTACCAAATTGACAACCAGGACAAATCACATCACAATATATTCTTTAAAGAGAGGAAAACTGTCTAGAAGCTTCTTCATAGAAATTCTTTACAACGATTGGTAACCAACATGACCCAACCGAGCATGCCAAAGTGTTGCACCGTAATTATGACCTGTCTTTTCAACATATCCATCACTTGTAGACAAAACATAGAGGAAATCTTTCCCCTTCCCAGTGAGCAAAATATCACCTTCAAATTTCTTAATATCAGAAATAATTTTCACAACGTTTGGACCAAAATGAAACATACCTCCTAGAGTCGGCAATCTGAAAAATTGAAACCAAATTATTCTTTAAACTTAGAACATGATAAACATCTTCAAGGGACACCATTAACAACGGATGAACCATCCTCAACACTAACTTGCTCTTCTTCAATAATGGGATGTAAGAAATTATCAGCCATCATAATTACTCTTCCTCTTTGGTGAGTACATTTCCAGTTGCATGATGAGAACAATCAGAATCAACAATCCAATTTGTATTGTAATCTATAGAAACATTAGCATGCAAATTAATGGGTTGATCAATAGCTTCAATTGATAAGCATTGTTCCCATTTAATTTTGTTCAGGTTTGTTTATTTCTTGTACAACGTTTGCTTCTGCTTCTTTAAGCTTCACTCGACAATTTGGTCTAATATGACATGATTTCCTACAACAATGACACACCACCTTCTTTCGACAATCACGTTTGATGTGTCCCGGCTTGTCGCACTTAAAATATCCCTTCAAATCTCCCTTGGACTGCCCTTCAACCTTGGAATCCTTGTTGTCATTTGAAGAACGTTTAGAAGAATAATTAATCTTTCCATTGTTATTTTGCATGAAAAACAACTTTCGCTTTGGAATGAGGTTGGACTTCTTTGAGTCTCCTGAAGACTTTGGAATGAGGCTGCTCGTTATCATCAAGCATTTGTTTCATCAATGCTTCTTGATCTGAGAGCAAAATTTCCAACTTAATGATGGAAGGTTGATTTACCCAACCTTGTATTGAAGAAATAAATGGCATAAACGCCTTTCGCAGTCTAGAATAAGATAACGACACAAACAACCATCACTAATAGGTTCCTCTTTGTCCAATTCTGGTGTATACCAATGAGAAAACTTTATTTTCTTATCAAAATTCTGATGTTTTAACAAAGCTAACAGCCTTTTATATAGGGCTGGAAGGTGAGAACCTACAACCTGCTAATCAGGTAAACAAACTTAAAAACAAGGTAAACAATTTAAAAACTAACTAAAGCTAATTATGAGACTCAACTAACAACAAACCCAATTATTAAAACCTAATAAAACAGAAACATGTAAAGCTAATTACATAACTCAACTAACAACAAACCAAATTATTAAATCCTAATAAAACATAAAAGGACTACATCATAATCCACCCCCTAAAATTAAAATTGTCCTCGAGTTTTCTTCAGTTAGGGAGCTAAATGGAAACGATCAGGAGCATTGCATGGATGAAGGTCAGCCAAGCCACATTGAATATTAGATGAATGTGTAAATCTGATGGAAGATCAAGTTTGTAAGCATTGGCACCATAAGCTTGGGTTGTTTGAAATGGTCCAAGCTTTCTGTTTTTAAGTTTGTTGTAGATCCCAACAGGAAATCGATTATTCGTCAAGTGAATCATCACCCTTCCTTAAATTGGTGAAAACGTTTATGCTTGTCTGCAGCCTTCTTATAGCTGTCGTTGGCTTGGTTGATATTGTCTTGGACTTTTTATGGAGCTCAACAATTCGATCAGCCATTGACTCTGCTTCACTGCTAGAAGTAGGTAAGTTTATCAAATCCATAGTTAACCTTGGCATTTTAGTGTAAACCACTTTAAAGGGGCACTTCCTTGTTGATCCATTTTTCATAAAATTGAAGGCAAATTCGGCTTGTCCCAAGATAAGATCCCACTGCTTAGGATGGTCACTGATAAGCAACAAATCAGATTTCCAAGTGTGCAGTTTGTCACCTCGGTTTGTCTGTCAGTTTGTGGATGAGCTGTTGAACTATACTTGAGTGTAGTATCAAATTCTCTCCATAAAGTCTTCCAAAGATGGCTAAGAAATTTGACATCCCTGTTCGAAACAATTGTACATGGAATTCCATGTAATCAGATAATTTCTCGAAAAAATAAGTTAGCAATATAAACTACATCATGAGTCTTTTTACATGGTAAGAAGTCAGCCATTTTACTAAAGCGATCTACTACAACCATTACTGAATCAAAGTTCCTTTGAGTACGTGGTAAACCAAGGATGAAATCCATGGATAAGTCCTCCCAAATACTTGTTGGAGTTGGTAAAGGTGTATATAATCCAACATTGGTTGAAGATCCTTTTGCTGTTTGACAAGTAAAACATCTTTTTACAAAATTTTGAACATCCTTTCTTAACTGAGGCCAATAATATATTTGAGCTACGAGATCGAATGTTTTATCTCTTCCAAAGTGTCCAGAGAGACCACTTGAGTGAAGTTCCTTAATTAGCATTTCCTTTAAGGATATGTGAGCCTTTGAAAAGATATCCATAAAAAATATAAAAGTCAGTAGAATTAACATGATTTGTACATTGCAACCAAATTTTACCAAAATCCGAGTCATTAGCATATAAGTCAGGAAGATGTTCAAACGTAGTTACTTCAGTTCTAAGTATTGTTAGTAGGCTTTCCTTTCTACTAAGAGCATCTGCCACCTTGTTCTCTTTTCCCGATTGATGTTTTATGACAAAATTTAATTGTTGGAGAAAGGAAATCCATCTACTATGCATCCTACTTATATTTTTCTGTGATCGAATGAACTTAAGAGAGAGGTGATCAGTCAAAAGGATAAATTCTCTATAAAGAAGGTAGTTTTCCCATTGTTTAAGGGCTTTTATTAATGCATATAGTTCAAGCTCATATGTACTCCAATTAATGCATTGAGTTCAAGCTCATATGGACAGGATGAGAGTGCTAAGGGGGTGTCAACATAGTTGAGATGTCCGGTGCACTCACTGATCCTTAGGATGTTATGATTGTTTCCCTCATTGTACCTAGAGCATTAGTCTCATTTCATTATTTCAATGAAGAGACTCGTTTCCTTTTCAAAAAAGCTCATATGTACTCCAATTTAACTTGATCCACCAAGTTTTTCACTGAAATATTCAATAGGATGTTTGTTTTGTGTTAAAACAACTCCAATACCTACTCCTGAGGCATCAACAGCGACTCCAAAAGGAATTGAAAAATCTGGTAGTCGTAAAACTGGGCTCTCAGATAGATGGGTTTTGAGGTTTTGAAAACTAATTTCCTGAGGTTGTTCCCATTTAACAACTCCTTTTATAAGACAATCAGTAAGTGGTACTGCTATGGAGCTAAATATTTTTTTTATGAATTTTCTATTGAATGGATGCTAAACCTAAAATTGATTGGACTTGTTTTATGGAAGTGGGGGTAGGCCAATTGGTTATTGCTTTTATTTTAATAGGATCGACTTATACTGCACTTTCCAATAATGAATCCTAAGAAATATATTTCATTAGCAAGGAATAAACATTTGGTAGGGTTGATGAAGAGTTGGTTATTCTCTAGACTAGTGAAAATAGATTTTAAATGTTTTAGGTGTTCTTTTTTTGTTTTACTATAGATTAAGATATCATCAAAGTATACCACTACAAATCCATTGAGAAAGGGAAGAAGAACCTGATTTTCATTAATCACATGAAGGTGCTCGGTGCATTTGACAGGCTAAATGGCATGACTAGCTATTCGAAGAGTCCTTCATTCATTTTGAATGCTGTTTTCCACTCATCACCCAGTCTGATCCTTATTTGATGGTATACACTTTTCAAGTCTATCTTTGAAAACAGGCTGGCTCCTACCAATTGATCCAACACGTCACTAATTTGAGGAATAGGGAAACAATATTCGATAGTGATCTTGTTGATTACCCTACTATCGACGCACATCTGCCAGCTCCCATCTTTCTTAGGTGTTAGCATTGCTGGAACTGCACAAGGACTAATTCTGAGTTGGCCTTTTTTAAGTAGCTCTTTTACTTGGTCATGCTGAATTTTTTGAGTGTGTTTGACCCAAGGAGTTTAGAAGTAGGAGTTGGGAAGTAGGAATAGTGAACTCCACTCCTTGTTTGGCCCAAGGAGTTGGTGGGTCCCAATGCTAAAAAACATCAATTTTATATCTTATCAACTTCTTACACTGGAGCCCCAGGAGTTCACAACTCCCTAGATTTCATAACTCCATACTCCTCACTATTTTACTCCTTACCCCAAAACACCCCTTAGGCTCATCTTGTAATGAGGAAGGTGTGGTAGGCTTGCTCCGGGTATAAGATCTATTTGATGTTGTATGTCGCGAAGTGGGGGAAGGTCTTCAGGTGTCTTCATAAAGGATGGATGTCCTGTCAATAATTCTTCCACCTCCTTTGGTAGGTTGGATGAATCTGTTGTCACTTTGGCACCTTTAACTATGAGCCCCCAAATGTTCTTCTCAGCTTGTTTTACAAATTCTTTTCCTTTCAGCACAGTGAATAAACTCCCACTTTTGTCTCCTTTGTTGCCTTTTTGATGTGGTGCTTGACAGTTTAGTGGAAGGAGAACAATTTTCTTGCCCATCCATGAAAACTCATAAGTGTTGTCCTGATACCCTTATGGATGGTTTGGAGGTCATATTGCCATGGTCTTCCCAAGAGAATGTGGCATGCATCCATGTCCAAAACATCGCATATAATCTAATCTTTAGCTGTTGCCATTACCAATTGATAGTTGTACCGTGCAGATGTCTTGTACTGTTGCCTCGCCTCCTTTTTTAATCCAACTGACTTCATATTGGTTGGGATGTGGTTTTGTTTTGAGGTTCAATGCCAAGACCAGCTTCTTGGTAACTATGTTCTTGCTGCTTCCACTATCGATAATAACACTACAAATCTTGCCATTTATAGTACATCGAGTCTTGAATAATGTGTGTTGCTGTGTTTGAGTTTCTGTTTTAGGTGCCAGCAACAGTTTTTGAACCACACAAGAGAGTTGTGCTCCATCATTAGCTTCCAAATAATCGATAATTAAAGTTTATTGTTCTTCCCTCATAATGAAAGCATGTGTATCATCTCTTAAATATGATGTTACTTGTCCAGAAAAAGCAGAAATAGAACAAAAAACAAAACAGTACATCTTAAATCTGTTTCCACATTGTTAATCTAGTAGTGTTGTTAGAATACTCGTGGTTCATTTTAGCCAGGTAGACCTTATGGCTTATGCAACTAAGGTTGAAAAGATTTATATGCCCAATGTAGGAACGGAAACCAGAGCTAACATCTGAGATCATGGCTTTTAGGGATTATCTATTGTCATCAACGGGTTCAGACACGCTTAATGTGTGGGAACTAAAGGGTAATTGAACTTTGAAGTTTACTGCATGATACCCTCTTGGTGTCCATGTTTCGAAGCCTAATTAATTGCTTTCTTCTGGCAGATTTGGGACATCAAACTGCACAGAGAATAGTACAGGCCTCTGATCCTTTGCAGTCAATGCAAGAAATAAGTCAAAATTTTCCTAGCATTGTTTCTTCATTATCTCGCATGAAGGTAAATGCTCTACAAGGTATCCCTGCATGAATTAAACTTATGGCGTCAAATATCTTTGCCATAAATACTGCTGGTTTTTTTGTTGATTGTCTTGCAGCTCAATGATTCAGTTAAAGATGAAATCACTGCTAATCAACGCATGATTCCACCTGGCAAGTCCTTAATGGCTCTCAATGGTGCTTTAATCAATATTGAAGATGTTGACCTCTATCTGTAA

mRNA sequence

ATGGACGCTGCTTGGTCTCTTCTCCCTCCGGTAACTAGTTATAGTGCTGTCTTAAGAGATTCAGAAGGGAAAGTGAAGGTTGTTGCTGTAAAGTCTTCTAATATCCCGTTTGAAGCCCCTTTGGCGGAAGTAAGAGCTATTTTGGAGGGAGTTCTTTTTGCACTTGATTTTGGAATTCTTCACCTTTATGTTGAATCAGACTGTCAGATGGCAATAAATCTTATCAACAAAAATCTCTCCTCCATGAATGAACCATGCGGTTTTTCCTTCCACTGCGGAGTCTTCTCCATCGTCGCCGAGCTTGAGAGGCTCACTTTCGAAACTTCGTACTCTCGGCAACCTTCGGTCTCTGATTCATCACCCAGTTTTTTTCGAGCCCATCAATGGTGGAGGCTCTGTATTTCCAAAATTGAAGTGAAGATCGTGATTGTTTTTGATTTGCTAATGGGGACGAGCTGTTTTAGATCTGTGTGCCGACCTCTGATCGTTGTATTGTTGTTGGCAATCTATGGAGGTAGTGGAGTTTTTGCTGAGATTCGAAGACCCAAGAACGTGCAGGTTGCGGTTCAAGCCAAGTGGTCCGGCACTTCAGTTCTCCTAGAAGCTGGTGACTTCTATATTCTTGTTGAGTACAGTGAATTACTTGCTAAAGAGCGAAAAGACCTTTACTGGGAGTTTATTGAGGTCTGGCTTCGTGAGGAAGGAAATGATGCTGATGCTTCTACGGCTAAAGCTTGTCTGAAGAAAATTTTAAAGCATGGACGTTTTCTTCTAAATGAACCTCTGGCCTCATTATATGAATTTTCTTTGGTTCTAAGATCAGCGTCCCCTAGATTGGTTCTTTACCAACAGTTAGCCGATGAATCGCTTTCCTCCTTTCCTCTGCCTGAAGAAAATAACCCCAGCATTGTTGGTGAAGGAAATGAAAGCATCGGAAGAAAAATTTCAGATACTTCATTTGTTGGACTCAAGCCAAAAACTCCTGGTGGAAAATGTTGTTGGGTGGATACTGGTGGATCCCGATTTTTTGATGTTCCAGAATTGCTAACGTGGCTTCAGAATCCGGCTGAAAGTGTTGGGGATTCTATACAGCCACCCGATTTGTATGACTTTGACCACATTCACTTTGGTTCATCTTCTGGAAGTAGAGTAGCCATCCTTTATGGAGCCCTTGGAACTGATTGCTTTAAGCAATTTCATGTCACCCTTGTCAAAGCTGCCAAAGAGGGAAAAGTTAAATATGTTACTCGACCTGTAATTCCTTCTGGGTGTGAAGTAAAAATTAATTCCTGTGGAGCTGTTGGTGCAAGAGGTTCCTTGAATTTGGGTGGTTATGGGGTAGAATTGGCTCTTAAGAACATGGAATATAAGGCTATGGATGATAGTGCGATAAAGAAAGGTGTCACTTTGGAAGATCCTCGGACTGAAGATCTCAGCCAAGAAGTTAGAGGCTTCATATTTTCCAAGATTTTGGAACGGAAACCAGAGCTAACATCTGAGATCATGGCTTTTAGGGATTATCTATTGTCATCAACGGGTTCAGACACGCTTAATGTGTGGGAACTAAAGGATTTGGGACATCAAACTGCACAGAGAATAGTACAGGCCTCTGATCCTTTGCAGTCAATGCAAGAAATAAGTCAAAATTTTCCTAGCATTGTTTCTTCATTATCTCGCATGAAGCTCAATGATTCAGTTAAAGATGAAATCACTGCTAATCAACGCATGATTCCACCTGGCAAGTCCTTAATGGCTCTCAATGGTGCTTTAATCAATATTGAAGATGTTGACCTCTATCTGTAA

Coding sequence (CDS)

ATGGACGCTGCTTGGTCTCTTCTCCCTCCGGTAACTAGTTATAGTGCTGTCTTAAGAGATTCAGAAGGGAAAGTGAAGGTTGTTGCTGTAAAGTCTTCTAATATCCCGTTTGAAGCCCCTTTGGCGGAAGTAAGAGCTATTTTGGAGGGAGTTCTTTTTGCACTTGATTTTGGAATTCTTCACCTTTATGTTGAATCAGACTGTCAGATGGCAATAAATCTTATCAACAAAAATCTCTCCTCCATGAATGAACCATGCGGTTTTTCCTTCCACTGCGGAGTCTTCTCCATCGTCGCCGAGCTTGAGAGGCTCACTTTCGAAACTTCGTACTCTCGGCAACCTTCGGTCTCTGATTCATCACCCAGTTTTTTTCGAGCCCATCAATGGTGGAGGCTCTGTATTTCCAAAATTGAAGTGAAGATCGTGATTGTTTTTGATTTGCTAATGGGGACGAGCTGTTTTAGATCTGTGTGCCGACCTCTGATCGTTGTATTGTTGTTGGCAATCTATGGAGGTAGTGGAGTTTTTGCTGAGATTCGAAGACCCAAGAACGTGCAGGTTGCGGTTCAAGCCAAGTGGTCCGGCACTTCAGTTCTCCTAGAAGCTGGTGACTTCTATATTCTTGTTGAGTACAGTGAATTACTTGCTAAAGAGCGAAAAGACCTTTACTGGGAGTTTATTGAGGTCTGGCTTCGTGAGGAAGGAAATGATGCTGATGCTTCTACGGCTAAAGCTTGTCTGAAGAAAATTTTAAAGCATGGACGTTTTCTTCTAAATGAACCTCTGGCCTCATTATATGAATTTTCTTTGGTTCTAAGATCAGCGTCCCCTAGATTGGTTCTTTACCAACAGTTAGCCGATGAATCGCTTTCCTCCTTTCCTCTGCCTGAAGAAAATAACCCCAGCATTGTTGGTGAAGGAAATGAAAGCATCGGAAGAAAAATTTCAGATACTTCATTTGTTGGACTCAAGCCAAAAACTCCTGGTGGAAAATGTTGTTGGGTGGATACTGGTGGATCCCGATTTTTTGATGTTCCAGAATTGCTAACGTGGCTTCAGAATCCGGCTGAAAGTGTTGGGGATTCTATACAGCCACCCGATTTGTATGACTTTGACCACATTCACTTTGGTTCATCTTCTGGAAGTAGAGTAGCCATCCTTTATGGAGCCCTTGGAACTGATTGCTTTAAGCAATTTCATGTCACCCTTGTCAAAGCTGCCAAAGAGGGAAAAGTTAAATATGTTACTCGACCTGTAATTCCTTCTGGGTGTGAAGTAAAAATTAATTCCTGTGGAGCTGTTGGTGCAAGAGGTTCCTTGAATTTGGGTGGTTATGGGGTAGAATTGGCTCTTAAGAACATGGAATATAAGGCTATGGATGATAGTGCGATAAAGAAAGGTGTCACTTTGGAAGATCCTCGGACTGAAGATCTCAGCCAAGAAGTTAGAGGCTTCATATTTTCCAAGATTTTGGAACGGAAACCAGAGCTAACATCTGAGATCATGGCTTTTAGGGATTATCTATTGTCATCAACGGGTTCAGACACGCTTAATGTGTGGGAACTAAAGGATTTGGGACATCAAACTGCACAGAGAATAGTACAGGCCTCTGATCCTTTGCAGTCAATGCAAGAAATAAGTCAAAATTTTCCTAGCATTGTTTCTTCATTATCTCGCATGAAGCTCAATGATTCAGTTAAAGATGAAATCACTGCTAATCAACGCATGATTCCACCTGGCAAGTCCTTAATGGCTCTCAATGGTGCTTTAATCAATATTGAAGATGTTGACCTCTATCTGTAA

Protein sequence

MDAAWSLLPPVTSYSAVLRDSEGKVKVVAVKSSNIPFEAPLAEVRAILEGVLFALDFGILHLYVESDCQMAINLINKNLSSMNEPCGFSFHCGVFSIVAELERLTFETSYSRQPSVSDSSPSFFRAHQWWRLCISKIEVKIVIVFDLLMGTSCFRSVCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYILVEYSELLAKERKDLYWEFIEVWLREEGNDADASTAKACLKKILKHGRFLLNEPLASLYEFSLVLRSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPKTPGGKCCWVDTGGSRFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAILYGALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYGVELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRDYLLSSTGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSVKDEITANQRMIPPGKSLMALNGALINIEDVDLYL

Homology

[Close]

BLAST of HG10011091 vs. NCBI nr
Match: XP_038882327.1 (UDP-glucose:glycoprotein glucosyltransferase [Benincasa hispida])

HSP 1 Score: 837.8 bits (2163), Expect = 5.9e-239
Identity = 424/452 (93.81%), Postives = 430/452 (95.13%), Query Frame = 0


Query: 149 MGTSCFRSVCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYIL 208
           MGTSCFRS CRPLIVVL LAIYGGSGVF EIR+PKNVQVAVQAKWSGTSVLLEAG     
Sbjct: 1   MGTSCFRSACRPLIVVLFLAIYGGSGVFGEIRKPKNVQVAVQAKWSGTSVLLEAG----- 60

Query: 209 VEYSELLAKERKDLYWEFIEVWLREEGNDADASTAKACLKKILKHGRFLLNEPLASLYEF 268
               ELLAKERKDLYWEFIEVWLREEGNDADASTAKACLKKILKHGRFLL+EPLASLYEF
Sbjct: 61  ----ELLAKERKDLYWEFIEVWLREEGNDADASTAKACLKKILKHGRFLLSEPLASLYEF 120

Query: 269 SLVLRSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPKTP 328
           SLVLRSASPRLVLYQQLADESLSSFPLPEENN + VGEGNE+I RK+SDTS VGLKPKTP
Sbjct: 121 SLVLRSASPRLVLYQQLADESLSSFPLPEENNSNTVGEGNENIKRKMSDTSVVGLKPKTP 180

Query: 329 GGKCCWVDTGGSRFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAILY 388
            GKCCWVDTG S FFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAILY
Sbjct: 181 AGKCCWVDTGASLFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAILY 240

Query: 389 GALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYGVE 448
           GALGTDCFKQFHV LVKAAKEGK+KYV RPVIPSGCEVKINSCGAVGARGSLNLGGYGVE
Sbjct: 241 GALGTDCFKQFHVILVKAAKEGKIKYVVRPVIPSGCEVKINSCGAVGARGSLNLGGYGVE 300

Query: 449 LALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRDYL 508
           LALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRDYL
Sbjct: 301 LALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRDYL 360

Query: 509 LSSTGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSVKD 568
           LSST SDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSVKD
Sbjct: 361 LSSTVSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSVKD 420

Query: 569 EITANQRMIPPGKSLMALNGALINIEDVDLYL 601
           EITANQRMIPPGKSLMALNGALINIEDVDLYL
Sbjct: 421 EITANQRMIPPGKSLMALNGALINIEDVDLYL 443

[Close]

BLAST of HG10011091 vs. NCBI nr
Match: XP_008456069.1 (PREDICTED: UDP-glucose:glycoprotein glucosyltransferase isoform X1 [Cucumis melo])

HSP 1 Score: 828.2 bits (2138), Expect = 4.6e-236
Identity = 424/454 (93.39%), Postives = 430/454 (94.71%), Query Frame = 0


Query: 149 MGTSCFRSVCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYIL 208
           MGTSCFRS CRPLIVVLLLAIYGGSGVFAEIR+PKNVQVAVQAKWSGTSVLLEAG     
Sbjct: 1   MGTSCFRSGCRPLIVVLLLAIYGGSGVFAEIRKPKNVQVAVQAKWSGTSVLLEAG----- 60

Query: 209 VEYSELLAKERKDLYWEFIEVWLREEGNDADAS--TAKACLKKILKHGRFLLNEPLASLY 268
               ELLAKE+KDLYWEFIEVWLREEGNDADA   TAKACLKKILKHGR LLNEPLASLY
Sbjct: 61  ----ELLAKEQKDLYWEFIEVWLREEGNDADADAPTAKACLKKILKHGRSLLNEPLASLY 120

Query: 269 EFSLVLRSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPK 328
           EFSLVLRSASPRLVLYQQLADESLSSFPLPEENN +IVGEGNESI RKIS TS VGLKPK
Sbjct: 121 EFSLVLRSASPRLVLYQQLADESLSSFPLPEENNSNIVGEGNESIERKISGTSVVGLKPK 180

Query: 329 TPGGKCCWVDTGGSRFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAI 388
           TPGGKCCWVDTGGS FFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSS SR+AI
Sbjct: 181 TPGGKCCWVDTGGSLFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSRSRLAI 240

Query: 389 LYGALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYG 448
           LYGALGT CFKQFHVTLV AAKEGKV+YV RPVIPSGCEVKINSCGAVGARGSLNLGGYG
Sbjct: 241 LYGALGTYCFKQFHVTLVNAAKEGKVRYVVRPVIPSGCEVKINSCGAVGARGSLNLGGYG 300

Query: 449 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD 508
           VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSE+MAFRD
Sbjct: 301 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEVMAFRD 360

Query: 509 YLLSSTGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV 568
           YLLSST SDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV
Sbjct: 361 YLLSSTVSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV 420

Query: 569 KDEITANQRMIPPGKSLMALNGALINIEDVDLYL 601
           KDEITANQRMIPPGKSLMALNGALINIEDVDLYL
Sbjct: 421 KDEITANQRMIPPGKSLMALNGALINIEDVDLYL 445

[Close]

BLAST of HG10011091 vs. NCBI nr
Match: XP_008456070.1 (PREDICTED: UDP-glucose:glycoprotein glucosyltransferase isoform X2 [Cucumis melo])

HSP 1 Score: 828.2 bits (2138), Expect = 4.6e-236
Identity = 424/454 (93.39%), Postives = 430/454 (94.71%), Query Frame = 0


Query: 149 MGTSCFRSVCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYIL 208
           MGTSCFRS CRPLIVVLLLAIYGGSGVFAEIR+PKNVQVAVQAKWSGTSVLLEAG     
Sbjct: 1   MGTSCFRSGCRPLIVVLLLAIYGGSGVFAEIRKPKNVQVAVQAKWSGTSVLLEAG----- 60

Query: 209 VEYSELLAKERKDLYWEFIEVWLREEGNDADAS--TAKACLKKILKHGRFLLNEPLASLY 268
               ELLAKE+KDLYWEFIEVWLREEGNDADA   TAKACLKKILKHGR LLNEPLASLY
Sbjct: 61  ----ELLAKEQKDLYWEFIEVWLREEGNDADADAPTAKACLKKILKHGRSLLNEPLASLY 120

Query: 269 EFSLVLRSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPK 328
           EFSLVLRSASPRLVLYQQLADESLSSFPLPEENN +IVGEGNESI RKIS TS VGLKPK
Sbjct: 121 EFSLVLRSASPRLVLYQQLADESLSSFPLPEENNSNIVGEGNESIERKISGTSVVGLKPK 180

Query: 329 TPGGKCCWVDTGGSRFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAI 388
           TPGGKCCWVDTGGS FFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSS SR+AI
Sbjct: 181 TPGGKCCWVDTGGSLFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSRSRLAI 240

Query: 389 LYGALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYG 448
           LYGALGT CFKQFHVTLV AAKEGKV+YV RPVIPSGCEVKINSCGAVGARGSLNLGGYG
Sbjct: 241 LYGALGTYCFKQFHVTLVNAAKEGKVRYVVRPVIPSGCEVKINSCGAVGARGSLNLGGYG 300

Query: 449 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD 508
           VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSE+MAFRD
Sbjct: 301 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEVMAFRD 360

Query: 509 YLLSSTGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV 568
           YLLSST SDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV
Sbjct: 361 YLLSSTVSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV 420

Query: 569 KDEITANQRMIPPGKSLMALNGALINIEDVDLYL 601
           KDEITANQRMIPPGKSLMALNGALINIEDVDLYL
Sbjct: 421 KDEITANQRMIPPGKSLMALNGALINIEDVDLYL 445

[Close]

BLAST of HG10011091 vs. NCBI nr
Match: XP_011651279.1 (UDP-glucose:glycoprotein glucosyltransferase [Cucumis sativus] >KAE8650530.1 hypothetical protein Csa_009803 [Cucumis sativus])

HSP 1 Score: 824.7 bits (2129), Expect = 5.1e-235
Identity = 420/456 (92.11%), Postives = 430/456 (94.30%), Query Frame = 0


Query: 149 MGTSCFRSVCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYIL 208
           MGTSCFRS CRPLIVVLLLAIYGG+G+FAEIR+PKNVQVAVQAKWSGTSVLLEAG     
Sbjct: 1   MGTSCFRSGCRPLIVVLLLAIYGGNGIFAEIRKPKNVQVAVQAKWSGTSVLLEAG----- 60

Query: 209 VEYSELLAKERKDLYWEFIEVWLREEGNDADAS----TAKACLKKILKHGRFLLNEPLAS 268
               ELLAKE+KDLYWEFIEVWLREEGNDADA     TAKACLKKILKHGR LLNEPLAS
Sbjct: 61  ----ELLAKEQKDLYWEFIEVWLREEGNDADADADAPTAKACLKKILKHGRSLLNEPLAS 120

Query: 269 LYEFSLVLRSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLK 328
           LYEFSLVLRSASPRLVLYQQLADESLSSFPLPEENN +IVGEGNESI R+ISDTS VGLK
Sbjct: 121 LYEFSLVLRSASPRLVLYQQLADESLSSFPLPEENNSNIVGEGNESIERRISDTSVVGLK 180

Query: 329 PKTPGGKCCWVDTGGSRFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRV 388
           PKTP GKCCWVDTGGS FFDVPELLTWLQNPAESVGDSIQPPDLYDFDH+HFGSSSGSR+
Sbjct: 181 PKTPDGKCCWVDTGGSLFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHVHFGSSSGSRL 240

Query: 389 AILYGALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGG 448
           AILYGALGT CFKQFH TLV AAKEGKVKYV RPVIPSGCE+KINSCGAVGARGSLNLGG
Sbjct: 241 AILYGALGTYCFKQFHDTLVNAAKEGKVKYVVRPVIPSGCELKINSCGAVGARGSLNLGG 300

Query: 449 YGVELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAF 508
           YGVELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSE+MAF
Sbjct: 301 YGVELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEVMAF 360

Query: 509 RDYLLSSTGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLND 568
           RDYLLSST SDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLND
Sbjct: 361 RDYLLSSTVSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLND 420

Query: 569 SVKDEITANQRMIPPGKSLMALNGALINIEDVDLYL 601
           SVKDEITANQRMIPPGKSLMALNGALINIEDVDLYL
Sbjct: 421 SVKDEITANQRMIPPGKSLMALNGALINIEDVDLYL 447

[Close]

BLAST of HG10011091 vs. NCBI nr
Match: XP_022922587.1 (UDP-glucose:glycoprotein glucosyltransferase-like isoform X2 [Cucurbita moschata])

HSP 1 Score: 822.0 bits (2122), Expect = 3.3e-234
Identity = 417/454 (91.85%), Postives = 430/454 (94.71%), Query Frame = 0


Query: 149 MGTSCFRSVCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYIL 208
           MGTSCFRS CRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTS+LLEAG     
Sbjct: 1   MGTSCFRSGCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSILLEAG----- 60

Query: 209 VEYSELLAKERKDLYWEFIEVWLREEGN--DADASTAKACLKKILKHGRFLLNEPLASLY 268
               ELLAKERKDLYW+FIEVWLREEGN  DADASTAKACLKKILKHGRFLLNEPLASL+
Sbjct: 61  ----ELLAKERKDLYWDFIEVWLREEGNGADADASTAKACLKKILKHGRFLLNEPLASLF 120

Query: 269 EFSLVLRSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPK 328
           EFSL+LRSASPRLVLY+QLADESLSSFPLPEENN +IVGEGNE I R+ SDTS VG  PK
Sbjct: 121 EFSLILRSASPRLVLYRQLADESLSSFPLPEENNCNIVGEGNEGIERRKSDTSLVGQNPK 180

Query: 329 TPGGKCCWVDTGGSRFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAI 388
           +P GKCCWVDTGGS FFDVPELLTWL+NPAESVGDSIQPPDLYDFDHIHFGSSS SRVAI
Sbjct: 181 SPRGKCCWVDTGGSLFFDVPELLTWLENPAESVGDSIQPPDLYDFDHIHFGSSSESRVAI 240

Query: 389 LYGALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYG 448
           LYGALGTDCFKQFHVTLVKAAKEGKVKYV RPVIPSGCEVKINSCGAVGARGS+NLGGYG
Sbjct: 241 LYGALGTDCFKQFHVTLVKAAKEGKVKYVVRPVIPSGCEVKINSCGAVGARGSMNLGGYG 300

Query: 449 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD 508
           VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD
Sbjct: 301 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD 360

Query: 509 YLLSSTGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV 568
           YLLSST SDTLNVWELKDLGHQTAQRIVQASDPLQSMQEI+QNFP+IVSSLSRMKLNDSV
Sbjct: 361 YLLSSTVSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEINQNFPTIVSSLSRMKLNDSV 420

Query: 569 KDEITANQRMIPPGKSLMALNGALINIEDVDLYL 601
           KDEITANQRM+PPGKSLMALNGALINIEDVDLYL
Sbjct: 421 KDEITANQRMVPPGKSLMALNGALINIEDVDLYL 445

[Close]

BLAST of HG10011091 vs. ExPASy Swiss-Prot
Match: Q0WL80 (UDP-glucose:glycoprotein glucosyltransferase OS=Arabidopsis thaliana OX=3702 GN=UGGT PE=1 SV=1)

HSP 1 Score: 562.4 bits (1448), Expect = 6.2e-159
Identity = 288/452 (63.72%), Postives = 350/452 (77.43%), Query Frame = 0


Query: 149 MGTSCFRSVCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYIL 208
           MGT+        LI++ ++ +    GV A+ RRPKNVQVAV+AKW GT +LLEAG     
Sbjct: 1   MGTTTNLRSWLYLILLFIVVV----GVNAQNRRPKNVQVAVKAKWQGTPLLLEAG----- 60

Query: 209 VEYSELLAKERKDLYWEFIEVWLREEGNDADASTAKACLKKILKHGRFLLNEPLASLYEF 268
               EL++KE K L+WEF + WL  +G+D+D  +A+ CL KI K    LL +P+ASL+ F
Sbjct: 61  ----ELISKESKQLFWEFTDAWLGSDGDDSDCKSARDCLLKISKQASTLLAQPVASLFHF 120

Query: 269 SLVLRSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPKTP 328
           SL LRSASPRLVLY+QLADESLSSF  P  ++PS  G                       
Sbjct: 121 SLTLRSASPRLVLYRQLADESLSSF--PHGDDPSATG----------------------- 180

Query: 329 GGKCCWVDTGGSRFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAILY 388
              CCWVDTG S F+DV +L +WL + A +VGD++Q P+L+DFDH+HF S +GS VA+LY
Sbjct: 181 ---CCWVDTGSSLFYDVADLQSWLAS-APAVGDAVQGPELFDFDHVHFDSRAGSPVAVLY 240

Query: 389 GALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYGVE 448
           GA+GTDCF++FH++L KAAKEGKV YV RPV+P GCE K   CGA+GAR +++L GYGVE
Sbjct: 241 GAVGTDCFRKFHLSLAKAAKEGKVTYVVRPVLPLGCEGKTRPCGAIGARDNVSLAGYGVE 300

Query: 449 LALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRDYL 508
           LALKNMEYKAMDDSAIKKG+TLEDPRTEDLSQ+VRGFIFSKIL+RKPEL SE+MAFRDYL
Sbjct: 301 LALKNMEYKAMDDSAIKKGITLEDPRTEDLSQDVRGFIFSKILDRKPELRSEVMAFRDYL 360

Query: 509 LSSTGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSVKD 568
           LSST SDTL+VWELKDLGHQTAQRIV ASDPLQSMQEI+QNFPS+VSSLSRMKLN+S+KD
Sbjct: 361 LSSTVSDTLDVWELKDLGHQTAQRIVHASDPLQSMQEINQNFPSVVSSLSRMKLNESIKD 410

Query: 569 EITANQRMIPPGKSLMALNGALINIEDVDLYL 601
           EI +NQRM+PPGK+L+ALNGAL+NIED+DLY+
Sbjct: 421 EILSNQRMVPPGKALLALNGALLNIEDIDLYM 410

[Close]

BLAST of HG10011091 vs. ExPASy Swiss-Prot
Match: Q8T191 (Probable UDP-glucose:glycoprotein glucosyltransferase A OS=Dictyostelium discoideum OX=44689 GN=ggtA PE=1 SV=2)

HSP 1 Score: 202.2 bits (513), Expect = 1.6e-50
Identity = 159/461 (34.49%), Postives = 239/461 (51.84%), Query Frame = 0


Query: 163 VVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYILVEYSELLAKERKDL 222
           V+LL+    G   F+     K++Q+++ + W  T   LEA +F         L  + K L
Sbjct: 19  VLLLVESNEGDNSFSS----KSIQLSLVSNWGETPSYLEAAEF---------LHNQDKSL 78

Query: 223 YWEFIEVWLREEGNDADAST----------AKACLKKILKHGRFLLNEPLASLYEFSLVL 282
           +W+FI     EE N  D ST            + +K +L      L+E L+      L +
Sbjct: 79  FWKFI-----EEFNKIDFSTNYSDKIYYESTISLMKSVLSSNTQFLSEFLS----IDLAM 138

Query: 283 RSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPKTPGGKC 342
           R+ SPR+  Y+QLA   +S+  L    + SI    N++I      T F        GG  
Sbjct: 139 RTYSPRVETYRQLA---ISNMKLNNIEH-SITTADNKTI------TLF------NSGG-- 198

Query: 343 CWVDTGGSRFFDVPELLTWLQNPAESVGDSIQP-PDLYDFDHIH------FGSSSGS--- 402
            WV        DV E+   L      V D       LYDFDHI         SSS S   
Sbjct: 199 -WVQIKNKIITDVNEINESLFKDVAVVDDEENEFIRLYDFDHIFPTLANTVSSSSSSPSS 258

Query: 403 -RVAILYGALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLN 462
             + ILY  + ++ FK  H  L + ++ GK+KY  R V+               +   LN
Sbjct: 259 IPIVILYVDIKSEFFKLVHPKLKQFSQMGKIKYCLRYVVQE-------------SNQKLN 318

Query: 463 LGGYGVELALKNMEYKAMDDSAIKKGVTLEDPRTEDL----SQEVRGFIFSKILERKPEL 522
           L GYG EL++KN+EYK MDDSAIKK + ++  +++ +    +++V+GF F K+ +RKPEL
Sbjct: 319 LQGYGYELSIKNLEYKVMDDSAIKKDIIIDGVKSKTIINIPNEDVQGFNFHKLQKRKPEL 378

Query: 523 TSEIMAFRDYLLS-STGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSS 582
           TS++  FR YL++ S  +  L VWELKDLG Q+AQ+I+Q+ DPL+S++ ISQ FP++ +S
Sbjct: 379 TSKLSTFRSYLMAKSQEAKELKVWELKDLGIQSAQKIIQSGDPLRSLEYISQKFPTLSNS 425

Query: 583 LSRMKLNDSVKDEITANQRMIP-PGKSLMALNGALINIEDV 597
           LS++ LN+S+K  I +NQ++IP      + LNG LI+  ++
Sbjct: 439 LSKITLNESLKSVIESNQKIIPSTTDQTLLLNGRLIDTNEL 425

[Close]

BLAST of HG10011091 vs. ExPASy Swiss-Prot
Match: Q9NYU1 (UDP-glucose:glycoprotein glucosyltransferase 2 OS=Homo sapiens OX=9606 GN=UGGT2 PE=1 SV=4)

HSP 1 Score: 156.0 bits (393), Expect = 1.3e-36
Identity = 136/443 (30.70%), Postives = 213/443 (48.08%), Query Frame = 0


Query: 172 GSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYILVEYSELLAKERKDLYWEFIEVWL 231
           GSG  A     K+V   + AKW  T +LLEA         SE +A+E  + +W+F+E  +
Sbjct: 25  GSGTVA---ASKSVTAHLAAKWPETPLLLEA---------SEFMAEESNEKFWQFLET-V 84

Query: 232 RE----EGNDADASTAKACLKKILKHGRFLLNEPLASLYEFSLVLRSASPRLVLYQQLAD 291
           +E    +  ++D S     LKK    G+FL N  + +L +F+  +R+ SP + ++QQ+A 
Sbjct: 85  QELAIYKQTESDYSYYNLILKKA---GQFLDNLHI-NLLKFAFSIRAYSPAIQMFQQIAA 144

Query: 292 ESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPKTPGGKCCWVDTGGSRFFDVPE 351
           +     P P+  N                  +FV +  K      C ++          E
Sbjct: 145 DE----PPPDGCN------------------AFVVIHKK----HTCKIN----------E 204

Query: 352 LLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAILYGALGTDCFKQFHVTLVKAA 411
           +   L+  A     S   P L+  DH    +     V ILY  +GT  F  FH  L + A
Sbjct: 205 IKKLLKKAA-----SRTRPYLFKGDHKFPTNKENLPVVILYAEMGTRTFSAFHKVLSEKA 264

Query: 412 KEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYGVELALKNMEYKAMDDSAIK-- 471
           +  ++ YV R  I      K            + L GYGVELA+K+ EYKA+DD+ +K  
Sbjct: 265 QNEEILYVLRHYIQKPSSRK------------MYLSGYGVELAIKSTEYKALDDTQVKTV 324

Query: 472 KGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRDYLLSSTGS-DTLNVWELKD 531
              T+ED   E  + EV+GF+F K+ E   +L   + AF+ YL+ S      L VWEL+D
Sbjct: 325 TNTTVED---ETETNEVQGFLFGKLKEIYSDLRDNLTAFQKYLIESNKQMMPLKVWELQD 384

Query: 532 LGHQTAQRIVQAS--DPLQSMQEISQNFPSIVSSLSRMKLNDSVKDEITANQR------M 591
           L  Q A +I+ A   D ++ M++ISQNFP    SL+R+ +N  +++EI  NQ+       
Sbjct: 385 LSFQAASQIMSAPVYDSIKLMKDISQNFPIKARSLTRIAVNQHMREEIKENQKDLQVRFK 394

Query: 592 IPPGKSLMALNGALINIEDVDLY 600
           I PG + + +NG  ++++  D +
Sbjct: 445 IQPGDARLFINGLRVDMDVYDAF 394

[Close]

BLAST of HG10011091 vs. ExPASy Swiss-Prot
Match: Q6P5E4 (UDP-glucose:glycoprotein glucosyltransferase 1 OS=Mus musculus OX=10090 GN=Uggt1 PE=1 SV=4)

HSP 1 Score: 151.4 bits (381), Expect = 3.3e-35
Identity = 134/431 (31.09%), Postives = 204/431 (47.33%), Query Frame = 0


Query: 183 KNVQVAVQAKWSGTSVLLEAGDFYILVEYSELLAKERKDLYWEFIEVWLR---EEGNDAD 242
           K +  ++  KW    +LLEA         SE LA++ ++ +W F+E        + +D D
Sbjct: 45  KAITTSLTTKWFSAPLLLEA---------SEFLAEDSQEKFWSFVEATQNIGSSDHHDTD 104

Query: 243 ASTAKACLKKILKHGRFLLNEPL-ASLYEFSLVLRSASPRLVLYQQLADESLSSFPLPEE 302
            S   A L+      RFL   PL  +L +F L LRS S  +  +QQ+A +     P PE 
Sbjct: 105 HSYYDAVLEAAF---RFL--SPLQQNLLKFCLSLRSYSASIQAFQQIAVDE----PPPE- 164

Query: 303 NNPSIVGEGNESIGRKISDTSFVGLKPKTPGGKCCWVDTGGSRFFDVPELLTWLQNPAES 362
                        G K    SF+ +     G + C +DT  S       LLT    P   
Sbjct: 165 -------------GCK----SFLSVH----GKQTCDLDTLESL------LLTAADRP--- 224

Query: 363 VGDSIQPPDLYDFDHIHFGSSSGSRVAILYGALGTDCFKQFHVTLVKAAKEGKVKYVTRP 422
                  P L+  DH +  S+  S V ILY  +G + F   H  L+  + EGK+ YV R 
Sbjct: 225 ------KPLLFKGDHRYPSSNPESPVVILYSEIGHEEFSNIHHQLISKSNEGKINYVFRH 284

Query: 423 VIPSGCEVKINSCGAVGARGSLNLGGYGVELALKNMEYKAMDDSAIK-KGVTLEDPRTED 482
            I +             ++  + L GYGVELA+K+ EYKA DD+ +K   V        D
Sbjct: 285 YISN------------PSKEPVYLSGYGVELAIKSTEYKAKDDTQVKGTEVNATVIGESD 344

Query: 483 LSQEVRGFIFSKILERKPELTSEIMAFRDYLLSSTGS-DTLNVWELKDLGHQTAQRIVQA 542
              EV+GF+F K+ E  P L  ++  FR +L+ ST     L VW+L+DL  QTA RI+ A
Sbjct: 345 PIDEVQGFLFGKLRELYPALEGQLKEFRKHLVESTNEMAPLKVWQLQDLSFQTAARILAA 404

Query: 543 SDPLQ--SMQEISQNFPSIVSSLSRMKLNDSVKDEITANQRM------IPPGKSLMALNG 600
           S  L    M++ISQNFP+   ++++  ++  ++ E+  NQ+       + PG S + +NG
Sbjct: 405 SGALSLVVMKDISQNFPTKARAITKTAVSAQLRAEVEENQKYFKGTIGLQPGDSALFING 408

[Close]

BLAST of HG10011091 vs. ExPASy Swiss-Prot
Match: Q9NYU2 (UDP-glucose:glycoprotein glucosyltransferase 1 OS=Homo sapiens OX=9606 GN=UGGT1 PE=1 SV=3)

HSP 1 Score: 148.3 bits (373), Expect = 2.8e-34
Identity = 128/448 (28.57%), Postives = 210/448 (46.88%), Query Frame = 0


Query: 162 IVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYILVEYSELLAKERKD 221
           ++V+L  ++  S V A+    K +  ++  KW  T +LLEA         SE LA++ ++
Sbjct: 27  VLVVLTVLWLFSSVKAD---SKAITTSLTTKWFSTPLLLEA---------SEFLAEDSQE 86

Query: 222 LYWEFIEVWLREEGNDADASTAKACLKKILKHGRFLLNEPLASLYEFSLVLRSASPRLVL 281
            +W F+E       +D D  T  +    IL+     L+    +L++F L LRS S  +  
Sbjct: 87  KFWNFVEASQNIGSSDHD-GTDYSYYHAILEAAFQFLSPLQQNLFKFCLSLRSYSATIQA 146

Query: 282 YQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPKTPGGKCCWVDTGGSR 341
           +QQ+A +     P PE  N                  SF  +     G K C  DT  + 
Sbjct: 147 FQQIAADE----PPPEGCN------------------SFFSVH----GKKTCESDTLEAL 206

Query: 342 FFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAILYGALGTDCFKQFHV 401
                 LLT  + P          P L+  DH +  S+  S V I Y  +G++ F  FH 
Sbjct: 207 ------LLTASERP---------KPLLFKGDHRYPSSNPESPVVIFYSEIGSEEFSNFHR 266

Query: 402 TLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYGVELALKNMEYKAMDD 461
            L+  +  GK+ YV R  I +              +  + L GYGVELA+K+ EYKA DD
Sbjct: 267 QLISKSNAGKINYVFRHYIFN------------PRKEPVYLSGYGVELAIKSTEYKAKDD 326

Query: 462 SAIK-KGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRDYLLSSTGS-DTLNV 521
           + +K   V        D   EV+GF+F K+ +  P+L  ++   R +L+ ST     L V
Sbjct: 327 TQVKGTEVNTTVIGENDPIDEVQGFLFGKLRDLHPDLEGQLKELRKHLVESTNEMAPLKV 386

Query: 522 WELKDLGHQTAQRIVQASDPLQ--SMQEISQNFPSIVSSLSRMKLNDSVKDEITANQRM- 581
           W+L+DL  QTA RI+ +   L    M+++SQNFP+   ++++  ++  ++ E+  NQ+  
Sbjct: 387 WQLQDLSFQTAARILASPVELALVVMKDLSQNFPTKARAITKTAVSSELRTEVEENQKYF 408

Query: 582 -----IPPGKSLMALNGALINIEDVDLY 600
                + PG S + +NG  ++++  D++
Sbjct: 447 KGTLGLQPGDSALFINGLHMDLDTQDIF 408

[Close]

BLAST of HG10011091 vs. ExPASy TrEMBL
Match: A0A1S3C2H1 (UDP-glucose:glycoprotein glucosyltransferase isoform X2 OS=Cucumis melo OX=3656 GN=LOC103496113 PE=3 SV=1)

HSP 1 Score: 828.2 bits (2138), Expect = 2.3e-236
Identity = 424/454 (93.39%), Postives = 430/454 (94.71%), Query Frame = 0


Query: 149 MGTSCFRSVCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYIL 208
           MGTSCFRS CRPLIVVLLLAIYGGSGVFAEIR+PKNVQVAVQAKWSGTSVLLEAG     
Sbjct: 1   MGTSCFRSGCRPLIVVLLLAIYGGSGVFAEIRKPKNVQVAVQAKWSGTSVLLEAG----- 60

Query: 209 VEYSELLAKERKDLYWEFIEVWLREEGNDADAS--TAKACLKKILKHGRFLLNEPLASLY 268
               ELLAKE+KDLYWEFIEVWLREEGNDADA   TAKACLKKILKHGR LLNEPLASLY
Sbjct: 61  ----ELLAKEQKDLYWEFIEVWLREEGNDADADAPTAKACLKKILKHGRSLLNEPLASLY 120

Query: 269 EFSLVLRSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPK 328
           EFSLVLRSASPRLVLYQQLADESLSSFPLPEENN +IVGEGNESI RKIS TS VGLKPK
Sbjct: 121 EFSLVLRSASPRLVLYQQLADESLSSFPLPEENNSNIVGEGNESIERKISGTSVVGLKPK 180

Query: 329 TPGGKCCWVDTGGSRFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAI 388
           TPGGKCCWVDTGGS FFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSS SR+AI
Sbjct: 181 TPGGKCCWVDTGGSLFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSRSRLAI 240

Query: 389 LYGALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYG 448
           LYGALGT CFKQFHVTLV AAKEGKV+YV RPVIPSGCEVKINSCGAVGARGSLNLGGYG
Sbjct: 241 LYGALGTYCFKQFHVTLVNAAKEGKVRYVVRPVIPSGCEVKINSCGAVGARGSLNLGGYG 300

Query: 449 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD 508
           VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSE+MAFRD
Sbjct: 301 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEVMAFRD 360

Query: 509 YLLSSTGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV 568
           YLLSST SDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV
Sbjct: 361 YLLSSTVSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV 420

Query: 569 KDEITANQRMIPPGKSLMALNGALINIEDVDLYL 601
           KDEITANQRMIPPGKSLMALNGALINIEDVDLYL
Sbjct: 421 KDEITANQRMIPPGKSLMALNGALINIEDVDLYL 445

[Close]

BLAST of HG10011091 vs. ExPASy TrEMBL
Match: A0A1S3C1Y4 (UDP-glucose:glycoprotein glucosyltransferase isoform X1 OS=Cucumis melo OX=3656 GN=LOC103496113 PE=3 SV=1)

HSP 1 Score: 828.2 bits (2138), Expect = 2.3e-236
Identity = 424/454 (93.39%), Postives = 430/454 (94.71%), Query Frame = 0


Query: 149 MGTSCFRSVCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYIL 208
           MGTSCFRS CRPLIVVLLLAIYGGSGVFAEIR+PKNVQVAVQAKWSGTSVLLEAG     
Sbjct: 1   MGTSCFRSGCRPLIVVLLLAIYGGSGVFAEIRKPKNVQVAVQAKWSGTSVLLEAG----- 60

Query: 209 VEYSELLAKERKDLYWEFIEVWLREEGNDADAS--TAKACLKKILKHGRFLLNEPLASLY 268
               ELLAKE+KDLYWEFIEVWLREEGNDADA   TAKACLKKILKHGR LLNEPLASLY
Sbjct: 61  ----ELLAKEQKDLYWEFIEVWLREEGNDADADAPTAKACLKKILKHGRSLLNEPLASLY 120

Query: 269 EFSLVLRSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPK 328
           EFSLVLRSASPRLVLYQQLADESLSSFPLPEENN +IVGEGNESI RKIS TS VGLKPK
Sbjct: 121 EFSLVLRSASPRLVLYQQLADESLSSFPLPEENNSNIVGEGNESIERKISGTSVVGLKPK 180

Query: 329 TPGGKCCWVDTGGSRFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAI 388
           TPGGKCCWVDTGGS FFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSS SR+AI
Sbjct: 181 TPGGKCCWVDTGGSLFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSRSRLAI 240

Query: 389 LYGALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYG 448
           LYGALGT CFKQFHVTLV AAKEGKV+YV RPVIPSGCEVKINSCGAVGARGSLNLGGYG
Sbjct: 241 LYGALGTYCFKQFHVTLVNAAKEGKVRYVVRPVIPSGCEVKINSCGAVGARGSLNLGGYG 300

Query: 449 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD 508
           VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSE+MAFRD
Sbjct: 301 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEVMAFRD 360

Query: 509 YLLSSTGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV 568
           YLLSST SDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV
Sbjct: 361 YLLSSTVSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV 420

Query: 569 KDEITANQRMIPPGKSLMALNGALINIEDVDLYL 601
           KDEITANQRMIPPGKSLMALNGALINIEDVDLYL
Sbjct: 421 KDEITANQRMIPPGKSLMALNGALINIEDVDLYL 445

[Close]

BLAST of HG10011091 vs. ExPASy TrEMBL
Match: A0A6J1E4J0 (UDP-glucose:glycoprotein glucosyltransferase-like isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111430550 PE=3 SV=1)

HSP 1 Score: 822.0 bits (2122), Expect = 1.6e-234
Identity = 417/454 (91.85%), Postives = 430/454 (94.71%), Query Frame = 0


Query: 149 MGTSCFRSVCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYIL 208
           MGTSCFRS CRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTS+LLEAG     
Sbjct: 1   MGTSCFRSGCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSILLEAG----- 60

Query: 209 VEYSELLAKERKDLYWEFIEVWLREEGN--DADASTAKACLKKILKHGRFLLNEPLASLY 268
               ELLAKERKDLYW+FIEVWLREEGN  DADASTAKACLKKILKHGRFLLNEPLASL+
Sbjct: 61  ----ELLAKERKDLYWDFIEVWLREEGNGADADASTAKACLKKILKHGRFLLNEPLASLF 120

Query: 269 EFSLVLRSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPK 328
           EFSL+LRSASPRLVLY+QLADESLSSFPLPEENN +IVGEGNE I R+ SDTS VG  PK
Sbjct: 121 EFSLILRSASPRLVLYRQLADESLSSFPLPEENNCNIVGEGNEGIERRKSDTSLVGQNPK 180

Query: 329 TPGGKCCWVDTGGSRFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAI 388
           +P GKCCWVDTGGS FFDVPELLTWL+NPAESVGDSIQPPDLYDFDHIHFGSSS SRVAI
Sbjct: 181 SPRGKCCWVDTGGSLFFDVPELLTWLENPAESVGDSIQPPDLYDFDHIHFGSSSESRVAI 240

Query: 389 LYGALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYG 448
           LYGALGTDCFKQFHVTLVKAAKEGKVKYV RPVIPSGCEVKINSCGAVGARGS+NLGGYG
Sbjct: 241 LYGALGTDCFKQFHVTLVKAAKEGKVKYVVRPVIPSGCEVKINSCGAVGARGSMNLGGYG 300

Query: 449 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD 508
           VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD
Sbjct: 301 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD 360

Query: 509 YLLSSTGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV 568
           YLLSST SDTLNVWELKDLGHQTAQRIVQASDPLQSMQEI+QNFP+IVSSLSRMKLNDSV
Sbjct: 361 YLLSSTVSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEINQNFPTIVSSLSRMKLNDSV 420

Query: 569 KDEITANQRMIPPGKSLMALNGALINIEDVDLYL 601
           KDEITANQRM+PPGKSLMALNGALINIEDVDLYL
Sbjct: 421 KDEITANQRMVPPGKSLMALNGALINIEDVDLYL 445

[Close]

BLAST of HG10011091 vs. ExPASy TrEMBL
Match: A0A6J1E3Q2 (UDP-glucose:glycoprotein glucosyltransferase-like isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111430550 PE=3 SV=1)

HSP 1 Score: 822.0 bits (2122), Expect = 1.6e-234
Identity = 417/454 (91.85%), Postives = 430/454 (94.71%), Query Frame = 0


Query: 149 MGTSCFRSVCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYIL 208
           MGTSCFRS CRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTS+LLEAG     
Sbjct: 1   MGTSCFRSGCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSILLEAG----- 60

Query: 209 VEYSELLAKERKDLYWEFIEVWLREEGN--DADASTAKACLKKILKHGRFLLNEPLASLY 268
               ELLAKERKDLYW+FIEVWLREEGN  DADASTAKACLKKILKHGRFLLNEPLASL+
Sbjct: 61  ----ELLAKERKDLYWDFIEVWLREEGNGADADASTAKACLKKILKHGRFLLNEPLASLF 120

Query: 269 EFSLVLRSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPK 328
           EFSL+LRSASPRLVLY+QLADESLSSFPLPEENN +IVGEGNE I R+ SDTS VG  PK
Sbjct: 121 EFSLILRSASPRLVLYRQLADESLSSFPLPEENNCNIVGEGNEGIERRKSDTSLVGQNPK 180

Query: 329 TPGGKCCWVDTGGSRFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAI 388
           +P GKCCWVDTGGS FFDVPELLTWL+NPAESVGDSIQPPDLYDFDHIHFGSSS SRVAI
Sbjct: 181 SPRGKCCWVDTGGSLFFDVPELLTWLENPAESVGDSIQPPDLYDFDHIHFGSSSESRVAI 240

Query: 389 LYGALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYG 448
           LYGALGTDCFKQFHVTLVKAAKEGKVKYV RPVIPSGCEVKINSCGAVGARGS+NLGGYG
Sbjct: 241 LYGALGTDCFKQFHVTLVKAAKEGKVKYVVRPVIPSGCEVKINSCGAVGARGSMNLGGYG 300

Query: 449 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD 508
           VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD
Sbjct: 301 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD 360

Query: 509 YLLSSTGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV 568
           YLLSST SDTLNVWELKDLGHQTAQRIVQASDPLQSMQEI+QNFP+IVSSLSRMKLNDSV
Sbjct: 361 YLLSSTVSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEINQNFPTIVSSLSRMKLNDSV 420

Query: 569 KDEITANQRMIPPGKSLMALNGALINIEDVDLYL 601
           KDEITANQRM+PPGKSLMALNGALINIEDVDLYL
Sbjct: 421 KDEITANQRMVPPGKSLMALNGALINIEDVDLYL 445

[Close]

BLAST of HG10011091 vs. ExPASy TrEMBL
Match: A0A6J1J4W4 (UDP-glucose:glycoprotein glucosyltransferase-like isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111482647 PE=3 SV=1)

HSP 1 Score: 818.9 bits (2114), Expect = 1.4e-233
Identity = 415/454 (91.41%), Postives = 429/454 (94.49%), Query Frame = 0


Query: 149 MGTSCFRSVCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYIL 208
           MGTSCFRS CRPLIVVLLLAIYGGSG FAEIRRPKNVQVAVQAKWSGTS+LLEAG     
Sbjct: 1   MGTSCFRSGCRPLIVVLLLAIYGGSGGFAEIRRPKNVQVAVQAKWSGTSILLEAG----- 60

Query: 209 VEYSELLAKERKDLYWEFIEVWLREEGN--DADASTAKACLKKILKHGRFLLNEPLASLY 268
               ELLAKERKDLYW+FIEVWLREEGN  DADA+TAKACLKKILKHGRFLLNEPLASL+
Sbjct: 61  ----ELLAKERKDLYWDFIEVWLREEGNGADADATTAKACLKKILKHGRFLLNEPLASLF 120

Query: 269 EFSLVLRSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPK 328
           EFSL+LRSASPRLVLY+QLADESLSSFPLPEENN +IVGEGNE I R+ SDTS VG  PK
Sbjct: 121 EFSLILRSASPRLVLYRQLADESLSSFPLPEENNCNIVGEGNEGIERRKSDTSLVGQNPK 180

Query: 329 TPGGKCCWVDTGGSRFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAI 388
           +PGGKCCWVDTGGS FFDVPELLTWL+NPAESVGDSIQPPDLYDFDHIHFGSSS SRVAI
Sbjct: 181 SPGGKCCWVDTGGSLFFDVPELLTWLENPAESVGDSIQPPDLYDFDHIHFGSSSESRVAI 240

Query: 389 LYGALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYG 448
           LYGALGTDCFKQFHVTLVKAAKEGKVKYV RPVIPSGCEVKINSCG VGARGS+NLGGYG
Sbjct: 241 LYGALGTDCFKQFHVTLVKAAKEGKVKYVVRPVIPSGCEVKINSCGDVGARGSMNLGGYG 300

Query: 449 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD 508
           VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD
Sbjct: 301 VELALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRD 360

Query: 509 YLLSSTGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSV 568
           YLLSST SDTLNVWELKDLGHQTAQRIVQASDPLQSMQEI+QNFP+IVSSLSRMKLNDSV
Sbjct: 361 YLLSSTVSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEINQNFPTIVSSLSRMKLNDSV 420

Query: 569 KDEITANQRMIPPGKSLMALNGALINIEDVDLYL 601
           KDEITANQRM+PPGKSLMALNGALINIEDVDLYL
Sbjct: 421 KDEITANQRMVPPGKSLMALNGALINIEDVDLYL 445

[Close]

BLAST of HG10011091 vs. TAIR 10
Match: AT1G71220.1 (UDP-glucose:glycoprotein glucosyltransferases;transferases, transferring hexosyl groups;transferases, transferring glycosyl groups )

HSP 1 Score: 562.4 bits (1448), Expect = 4.4e-160
Identity = 288/452 (63.72%), Postives = 350/452 (77.43%), Query Frame = 0


Query: 149 MGTSCFRSVCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYIL 208
           MGT+        LI++ ++ +    GV A+ RRPKNVQVAV+AKW GT +LLEAG     
Sbjct: 1   MGTTTNLRSWLYLILLFIVVV----GVNAQNRRPKNVQVAVKAKWQGTPLLLEAG----- 60

Query: 209 VEYSELLAKERKDLYWEFIEVWLREEGNDADASTAKACLKKILKHGRFLLNEPLASLYEF 268
               EL++KE K L+WEF + WL  +G+D+D  +A+ CL KI K    LL +P+ASL+ F
Sbjct: 61  ----ELISKESKQLFWEFTDAWLGSDGDDSDCKSARDCLLKISKQASTLLAQPVASLFHF 120

Query: 269 SLVLRSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPKTP 328
           SL LRSASPRLVLY+QLADESLSSF  P  ++PS  G                       
Sbjct: 121 SLTLRSASPRLVLYRQLADESLSSF--PHGDDPSATG----------------------- 180

Query: 329 GGKCCWVDTGGSRFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAILY 388
              CCWVDTG S F+DV +L +WL + A +VGD++Q P+L+DFDH+HF S +GS VA+LY
Sbjct: 181 ---CCWVDTGSSLFYDVADLQSWLAS-APAVGDAVQGPELFDFDHVHFDSRAGSPVAVLY 240

Query: 389 GALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYGVE 448
           GA+GTDCF++FH++L KAAKEGKV YV RPV+P GCE K   CGA+GAR +++L GYGVE
Sbjct: 241 GAVGTDCFRKFHLSLAKAAKEGKVTYVVRPVLPLGCEGKTRPCGAIGARDNVSLAGYGVE 300

Query: 449 LALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRDYL 508
           LALKNMEYKAMDDSAIKKG+TLEDPRTEDLSQ+VRGFIFSKIL+RKPEL SE+MAFRDYL
Sbjct: 301 LALKNMEYKAMDDSAIKKGITLEDPRTEDLSQDVRGFIFSKILDRKPELRSEVMAFRDYL 360

Query: 509 LSSTGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSVKD 568
           LSST SDTL+VWELKDLGHQTAQRIV ASDPLQSMQEI+QNFPS+VSSLSRMKLN+S+KD
Sbjct: 361 LSSTVSDTLDVWELKDLGHQTAQRIVHASDPLQSMQEINQNFPSVVSSLSRMKLNESIKD 410

Query: 569 EITANQRMIPPGKSLMALNGALINIEDVDLYL 601
           EI +NQRM+PPGK+L+ALNGAL+NIED+DLY+
Sbjct: 421 EILSNQRMVPPGKALLALNGALLNIEDIDLYM 410

[Close]

BLAST of HG10011091 vs. TAIR 10
Match: AT1G71220.2 (UDP-glucose:glycoprotein glucosyltransferases;transferases, transferring hexosyl groups;transferases, transferring glycosyl groups )

HSP 1 Score: 562.4 bits (1448), Expect = 4.4e-160
Identity = 288/452 (63.72%), Postives = 350/452 (77.43%), Query Frame = 0


Query: 149 MGTSCFRSVCRPLIVVLLLAIYGGSGVFAEIRRPKNVQVAVQAKWSGTSVLLEAGDFYIL 208
           MGT+        LI++ ++ +    GV A+ RRPKNVQVAV+AKW GT +LLEAG     
Sbjct: 1   MGTTTNLRSWLYLILLFIVVV----GVNAQNRRPKNVQVAVKAKWQGTPLLLEAG----- 60

Query: 209 VEYSELLAKERKDLYWEFIEVWLREEGNDADASTAKACLKKILKHGRFLLNEPLASLYEF 268
               EL++KE K L+WEF + WL  +G+D+D  +A+ CL KI K    LL +P+ASL+ F
Sbjct: 61  ----ELISKESKQLFWEFTDAWLGSDGDDSDCKSARDCLLKISKQASTLLAQPVASLFHF 120

Query: 269 SLVLRSASPRLVLYQQLADESLSSFPLPEENNPSIVGEGNESIGRKISDTSFVGLKPKTP 328
           SL LRSASPRLVLY+QLADESLSSF  P  ++PS  G                       
Sbjct: 121 SLTLRSASPRLVLYRQLADESLSSF--PHGDDPSATG----------------------- 180

Query: 329 GGKCCWVDTGGSRFFDVPELLTWLQNPAESVGDSIQPPDLYDFDHIHFGSSSGSRVAILY 388
              CCWVDTG S F+DV +L +WL + A +VGD++Q P+L+DFDH+HF S +GS VA+LY
Sbjct: 181 ---CCWVDTGSSLFYDVADLQSWLAS-APAVGDAVQGPELFDFDHVHFDSRAGSPVAVLY 240

Query: 389 GALGTDCFKQFHVTLVKAAKEGKVKYVTRPVIPSGCEVKINSCGAVGARGSLNLGGYGVE 448
           GA+GTDCF++FH++L KAAKEGKV YV RPV+P GCE K   CGA+GAR +++L GYGVE
Sbjct: 241 GAVGTDCFRKFHLSLAKAAKEGKVTYVVRPVLPLGCEGKTRPCGAIGARDNVSLAGYGVE 300

Query: 449 LALKNMEYKAMDDSAIKKGVTLEDPRTEDLSQEVRGFIFSKILERKPELTSEIMAFRDYL 508
           LALKNMEYKAMDDSAIKKG+TLEDPRTEDLSQ+VRGFIFSKIL+RKPEL SE+MAFRDYL
Sbjct: 301 LALKNMEYKAMDDSAIKKGITLEDPRTEDLSQDVRGFIFSKILDRKPELRSEVMAFRDYL 360

Query: 509 LSSTGSDTLNVWELKDLGHQTAQRIVQASDPLQSMQEISQNFPSIVSSLSRMKLNDSVKD 568
           LSST SDTL+VWELKDLGHQTAQRIV ASDPLQSMQEI+QNFPS+VSSLSRMKLN+S+KD
Sbjct: 361 LSSTVSDTLDVWELKDLGHQTAQRIVHASDPLQSMQEINQNFPSVVSSLSRMKLNESIKD 410

Query: 569 EITANQRMIPPGKSLMALNGALINIEDVDLYL 601
           EI +NQRM+PPGK+L+ALNGAL+NIED+DLY+
Sbjct: 421 EILSNQRMVPPGKALLALNGALLNIEDIDLYM 410

The following BLAST results are available for this feature:

BLAST of HG10011091 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038882327.1	5.9e-239	93.81	UDP-glucose:glycoprotein glucosyltransferase [Benincasa hispida]	[more]
XP_008456069.1	4.6e-236	93.39	PREDICTED: UDP-glucose:glycoprotein glucosyltransferase isoform X1 [Cucumis melo...	[more]
XP_008456070.1	4.6e-236	93.39	PREDICTED: UDP-glucose:glycoprotein glucosyltransferase isoform X2 [Cucumis melo...	[more]
XP_011651279.1	5.1e-235	92.11	UDP-glucose:glycoprotein glucosyltransferase [Cucumis sativus] >KAE8650530.1 hyp...	[more]
XP_022922587.1	3.3e-234	91.85	UDP-glucose:glycoprotein glucosyltransferase-like isoform X2 [Cucurbita moschata...	[more]

BLAST of HG10011091 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q0WL80	6.2e-159	63.72	UDP-glucose:glycoprotein glucosyltransferase OS=Arabidopsis thaliana OX=3702 GN=...	[more]
Q8T191	1.6e-50	34.49	Probable UDP-glucose:glycoprotein glucosyltransferase A OS=Dictyostelium discoid...	[more]
Q9NYU1	1.3e-36	30.70	UDP-glucose:glycoprotein glucosyltransferase 2 OS=Homo sapiens OX=9606 GN=UGGT2 ...	[more]
Q6P5E4	3.3e-35	31.09	UDP-glucose:glycoprotein glucosyltransferase 1 OS=Mus musculus OX=10090 GN=Uggt1...	[more]
Q9NYU2	2.8e-34	28.57	UDP-glucose:glycoprotein glucosyltransferase 1 OS=Homo sapiens OX=9606 GN=UGGT1 ...	[more]

BLAST of HG10011091 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3C2H1	2.3e-236	93.39	UDP-glucose:glycoprotein glucosyltransferase isoform X2 OS=Cucumis melo OX=3656 ...	[more]
A0A1S3C1Y4	2.3e-236	93.39	UDP-glucose:glycoprotein glucosyltransferase isoform X1 OS=Cucumis melo OX=3656 ...	[more]
A0A6J1E4J0	1.6e-234	91.85	UDP-glucose:glycoprotein glucosyltransferase-like isoform X1 OS=Cucurbita moscha...	[more]
A0A6J1E3Q2	1.6e-234	91.85	UDP-glucose:glycoprotein glucosyltransferase-like isoform X2 OS=Cucurbita moscha...	[more]
A0A6J1J4W4	1.4e-233	91.41	UDP-glucose:glycoprotein glucosyltransferase-like isoform X2 OS=Cucurbita maxima...	[more]

BLAST of HG10011091 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G71220.1	4.4e-160	63.72	UDP-glucose:glycoprotein glucosyltransferases;transferases, transferring hexosyl...	[more]
AT1G71220.2	4.4e-160	63.72	UDP-glucose:glycoprotein glucosyltransferases;transferases, transferring hexosyl...	[more]

InterPro

Analysis Name: InterPro Annotations of Bottle gourd (Hangzhou Gourd) v1
Date Performed: 2022-08-01


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR040693	UGGT, thioredoxin-like domain 1	PFAM	PF18400	Thioredoxin_12	coord: 207..425 e-value: 7.3E-58 score: 195.6
IPR040694	UGGT, thioredoxin-like domain 2	PFAM	PF18401	Thioredoxin_13	coord: 514..599 e-value: 1.7E-27 score: 95.9
IPR002156	Ribonuclease H domain	PFAM	PF13456	RVT_3	coord: 2..80 e-value: 3.3E-10 score: 39.8
None	No IPR available	PANTHER	PTHR11226:SF0	UDP-GLUCOSE:GLYCOPROTEIN GLUCOSYLTRANSFERASE	coord: 169..599
IPR009448	UDP-glucose:Glycoprotein Glucosyltransferase	PANTHER	PTHR11226	UDP-GLUCOSE GLYCOPROTEIN:GLUCOSYLTRANSFERASE	coord: 169..599
IPR044730	Ribonuclease H-like domain, plant type	CDD	cd06222	RNase_H_like	coord: 2..80 e-value: 6.32251E-13 score: 63.8724

Relationships

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


Feature Name	Unique Name	Type
HG10011091.1	HG10011091.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006486	protein glycosylation
biological_process	GO:0097359	UDP-glucosylation
cellular_component	GO:0005788	endoplasmic reticulum lumen
cellular_component	GO:0005576	extracellular region
molecular_function	GO:0005509	calcium ion binding
molecular_function	GO:0003676	nucleic acid binding
molecular_function	GO:0004523	RNA-DNA hybrid ribonuclease activity
molecular_function	GO:0003980	UDP-glucose:glycoprotein glucosyltransferase activity