CmaCh16G005410 (gene) Cucurbita maxima (Rimu) v1.1

Overview


Name	CmaCh16G005410
Type	gene
Organism	Cucurbita maxima (Cucurbita maxima (Rimu) v1.1)
Description	UDP-glucose 4-epimerase 4
Location	Cma_Chr16: 2769550 .. 2783030 (-)
RNA-Seq Expression	CmaCh16G005410
Synteny	CmaCh16G005410

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGACCCGCCCACATGTAGCCATTGCCCAGCTTCGTCATCGTCTAACGACCTCTCATTCCTCATCCTTTATCCGCCAAAATCCCCACTCTAGAGAGAGAAAAAAAGCACAGAGGAGAGAGAAAGCATTCGACAAATTCTATGCCATTTTCCCTCGTTTCAATCCAAAGCTCCACTGTACAATGATTCTGCACTTGAGTTCACCATGGCTCACTATCACTCGCCTCCCTCATCCCAAACTCATCGAACCACTCGCCTCTGCAAGCAATGGCACTAGCGTCCTCATGCCTCTCCTTCTATGCTCCCACGCTTTCTTTCGTTTCACGTCCTTCTCCCAGTCGACGCGAGTTAGAGCTTCTTTAAATGTCAGCAACATCGATGGCGCCGCGGCTTTTGAGAATCCTGTTTCGGATTTACTCGACGACGAGCTGATTTGTGTTGTTTCGGGTGCTAAGGATGCCGATGAAGTGCTGCGGATGATCGCCGAAAAGTCAGGGAGGAATGGAGGTACTGTGTCTGTTCCGGACTGTCGTTTGATTATTGCGGCTGCACTTAAGCGTAACAATTCGGAGCTTGCTCTGTCCGTGTTCTACGCAATGCGCTCCAGTTTCTATGAAGGTGTGTGCCTGTGACTTGTTCGTTTTTATGTGTGTATTCGAAGTTCCATCTGTTTAATAATTAAAGCTAATGCTGCAAAGTATGTGACCAAGTAAATGGATTGGTTTCTTTAAATTAGTGAGTAGTTAAGAAAGACGTTTAACTCTGGCCGCTGGGATTCGTCTCTGATTTGGTGTCTTTTACAATGTTTCAATCATTCCTTCATGTAGTTTGACGCTACTTTGTTTCAGTGTCTTCATCTATACTACAGATCAAGCTTATATCGTGTCCTCGTTACTTTAAGGGCACTAAGCAGGAAGAGTATGCAATTAGGATAATCACTGAAAAAGATTGATTACGTGCTTTGATTGAGATTAGGAAGAAGAGGAGCCTAGCAAGGTTCTTAGTGTTGTAGGCATGTATAGTTGCTAAGTTTGGGGCGGCATTCACTGAAATTTCTTTACATTAATTTTCAATGCCCAACGGTAATATATCTGCTAATTTGCTAATCCATTGCCATTGTAAATAGTTACAGCATGGGAGGGTGTTAATGACAATGTTTCCTCTGTTGAGAGATGGAAATGGGCTAGGCCAGATGTCCATGTATATACATTGCTGATTCAAGGTCTTGCAGCATCCTTGAGGGTCTCTGATGCTCTTAGGATTATCGAGATTATTTGCCGAGTTGGTGTATCACCTGCTGAGGAGGTGAGAAACTAATCTTTGTTCAGATATGTATGTGTTCTTCATAGGCAGACATTTTCGCAGTTGTTTGCTACTGCATTGTGATGAACATAAAAAATGGTAAGACAGGCTTCCTGAATAGCTGTAAAATGTTTGAAGGTCCCATTTGGAAAGGTAGTGCAGTGCCCCAGTTGTATGGTAGCAGTAGCGGTTGCACAACCCCAGCACGGTATTCAGGTATGGAAGGACACGGCTGCTTTTGTTGATTGCATTCTATCACGGAGTGTCTCTAGAATTAATGTTTGATGAAAATCTCTTCAAGTTCCCTGGGAAAACTAGGATTAGATAGAACGTGACTATACTGCATTAGCTGTTTCAATGACAATAACTACTAGATTAAATCATATTATAGTTCTTTAGTTACTGTTGATTATTAATTGTTTTCTACATCATAACAACACATGCTCGTCCAATGTCTTTCATGATATAGGACCTTCATGCCGTGAAAAGATAGGGTTGATATAAAATAGAACATCTCCTTTGTTTATTTTCATGATTTGGGCAATTATTTGCCTTCTGTATTATAAATTTCTATTAATTTGTTCTTACGTCAGAATTCTCCCATCCATTCCTGGCACTATGAAGTACTGTAGATTTTGTCTTGTGGCCTTTGCCAGTGGACATACAACAAAGCCACTATAGTTTCCATGACTTTGATGTTGTGCACCTAATTAAGCATATGTTCAGTGCTCCTGGTTTATTTTTGAACAAATGCTGATGCTTTATCTCTGAGATATGTGGTTTAGTAGCTTGAATGTTTTATCCCTGAGAAATGCAAATATTCTTATCTCGCAATTTTTTTTTGTGAACTATACGTGTCCCTCTGCAACCTCCTACCTTTGACAATGATTTTTTTTTTTTTTTTTGCAGATTGTATCCTGTGCAAAGTGCCGCTACCAATATGAACTTATTTCAGGAAACATAGTTAATATTGAGTCAGAAGAAATTAGGTACGTTTACTTGCATATCACAAACTTTATTTATTTAGTTTGCTAGTACTTTAAGCCGTTTTCTTTTGTTTTGTGCTTTCAACAAGCTTTGGATTCTTATGAACGAAAAAGGCTATAGGTTCAAGTTCTGAAATGTCTTTTAATATCACACTTCCATTGCCACTACCCTGAACACTATGCACTTATGGTTCAGGATAATATTCAATTACTGCAAACCTTATTACTTAATTGTATATTAATTACAAAACAAATTTGCATTAGATGTTGATCCTGGAATATTCACTTTTTCTAAGGATCTCCTCCTACCGAACGCAGCATGGATACTCCAGCATGGGAAAAAGCACTCCGGTTCTTGAATGTAATGAAGCAAAAACTCCCTGCTGCTGTGCACTCCATTGTGGTATGCATAACTCAATTTGACTTTGAACTGTCTGGTTCGTTTCCATGCTTTTGTTATCATCTCCAAATATTTGCACATTTGATCTGGTTCAGCATCAGCGGGATGAGTAGATGCATGATTATTATATTTCTAATTTTATTCCAAATTTGCAATAATTTCTCCCCCTTTCCACTCCTTTTGTGTCTGTTGAGTAATTCATCCACCATACGTTTCACTATTAGTTAATTGTGCGGCCTTAAAAGTATTCAAACGCGCAGAGTTGTGTACTTATCATAGAAACGTCATTTTGTTCTCTTCTCCAACTATCATATCTAGGTGGTTGAATAACTAATCTTTCATCTCTCTCATGAAAACTTGGCACATCATGGTTTATTTGTAGGGTCTATTTTTATTGCATATACATAGATCAGTAGGTCTCAATAATGTCTTTGAACTACTAAAAATAAACCACGAAGGTAGGAGTTTTTACTGACTGGTGTATAGGAAAATATGCTATTCATCTCAGGAATAAGTGTTACTCCTGTTAGTCACCTAATTAGTTTGCTAGCTTGCTGGTTCTGATGAAAGTTTCTAAGTTATCTGGATATTATTATTTCCCTGCCTTGATTATCCAAAGTTTTTGAGGCAATTAACATATAATTCTCTCTGTTCTCGTGTTCCTGTTACTAATTTTTTCCTTTGTCATTCTTTGTAGGTACAAACTCCTTCTGGAGTAGCACGAACCCAGAAGTTTGCCACTGAAACAGCAGATCTCCCAGCACGAGAAGGAGAAAGGGTGACAATTGCTGCTGCAGCTCCATCAAATGTATACAGAGAAGTTGGTCCAATTAAATTTAGTCCAAAGGATCCAAATTTGTACTCTGGTGAGCCTATGTGCTTGACAAATCATTCAGATGGCCGGGAATCACTATTGATAAGAGTGCCAGCAAAGGAAACCTCATTCTTACTTAAGCCGTCAGCCCTCTTTCCACTCATACTTTTATCTGTCGCTGGAGATGCTGCCTCTGGAGTTCTTGACCCCAGCTTGCCTCGGATGCTTTTAGTTGCTGGATTTGCTTCTCTAGCTGCAGGAGCTACTTTGAATTCATTTATTTTGCCTCAATTCAATCGGGTACAGATTTCTTTAATTACTATTTTCTGTATTGCTACACCTATGTTTAAACCTCATTTTATATTTCAATATTTACACACGCAGATACATTACTTTTTTGCATAAGGTTGTTGTCACTGATGCCATGTCTTTGTACGTGTGTATTTTTAAATTTTGGCTTGTGGTATCGATAGACGCATTAAATTATTATTTGAATGTTGTCAACTGCTGAAAATGACTTGAAATGAGTTTAAAAAAATTTATTCCTGCATCCCACTTTTAGCAAAGCTTCATGCTAAATACTTTTTGGAGTGCACTTTAAATTCTCTGAACATTTTTCAAAATCTTTAAGAATAAGAATGCCTAACAGTCGAACATGAAAATTTCGAGCATGTACTTATAATGCTGAAACGCGGTTTCCAATGAGAAATTGAAAAGCACTGCAAACGTAACAGTACTTTGCCTTTTATACCCAAATTTCTTGTTTTCAAAATTGATCTTCTTTTCTTTAACCAAAAAAACCTGTTTTTCTTGATCGCATGCTTAAAATTAGACTTTTATCGTATATTTTCCTACTCAATTTTCTTCGTTTAAATATTGCCTAAAATTTTGTACAAATCCGCTGTCATTGACAAGCTATGTCCTCGTGAAACAAAATTTGGGTACCTTGCTCAAATACCTAATGAATATCTGATTATAAAATAGTATTTAGTTATTACACCCATATAGTGACCATATTTTTCTTCTCTAATATTATTATTAACTTTTCTCCTCGAATGCTTGATTAGAACTAATTCATATGTTTCTGACTGTCAGCTTCCTCAACGATCAGTTGATATCATTGCTATCAAACAGCAGCTTTTATCTCAATATAATGTGCTTCAGTCTCGTATCAGGGATTTAAAACTAGCTGCTGAAAAGGAGGTACGCACTCACATCGTCTTGGTCATGGCATCATGAAGTAAATTTAATCATTAATTCATATCTTAACATTAACTACATATTATAGGGTTAACTAAATTGAATACATGAGGTTTACAATTTGTCACGCTTATACTAATCTTTTATTACTGAAGAAAAACATTGGAAGTTATTACCAGTATTGTTCTCTAATCTGTAGCCTGGGTCTTCACTTACGCACTCATCAGTGATACAAAGATTGGTTATCATCAAATAACTGAAATCATGTTCTTTTCATTTTGTTATTATAACATTATAGATCTGGTTATTGAAGTTCACTTGAATTTCTGTCCTCTCTGTAGGTATGGATGTTGGCTCGGATGTGCCAATTAGAGAATAAAATTTTTGCCGTTGGAGAACCTTCTTACCGGTGAATCCTACTAAACACTATGACTGGTCCTTTCTTAATTCAATGAACTATTGCCAATGCTCATTTTCAATTGACTTATTAAGGTTGTAAAAATATTTGGAATTTTCATTTTTCCATCTTTCTCAATGTCCTCCAAACTCAATTTTATATTGTCTCCAGTGCACGTAGAAGTAGGATAAAAAAGGTGCGAGAAGGCTTGGAAAATTCCCTTAAGCAACGGATTGAACTAATAGAAAGCTATGCAAGGGTATGTCTAAGACATATCACTGTGTTAAGAATTCTACTCCCGGAAGGGTATGGCTACTAAGTGGTATCTTTTTTGACAGATTTCCTCAATGATTGAGATAGAAGTTGAAATGGAGTCTGATGTTATAGCTGCTGAAGCAGCCAGCAGTGTAGTGCGTTCAGTTTCTGTCTTATCATAAGTTTTAGAAGGAATAGAGTTATTTAACTTTGTGAACCATTTTACAGGAAAGGGTTTCTGAACAGATTGAGCAAATCATGGTGCTGGAAAATCTAGAAGAGGTATGTCTATGAATTAGTTTTTTGTTTGCATGCGTAACTATTTCCCCCCCTATTTTTCTATTTTGGGCAGAGGGATAGCCTTTCTGTTTACTTAGTTGTGATGTTGAAGTATTGCTTGAAGTCTAATAGACCCCAGTTTAAGTTAACTGTTTATGATCGTGTCTTTCTCTAACTGCATCCATACTAACCGGTAGTATATTACTTGTCAACATTTTGAGAAACTTGCTCTTGTTTGACTAATTTTTAAATATGTGATTCGCATTGCTTTTTTTTTTTTTAATAATGAAATCCCCACTTATTACCCTTAGTTTCAGAACGAAATAAATGGTTTTGGTTTCTGTTGTCTTCTTAGTTCCTCGTGGTTTCTTCTGGACTATAATGGTTTCCTCATTCTTGGAGCCAACCAGCAGACGCTATTTCCATCTTTTGGCTAATTAATTGTTTTTTCTTCTAATCTTTTATGTCAATACCAATGCAGAGATGGAGATTACAAGCAGAAGCCAACGATGAAGCCGAAAGACTTTTCAACCAATCAATGCCAACAGAAGAGGTTTAAACAGGCTTGTGCTCATGTTTTCAATCCAGGTAACATTTATACCTCTTCGCCACATCGCCTTGTACCTTCACTTCTTACCCAGACTAGCAATTTGTCAAACCAATCTAGGAGTATGGACACCTCCATCACGAGTCCAGATACTTCCCAAACCTTCTTGCTTGTGAAAATGTCAATCAATCTCTACTTGGTGCATGTACATGAAGTTTTGAAGCAGCATCAGGTCAGTGCTTCGTGGCCAGATGTCTCATTACTGAACATCTCATTTGTTAAATTGTATTATTAAGTTTCTTTGGAACTTTTCCCTCCTGAGTGCTGAAATGTCATTTACCACGTAAATATAACACATTATTGCTTCTATTGGACCAATACCCGTATTTGCGTTTCAATTATGTTCTTAGTTTGGTTAGTTTGGTTTGATTGTGATCAAGTTAGCTATTAGGAATTTTTCTATATCTCTATAATATTATTATATTGTCTACTTTAAGTCTAAATTTAATATTTCCTTTATTTATTACTGAGATGTGATAAAAGGATTAAAATTTATAATATCCTTCTACTTTAGTGGGTTTGGTAAAGGATACATTGGATATATATATATATATTTTTTTTTTTAATTTCGTATTATTGGAAATTTGATCATATACTTAGGTGTTTAGCGAAAGAGAGTGACGCCTAAAAAATAGGAAGGTTAGATTATACTTTTCATATAGTTTGCCATGTCATTTTTGGCATTTTGTAATAAGATTTTTATTTTAATGCATTGCACTTTATTTATTTATTCTTAGGTATACTGTGTAGTTGGGGGCACTCGTGAGACATCAAGGGTTAACTTTTATAGGAAAATTAATGTTAAAAGAATATGATAAATCTATGTTAAATGCAATTGAAATCTTTTAAGGTTTATTCCCATCTCTTAATTTTAATACTATTGGAAAATTAAATGGCTGAAATTCTTCCACGTACCATAATATATAATATGGAAAATAATGTATTTACCTTTTTTTTTTTGTTATTTTTAATAGGTTTTTTCTTATTAATCAAAATAAAAACAAAATTTTGAAATATACTTAAAAAAAAACCCCTTGAAATAAAAACATATATAATTTTATGTGTACAAACCTATTTATTTATTTGTGGTTTAATTCTAAACCTACCTTGTTTGGTAATTAAGGTAGGTGAAAAGGGCTAAATAAAAATTTAAAATTCATATTTCTTAATTATTATTTTTTAAGTGTGACAAGCAAAAATGAATTTTGTTTGTTATTGTGGCTAAAGTTTTCAAGTTTATAAAAAAGTAATAAATATTGGACTCATATGGTTTTTGTAATACATTTAATCTCAAGAAAAAGGGGGAAAGTTTGTGTAATTAGGTTAATGTTCAATGTACTTTAGATAAAGAAGTTTAATAATATTCCAAAAGTTGATGGCAACCCTTATCTATGTAAGTGCTTCCTTGGAATTTTGTTTCTACCAAACCAAACAAATTACTTCAAATTGATTATTAAAAAATAACCATTTAAAACTACAAAAAAAAAAAAAAACTTTTTAGACCACAAATTACTATAATTAAAAGAAATGTGTTTAACAAAATTTTAATACATTTCATATTTTTTAAATTAATTAATTTATGAAGAATGAATATGTGAATTTTAAAAAGGTTGAGTAGACAAAAAAAGAAAAAAGATTTATTAGATGAAAATTAAAAAAAACTATCAAAATACCAATATTACCCCTCCCAGTCCCCACCTATTATTTTTCCTAGTGATTACAAAGGAACCTTTTTAAAAAGGAAGGAAGAAAAAAAAAAAAAAAACACGATAAGTAAAAAGAAGAAAAAACATACTTTTCTCTCTGATATTCTCTTCCAGTTTAGGCTCTACTTCTATAAATTTGTTCTCCATTTCCGAATCTTTCTTCTTCAGCGGTTTCAATTCTCTGCCCCTTTTGATCAACTCTTCTTCTTCATTCTCTTGTGTGGTTATGGCGAAATCTATTCTTGTCACCGGTGGTGCTGGCTATATTGGAAGCCACACTGTTCTTCAGCTCCTCCTCGGCGGTTACCGGACTGTCGTCGTCGATAATTTGGATAATTCCTCTGAAATTTCTGTTCGTCGTGTCAAGGAGCTCGCCGGCGATCTCGGCAAAAATCTTTTGTTCCATAAGGTTTCCGTTTCGGTTCTGGTTTTGCTATGTTTGTCTTCATGTTTACTCCTGAACCGGATTTTGATTTTTAAGGTTTCTTTTGTTATGAACTTCTAATTTGTCCTGTTTTCCTTTCTGGGTTTGGAATTTCTGTCTTCTGCTGTTTTATCAAATCATAACAGGTGGACCTCAGGGATAAACAGGCTTTGGAGAAGGTGTTTGCCTCAACACCGTAAGAACTTGCTCTGTTCTTTAACAGTTTTGTTGGATAGGAAAGTAGAGATTCATTTATTTAATGCCCTTTTGCACGAATTTGTATGATCTTTATATAATCGGTCAGGGAGAGATTTTCACACCCTTGTATGAAATGCTTTGTTACTCTTCCAACTGATGTGAGATTTCACAAAACCCCTGTGATATCCCACATTGGTGGGGAGGAGAACGAAACACCTTTTATAAGAGTGTGGAAACCTTTCCCTAGCAAACGCGTTTTAAAGCCTTGAGGGGAAGCCCGGGAAAGCCTAAAGAGGACAATATCTGCTAGCGGTGAGCCTGGGCAGTTACAAATGGTATTAGAGCCATACACCAAGGCGACGTGCCAACGAGGAGGCTGTTTCTCAAAGGGGTTAGACACGAGGCGGTGTGTTAGTAAGGACGCTGGGCCCCGAAGGAGGTGGATTTGGTGGGGGTCTACATCGATTGGAGAAAGGACCGAGTGCCAGCAAGGACGCTGGGCCTAGAAGGGGGGTGGATTGTGATATCCCACATTGGTTGGGGAGGAGAACGAAACACCCTTTATAAGAGTGTGGAAACCTACCCCTAGCAGAAGCGTTTTAAAGCCTTGAGGAGAAGCCCGAAAGGGAAAACCTAAAGAGGATAATATCTGCTAGTGGTGGGTCTGGGCCGTTAAAATCTTGAGGGGAAAGCCTGAAAGAAAAGCTCAAAAAGGACAATATCTATCGGCGGTGGGCTATAAAATTTGAATATTGCTGTTTACGAGCCTTTGTGATGCTCAGCTGACTACTCTTCATTGCAGATTTGACACTGTTATTCACTTTGCTGGGCTGAAAGCAGTTGGAGAAAGTGTACAGAAACCATTGCTTTACTATGACAACAACTTGATTGGAACAATTACTTTATTGGAAGTCATGGCGGCCCATGGTTGTAAAAAGGTACTTGTTTCTATTGAGTTGCTACTAAAAACATTGTTCTACTGATATAAATTGAAAACAAATGTTACTTTCCATGATTGTTTTCGTATATTTTTCGAGATTTCAGCTCGTCTTCTCGTCTTCAGCCACCGTCTATGGTTGGCCAAAGGAGGTGCCATGTACAGAAGAATTCCCCCTCTCTGCAGCAAACCCATATGGACGAACCAAGGTATCAATTCACTGTTGCACCGTTGCTGTTTTCCTGTTCTTGCTTGGTATTGAGTATAACATGTGGTTTTGATTCTCTTTCAGCTTTTCATAGAAGAAATCTGTCGTGACACGTACCGATCGGACTCGGAATGGAAAATCATATTGCTAAGATATTTCAATCCGGTTGGTGCACATCACAGTGGCTATATTGGTGAGGATCCTCGTGGAATCCCGAACAACCTTATGCCTTTCGTGCAGCAAGTTGCTGTTGGCAGGCGTCCTGCCTTGACCGTCTTTGGAACCGACTATGCAACGAAAGATGGAACTGGAGTAAGCTGATTTTCGGGACACTAGAATCGTGTTGCTTGCATGATTTCTAGTTTTTCGTGCAGGCGTCCCATTAAAAGATGTTATGTCCTTTGCAGGTACGTGATTATATTCATGTTGTTGATTTAGCTGATGGACACATTGCTGCATTGCGCAAGTTGGATGCGGCTGGTATAGGTAATACACAACTATCTGGCTCTTTGCTTCCGGTATTACATGGTATAGAGGAATCGAACCTTCGACCTTTTCGTCGAAGGTGCATGTCTTAATGTGAGATACTACATTGGTTGGAGAGGGGAATGAAACATTCCTTATAAGGGTGTGAAAGCCTCTCCCTAGTAAACGCGTTTTAAAACCATGACACTGACAACGATACGTTACAGACCAAAGCGGGCAATTTTTGCTAGCAGTGGGTTTTGGCTGTTACAAATGGTATTAGAGCTAGACACCGGGCGGTGTGTTAGTGAGGACGCTGGGCCTCCAAAGGGGGTGGATTGTGAGATCTCATGTTGTTTGAAGAGGAGAACGAAGCATTTCTTATAAGGGTGTGGAAACCTCTCCCTAGCAGACGCGTTTTAAAATCGTGAGGCTGACGGTGATTCGTAATGGGCCAAAACGAACAATATCTGCTAACGATGGGTTTTGGCTGTTACAAATGGTATCAAAGCCAGACACCGGGCGGTGTGTCAACAAGGATGCTGGCCCCCCAAGGGGGGTAGATTGTGAGATCCTATATCGGTTGGAGAGGAGAACGAAGCATCCCTTGTAAAGGTGTAGAAATCTCTCCTTATCAGACGGGTTTTAAAACTTTAAGGGGAAGTCCAGAGGAGAAAGTCCAAAGAGGACAATATCTACTAGGGGTGGGCTTGACTGTTAGTTGAAACGTAAAATTTATATTTTGAGCTGTAATAACGTTCATAATGCCGTGAGGACACCTCGGGCTTATACTGTCACAAATGAAAATTAAATCATTCAAGAGTTTGAACGATATGTGTCATGACAGGTTGTGAAGTTTACAATCTGGGAACTGGAAAGGGTACATCAGTTTTGGAGATGGTTGCAGCTTTTGAAAAGGCATCTGGAAAGGTATTTTTGCCTCTTTTTCATTTGCTTTTTTAACTCGAAACTTGACCTCTTTAGATATGATCGTTACGCTCCTGGTTCCGAGTATGGTTGGATCCAAGGCAAAATGAATGGTGATGGGGCCTCAATATCCTATCCCCGTCCACGACAGTCGTTACCGCCACTTCCACCACGAGCACGAATAGCTAGTTTATTTCTTAAAAGTTTAGAAGTATTTGAATGTTTGTTCTTCCCATCATGGCACTACTTCACCTCCCATCTGAATTCACTGGTTAAATTTCTCTGATCCAGAAAATTCCTCTTGTAATGTCTGCACGCCGACCCGGTGACGCTGAAATCGTCTACGCGTCTACACACAAAGCAGAAAAGGAGCTGAACTGGAAGTATGTCTCACTGTTCTTTAATGGTTTCCTTTATAGATTGTATATGTTTGTTTACGTTCCACCTGCTATTTCCTCTATGTCGGGTTGAGTGGGTTTAGCTTGCTTTCATAGAAATAACTTGGTAACTAACCCCTCAATTACTGTGAGATCCCACGTCGGTTGGAGAGGAGAACGAAACATTCCTTATAAAGGTGTGGAAACCTCTTTCTAACAGACGTGTTTTAAAACCGTGAGGCTGACGGCGATACGTAATGGGCCAAAACGGATAATATCTCCTAGCAGTGGGATTGGACTATTATAAATGGTATCAGAGTCAGACACCGGGTAGTGCGGTAGCAGGAACACTAGACCCCAAAGGGGTAGATTGTGAGATTCTACATCGGTTGGAGAGAGGAACAAAACATTCCTTATAAGAACGTGGAAACTATCGGTTGGAGAGGGGAACGAAACATTCCTTATAAGGGTGTAGAAACCTCTCTTTAGTAGGCGGGTTTTAAAACTGTGAGCTAATAGCGATACGTAACGGGTCAAAGCGGACAAGATTTGCTAACGGTGAGTTTGGGCTGTTACAAATACACCGGATGAAAGTACTACTTCAGCAACACCGAACGTTGTAATGGACTTGCAACACGTTTCTCATTGATCTGTTCTATTTTGTTGGGCATTTGTTGAACCAAGAAACAAATACAGAATCAAGATAGTTTGGAGATATGGAAAAGATGATCTTACAATTTCATTTGTGAATGCAGAGCAAAATATGGAATAGAGGAGATGTGCAGGGATCAGTGGAACTGGGCCAGCAAGAATCCTTATGGCTATGAACCTCCCAGCTCCAAGTGATGGGTATTGCTTATATATCTCTCTTGGGGCCATCTCTCAACCCTACACGCTTTTGCTTCTCCTCATAGATATCTTCTGTTATATTAGATATGAACTTCTTGGTTACGTTCCAAGTTGATCATCACTGAGATATCTCGATGTAATTAAAGCCTTAATAAAAACAGCTCTTTTAAGGAGTAGTTCTAAGTCCATTGATTTGGTTCAGTTTCTGATCAATTTCGTCACCTTTTCTGAGAACAAGGAGAGAGTTAGATCTTGATGGATTCTGATATAACCCGTCTCGTTTGGATATTGATCGGTCTTAGTGTGACAAGATTTACATATTACAAGCTATGAAAGTGTTCTCTCTTAGTCGAACATTTTCTTATACGGTCTCTTTCGAGTCATGTGAATGAAAAAGGGTGCTCGGGGCGCTAATAGAACTAAAGGATGGCATCCCAAAAAGGCCATGAACTGCTGTTGAGAGTGGATTAGTTCAAATTTGAACTTGAATGGGTAAATTGGTAATGACAAAAACCATTACGATGGGTTCCTAAATCCAAGAAGAGGACTTTTTCAAGAGTGGTGGACCCTTTCAACGGTTCTAAATATTTGAATCCTGCTCTGGTCTCTGGTTTGGTTTCGAATGGGTCCAAATGGTCGAGGGTTCTACCTAGACACTTGTGCGAATCTGCTCTATGTTAAATATAACTCAATTGATTAAAATATTTATTGAATTAAAATTCTCAAAAAAAATATATAATATAAAAAAAGGGGTCGTTTTTATACTATTTCTTTAAATGTTCTTCATCTTGTCCGATGATACCCTTTAAATTAAATTTTAAAAATAAAAAATAACTTTGTAGTTTTCACGAACTTTTAATGAAATTAAATTGAAAAGAAATTAATAGACAGAAAAATAGCTTGATTTTTAAAAAATTAAATAAATTTTAATTTAAAAAAGTAAAAAGAATTGCGGGTACATGGTTACAAGTTTCGGAAATATAAATAAAAGACGAGCAAATGCTTTCCACGGCCGCTCTATCTTTTCCTCTTTCCATTTCCAGTTTCTTCAAACCCGATTCTCTCTCTTTCTCTGAGCCGGAGATCTCGGATTTTGAAGTTGTTTCAAGCGTCGTCGTCGCCTTGATTAGTTGTCGGATCGAGGCGATCTGA

mRNA sequence

ATGACCCGCCCACATGTAGCCATTGCCCAGCTTCGTCATCGTCTAACGACCTCTCATTCCTCATCCTTTATCCGCCAAAATCCCCACTCTAGAGAGAGAAAAAAAGCACAGAGGAGAGAGAAAGCATTCGACAAATTCTATGCCATTTTCCCTCGTTTCAATCCAAAGCTCCACTGTACAATGATTCTGCACTTGAGTTCACCATGGCTCACTATCACTCGCCTCCCTCATCCCAAACTCATCGAACCACTCGCCTCTGCAAGCAATGGCACTAGCGTCCTCATGCCTCTCCTTCTATGCTCCCACGCTTTCTTTCGTTTCACGTCCTTCTCCCAGTCGACGCGAGTTAGAGCTTCTTTAAATGTCAGCAACATCGATGGCGCCGCGGCTTTTGAGAATCCTGTTTCGGATTTACTCGACGACGAGCTGATTTGTGTTGTTTCGGGTGCTAAGGATGCCGATGAAGTGCTGCGGATGATCGCCGAAAAGTCAGGGAGGAATGGAGGTACTGTGTCTGTTCCGGACTGTCGTTTGATTATTGCGGCTGCACTTAAGCGTAACAATTCGGAGCTTGCTCTGTCCGTGTTCTACGCAATGCGCTCCAGTTTCTATGAAGTTACAGCATGGGAGGGTGTTAATGACAATGTTTCCTCTGTTGAGAGATGGAAATGGGCTAGGCCAGATGTCCATGTATATACATTGCTGATTCAAGGTCTTGCAGCATCCTTGAGGGTCTCTGATGCTCTTAGGATTATCGAGATTATTTGCCGAGTTGGTGTATCACCTGCTGAGGAGGTCCCATTTGGAAAGGTAGTGCAGTGCCCCAGTTGTATGGTAGCAGTAGCGGTTGCACAACCCCAGCACGGTATTCAGATTGTATCCTGTGCAAAGTGCCGCTACCAATATGAACTTATTTCAGGAAACATAGTTAATATTGAGTCAGAAGAAATTAGCATGGATACTCCAGCATGGGAAAAAGCACTCCGGTTCTTGAATGTAATGAAGCAAAAACTCCCTGCTGCTGTGCACTCCATTGTGGTACAAACTCCTTCTGGAGTAGCACGAACCCAGAAGTTTGCCACTGAAACAGCAGATCTCCCAGCACGAGAAGGAGAAAGGGTGACAATTGCTGCTGCAGCTCCATCAAATGTATACAGAGAAGTTGGTCCAATTAAATTTAGTCCAAAGGATCCAAATTTGTACTCTGGTGAGCCTATGTGCTTGACAAATCATTCAGATGGCCGGGAATCACTATTGATAAGAGTGCCAGCAAAGGAAACCTCATTCTTACTTAAGCCGTCAGCCCTCTTTCCACTCATACTTTTATCTGTCGCTGGAGATGCTGCCTCTGGAGTTCTTGACCCCAGCTTGCCTCGGATGCTTTTAGTTGCTGGATTTGCTTCTCTAGCTGCAGGAGCTACTTTGAATTCATTTATTTTGCCTCAATTCAATCGGCTTCCTCAACGATCAGTTGATATCATTGCTATCAAACAGCAGCTTTTATCTCAATATAATGTGCTTCAGTCTCGTATCAGGGATTTAAAACTAGCTGCTGAAAAGGAGGTATGGATGTTGGCTCGGATGTGCCAATTAGAGAATAAAATTTTTGCCGTTGGAGAACCTTCTTACCGTGCACGTAGAAGTAGGATAAAAAAGGTGCGAGAAGGCTTGGAAAATTCCCTTAAGCAACGGATTGAACTAATAGAAAGCTATGCAAGGATTTCCTCAATGATTGAGATAGAAGTTGAAATGGAGTCTGATGTTATAGCTGCTGAAGCAGCCAGCAGTGTAGAAAGGGTTTCTGAACAGATTGAGCAAATCATGGTGCTGGAAAATCTAGAAGAGAGATGGAGATTACAAGCAGAAGCCAACGATGAAGCCGAAAGACTTTTCAACCAATCAATGCCAACAGAAGAGACTAGCAATTTGTCAAACCAATCTAGGAGTATGGACACCTCCATCACGAGTCCAGATACTTCCCAAACCTTCTTGCTTGTGAAAATGTCAATCAATCTCTACTTGGTGCATGTACATGAAGTTTTGAAGCAGCATCAGGTCAGTGCTTCGTGGCCAGATGTCTCATTACTGAACATCTCATTTGTTAAATTTTTAGGCTCTACTTCTATAAATTTGTTCTCCATTTCCGAATCTTTCTTCTTCAGCGGTTTCAATTCTCTGCCCCTTTTGATCAACTCTTCTTCTTCATTCTCTTGTGTGGTTATGGCGAAATCTATTCTTGTCACCGGTGGTGCTGGCTATATTGGAAGCCACACTGTTCTTCAGCTCCTCCTCGGCGGTTACCGGACTGTCGTCGTCGATAATTTGGATAATTCCTCTGAAATTTCTGTTCGTCGTGTCAAGGAGCTCGCCGGCGATCTCGGCAAAAATCTTTTGTTCCATAAGGTGGACCTCAGGGATAAACAGGCTTTGGAGAAGGTGTTTGCCTCAACACCATTTGACACTGTTATTCACTTTGCTGGGCTGAAAGCAGTTGGAGAAAGTGTACAGAAACCATTGCTTTACTATGACAACAACTTGATTGGAACAATTACTTTATTGGAAGTCATGGCGGCCCATGGTTGTAAAAAGCTCGTCTTCTCGTCTTCAGCCACCGTCTATGGTTGGCCAAAGGAGGTGCCATGTACAGAAGAATTCCCCCTCTCTGCAGCAAACCCATATGGACGAACCAAGCTTTTCATAGAAGAAATCTGTCGTGACACGTACCGATCGGACTCGGAATGGAAAATCATATTGCTAAGATATTTCAATCCGGTTGGTGCACATCACAGTGGCTATATTGGTGAGGATCCTCGTGGAATCCCGAACAACCTTATGCCTTTCGTGCAGCAAGTTGCTGTTGGCAGGCGTCCTGCCTTGACCGTCTTTGGAACCGACTATGCAACGAAAGATGGAACTGGAGTACGTGATTATATTCATGTTGTTGATTTAGCTGATGGACACATTGCTGCATTGCGCAAGTTGGATGCGGCTGGTATAGGTTGTGAAGTTTACAATCTGGGAACTGGAAAGGGTACATCAGTTTTGGAGATGGTTGCAGCTTTTGAAAAGGCATCTGGAAAGAAAATTCCTCTTGTAATGTCTGCACGCCGACCCGGTGACGCTGAAATCGTCTACGCGTCTACACACAAAGCAGAAAAGGAGCTGAACTGGAAATGTGCAGGGATCAGTGGAACTGGGCCAGCAAGAATCCTTATGGCTATGAACCTCCCAGCTCCAAGTGATGGGTATTGCTTATATATCTCTCTTGGGGCCATCTCTCAACCCTACACGCTTTTGCTTCTCCTCATAGATATCTTCTGTTATATTAGATATGAACTTCTTGGTTACGTTCCAAACGAGCAAATGCTTTCCACGGCCGCTCTATCTTTTCCTCTTTCCATTTCCAGTTTCTTCAAACCCGATTCTCTCTCTTTCTCTGAGCCGGAGATCTCGGATTTTGAAGTTGTTTCAAGCGTCGTCGTCGCCTTGATTAGTTGTCGGATCGAGGCGATCTGA

Coding sequence (CDS)

ATGACCCGCCCACATGTAGCCATTGCCCAGCTTCGTCATCGTCTAACGACCTCTCATTCCTCATCCTTTATCCGCCAAAATCCCCACTCTAGAGAGAGAAAAAAAGCACAGAGGAGAGAGAAAGCATTCGACAAATTCTATGCCATTTTCCCTCGTTTCAATCCAAAGCTCCACTGTACAATGATTCTGCACTTGAGTTCACCATGGCTCACTATCACTCGCCTCCCTCATCCCAAACTCATCGAACCACTCGCCTCTGCAAGCAATGGCACTAGCGTCCTCATGCCTCTCCTTCTATGCTCCCACGCTTTCTTTCGTTTCACGTCCTTCTCCCAGTCGACGCGAGTTAGAGCTTCTTTAAATGTCAGCAACATCGATGGCGCCGCGGCTTTTGAGAATCCTGTTTCGGATTTACTCGACGACGAGCTGATTTGTGTTGTTTCGGGTGCTAAGGATGCCGATGAAGTGCTGCGGATGATCGCCGAAAAGTCAGGGAGGAATGGAGGTACTGTGTCTGTTCCGGACTGTCGTTTGATTATTGCGGCTGCACTTAAGCGTAACAATTCGGAGCTTGCTCTGTCCGTGTTCTACGCAATGCGCTCCAGTTTCTATGAAGTTACAGCATGGGAGGGTGTTAATGACAATGTTTCCTCTGTTGAGAGATGGAAATGGGCTAGGCCAGATGTCCATGTATATACATTGCTGATTCAAGGTCTTGCAGCATCCTTGAGGGTCTCTGATGCTCTTAGGATTATCGAGATTATTTGCCGAGTTGGTGTATCACCTGCTGAGGAGGTCCCATTTGGAAAGGTAGTGCAGTGCCCCAGTTGTATGGTAGCAGTAGCGGTTGCACAACCCCAGCACGGTATTCAGATTGTATCCTGTGCAAAGTGCCGCTACCAATATGAACTTATTTCAGGAAACATAGTTAATATTGAGTCAGAAGAAATTAGCATGGATACTCCAGCATGGGAAAAAGCACTCCGGTTCTTGAATGTAATGAAGCAAAAACTCCCTGCTGCTGTGCACTCCATTGTGGTACAAACTCCTTCTGGAGTAGCACGAACCCAGAAGTTTGCCACTGAAACAGCAGATCTCCCAGCACGAGAAGGAGAAAGGGTGACAATTGCTGCTGCAGCTCCATCAAATGTATACAGAGAAGTTGGTCCAATTAAATTTAGTCCAAAGGATCCAAATTTGTACTCTGGTGAGCCTATGTGCTTGACAAATCATTCAGATGGCCGGGAATCACTATTGATAAGAGTGCCAGCAAAGGAAACCTCATTCTTACTTAAGCCGTCAGCCCTCTTTCCACTCATACTTTTATCTGTCGCTGGAGATGCTGCCTCTGGAGTTCTTGACCCCAGCTTGCCTCGGATGCTTTTAGTTGCTGGATTTGCTTCTCTAGCTGCAGGAGCTACTTTGAATTCATTTATTTTGCCTCAATTCAATCGGCTTCCTCAACGATCAGTTGATATCATTGCTATCAAACAGCAGCTTTTATCTCAATATAATGTGCTTCAGTCTCGTATCAGGGATTTAAAACTAGCTGCTGAAAAGGAGGTATGGATGTTGGCTCGGATGTGCCAATTAGAGAATAAAATTTTTGCCGTTGGAGAACCTTCTTACCGTGCACGTAGAAGTAGGATAAAAAAGGTGCGAGAAGGCTTGGAAAATTCCCTTAAGCAACGGATTGAACTAATAGAAAGCTATGCAAGGATTTCCTCAATGATTGAGATAGAAGTTGAAATGGAGTCTGATGTTATAGCTGCTGAAGCAGCCAGCAGTGTAGAAAGGGTTTCTGAACAGATTGAGCAAATCATGGTGCTGGAAAATCTAGAAGAGAGATGGAGATTACAAGCAGAAGCCAACGATGAAGCCGAAAGACTTTTCAACCAATCAATGCCAACAGAAGAGACTAGCAATTTGTCAAACCAATCTAGGAGTATGGACACCTCCATCACGAGTCCAGATACTTCCCAAACCTTCTTGCTTGTGAAAATGTCAATCAATCTCTACTTGGTGCATGTACATGAAGTTTTGAAGCAGCATCAGGTCAGTGCTTCGTGGCCAGATGTCTCATTACTGAACATCTCATTTGTTAAATTTTTAGGCTCTACTTCTATAAATTTGTTCTCCATTTCCGAATCTTTCTTCTTCAGCGGTTTCAATTCTCTGCCCCTTTTGATCAACTCTTCTTCTTCATTCTCTTGTGTGGTTATGGCGAAATCTATTCTTGTCACCGGTGGTGCTGGCTATATTGGAAGCCACACTGTTCTTCAGCTCCTCCTCGGCGGTTACCGGACTGTCGTCGTCGATAATTTGGATAATTCCTCTGAAATTTCTGTTCGTCGTGTCAAGGAGCTCGCCGGCGATCTCGGCAAAAATCTTTTGTTCCATAAGGTGGACCTCAGGGATAAACAGGCTTTGGAGAAGGTGTTTGCCTCAACACCATTTGACACTGTTATTCACTTTGCTGGGCTGAAAGCAGTTGGAGAAAGTGTACAGAAACCATTGCTTTACTATGACAACAACTTGATTGGAACAATTACTTTATTGGAAGTCATGGCGGCCCATGGTTGTAAAAAGCTCGTCTTCTCGTCTTCAGCCACCGTCTATGGTTGGCCAAAGGAGGTGCCATGTACAGAAGAATTCCCCCTCTCTGCAGCAAACCCATATGGACGAACCAAGCTTTTCATAGAAGAAATCTGTCGTGACACGTACCGATCGGACTCGGAATGGAAAATCATATTGCTAAGATATTTCAATCCGGTTGGTGCACATCACAGTGGCTATATTGGTGAGGATCCTCGTGGAATCCCGAACAACCTTATGCCTTTCGTGCAGCAAGTTGCTGTTGGCAGGCGTCCTGCCTTGACCGTCTTTGGAACCGACTATGCAACGAAAGATGGAACTGGAGTACGTGATTATATTCATGTTGTTGATTTAGCTGATGGACACATTGCTGCATTGCGCAAGTTGGATGCGGCTGGTATAGGTTGTGAAGTTTACAATCTGGGAACTGGAAAGGGTACATCAGTTTTGGAGATGGTTGCAGCTTTTGAAAAGGCATCTGGAAAGAAAATTCCTCTTGTAATGTCTGCACGCCGACCCGGTGACGCTGAAATCGTCTACGCGTCTACACACAAAGCAGAAAAGGAGCTGAACTGGAAATGTGCAGGGATCAGTGGAACTGGGCCAGCAAGAATCCTTATGGCTATGAACCTCCCAGCTCCAAGTGATGGGTATTGCTTATATATCTCTCTTGGGGCCATCTCTCAACCCTACACGCTTTTGCTTCTCCTCATAGATATCTTCTGTTATATTAGATATGAACTTCTTGGTTACGTTCCAAACGAGCAAATGCTTTCCACGGCCGCTCTATCTTTTCCTCTTTCCATTTCCAGTTTCTTCAAACCCGATTCTCTCTCTTTCTCTGAGCCGGAGATCTCGGATTTTGAAGTTGTTTCAAGCGTCGTCGTCGCCTTGATTAGTTGTCGGATCGAGGCGATCTGA

Protein sequence

MTRPHVAIAQLRHRLTTSHSSSFIRQNPHSRERKKAQRREKAFDKFYAIFPRFNPKLHCTMILHLSSPWLTITRLPHPKLIEPLASASNGTSVLMPLLLCSHAFFRFTSFSQSTRVRASLNVSNIDGAAAFENPVSDLLDDELICVVSGAKDADEVLRMIAEKSGRNGGTVSVPDCRLIIAAALKRNNSELALSVFYAMRSSFYEVTAWEGVNDNVSSVERWKWARPDVHVYTLLIQGLAASLRVSDALRIIEIICRVGVSPAEEVPFGKVVQCPSCMVAVAVAQPQHGIQIVSCAKCRYQYELISGNIVNIESEEISMDTPAWEKALRFLNVMKQKLPAAVHSIVVQTPSGVARTQKFATETADLPAREGERVTIAAAAPSNVYREVGPIKFSPKDPNLYSGEPMCLTNHSDGRESLLIRVPAKETSFLLKPSALFPLILLSVAGDAASGVLDPSLPRMLLVAGFASLAAGATLNSFILPQFNRLPQRSVDIIAIKQQLLSQYNVLQSRIRDLKLAAEKEVWMLARMCQLENKIFAVGEPSYRARRSRIKKVREGLENSLKQRIELIESYARISSMIEIEVEMESDVIAAEAASSVERVSEQIEQIMVLENLEERWRLQAEANDEAERLFNQSMPTEETSNLSNQSRSMDTSITSPDTSQTFLLVKMSINLYLVHVHEVLKQHQVSASWPDVSLLNISFVKFLGSTSINLFSISESFFFSGFNSLPLLINSSSSFSCVVMAKSILVTGGAGYIGSHTVLQLLLGGYRTVVVDNLDNSSEISVRRVKELAGDLGKNLLFHKVDLRDKQALEKVFASTPFDTVIHFAGLKAVGESVQKPLLYYDNNLIGTITLLEVMAAHGCKKLVFSSSATVYGWPKEVPCTEEFPLSAANPYGRTKLFIEEICRDTYRSDSEWKIILLRYFNPVGAHHSGYIGEDPRGIPNNLMPFVQQVAVGRRPALTVFGTDYATKDGTGVRDYIHVVDLADGHIAALRKLDAAGIGCEVYNLGTGKGTSVLEMVAAFEKASGKKIPLVMSARRPGDAEIVYASTHKAEKELNWKCAGISGTGPARILMAMNLPAPSDGYCLYISLGAISQPYTLLLLLIDIFCYIRYELLGYVPNEQMLSTAALSFPLSISSFFKPDSLSFSEPEISDFEVVSSVVVALISCRIEAI

Homology

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BLAST of CmaCh16G005410 vs. ExPASy Swiss-Prot
Match: O65781 (UDP-glucose 4-epimerase GEPI48 OS=Cyamopsis tetragonoloba OX=3832 PE=2 SV=1)

HSP 1 Score: 561.6 bits (1446), Expect = 2.1e-158
Identity = 271/317 (85.49%), Postives = 292/317 (92.11%), Query Frame = 0


Query: 742  AKSILVTGGAGYIGSHTVLQLLLGGYRTVVVDNLDNSSEISVRRVKELAGDLGKNLLFHK 801
            ++++LVTGGAGYIGSHTVLQLLLGG++ VVVDNLDNSSE ++ RVKELAG    NL FHK
Sbjct: 3    SQTVLVTGGAGYIGSHTVLQLLLGGFKAVVVDNLDNSSETAIHRVKELAGKFAGNLSFHK 62

Query: 802  VDLRDKQALEKVFASTPFDTVIHFAGLKAVGESVQKPLLYYDNNLIGTITLLEVMAAHGC 861
            +DLRD+ ALEK+F+ST FD+VIHFAGLKAVGESVQKPLLYYDNNLIGTI L EVMAAHGC
Sbjct: 63   LDLRDRDALEKIFSSTKFDSVIHFAGLKAVGESVQKPLLYYDNNLIGTIVLFEVMAAHGC 122

Query: 862  KKLVFSSSATVYGWPKEVPCTEEFPLSAANPYGRTKLFIEEICRDTYRSDSEWKIILLRY 921
            KKLVFSSSATVYG PKEVPCTEEFPLSAANPYGRTKL IEEICRD YR++ EWKIILLRY
Sbjct: 123  KKLVFSSSATVYGLPKEVPCTEEFPLSAANPYGRTKLIIEEICRDIYRAEQEWKIILLRY 182

Query: 922  FNPVGAHHSGYIGEDPRGIPNNLMPFVQQVAVGRRPALTVFGTDYATKDGTGVRDYIHVV 981
            FNPVGAH SGYIGEDPRGIPNNLMPFVQQVAVGRRPALTVFG DY T DGTGVRDYIHVV
Sbjct: 183  FNPVGAHPSGYIGEDPRGIPNNLMPFVQQVAVGRRPALTVFGNDYTTSDGTGVRDYIHVV 242

Query: 982  DLADGHIAALRKLDAAGIGCEVYNLGTGKGTSVLEMVAAFEKASGKKIPLVMSARRPGDA 1041
            DLADGHIAALRKL+   IGCEVYNLGTGKGTSVLEMV AFE+ASGKKIPLVM+ RRPGDA
Sbjct: 243  DLADGHIAALRKLNDPKIGCEVYNLGTGKGTSVLEMVKAFEQASGKKIPLVMAGRRPGDA 302

Query: 1042 EIVYASTHKAEKELNWK 1059
            E+VYAST+KAE+ELNWK
Sbjct: 303  EVVYASTNKAERELNWK 319

[Close]

BLAST of CmaCh16G005410 vs. ExPASy Swiss-Prot
Match: Q9T0A7 (UDP-glucose 4-epimerase 2 OS=Arabidopsis thaliana OX=3702 GN=UGE2 PE=1 SV=1)

HSP 1 Score: 552.0 bits (1421), Expect = 1.6e-155
Identity = 265/318 (83.33%), Postives = 288/318 (90.57%), Query Frame = 0


Query: 741  MAKSILVTGGAGYIGSHTVLQLLLGGYRTVVVDNLDNSSEISVRRVKELAGDLGKNLLFH 800
            MAKS+LVTGGAGYIGSHTVLQLL GGY  VVVDN DNSS  S++RVK+LAG+ G  L FH
Sbjct: 1    MAKSVLVTGGAGYIGSHTVLQLLEGGYSAVVVDNYDNSSAASLQRVKKLAGENGNRLSFH 60

Query: 801  KVDLRDKQALEKVFASTPFDTVIHFAGLKAVGESVQKPLLYYDNNLIGTITLLEVMAAHG 860
            +VDLRD+ ALEK+F+ T FD VIHFAGLKAVGESV+KPLLYY+NN++GT+TLLEVMA +G
Sbjct: 61   QVDLRDRPALEKIFSETKFDAVIHFAGLKAVGESVEKPLLYYNNNIVGTVTLLEVMAQYG 120

Query: 861  CKKLVFSSSATVYGWPKEVPCTEEFPLSAANPYGRTKLFIEEICRDTYRSDSEWKIILLR 920
            CK LVFSSSATVYGWPKEVPCTEE P+SA NPYGRTKLFIEEICRD +RSDSEWKIILLR
Sbjct: 121  CKNLVFSSSATVYGWPKEVPCTEESPISATNPYGRTKLFIEEICRDVHRSDSEWKIILLR 180

Query: 921  YFNPVGAHHSGYIGEDPRGIPNNLMPFVQQVAVGRRPALTVFGTDYATKDGTGVRDYIHV 980
            YFNPVGAH SGYIGEDP G+PNNLMP+VQQVAVGRRP LTVFGTDY TKDGTGVRDYIHV
Sbjct: 181  YFNPVGAHPSGYIGEDPLGVPNNLMPYVQQVAVGRRPHLTVFGTDYKTKDGTGVRDYIHV 240

Query: 981  VDLADGHIAALRKLDAAGIGCEVYNLGTGKGTSVLEMVAAFEKASGKKIPLVMSARRPGD 1040
            +DLADGHIAALRKLD   I CEVYNLGTG GTSVLEMVAAFEKASGKKIPLVM+ RRPGD
Sbjct: 241  MDLADGHIAALRKLDDLKISCEVYNLGTGNGTSVLEMVAAFEKASGKKIPLVMAGRRPGD 300

Query: 1041 AEIVYASTHKAEKELNWK 1059
            AE+VYAST KAE+ELNWK
Sbjct: 301  AEVVYASTEKAERELNWK 318

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BLAST of CmaCh16G005410 vs. ExPASy Swiss-Prot
Match: Q9SN58 (UDP-glucose 4-epimerase 5 OS=Arabidopsis thaliana OX=3702 GN=UGE5 PE=1 SV=3)

HSP 1 Score: 545.4 bits (1404), Expect = 1.5e-153
Identity = 263/319 (82.45%), Postives = 288/319 (90.28%), Query Frame = 0


Query: 740  VMAKSILVTGGAGYIGSHTVLQLLLGGYRTVVVDNLDNSSEISVRRVKELAGDLGKNLLF 799
            +MA+++LV+GGAGYIGSHTVLQLLLGGY  VVVDNLDNSS +S++RVK+LA + G+ L F
Sbjct: 1    MMARNVLVSGGAGYIGSHTVLQLLLGGYSVVVVDNLDNSSAVSLQRVKKLAAEHGERLSF 60

Query: 800  HKVDLRDKQALEKVFASTPFDTVIHFAGLKAVGESVQKPLLYYDNNLIGTITLLEVMAAH 859
            H+VDLRD+ ALEK+F+ T FD VIHFAGLKAVGESV+KPLLYY+NNL+GTITLLEVMA H
Sbjct: 61   HQVDLRDRSALEKIFSETKFDAVIHFAGLKAVGESVEKPLLYYNNNLVGTITLLEVMAQH 120

Query: 860  GCKKLVFSSSATVYGWPKEVPCTEEFPLSAANPYGRTKLFIEEICRDTYRSDSEWKIILL 919
            GCK LVFSSSATVYG PKEVPCTEEFP+SA NPYGRTKLFIEEICRD Y SD EWKIILL
Sbjct: 121  GCKNLVFSSSATVYGSPKEVPCTEEFPISALNPYGRTKLFIEEICRDVYGSDPEWKIILL 180

Query: 920  RYFNPVGAHHSGYIGEDPRGIPNNLMPFVQQVAVGRRPALTVFGTDYATKDGTGVRDYIH 979
            RYFNPVGAH SG IGEDPRGIPNNLMPFVQQVAVGRRP LTVFG DY TKDGTGVRDYIH
Sbjct: 181  RYFNPVGAHPSGDIGEDPRGIPNNLMPFVQQVAVGRRPHLTVFGNDYNTKDGTGVRDYIH 240

Query: 980  VVDLADGHIAALRKLDAAGIGCEVYNLGTGKGTSVLEMVAAFEKASGKKIPLVMSARRPG 1039
            V+DLADGHIAALRKL+   IGCEVYNLGTG GTSVLEMV AFEKASGKKIPLV++ RRPG
Sbjct: 241  VIDLADGHIAALRKLEDCKIGCEVYNLGTGNGTSVLEMVDAFEKASGKKIPLVIAGRRPG 300

Query: 1040 DAEIVYASTHKAEKELNWK 1059
            DAE+VYAST +AE ELNWK
Sbjct: 301  DAEVVYASTERAESELNWK 319

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BLAST of CmaCh16G005410 vs. ExPASy Swiss-Prot
Match: Q8LNZ3 (UDP-glucose 4-epimerase 1 OS=Oryza sativa subsp. japonica OX=39947 GN=UGE-1 PE=2 SV=1)

HSP 1 Score: 533.1 bits (1372), Expect = 7.9e-150
Identity = 263/320 (82.19%), Postives = 285/320 (89.06%), Query Frame = 0


Query: 741  MAKSILVTGGAGYIGSHTVLQLLLGGYRTVVVDNLDNSSEISVRRVKELAGDLGKNLLFH 800
            + ++ILVTGGAGYIGSHTVLQLL  G+R VV+DNLDN+SE+++ RV+ELAG    NL F 
Sbjct: 5    LLRTILVTGGAGYIGSHTVLQLLQLGFRVVVLDNLDNASELAILRVRELAGHNANNLDFR 64

Query: 801  KVDLRDKQALEKVFASTPFDTVIHFAGLKAVGESVQKPLLYYDNNLIGTITLLEVMAAHG 860
            KVDLRDKQAL+++F+S  F+ VIHFAGLKAVGESVQKPLLYYDNNLIGTITLL+VMAAHG
Sbjct: 65   KVDLRDKQALDQIFSSQRFEAVIHFAGLKAVGESVQKPLLYYDNNLIGTITLLQVMAAHG 124

Query: 861  CKKLVFSSSATVYGWPKEVPCTEEFPLSAANPYGRTKLFIEEICRDTYRSDSEWKIILLR 920
            C KLVFSSSATVYGWPKEVPCTEE PL A NPYGRTKL IE++CRD + SD  WKIILLR
Sbjct: 125  CTKLVFSSSATVYGWPKEVPCTEESPLCAMNPYGRTKLVIEDMCRDLHASDPNWKIILLR 184

Query: 921  YFNPVGAHHSGYIGEDPRGIPNNLMPFVQQVAVGRRPALTVFGTDYATKDGTGVRDYIHV 980
            YFNPVGAH SGYIGEDP GIPNNLMPFVQQVAVGRRPALTV+GTDY TKDGTGVRDYIHV
Sbjct: 185  YFNPVGAHPSGYIGEDPCGIPNNLMPFVQQVAVGRRPALTVYGTDYNTKDGTGVRDYIHV 244

Query: 981  VDLADGHIAALRKL--DAAGIGCEVYNLGTGKGTSVLEMVAAFEKASGKKIPLVMSARRP 1040
            VDLADGHIAALRKL  D+  IGCEVYNLGTGKGTSVLEMVAAFEKASGKKIPLV + RRP
Sbjct: 245  VDLADGHIAALRKLYEDSDRIGCEVYNLGTGKGTSVLEMVAAFEKASGKKIPLVFAGRRP 304

Query: 1041 GDAEIVYASTHKAEKELNWK 1059
            GDAEIVYA T KAEKEL WK
Sbjct: 305  GDAEIVYAQTAKAEKELKWK 324

[Close]

BLAST of CmaCh16G005410 vs. ExPASy Swiss-Prot
Match: Q9C7W7 (UDP-glucose 4-epimerase 4 OS=Arabidopsis thaliana OX=3702 GN=UGE4 PE=1 SV=1)

HSP 1 Score: 530.0 bits (1364), Expect = 6.7e-149
Identity = 257/318 (80.82%), Postives = 278/318 (87.42%), Query Frame = 0


Query: 741  MAKSILVTGGAGYIGSHTVLQLLLGGYRTVVVDNLDNSSEISVRRVKELAGDLGKNLLFH 800
            M  +ILVTGGAGYIGSHTVLQLLLGGY TVV+DNLDNSS +S++RVK+LAGD G+NL  H
Sbjct: 1    MVGNILVTGGAGYIGSHTVLQLLLGGYNTVVIDNLDNSSLVSIQRVKDLAGDHGQNLTVH 60

Query: 801  KVDLRDKQALEKVFASTPFDTVIHFAGLKAVGESVQKPLLYYDNNLIGTITLLEVMAAHG 860
            +VDLRDK ALEKVF+ T FD V+HFAGLKAVGESV KPLLYY+NNLI TITLLEVMAAHG
Sbjct: 61   QVDLRDKPALEKVFSETKFDAVMHFAGLKAVGESVAKPLLYYNNNLIATITLLEVMAAHG 120

Query: 861  CKKLVFSSSATVYGWPKEVPCTEEFPLSAANPYGRTKLFIEEICRDTYRSDSEWKIILLR 920
            CKKLVFSSSATVYGWPKEVPCTEE PLS  +PYGRTKLFIE+ICRD  R D EW+II+LR
Sbjct: 121  CKKLVFSSSATVYGWPKEVPCTEESPLSGMSPYGRTKLFIEDICRDVQRGDPEWRIIMLR 180

Query: 921  YFNPVGAHHSGYIGEDPRGIPNNLMPFVQQVAVGRRPALTVFGTDYATKDGTGVRDYIHV 980
            YFNPVGAH SG IGEDP G PNNLMP+VQQV VGR P L ++GTDY TKDGTGVRDYIHV
Sbjct: 181  YFNPVGAHPSGRIGEDPCGTPNNLMPYVQQVVVGRLPNLKIYGTDYTTKDGTGVRDYIHV 240

Query: 981  VDLADGHIAALRKLDAAGIGCEVYNLGTGKGTSVLEMVAAFEKASGKKIPLVMSARRPGD 1040
            VDLADGHI AL+KLD   IGCEVYNLGTGKGT+VLEMV AFEKASG KIPLV   RRPGD
Sbjct: 241  VDLADGHICALQKLDDTEIGCEVYNLGTGKGTTVLEMVDAFEKASGMKIPLVKVGRRPGD 300

Query: 1041 AEIVYASTHKAEKELNWK 1059
            AE VYAST KAE+ELNWK
Sbjct: 301  AETVYASTEKAERELNWK 318

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BLAST of CmaCh16G005410 vs. TAIR 10
Match: AT1G64430.1 (Pentatricopeptide repeat (PPR) superfamily protein )

HSP 1 Score: 656.0 bits (1691), Expect = 5.7e-188
Identity = 342/541 (63.22%), Postives = 424/541 (78.37%), Query Frame = 0


Query: 98  LLCSHAFFRFTSFSQSTRVR-----ASLNVSNIDGAAAFENPVSDLLDDELICVVSGAKD 157
           LL SH F  F   +    +R      S    + D   +  +  S +LDDEL+  VS  +D
Sbjct: 25  LLRSHVFSFFFKPANIGSIRRLVLSPSYGDRSRDSVGSAADVSSSILDDELLSSVSAVRD 84

Query: 158 ADEVLRMIAEKSGRN-GGTVSVPDCRLIIAAALKRNNSELALSVFYAMRSSFYEVTAWEG 217
           ADE L MI+++ G N GG V + DCR II+AA+ R N +LALS+FY MR+SF       G
Sbjct: 85  ADEALAMISDRFGSNRGGIVELEDCRSIISAAVSRGNVDLALSIFYTMRASFD-----LG 144

Query: 218 VNDNVSSVERWKWARPDVHVYTLLIQGLAASLRVSDALRIIEIICRVGVSPAEEVPFGKV 277
            +DN    +RW W+RPDV VYT+L+ GLAASLRVSD+LRII  ICRVG+SPAEEVPFGK+
Sbjct: 145 GSDN----DRWSWSRPDVEVYTMLVNGLAASLRVSDSLRIIRDICRVGISPAEEVPFGKI 204

Query: 278 VQCPSCMVAVAVAQPQHGIQIVSCAKCRYQYELISGNIVNIESEEISMDTPAWEKALRFL 337
           V+CPSC++A+AVAQPQHG+QIVSCA CRYQYEL SG+I +I+SEE+  D P WEK LR +
Sbjct: 205 VRCPSCLIAIAVAQPQHGVQIVSCANCRYQYELFSGDITSIDSEELGKDIPLWEKGLRLI 264

Query: 338 NVMKQKLPAAVHSIVVQTPSGVARTQKFATETADLPAREGERVTIAAAAPSNVYREVGPI 397
            + K K+ ++VHSIVVQTPSG ART +FATETA+LPA+EGERVTIA+AAPSNVYR+VGP 
Sbjct: 265 QIKKNKITSSVHSIVVQTPSGTARTHRFATETAELPAQEGERVTIASAAPSNVYRQVGPF 324

Query: 398 KFSPKDPNLYSGEPMCLTNHSDGRESLLIRVPAKETSFLLKPSALFPLILLSVAGDAASG 457
           KF  K PN Y GEPM LT H DGRES+L+R P+K+   +L+PS L PL+ +   GDAASG
Sbjct: 325 KFISKAPNFYPGEPMSLTKHKDGRESILLRPPSKDGDKILQPSFLIPLLAILATGDAASG 384

Query: 458 VLDPSLPRMLLVAGFASLAAGATLNSFILPQFNRLPQRSVDIIAIKQQLLSQYNVLQSRI 517
           V+DPSLP++L VA   SLA GAT+NSF+LP+ N+LP+R+VD++ IKQQLLSQY+VLQ RI
Sbjct: 385 VIDPSLPQLLSVATVTSLAIGATVNSFVLPKLNQLPERTVDVVGIKQQLLSQYDVLQRRI 444

Query: 518 RDLKLAAEKEVWMLARMCQLENKIFAVGEPSYRARRSRIKKVREGLENSLKQRIELIESY 577
           RDLK A EKEVWMLARMCQLENKI AVGEP+YR RR+R+KKVRE LENS+K +I+LI+SY
Sbjct: 445 RDLKEAVEKEVWMLARMCQLENKILAVGEPAYRTRRTRVKKVRESLENSIKGKIDLIDSY 504

Query: 578 ARISSMIEIEVEMESDVIAAEAASSVERVSEQIEQIMVLENLEERWRLQAEANDEAERLF 633
           ARISSMIEIEVEM+SDV+AAEA ++ E +++QIEQIM LENLEE+W++QAEANDEAERL 
Sbjct: 505 ARISSMIEIEVEMDSDVLAAEAVNNTENIAQQIEQIMELENLEEKWKIQAEANDEAERLL 556

[Close]

BLAST of CmaCh16G005410 vs. TAIR 10
Match: AT1G64430.2 (Pentatricopeptide repeat (PPR) superfamily protein )

HSP 1 Score: 656.0 bits (1691), Expect = 5.7e-188
Identity = 342/541 (63.22%), Postives = 424/541 (78.37%), Query Frame = 0


Query: 98  LLCSHAFFRFTSFSQSTRVR-----ASLNVSNIDGAAAFENPVSDLLDDELICVVSGAKD 157
           LL SH F  F   +    +R      S    + D   +  +  S +LDDEL+  VS  +D
Sbjct: 25  LLRSHVFSFFFKPANIGSIRRLVLSPSYGDRSRDSVGSAADVSSSILDDELLSSVSAVRD 84

Query: 158 ADEVLRMIAEKSGRN-GGTVSVPDCRLIIAAALKRNNSELALSVFYAMRSSFYEVTAWEG 217
           ADE L MI+++ G N GG V + DCR II+AA+ R N +LALS+FY MR+SF       G
Sbjct: 85  ADEALAMISDRFGSNRGGIVELEDCRSIISAAVSRGNVDLALSIFYTMRASFD-----LG 144

Query: 218 VNDNVSSVERWKWARPDVHVYTLLIQGLAASLRVSDALRIIEIICRVGVSPAEEVPFGKV 277
            +DN    +RW W+RPDV VYT+L+ GLAASLRVSD+LRII  ICRVG+SPAEEVPFGK+
Sbjct: 145 GSDN----DRWSWSRPDVEVYTMLVNGLAASLRVSDSLRIIRDICRVGISPAEEVPFGKI 204

Query: 278 VQCPSCMVAVAVAQPQHGIQIVSCAKCRYQYELISGNIVNIESEEISMDTPAWEKALRFL 337
           V+CPSC++A+AVAQPQHG+QIVSCA CRYQYEL SG+I +I+SEE+  D P WEK LR +
Sbjct: 205 VRCPSCLIAIAVAQPQHGVQIVSCANCRYQYELFSGDITSIDSEELGKDIPLWEKGLRLI 264

Query: 338 NVMKQKLPAAVHSIVVQTPSGVARTQKFATETADLPAREGERVTIAAAAPSNVYREVGPI 397
            + K K+ ++VHSIVVQTPSG ART +FATETA+LPA+EGERVTIA+AAPSNVYR+VGP 
Sbjct: 265 QIKKNKITSSVHSIVVQTPSGTARTHRFATETAELPAQEGERVTIASAAPSNVYRQVGPF 324

Query: 398 KFSPKDPNLYSGEPMCLTNHSDGRESLLIRVPAKETSFLLKPSALFPLILLSVAGDAASG 457
           KF  K PN Y GEPM LT H DGRES+L+R P+K+   +L+PS L PL+ +   GDAASG
Sbjct: 325 KFISKAPNFYPGEPMSLTKHKDGRESILLRPPSKDGDKILQPSFLIPLLAILATGDAASG 384

Query: 458 VLDPSLPRMLLVAGFASLAAGATLNSFILPQFNRLPQRSVDIIAIKQQLLSQYNVLQSRI 517
           V+DPSLP++L VA   SLA GAT+NSF+LP+ N+LP+R+VD++ IKQQLLSQY+VLQ RI
Sbjct: 385 VIDPSLPQLLSVATVTSLAIGATVNSFVLPKLNQLPERTVDVVGIKQQLLSQYDVLQRRI 444

Query: 518 RDLKLAAEKEVWMLARMCQLENKIFAVGEPSYRARRSRIKKVREGLENSLKQRIELIESY 577
           RDLK A EKEVWMLARMCQLENKI AVGEP+YR RR+R+KKVRE LENS+K +I+LI+SY
Sbjct: 445 RDLKEAVEKEVWMLARMCQLENKILAVGEPAYRTRRTRVKKVRESLENSIKGKIDLIDSY 504

Query: 578 ARISSMIEIEVEMESDVIAAEAASSVERVSEQIEQIMVLENLEERWRLQAEANDEAERLF 633
           ARISSMIEIEVEM+SDV+AAEA ++ E +++QIEQIM LENLEE+W++QAEANDEAERL 
Sbjct: 505 ARISSMIEIEVEMDSDVLAAEAVNNTENIAQQIEQIMELENLEEKWKIQAEANDEAERLL 556

[Close]

BLAST of CmaCh16G005410 vs. TAIR 10
Match: AT4G23920.1 (UDP-D-glucose/UDP-D-galactose 4-epimerase 2 )

HSP 1 Score: 552.0 bits (1421), Expect = 1.2e-156
Identity = 265/318 (83.33%), Postives = 288/318 (90.57%), Query Frame = 0


Query: 741  MAKSILVTGGAGYIGSHTVLQLLLGGYRTVVVDNLDNSSEISVRRVKELAGDLGKNLLFH 800
            MAKS+LVTGGAGYIGSHTVLQLL GGY  VVVDN DNSS  S++RVK+LAG+ G  L FH
Sbjct: 1    MAKSVLVTGGAGYIGSHTVLQLLEGGYSAVVVDNYDNSSAASLQRVKKLAGENGNRLSFH 60

Query: 801  KVDLRDKQALEKVFASTPFDTVIHFAGLKAVGESVQKPLLYYDNNLIGTITLLEVMAAHG 860
            +VDLRD+ ALEK+F+ T FD VIHFAGLKAVGESV+KPLLYY+NN++GT+TLLEVMA +G
Sbjct: 61   QVDLRDRPALEKIFSETKFDAVIHFAGLKAVGESVEKPLLYYNNNIVGTVTLLEVMAQYG 120

Query: 861  CKKLVFSSSATVYGWPKEVPCTEEFPLSAANPYGRTKLFIEEICRDTYRSDSEWKIILLR 920
            CK LVFSSSATVYGWPKEVPCTEE P+SA NPYGRTKLFIEEICRD +RSDSEWKIILLR
Sbjct: 121  CKNLVFSSSATVYGWPKEVPCTEESPISATNPYGRTKLFIEEICRDVHRSDSEWKIILLR 180

Query: 921  YFNPVGAHHSGYIGEDPRGIPNNLMPFVQQVAVGRRPALTVFGTDYATKDGTGVRDYIHV 980
            YFNPVGAH SGYIGEDP G+PNNLMP+VQQVAVGRRP LTVFGTDY TKDGTGVRDYIHV
Sbjct: 181  YFNPVGAHPSGYIGEDPLGVPNNLMPYVQQVAVGRRPHLTVFGTDYKTKDGTGVRDYIHV 240

Query: 981  VDLADGHIAALRKLDAAGIGCEVYNLGTGKGTSVLEMVAAFEKASGKKIPLVMSARRPGD 1040
            +DLADGHIAALRKLD   I CEVYNLGTG GTSVLEMVAAFEKASGKKIPLVM+ RRPGD
Sbjct: 241  MDLADGHIAALRKLDDLKISCEVYNLGTGNGTSVLEMVAAFEKASGKKIPLVMAGRRPGD 300

Query: 1041 AEIVYASTHKAEKELNWK 1059
            AE+VYAST KAE+ELNWK
Sbjct: 301  AEVVYASTEKAERELNWK 318

[Close]

BLAST of CmaCh16G005410 vs. TAIR 10
Match: AT4G10960.1 (UDP-D-glucose/UDP-D-galactose 4-epimerase 5 )

HSP 1 Score: 545.4 bits (1404), Expect = 1.1e-154
Identity = 263/319 (82.45%), Postives = 288/319 (90.28%), Query Frame = 0


Query: 740  VMAKSILVTGGAGYIGSHTVLQLLLGGYRTVVVDNLDNSSEISVRRVKELAGDLGKNLLF 799
            +MA+++LV+GGAGYIGSHTVLQLLLGGY  VVVDNLDNSS +S++RVK+LA + G+ L F
Sbjct: 1    MMARNVLVSGGAGYIGSHTVLQLLLGGYSVVVVDNLDNSSAVSLQRVKKLAAEHGERLSF 60

Query: 800  HKVDLRDKQALEKVFASTPFDTVIHFAGLKAVGESVQKPLLYYDNNLIGTITLLEVMAAH 859
            H+VDLRD+ ALEK+F+ T FD VIHFAGLKAVGESV+KPLLYY+NNL+GTITLLEVMA H
Sbjct: 61   HQVDLRDRSALEKIFSETKFDAVIHFAGLKAVGESVEKPLLYYNNNLVGTITLLEVMAQH 120

Query: 860  GCKKLVFSSSATVYGWPKEVPCTEEFPLSAANPYGRTKLFIEEICRDTYRSDSEWKIILL 919
            GCK LVFSSSATVYG PKEVPCTEEFP+SA NPYGRTKLFIEEICRD Y SD EWKIILL
Sbjct: 121  GCKNLVFSSSATVYGSPKEVPCTEEFPISALNPYGRTKLFIEEICRDVYGSDPEWKIILL 180

Query: 920  RYFNPVGAHHSGYIGEDPRGIPNNLMPFVQQVAVGRRPALTVFGTDYATKDGTGVRDYIH 979
            RYFNPVGAH SG IGEDPRGIPNNLMPFVQQVAVGRRP LTVFG DY TKDGTGVRDYIH
Sbjct: 181  RYFNPVGAHPSGDIGEDPRGIPNNLMPFVQQVAVGRRPHLTVFGNDYNTKDGTGVRDYIH 240

Query: 980  VVDLADGHIAALRKLDAAGIGCEVYNLGTGKGTSVLEMVAAFEKASGKKIPLVMSARRPG 1039
            V+DLADGHIAALRKL+   IGCEVYNLGTG GTSVLEMV AFEKASGKKIPLV++ RRPG
Sbjct: 241  VIDLADGHIAALRKLEDCKIGCEVYNLGTGNGTSVLEMVDAFEKASGKKIPLVIAGRRPG 300

Query: 1040 DAEIVYASTHKAEKELNWK 1059
            DAE+VYAST +AE ELNWK
Sbjct: 301  DAEVVYASTERAESELNWK 319

[Close]

BLAST of CmaCh16G005410 vs. TAIR 10
Match: AT1G64440.1 (NAD(P)-binding Rossmann-fold superfamily protein )

HSP 1 Score: 530.0 bits (1364), Expect = 4.8e-150
Identity = 257/318 (80.82%), Postives = 278/318 (87.42%), Query Frame = 0


Query: 741  MAKSILVTGGAGYIGSHTVLQLLLGGYRTVVVDNLDNSSEISVRRVKELAGDLGKNLLFH 800
            M  +ILVTGGAGYIGSHTVLQLLLGGY TVV+DNLDNSS +S++RVK+LAGD G+NL  H
Sbjct: 1    MVGNILVTGGAGYIGSHTVLQLLLGGYNTVVIDNLDNSSLVSIQRVKDLAGDHGQNLTVH 60

Query: 801  KVDLRDKQALEKVFASTPFDTVIHFAGLKAVGESVQKPLLYYDNNLIGTITLLEVMAAHG 860
            +VDLRDK ALEKVF+ T FD V+HFAGLKAVGESV KPLLYY+NNLI TITLLEVMAAHG
Sbjct: 61   QVDLRDKPALEKVFSETKFDAVMHFAGLKAVGESVAKPLLYYNNNLIATITLLEVMAAHG 120

Query: 861  CKKLVFSSSATVYGWPKEVPCTEEFPLSAANPYGRTKLFIEEICRDTYRSDSEWKIILLR 920
            CKKLVFSSSATVYGWPKEVPCTEE PLS  +PYGRTKLFIE+ICRD  R D EW+II+LR
Sbjct: 121  CKKLVFSSSATVYGWPKEVPCTEESPLSGMSPYGRTKLFIEDICRDVQRGDPEWRIIMLR 180

Query: 921  YFNPVGAHHSGYIGEDPRGIPNNLMPFVQQVAVGRRPALTVFGTDYATKDGTGVRDYIHV 980
            YFNPVGAH SG IGEDP G PNNLMP+VQQV VGR P L ++GTDY TKDGTGVRDYIHV
Sbjct: 181  YFNPVGAHPSGRIGEDPCGTPNNLMPYVQQVVVGRLPNLKIYGTDYTTKDGTGVRDYIHV 240

Query: 981  VDLADGHIAALRKLDAAGIGCEVYNLGTGKGTSVLEMVAAFEKASGKKIPLVMSARRPGD 1040
            VDLADGHI AL+KLD   IGCEVYNLGTGKGT+VLEMV AFEKASG KIPLV   RRPGD
Sbjct: 241  VDLADGHICALQKLDDTEIGCEVYNLGTGKGTTVLEMVDAFEKASGMKIPLVKVGRRPGD 300

Query: 1041 AEIVYASTHKAEKELNWK 1059
            AE VYAST KAE+ELNWK
Sbjct: 301  AETVYASTEKAERELNWK 318

The following BLAST results are available for this feature:

BLAST of CmaCh16G005410 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
O65781	2.1e-158	85.49	UDP-glucose 4-epimerase GEPI48 OS=Cyamopsis tetragonoloba OX=3832 PE=2 SV=1	[more]
Q9T0A7	1.6e-155	83.33	UDP-glucose 4-epimerase 2 OS=Arabidopsis thaliana OX=3702 GN=UGE2 PE=1 SV=1	[more]
Q9SN58	1.5e-153	82.45	UDP-glucose 4-epimerase 5 OS=Arabidopsis thaliana OX=3702 GN=UGE5 PE=1 SV=3	[more]
Q8LNZ3	7.9e-150	82.19	UDP-glucose 4-epimerase 1 OS=Oryza sativa subsp. japonica OX=39947 GN=UGE-1 PE=2...	[more]
Q9C7W7	6.7e-149	80.82	UDP-glucose 4-epimerase 4 OS=Arabidopsis thaliana OX=3702 GN=UGE4 PE=1 SV=1	[more]

BLAST of CmaCh16G005410 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G64430.1	5.7e-188	63.22	Pentatricopeptide repeat (PPR) superfamily protein	[more]
AT1G64430.2	5.7e-188	63.22	Pentatricopeptide repeat (PPR) superfamily protein	[more]
AT4G23920.1	1.2e-156	83.33	UDP-D-glucose/UDP-D-galactose 4-epimerase 2	[more]
AT4G10960.1	1.1e-154	82.45	UDP-D-glucose/UDP-D-galactose 4-epimerase 5	[more]
AT1G64440.1	4.8e-150	80.82	NAD(P)-binding Rossmann-fold superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Cucurbita maxima (Rimu) v1.1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 497..517
None	No IPR available	COILS	Coil	Coil	coord: 610..630
None	No IPR available	GENE3D	3.90.25.10		coord: 933..1059 e-value: 3.2E-133 score: 446.1
None	No IPR available	GENE3D	3.40.50.720		coord: 745..1014 e-value: 3.2E-133 score: 446.1
None	No IPR available	PANTHER	PTHR37381	PENTATRICOPEPTIDE REPEAT (PPR) SUPERFAMILY PROTEIN	coord: 61..638
IPR016040	NAD(P)-binding domain	PFAM	PF16363	GDP_Man_Dehyd	coord: 746..1058 e-value: 2.3E-66 score: 224.5
IPR005886	UDP-glucose 4-epimerase	TIGRFAM	TIGR01179	TIGR01179	coord: 745..1059 e-value: 3.6E-122 score: 405.3
IPR005886	UDP-glucose 4-epimerase	CDD	cd05247	UDP_G4E_1_SDR_e	coord: 745..1058 e-value: 0.0 score: 537.118
IPR011990	Tetratricopeptide-like helical domain superfamily	GENE3D	1.25.40.10	Tetratricopeptide repeat domain	coord: 138..345 e-value: 1.6E-7 score: 32.8
IPR002885	Pentatricopeptide repeat	PROSITE	PS51375	PPR	coord: 228..262 score: 9.108898
IPR036291	NAD(P)-binding domain superfamily	SUPERFAMILY	51735	NAD(P)-binding Rossmann-fold domains	coord: 741..1059

Relationships

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


Feature Name	Unique Name	Type
CmaCh16G005410.1	CmaCh16G005410.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006012	galactose metabolic process
molecular_function	GO:0005515	protein binding
molecular_function	GO:0003978	UDP-glucose 4-epimerase activity