CcUC02G035910 (gene) Watermelon (PI 537277) v1

Overview


Name	CcUC02G035910
Type	gene
Organism	Citrullus colocynthis (Watermelon (PI 537277) v1)
Description	Molybdenum cofactor sulfurase
Location	CicolChr02: 31717531 .. 31739910 (-)
RNA-Seq Expression	CcUC02G035910
Synteny	CcUC02G035910

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR

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

GTCGGAACCAGCCACCGCCTTTCGAGCTCGGACGGATTCGCTTCGCAAACATTTCCCTCTTCTCCGCCTTCCATCTCGTTCGGCGTCTGTATCTTCACAAATCCAGTATTGTATGAATTGAGCTTGTGATCATGGACGCGGCCAAGGAAGAGTTTCTCAAGGAGTTCGGTCGAGACTACGGCTATCCCGGCTGTCCAAAAACCATCGATGAAATTCGAGCCACTGAATTTAAGCGCCTAGGTGGTAAGATTCCGATCCAGTTTTGAGAAAGTGATCGTAGTGGACCATGCTGCTTAAGCGGTCGATATCTTTTAATCTCCGCCATCCTTTTTGCTCTATTTAATAATTAAGAGCAAATATATCAATTAGCTTGGAGTCAAACATTCAGAATTTTTCGTATTATTTTACTTTCTGTTTTCTCCTGCTTTTCTCCATTACTAAACATTCAAATTCGGTAGGCATGGCCTACTTGGACCACGCAGCAGCAACTTTGTATTCCGAGCTACAAATGGAGGCGATCTTCAAAGATCTCACTTCTAATATATATGGAAATCCTCGTATCCTTTAAGTAGTTTCATGACAATTAATTCTGTAATGCTCTGGAATAACTTCCTTGGTAATATCTGATGTATTTTTCACTCTAAACCTGGATGAGCTATTTGAGATGAATTATAAAGATACTTACTTTAAAATTCTAGATTTTGTATGTTCAAATATGCATAGCTCTGGCTTTTGTCTGGGAATGCATCAAGTACTCAAGCTTTAGACATTCAAGATTTGAATCAGTTGATCTGATTCAGACATAAGATGCTTCAAACACGAGATATTCTATTTGTACACTCTAATGGTCTTAATTCTTATTAATTAGTAAACTAAGAACCATGTTTAAATTCAGCGAACAAATATTAGGATGGTAAATGTCTTTAGGAGCACCTACTTTGCACATATTAATGCTATTATGTTTGACTGATTATATGACTTACCAAAATAAGCATAACTCAACTGGCGTAAAATTGTACTATCAACCTTCAAGTCAGATGTTCAATTCCCCCACCTCACACTTTATTAAAAAAAAAAAAAGAGAGTGTGAGACTACTTCTTCATGGTTTTTTGTAAAACATCCTTTTTTTTTTCAGATTCAAATAAAACACTTGGTCTTGCAGCATGCTGCACTTGCATCATAGCATAGTTGTGGAGCCATCCTCAGGTATGCACGCATGGGAGTTGGGATGCTTCAAATCCTAAACATCTTGTCACCTGCAAAACTTCACAGGCTCTTCTTTCTGTCTGTTTGTTTCTGTTTTGTTTTGTTTTGTTTTTGAAGAGAAACATCCACAGAATTTCATTTGTGGGATGAGATTAACAATAGAAAAGAGAAATTTTCTTGCCAAAGGAATCACACAATTTTTTCTAGTGGGCCACAAGTGTAGCTAAGATTTTCTTTTTTAGAAAAAAAATATAAGAACTCTTCACTACGTCCTTAAAGGTGTGATTATTTCCCGTGTTCCAAATGGACGGAAGGAATGCCCTTGTGAAATTAAGTGTAGTTGTTTGTTCTTGTCCTCTATGAACTGGTGTCCCATCAGCAGTAGACCACATGAGTGAAGGGGTTGCCGAAGAGAGCCAGATGCCAATTAAAAGCCTCCAGAATTTTCTCCCAAAAAGTTGATGCAAACCGACAGGAGATAAGCAAATGCCTCTGAGTTTCCACTGCATTCTTAAACTTAGAGCACCAACCAGGGGACATAGGAAGCCAAGGGGGACCTCTTTTGGAGTTTTTCTGTTGGTGCTGATACAAGCATCGCCAACTTCCCATTTGAAAACTTGATTTTTTTTGGGTAGCTTTCTTTTCAGATAGCCATAAAGACATTTGCATTATCTTTTGTTCCTCCACTTGCAAGGTTGGTGGAAAGCGATTTTGTTGAAAAGGATGCCTTGTTATCTAACTTCCCGAGCCAAACATCCTCCAATTGGGAGAAATGAAAGGAGGACAGCAGCTGCAATTTCAGCCTCCTTTAGGTTTTGTCTCAGACCCAAATCCCAACAAGAGTTTAAACCATTCCAGATCTCCTTAACTGTTGACTCTCTCCTGTTGGACAGTGAATTAAGGGTAATGGTTAGCTTAAGGGAAAGTTCACCAGGCTCATCTTTTTTGGGCTGGGATTTACTTTTCTTTTCGACTTCTGATGATTAGGCCTTAGAATTACAATGTTGCATGAGTTTGTTACATTTGAATTTTCTTAAGCTACAGTTAGATAGCCAAAGTGATTCTAGCTTTGCCACTTCTGACATTGTAAGGAATGCCCGTCAACAGGTAAGTGTACTTCAATCTATATACTCTTCATTTCCTGACCAAAGAACTCTGAATTTTTCTTATTGCAGTTATTTCAACTTATTAAGTCTTATAACATTGAATTTCACAGCCACACATAGCTTTCAAAAAAATGATATGGGGGGAAATGTTTGGATTAATCATGGTTTCGATTGTACTTATGAGCAATCACATTTTCATCATTTCATATTTCTCATAAGAATGTTGTTGTGGAATGCAGGTCCTTGACTATTTCAAAGCATCTCCTAAAGACTACAAATGCATATTTACTTCTGGTGCAACAGCAGCACTAAAATTAGTTGGTGAAGCCTTCCCGTGGAGTCATCAGAGCAGCTTTGTGTACACAATGGAGAATCACAACAGCGTTCTTGGAGTCAGAGAGTATCCTTCAGAGTGATTTTTGTTTGTTATTACTTTCATGTGGCCACCTTTGTTTCTATGTTTTGTTCTTTTCAGAGGATTTATTTAATGATGCCAAGTTTGAATATCGTGGTGATACAGTTTTAATGGCCATTTTATTGATTGTTCAATGTATTCTTAGGTAATTAGTTGCATTTTGACATTGTGACTTATCTTATTTAGATGCTCATGGACAAATCTCTGTAAGATACAAATATGTTATCCATATTCTGTTTTGTATGCTTTTGCTTCTTAGAACCTTTATTTTTCTTTTCTTGTTTTCACTCAAGAAGATTCTTATATTTGTAGTTTATAATCCATTGTCAAGTTTCTTAATTGCTATAAGATATGCTCTTGAACAAGGAGCTCAAGCCTATGCCATAGATATTGAAGATGCAGAACGTGATGCATTCACAGGAAATCTTGCATCAGTGCAAGCAACAAAGCACCAAATACTAAGGAGAAATGAAGCCAAGTTTCTGGATAACGATCATACAGGTTTGTCTTTGGTTGTAATGGGATAACTCATGTTCTATTCTGTGTGTGCCAGCTGAGAGTGATGGTTTCTAGTCCATTTATTACTTGTTTGAAGTTTTCTGGTCTCAAAAGTCAGCTGGTTTGTTGGCATTAGTGATTTGGGGCCTATTAGGTTTCCCCTTGGTTTAATAATTCATTGAAAACTTATTCTACCTTTCCAAGTTAGGACAATCTATATTAAGTCCTAACATTTAGTATAAGAACACACTGTTGCTTTTCCTAAAAGTTATCCTCCAATAGGATATTTCCCAAAACTTCTGTTATCTGGGATGACTGAAATAGTTTTCTATTTTATCCATTCATTTGCTATAAGCACTTGAACTTTGTGATGGCTTGCCTCGTATGCTTTCAGTGTTTGCTGATCCTTAAAATTGTAAACTGCCAAAATATTTTTTATATTAGCAACCAATTGTGAATTATTCCTATTATTTTCCAAAGCACATATACTTCACCTCACCATGGAGCATGCTAAACTAGGATTTATTCAAAAAATATATCAGAAACTTTATAATCATTCCAAATATGAGTACATGAGGCACCTATCTTGATTTATATGGGACCTCGTATATTTTAAATTCTAACATCTATTTGGGGCAGATTTCAGGTGTTATGTAATACCTTCAGAAGGATTAAGATTAACTGTTGAGGCTATGGGTTTGATTTGGTTTGGCAAGTCATGCCTTCTTGTCCTAACTTCGCTGCAAAGATCATTTTATGACTTTGGTTCCTTCTTGAGGCCTGAGTTTCTATCTATAAAGAAATTTAAGTTCCTTAGGCTTGGACTCATGGCCTTCATGACTGCATCCATAATACTTTCTTCTAATTTATTTTGTGCTGTTCACTTGACACACACATATTTTTCTCCAATAACGAAAACACATACAAACTGCTTGTGTTCTGTTAACAAGATCATTGTATTGTGCGATTTTAATCTTGATCCATCTTGTTTACATTTAAGAGGTATGGAAAAATCCATGCACATTATACATTTCTGTCACAGAATTTGACTTATGTTATGAATCTGATACTACGAGCATCAAATCTGAAGGAGTTTCCGTAACTTTAGCTTTATCTTATTGTTCACCTTGTGCAGGCAGTGCATATAACTTGTTTGCCTTCCCTTCAGAGTGCAATTTCTCTGGTTCGAAATTTAGCCTTGAATTGGTGAAGATTGTTAAAGAAGATTCAATTAGATATTCTGATGGCTCTCCATCTTTTAAGTAAATAATACCCCCATTCTGTCTTAAGTTTCTAACAGCTTTGATCCATTTCTCATCATGCTTTGCAAGCTTGCACTTTGATTGTATTTGGCACAAGAAGAACTTTTGGAGTAGATTTGTTCAATCTTGTATTTAATTGAGGATATATTTAATCAAACACATTCATATTGTATACAGATCCTTTTGTGCTATCAACCCTTTCTCTTGATAAATGCTTATTTTTGACGGTATATGAATGCGTATTTTGAATCTTTTTATCTTTTCTGATTGAGATTATATAGTTTTGAACAGCATTCATTTAATATAAGTTTAACTTTTGTTATTACCATCTATTTATTTGAATTTACATCTATTCATTTAATATGCAGTGGACGCTGGAAAGTTTTGATCGATGCTGCAAAAGGATGTGCCACAGAACCCCCAGATTTATCCAAGTATCCTGCTGATTTTGTTGTTATCTCTTTCTATAAGGTGTGTTCACAATATTTTGGATTTTCATGAAGCCACTACCTTATGCGTTGTGCTTGTTTAATCTTCTTACTAACTATTTCTTTATATTTTCTGATTTAGCTGTTTGGGTATCCAACTGGACTTGGAGCTCTCATAGTTCATACGGGTAACAATCTCTCTAAGAAGTTTGTAATCTATTAAGTTACTTCGTCTGCATGATTGAAGTTTATACACCTGGTTAGTGTTTGACATATCACTAATGTTTTAAATTAGAGGTGGCCTCAAGCCTCAAGTGGCGAAGCATAAATTTTGAAGCATCATGAGGCATAAGCCTCAACGTTAACAAAACAATTCAAATCATACAGACATGTGATCAAATATATTGCATGTTCTCAAAAGTATATTACATATGTGAACAACTGACATGTTGATATTATCTTTTTTGCTACAATGTAATGCTCTCTCTTGTTTTTCCTCCTCATTTCTCCAAAGACCCAAATGAAAAGAAATTAGTTTATTTCTCTCTCCCTTTTTCTTACTGAAGTAGATTTGACGGTAAAATATTTTAGAGCTATCAGCTATGTGTCATATTTAAAGTTATATTGTATTACTGTTAGAAAGGTTTTGACTTCTAGTCTTCTAATGCTATCTTTTTATTATTTCAATATTGCAGATGCTGCCAAGTTATTGAAGAGAACATACTTCAGTGGAGGTTTGTATTTAGCTATGTTAACTGGAGACCTTTCCTTTCTTCTTCGTTCCACACAAATTGTTACAAAGAGGGAAATCTCCTCTACTGAAACCATAGTTACGAGAAAGCCCTTCCCATTGGCAATACTTTAAGAAAAGGAAGATTAAGAACTAGAGAGAGAGAGAGCTCCAAGAGGAGACTACAAAAGCAATAAGGTCAGAAGCTCCCGCCAATACTTTTTAACACCTGCAAAATTTTGCCTTTTTTGTCCAAATTTTACCTGGGCTTTCTTCTTAAACCTTTGTGGCACAAAATTTATAGGCCTGCTTGGATCTTGATTGGTAATACAAAAGCCTTCTGAAGTCTCTCCCGTTGCCTCCACCATATATTTTGTGTGTAGGGGCAGTTTAAGAAAGAGAAGGTTCCCCCCTCCCCCAAAAGTAAACCGATCCCACTAGTTTCCGAACTCTGTTGTTTTCTCTTTTACTGCATCGAAGAGCACCTAATTTAAAGGGAATGCTAGAGCATTCCTTCAGCTTCCATCTAAACTCAAAATTCCAGCTCTCATTTCCTTACTTCAGACTCTATCATAGGCTGTCTTCTGCTGACTAGTTAGGTCGACAACCTGAGAAAAAGGTTAGGCTATCTGCAGACTGCTGGATATCTAATTGATGTTTTAACAAATTTTCTAACTATATAGGCACCGTTGCTGCTTCAATTGCTGATATTGACTATGTCAAACGGAGAGAGGGCATTGAGGAGCTCTTTGAAGATGGTACAATCTCATTCCTGAGCATCGCCTCTCTATGCCATGGGTTCAAAGTTCTAAATTCTCTAACTATACCTGCAATATCTCGGTATGCAAAATCTAACTTTTAAGTTGAATGCTTTCTCTGCAAATAAATAATGAAGAAAATGGGTAGATGAACAAAATTCTCATGAGGTTTTTCTCTGGTTTGATACTAGCTTTTGTTTTGGATATATACCAAATCAAACCGAACCGTAAATATTTGGTTCAATTATATATACAAATGGTTTAGTCCAATTTTAAATTTCATTTTCAAATCTAAAACTGAACTTAACCGAACAATTTGGTTTCCTTATAATTTTAGACTGTACCAAACCAACACTTCAGTAAAAATTGAATTTTCAGTTTGGTGAACACCTGTTTAGGGTGTAACTGGGTTGTCAAATTTAGACTATCTGAAAAGACATATTATTATGTGGCAATTTATTTATTATTCTCAAATTCTTTGCATTTTATCTGTTTGATGTGTTAGCTCCTCTGGTTGATATGTCTGTTGTAGTGTTCTTATGTTGGGCTGTTTTAGATGCTTTTCTTGCTTGCTGCTGCAATAGTATCCTTGTATTTCAGATTTTCATTCAACCATCATGGGTTTGTCTAGTAGTAAAAAAGGAGACATAGTCTCAATAGATGGTTAAGAGGTCATGGGTTCAATCCATGATGGTCACCTACCTAGGAATTTTTCTTAAAAAGGAAACAAAACTTCATTCATTGAAATAATGAAGAGAGTCTATTGCTCAAATTACAAAAAGAACCAATAACAGAGAAATTACAAACGAAATCAAATTGAATTACAAATGAGGTCAATAATTAACGTAACAATTGATAGAACAAGAGCTTCCAAAATGCCAAAAGTGTAGCCAAGTAAATCGATTGTGTCTTGAGTTCCAGAGATCTTTGAAATGAAAAATTCGAACCATAACAAACGAAATTCTTCTTCACGAACTACCTCCTTGCTAATTACCAACCGTAACCGTAGGAAGAGACATCTCCGAAAGTTTGACCGATAAATCAATCCTTTTGATCTACAGAGAATCTTGAACAAAAACCACGGTCGACTTTCACCATAAGAGCCTTTAAGAGAGCAACACATTTTAACTTCTGAGAAAACTTGAACTTCTGAGAAAACTTGGGTATTAAGATTTCAACATCAAGAGAATGGTTAGAAAATTACACAAAGAGCCTTTAAGAGAGCAACACATTTTAACTTCTGAGAAAACTTGGGTATTAAGATTTCAACATCAAGAGAATGGTGAGAAAATTACACAAAGACCAGACCACATTCTTTCATCAGAGAGGAAAATTTTGATGGAACTTGAGAAAGGGATAATAGACCTTGACTTAGCAAAAGAGGAAAAGGAAGTTGATGAGCTGGAGCAGGATTTTTTTTCAGCCAGAGAAGGAAGTTGCAACCGAGTACATCTTTCATCTAGTACGTTCGGGTTTACTTCACTTTCTTTTGAGGTAATAGACAAGGCCTTGCGGGAGTAATGTTTGGGAAATGCTGTAATTGGAAGCAAATTCTCTTAACAATAGGAGGATCAAGAAACAATGGTGAGGAATTAATGGTTGAGGGGAGAAGGGCATCGGCTTTTTCTGCTTGTGTTTGATGGTCTTCCATGCTTGGATTAATTAAATTAGGTGAGAAACAAGAAAACTGCTCATTAATTTCTGGAGAGAGAAAGCCCAATAAATGTTTAGGAGCCAAAACGTTCTGATTTCCCAACTCATAATGAGTGTTTGTGGCTGTTGGTGCTTTAAATTTCTTTTTCCGAGAGTAATGAAGGGGAAAAGCTGGAAAACGATTGGCTGAAGGTGAAAAGTTTTTAGCATTAATGCTTATGAGGCTGTCTTTTGCTTCAACTGACACCAAATTTGAATTTTCTTCTGAAAATGTCTTGGGCAAATCAACCGACTGCTGATCCTCTGCCTCTTTTTTCAATAAATCTGATTCATATGCTTCTTTCCCCACAAATGATGACTCGAGATTTTCTTGAACCTTGTTCACACCATCATCTTCAACCTCCAGGTCACTCCCTGCAATTACAAAGGAGTTCACCAAATTCTCTTTGCATGAAACTAACAATGGCTCATCCACTTTCTCTTTTATCTCTTTCGGCTGGTCTAACTGCAAGAACCTAGCTTCTTCTTTTGAAAATGAATTAAAAGGATTCCTTGAGAACCTCGGAAGATTTTGTAAAGGACCAAAGAGATGAGAATCCGAAATCTGAGGGATGGACTCTACACCTTCATCTTGCATCACTTGTTTTAAACGAAACAAATCAAGGGAGTTGGTAAAATCATTGATCAATAAACTACCTTGAGTGACTTTTGGCGGGTCAATTGACTCAAAATCTCCAAAATTTAGAAAGATATTACCACGAACTGCATCTTTAATCTCAATAGTCGAAGGCATGAATCCACATAAACTCTCCTTTACTTTGATTTTTGCTTCTGAACAATTAAGAAGATTGAGAGTTTCAAATGCAATAATTTCTAGCCCCCCAAAATAAGCTCCAATAGCTTCAAAAGTAGCTTTACACCAATAATCTAAAGGGAGATTTTTAATCTTAATCCATCCTCCAAAACCTTTTACTAGGAGAGGTCGGCTACGTAGCAACTTGTTCCATCTGTTAAAGAGCAAATGATAGGGCCCAAACTCTTTCCATTTTCTAGGGACCTCGATTATCTCTTCCAAATTTCCTTGATCAATTTTGATCAAACCATTTTCATTGAACAGTGGATTAATAATCACTTTGGTTTGAAAGAGCTTTTCCAAAGTCTTGGTAATCTCCATCCAGTCATTAAAAACAAACAATCTAGAAATAACCCACAGATTGTTGAAATTTTCCATAAACCCTTCAGGGTTCTTTTGAATCCAAAATGATTCCATGTTTTGATTTTTCTTTATTAAAATAGAGGGCTGCACCGCTTCCATGCAACTAAAATTTTTTTCCGGTTCTCTTGAAGGCTTTAACTCTGCCTTAGAAGAAAAAAAAAATGTCCCAAATTTGTTAAAGATGGTTGATGTAGTAGCTGTAGTAATAGTTCTCTTTTCTTCAAGAAACTGCTTAACATATTCAAAAATGAACTCCACCCAAGGTTTAAATCCCCTAATGGCACGTGAATGAAACATCGACCTCCTGAGATAGGTCATACTTCACACCTTAGAATCCAATTATAATTGTGCCCAAACTTAAATAATCTTGTGGCGCCTGAACCATCGCGACCATTTCTTAAGAAGAAACGGCTGATTGAACCCTGAAGGAGCTTTAAAATCACTTCCACGAACCATTGCAGATGCGAACTTGATAAAACGAGAATTTTATTAACATCCAAGTCCTCTACGAAGAACAGGCTTGAATCGTACCAGATTAAGAAGGAATCATTGATTTTGCAGCTTTCAATTTTCATAATGCCAGATATAACTTTTCGAAGTAAGTGTGCTGACGGGGAACTTTTTTGGGGAGAGAACTTGGCGGGGGCACCAGAGATAATGGGGGTAGAATGAAAGAGAAGAGATGGAGAATAGAAGAGTTCATCGGAACTAAGGTCGAAAGTGGGAAAAGCTGAATGGGAAAGGGAAGGGGGAGGAAGAGGAGAGGAGAGAGCACTTACCTGGTCCCTTCTTAGACACACATGTTTCTAATTACCTGCCTAGGAACTAATATCCTATGAGTCTCCTTGATACCTAGATGTTGTAGGGTCAAACAGGTTGTCCCTCTGGCCAGGACACTCACGGATATTCAAAAAATAAAAAATTTCAGATTTCCATTCTATATATCTGTATCTTTCTCAATTGTGATAAGCATGTTTTTGTGTTTCTTATCACCAAAGCAAGATTGATTTGTAAAGGCTATTATGCTACGTCCTTGTAATCGAGAATTTAACTGGTGACAATTGCACTCATCAGTCATTAATCTCTCTTCCCATCTTTCATTGTTTCTGCTTACCTTTAATTGTTATATTTCCACTTTTTATCAACTGATTATTTTATTAAGTATATGCGGCATCATTATCTGAAGGCATACTTCATCACTTGCCACATATTTGAGGAACATCCTTGTGGCCCTGAGGCATGCAAATGGAACAAGCGTATGCACCCTCTATGGAAGTTGCTCTTCCAAGGTTAGTTCTAGTTCAAACTTGTGGTTGGTTCAAACTTCTCCAAAAATTCATGTATTGTTAGTTTAATAATGTTTACAAAAATTGAAAAGCGTAAGAGGATAGGTTATAGGTTATGATATATTTAATTTTTGATACACACTGACTGATATTCTTTACCCTTATTTTCACTTGTGTGCTTGGAAATTAAAAATTAGTACCAGATTTAACAAGTAGACTATTACATGAAACAAAAAAAAAAAAAAATTAAATAAATAAAAAATGAAGTGATACTGCAAAGGTTCAAACTCAAGAACTTCTGTTTTGATTCCATGATAAATTACTTTTAATTTTTAAACCCGTAAACTTGTATATGCTTAACATGTATAAATATGAAAATAATCCCTAGATAAAATATACCAAGTCGTCAGATAGGTGTTCAGTTGTGATAAAATATTCCCATATTAGTATTTTTTTTTAAAAGGAGATGGTCTCTTTCATTGATATAATGAATTGAGACAAATCTTAGTACAAAATTTATCGCTACAAGCAATAACATGTTAAGGATAAGGAGGTGCACCCGAGCATTTCAAGTAGGTTGACACCCCCATAGCACCTCATCATCTCCTTGATAAAAAAAATCTGAAATAAAAGGGAGCAACACAATCCAAAACTAAGGGCCAAAGTCCTATTTGATTACAAAAGTTGCTAAGCAAAAGTAAGGAAGACAATAAGTAGAGTAGTTGCTCTAATGGTGAGGAGAAATGAAGGCCTGCCAATTCAAGTTAAACTCCTGGATAGAGTATTCATCAAAGGCTCTTGATAGAGTGCACCACGAAGAGACATTTAGTCTAGCAAACTCAAAATGATCTAACCACGAGGAGGCTTTATCATGAAATACTTGCTGATTTCTTTCGAACCATAGTTCCGATAACAATGCTTTGATCTCATTACTCCAAAGTAATTAGGATTTCTTTTTCAAAGCTGGTCCAACCACAATCTATAGCACATTGCTGCTGAATTCACCTCCAAAGACCCAACAAACATTGAAGAAACTGAACAGCCAATGCCAACATTTTGATGCATAACTACATTCGAAGCTCTTCCTTTAGGCATAACAGGCACATGCGAGGAGATAAGCAATGGAAGGGGAGCTTTCTTTGAAGGACAGCAACACAATTTAGGGACCCGAACAACATTAACCATACTGTAATATTCACTCTCCGTGGGCTTTTGGATTTCCGTAGGCCCTTTTCCAGTTCATGATCAATAAGGAAAGTCAAAGATAGATGCTTGACAAGAGATTTGACTGAGAAACTCCACCTGCTTCCAAGGCCCAACTCCCTAAATATAATAACTCTAGACTTTAGAACTCAACTCAACTCCCTGAACAACCTCAAAATTTGAAACATCTATTTAGGTGTTCATTTACAATGTTATGTGAAATTATAAGTATGTCAGTCTGGAAACGGCTTTTGATGCAATTCTGCAACATTTATTTCTTGGAAGGTTATTTTGTTTGGTTTGGGAATGCTCATATAGTGTTTGCTTGGAGATTTTATTTTGGTCTGTTTGAACTGTGGAGTTTTTGTAGTTTTTTGGTTATGTGGTGCAAGTCTTCAGCGCATTATTTTATTTCTTGGAAACTGGTGCTCTCCTCCATTATTGGATGGTGGTTTTGGTAGTTTTTGTTTGGCTGGCTTGGCTGGCTAGGTTTTTGGGGTTGGCAGCGGCGAGTCAGTCTGGTTTTGAGCTCCTTTTCAAGTTTCCTTTGCTTTCAAAGCTTTATGGCATTCAAGTCTCAAGTTTTGTACCTTGCTAGAAGATTGGCAGTTTGGAAATTTTTGTTTATTGGATGTTGTATTAAAGATGGGTCTCCTTTATCTTTCATTTTGTTCTTGTTTCTCCATTTTCTATGTTGTTTTTTCTCTTTTCTTTGTCTGTTTCATTGTAATTTGAGTATTAGACTCATTTCATTAATTCAACGAAAAAGTCTTGTCTTTCGTTTCAAAAGAAAAAAGATATGAAAATCAAGTGTGTATTTAAACAAATAAATGTCATCCATTTTTAAGGATGCAGAACCCTGAAATGGAACCGATTCTCTTAATCTAATTACTTTCAAGCTCTTCATATGATTATTTGGTTTGACTAAACAAGATCATGCCTATGAAGTGATTTAGCATGGTACATAAATGTGATGTGCTGATGAATTATGTTCTCGTGCTTTCAAATTTTCTCTTCAACTCTTGGTTTCAGTGAGAGGAGCTTATTATGTATTTCATTTTTCCTTTCTAGACACTATGTAACAAAATGGGTCCGGTAGTCTCATTCAACTTGAGACAACCAGATGGATCCTGGGTTGGACATCGAGAAGTGGAAAAGCTGGCCTCTCTGTCTGGGATTCAGTTAAGGGTAAATGTTTTGCATTATACAGTTTAATTTTATGTTTATAATTTCTATTTTAAATTATCTCTAATTGTTTCTTTGTTGATTATTCTCATTTGATTTTATTCTTCTTGATTTCCTTCTGTGGTAAATATGAAGGTTGATACTTTATTGTTTATCATATTCAAGCTGATGGGACTATCGCTACAAAACTTCACTATGTATTTGGCGGAAATTGATTATTCCAAATTTTTTGTGATAAGAAAATTGTACTGATTTGTTTTGGTTGCTACTGACCATCTCTTCATTTGATTTTCTGTATAGACAGGATGTTTTTGTAATCCTGGTGCATGTGCAAAATATCTTGGTCTATCTCATTTGGATTTTGCTACAAATATTGAGGTAAAACTTTTTGTTCCTACCTCTATATGTGGGTCATAAATGAATTTCCAAATTTCATTTTCCCCTTTGACTTCAATTTCTCGTGTCCTCATTAATTGACTACTTGGTCCAGGCAGGCCATATCTGCTGGGATGATAATGATATAATTAATGGAAAACCAACTGGTGCTGTGAGAGTGTCCTTGGGATACATGTCAACTTATGAAGATGTCAAGGTAAATCATTTGTTTTCAGTTCTATTACTTCTTTTGGCCGTGTGGCATACTTGAAATAATATTTTGGTCCACTGGAGTGATCTTTTTCGCTTAAGGAACCTTAATGTTTATTAGCTTGAGAAAAGGACAATTTTGACAACATTTTGGATTGTCTCATACAAAGCTGTCTTATAGCAGAAATTCGTTGATTTTGTGGCAACTTCCTTTGTCTCTACTCAAGCTCATGCTGGACATGGATTAGAATTTTGCGGAAGGTCCATCCATTTCACAGACATAGGTTACTTCTCAATCACTCTCTTAAGCTTATTAATGACTATATATTTTTCCACATTACCATTTTCCTGAATTGATTTATAATATAAATATTTTAGTAAAGTTAATCCTTTGTACTAATAAATAATAGAAAAGATCAATTTTCTGTATTATTTGACATGCTAGTACTATACTACTAAATGTACTTACTAATACAGTAATACTAATGCCTTATATGCATCTGTCCCCCTCTTGGTGCATCATGTGTGGAAATTATTCCGAGGCCCTGCCCATCTATTTATGCATTGTTCTTTTGTTTCCCATTCTTGGTTGTTTGTTTTTTAGGCTTTCAGTTGGTTTTCGCCATCCTGATAATATCATTGATCTGCTTGCTTCTATCTTGGTGGGTCCTCCTTTTGGTGGTACTGTGAAGACTCTTTGTTTGGCTCTTACTCGAGCGTTTTCCTAGCTTTCCGTAGGGTGAACGAAACAGTTATCTTTTCACGGATTTGTTCTCCTCTTTTGATCATTTTATGGATTTGGTTCTTCTACTACTTTATTTTAGTGTAAATCAAAGGCACCTTGTTAGTTTATCCTTCTTAATATCTAATTTTTTTTTTTTTAAAGGAAACATAACTTTTCGTTGATGAAATGAAAAGAGACTAATGCTCAAAGATAAATAGCCTTCAAGAGGAAAGAGAAAATATGAAAAAACAAAGGGAGAAGAATTACAATTGAGATACAAAGAGGGGAAGACAACAAAAAGCAAACACTTAAAACCTAACAAATCAGGCCCAAAAAGGAGACCAAAACTAGAGAGCACATGAACTACAAAGCCAATGCCGACAAAAGTCCAATGAGCAAGCATGGGAAATTGTCCAATAAGGCCAGAAGCACGAGGATCAAACCACAAATCAAACCAACTTCTAAACTGATGCTTTCAAGCTTACAACTACTAGGATAAAAACACAACTTCATAAGGACAAAACAGTAAGCCTTGGGTGCATAGACGTGAGAAATCCAGAGTTCAATTCTTGGACAAAACCACCAAACTATGCTTTATCTAGAACTAGGAGGGATTGATGTCATCTGAAAACCATATTTTTCAATCAAAGCAGAGAACTTGGCAGGAATTATGGTGACAATTCTGCTTGGACATTTTTACCCTTCTCAAACAAAGTATCAAAACCATCTGCAAGGTAGGAGTCTCCTCAACAAAAGCATCTTGTGTTAAAGAATCCATAATATCCTTCACTCCTCACACTAACATCTTAATCTCCATCAGAATTGTAACCAGAAAGATTGTATTTAGGTGGTGGATGACTATAAACTCCTTATACAACAGAAATATTTAATTTTGAAACTTCAATGATTGATTGCCTGAAATTCGAACTATAAGGCAAAGGATGTGGATTATCTGCTGGATGTGAATCAGTTAGAAGGAGACGTGTATAGGACTCCTCCAAAACATTTGAATTGACCTCAAAATGTTCCTTTATAGATCACTGCTTCTTTTTTGTTTGACTGAAAGAAAGAAGATAATAAGAAAATGGAGAACTTTCAATGTACATATCCTCTTTACTGCTCTTTAAGTCTACAAATTGAGGAATATTAACATTAATTTCCAAAGGACAATTAAGGCTTCCTAGAGGAAGCGGATCCGCCTCATTCGGAGTTGAAAGAAAACTGGTTTCCTTATCTGTATGGGAACACCCTGAAAATCCGATACCTCGAACACTTCTTCATCACGCTTAACTTCAATCGATCTTGCAATATCTAAAGAGTTAGAAAAATCATTGAAAAATAACTTGCCTTGAAGGATACTTGGAGGATCTAATGGAGGAATATCACCAAATCTAAGGTGAAAATTACCATTAATCCTATTTTGACTTCAATTTCAGCGGGGAAACCAGAAGTTTAGGGTTTGAGATACTAACCAGACCCCTAAGGTTTTCTCTAGTGGCTTCAAAAGCAGGACGAGTCCAAAAAGGCAAAGGTAAATTTTTTATCGAAAGTCAAACGTTGTAACTTATAATGAACTTTGGATGAGAATGCACTTTATAAGATCAATTTTCGACATTCAAATGAAAGAATCCAATTTCTCATCATTTTTCATCGAAATCCATATTGGCAAAACTATCATCAAGTATTAATAATGCCTTATCAGCCATGAAAAGACTGTTTAGAACTTTAGACTGAAAATAGTCTTCCAGAGCAGGACGAATATTCTTCTATGAATAGTAGGCAAACAAATGAGAAACCACAAACAAATTGTTGAAGTTCATAGTCAACACTACCTTCTTCAAGTCTTCCCATCGATATCTTACAATGTTCATCCATACTAAGTTTTACTCTTGACCCTGTGGAGTATTCTTTCTTTTTTCACTGTCAAGATGTAGCTTGCAGAAGTAGTAATCTTCAGTTTACTGAAATCTATCTGTATTACTGAATGGTTCGAGTATAATGATACTAAAATATAGAGATCCAGGATGCCTTGATTTTGTATCTAATTACGTTACTGTTGGTGATTATGATAGGATGCTCCATCAATTTACTAAGTTCACGAGAAAAAATTCAACACAGTCCTAGAGACCAATTCCGAAAGGTCTTCTCTCTCTCCATAAACAACCAGAAAACCACACAAAATATCAAATAATCCCAATCTTACCGAAAACCCAACATATAACAAAACAACGTAACTGACTAAAGGAGTTACAACTCCCTAATTTAAAATACAAAATAAAAACAAACTGAAACTGATAATTTTAAACCTTAGAAACTGCCACCATTCCTTTTTGCCTTTTCTTGAATAAACCTTCGGTATTGGAGGTCTAACAGATTACCTTTTCATTTGTTAATTAATCCCAGGTTTTAAGAACAGATATTCAGCTTCTCGATTTGACCTCAAGTCTATTACTGTCTATCCAATCAAATCATGTGCAGGATTCAGCATGGATAGATGGCCGTTAAGTAGTCGAGGTATCCATTTAGTTGTATATATTGTTGTGCATTTTAATGAGCATGGTTAATTGTTAACACCGGTAATTTCTTCACACGATTAGGGGCTAGGAGCAATAAATTTACACAATAACTGTCTGAAATTTCAAGAAAAGCCATAGATCAAAATTGCTTTGGTAAATGTTAAATGACTTGTTGCATGTCTGAAATAACAATTTGTTTATTATCCATGGAAGTAATAGAGCAAGACAGGAAACTAAATCAATGCTGACAATTTTTTTAATGATACTGATTCTCCTACCAAAAAAGGAAAAACTGCTTTCCAGAAAGAGTAGAACATTAGTTTGTGTTAGGGGATCTTTGAATTTCACACATCGGGGTTTTTTTTTTTTTGGGGGGGGGGGGGGGGGGGGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGGGGGGGGGGGGGGGGGGTGGGGATCTCAACTTGGTGTTTGGTGAATTAGTTCTCTTTCTTCTTTATTTTATATTCTATTATTACATTAATGTAACTGCAATAATATTCTAAAGGCATACAGATGGTCGCAGTTTTAATTGTGGTTCTGTTGATTTTTTCCTAATTTAGCAGTTTATTATTATCATTATATTTTATTTTATTGAATTCTCCCTTCGATTTGAGTAGGGCTTCTTCATGATCGGGAGTGGCTTCTTCAAAGCCTGACGGGTGAAACTCTTACACAGAAGAAGGTATTCTCTTTTAACACATACGAACACCTCACCATCACAGGAAAGTCGATAACTGAAAGAGCAAAAACAGCATTTGTTTGCTCAAACCTTCGGAAATCTCAGTAAATCCCAACTTTACTTTCTGCTCAAATTTTACTGTTTCAAGCCTCTTGGGTGGTTTTTGATTAAACTGTTCTCCAACAGCATATGGTTCATTACATTTTGTGCTGCAGACACTTTTGGCTCCTTCCAAATTGCCAAAAGATTAGCAGTCACTTTTTAACGTATCCAAATAGCCTTTGCTTTTCCCTTGAACAGGGGGAATGCATAATTTCAAGGAACTAGTAGTATAACCTCTCAGAATGAACCCAAGCAAATAGTCTCGTTATGAAAAAATGGTTAGTCACGTCAAGAGAATGACCCCAAGCAAATGAGAGAAACTAACTAGCTTTTTACAAATGGCATAGAAGGATGTATCATAGCTCTGAACTTCCGACATATATTCTCTCACATTTTGTGGCTACAAGTGCTTGGAGTGTAATTGGGGATATCTCTTTTGGAGTTGGCCCTTAGTATTAAATTGATTTTTCAATGGTCACTAAGTAGTCTAGGATACACTAAGACATGAACAAGATCCCCCAGGTAGAAAAACTTGTCCTGGTCGATTAATTCCCCGAGTCATTAATTGGACTGTTACTTAGTTTAACCATTATGTGATGAATTGTCGGAATAGACCATGAATACCTAATGTCCATGTCTCACACTCTTCATGGGTCAACCTCCACATGAAGCTTCATGGTCTTAAGCTTCATGCGGATAATGGAACCATCTTATGGATAGATTTAGAAATACCGTATAACTACCTATAACAAGTTAATAGTTATAAGGAGTAACATTATTAAAGAATGGGTAGGGTTGGCTCTGATTCTGAGCAACCTTGAACATTGATTCTGAGTCTTCCCCACTTGCTTTCTCTAGGCCAAAAAATAGGTAGGCATCGGTTGACTCTAATGGGACAATGAGACCCATGCCTACGCCTATATGTGGCCTGGAAGAAGGTGGGGAATACTCAAAATTAGGGTTCGAAGGTTGTTCAGAACCAAACTCATCCAATTTGTAATCACTTGATATTTCAAGAAAAAATGTATAAGAAAAAGAATGTACCTTGAAGAAATGTGAAAATTTCAAGAGGAAAAATCAAGTGAGAAATCCATAACTCAAGTAAGATATGGAGTTCTAAAATCCATCCATCTATTTATAAAGAAACTTGCACACAAATTGAGACAAAAATCCATGACCAAATGGTAACCAAAAAACTCATAATATAATGAATAAGTAGGTAGTATACTCACAAAGTTTAGATCAAGAGTTTGGGGCTGCTGTTTTAGGTGAAAAAGTAAGTGCTTATTTGGCTAAGTGCTTAAGTCTAAGGAAGTGATCCAAGGGCTCTTTTGAGAGATAGGTGCTTATTTCACTAATTGTCTAATGATCAATTGCAATATATGCATATATGGGGACCCACCCATACGGATGGCCATTCTAGAACTTGATAGCTTGTTTGGTAGACAACTCAAATTCTAGTTTATGTTTTCAAATTCATTGAGTTTAGCGAATTTGCGTTTGGTAAGCCGTTTGAATTTTGTTATCGAAAATTGATTTTAGATTATGTGATCCAAATAGTGCAAATTCTGAAAGACAACATTTTTATATTTTTAGTGACTTTAGATTTTGAGTTTAAAATTTTAAGATGCAAAATTATGTAAAAAAAGAATAAAAACATTAACAAATATAGTATTTCATGTTATAAACTCATTTACTTTTTAAATTAAATTATATATTATATAATGGAGTATAAATTATATGATATTAGAAACTAATAGTAATACAAATTTTAGCATAAACCAAGTTTATAAATGAATTAATAATAGCTTTTATTCAACCTAATATTTAATGAGTAACTATAATTAGTTTTATAGATTATAAATATATTATCACACACATTTTAAATAACTGTTTGAATTGGAATTCATTTCTGAATCTGCTACCAAACAAGTATCTGAAAACATGAAATGCAACTTTGTTTTTATTGAATTCCTTGTTTTTAAAATTCGATTTCAGATTTCCTACCAAACAAGCCCTAAACAATTGAAGGATAGTCAACCCATAACATTTATATTTCGATATGGTCGTGGAGATTACTTTGAAGTGTGATCAAGAACTGATTTTCTTTGACATGCTAGATCAAGAGAACACATGTCCTTGTTACTTTTGCTTGACAGCTTGAGTCTCAGCAAGTTGTTAAGGGTTTCGTGCTCCCCGCTTTAAGTTTGTTTTGAGAAATTATGATACGGCTTAGATCAGACCTTCATTCTCGTGCAAATGTTTGTAATTGAGTTCTAATTCATCTGAAATTGGTTTTTTAGGTTCCTGAAATGTCACTTGTACGTACTTATATTGACCTCAGTCAGGGAATATTGTTTATTGACTCCCCACGTTGCAAAGAGAGACTGCAGATCACCCTGAATTCAAATCCTTTCAATGGCAAGAGAGAAGAAATAAGTCTGCATGGTCAGATGTGAGTAATACTATGTATTAGAATTATAAATTGCTTGGCCTAACATGTTTGGTGCTTTTTTGAGTTATTTTTTTCTGACAGACTGTTTGATGAATTTTGAAGTTTTTGCATTTACAAGTCCTGTTTTTTATTTTTTCTTTCTTTCTTTCTTTATTTATTTTTTGAACTTTTAAGGTCGGAACTAATTGTCATTGTTTTGTTTAGATATCAAGTCCAGGGTTACGACAAAGAAGTTGATACTTGGTTTAGTGCAGCTATTGGTCGACCATGTACTTTGTTGCGGCATATAAATTCCAGTCATTGTGCCAGCTTGTGTGAGAGAGATGGTGTTGGTACCTGTAGAGAATCACGAAATCACTTGAATTTTCCCAATGAAGCACAGTTCTTGCTGGTATCTGAGGAGAGTGTATCAGACCTCAATAACAGATTGAATTCAAGTAGGTTATTCACGATTTTATACTTCCAATTCCATCAAGAAACTTTTCTAGTGGCATCTGAGTTTAATACTGTTTGATGAATTTGAACCAATTCACTGTCATTCTTGTGGACCTAGCTTCATTTGGAAATTCCAAACTAGGTGATCTTAAGTTGCATGGTTTTTAGCAGATGTTGGAAAGGACGTTCGTAGAACATCACTTCAAGTTAATCCTATGAGGTTCCGGCCAAATCTTGTCATATCTGGAGGCAGACCTTATGCTGAAGATGAGTGGAGAAATATTAAAATTGGCAACAAGTACTTCAGAGTAAGTTCTTTTTACAATCAATTGGAGTGACAGTGATATTCTGCTGAATGTTTGTTGTACCAAAACTAGAATACTGTGATAAATCTAATATAACCCTGCACTTGCCAAAGCGAGCTTAGCTCAGCGGTGATTGGCATAACCTTCCATTCTAGAGGTGTAAGGTTCAAATCTCCCAACCCCTAATTGGTTGTACTAAACAAAATATAATCCTGCGCTTGTTGCTAATCTTTCTAGAAGTCGGATTTATGTTTAATTTTAGATTTTAGAAAAAATGTTGATGGGATATGGTAAATTTAATTTTTTGTCCCTCTCCCTCATTTGTGAGCTCAAAAATTTGAATGGCCTAAAAAGTTATCGATATTAATCAAGCACATAACTTTATAATAGCAGTTTGAAATCATGACCTTTTACTGTCTACTACGGTTATAAATTTAAAAGTTTAAGTTGATGGGTTATGGTAAAATTAATTTCATATCAATACTTTAGCAGGAATATATGATCATTCATTAAATATGGTGCATTGTCGTATCACTCTGTTTATAACGTATATGCCGTTTAAATTTCCAGTCGTTAGGTGGATGCAACCGTTGCCAGATGATCAATTTTGTTATTGATGCTGAACAAGTCCGGAAGACAAATGAACCTTTAGCTACGTTAGCATCATACCGGAGGGTGAAGGTTAGTTTTCTTTTTTTGTTTTTCTTTTTGGATATTATATATATTTTAAATGTAATAGACCTATAACATTAGGTTAACGACTTATTCTATTGAAGCAGGGGAAAATTTTGTTTGGGGTACTGTTGAGATATGAATGTGAGGCTGAAGAAGGGAAGACTGGTGACTTATGGCTTCAGGTTGGAGAAAGTATAATCCCTGATTCCGAACAGCTTTGAGGCATAAGGCGAATATATACCGACTCGGTAAAGTATTAAATTAGGGAACTAGTTAGTTATTCAGGTGTAAAGAAATAGTGATAGACTAAAAATGGAATGTATTTAATTGAGATAGGGAACTGACAGGTTTAGCATTAAAATAGAAGACCAATTTGTTGGTCATAAAAGATAGACATTATTCTACACACACACGCACACAAATATTCAACAAGGCTCCATCTGTTGATTTATATAGTCAAAGGGAAAAGGGAATCGGGGAGAAAGGTCCCCTTTGATTTCTTTTGGAAGAAGATGGCATGCTCGTCTTCCATCACGAATTCTGACTCTGAAGGTTCATTAATAAGGATGACCATGACCGTATAAACCTCTTTTTTAATTGATGTGTTGATCACTTTCTTATATTATGTTATTATTAAATATTTAGAATGTTGTAAAATTTATGCTTTGTTTTTCC

mRNA sequence

GTCGGAACCAGCCACCGCCTTTCGAGCTCGGACGGATTCGCTTCGCAAACATTTCCCTCTTCTCCGCCTTCCATCTCGTTCGGCGTCTGTATCTTCACAAATCCAGTATTGTATGAATTGAGCTTGTGATCATGGACGCGGCCAAGGAAGAGTTTCTCAAGGAGTTCGGTCGAGACTACGGCTATCCCGGCTGTCCAAAAACCATCGATGAAATTCGAGCCACTGAATTTAAGCGCCTAGGTGGCATGGCCTACTTGGACCACGCAGCAGCAACTTTGTATTCCGAGCTACAAATGGAGGCGATCTTCAAAGATCTCACTTCTAATATATATGGAAATCCTCGTATCCTTTAAGTAGTTTCATGACAATTAATTCTGTAATGCTCTGGAATAACTTCCTTGGTAATATCTGATGTATTTTTCACTCTAAACCTGGATGAGCTATTTGAGATGAATTATAAAGATACTTACTTTAAAATTCTAGATTTTGTATGTTCAAATATGCATAGCTCTGGCTTTTGTCTGGGAATGCATCAAGTACTCAAGCTTTAGACATTCAAGATTTGAATCAGTTGATCTGATTCAGACATAAGATGCTTCAAACACGAGATATTCTATTTGTACACTCTAATGGTCTTAATTCTTATTAATTAGTAAACTAAGAACCATGTTTAAATTCAGCGAACAAATATTAGGATGGTAAATGTCTTTAGGAGCACCTACTTTGCACATATTAATGCTATTATGTTTGACTGATTATATGACTTACCAAAATAAGCATAACTCAACTGGCGTAAAATTGTACTATCAACCTTCAAGTCAGATGTTCAATTCCCCCACCTCACACTTTATTAAAAAAAAAAAAAGAGAGTGTGAGACTACTTCTTCATGGTTTTTTGTAAAACATCCTTTTTTTTTTCAGATTCAAATAAAACACTTGGTCTTGCAGCATGCTGCACTTGCATCATAGCATAGTTGTGGAGCCATCCTCAGGTCCTTGACTATTTCAAAGCATCTCCTAAAGACTACAAATGCATATTTACTTCTGGTGCAACAGCAGCACTAAAATTAGTTGGTGAAGCCTTCCCGTGGAGTCATCAGAGCAGCTTTGTGTACACAATGGAGAATCACAACAGCGTTCTTGGAGTCAGAGAATATGCTCTTGAACAAGGAGCTCAAGCCTATGCCATAGATATTGAAGATGCAGAACGTGATGCATTCACAGGAAATCTTGCATCAGTGCAAGCAACAAAGCACCAAATACTAAGGAGAAATGAAGCCAAGTTTCTGGATAACGATCATACAGTGGACGCTGGAAAGTTTTGATCGATGCTGCAAAAGGATGTGCCACAGAACCCCCAGATTTATCCAAGTATCCTGCTGATTTTGTTGTTATCTCTTTCTATAAGCTGTTTGGGTATCCAACTGGACTTGGAGCTCTCATAGTTCATACGGATGCTGCCAAGTTATTGAAGAGAACATACTTCAGTGGAGGCACCGTTGCTGCTTCAATTGCTGATATTGACTATGTCAAACGGAGAGAGGGCATTGAGGAGCTCTTTGAAGATGGTACAATCTCATTCCTGAGCATCGCCTCTCTATGCCATGGGTTCAAAGTTCTAAATTCTCTAACTATACCTGCAATATCTCGGCATACTTCATCACTTGCCACATATTTGAGGAACATCCTTGTGGCCCTGAGGCATGCAAATGGAACAAGCGTATGCACCCTCTATGGAAGTTGCTCTTCCAAGACACTATGTAACAAAATGGGTCCGGTAGTCTCATTCAACTTGAGACAACCAGATGGATCCTGGGTTGGACATCGAGAAGTGGAAAAGCTGGCCTCTCTGTCTGGGATTCAGTTAAGGACAGGATGTTTTTGTAATCCTGGTGCATGTGCAAAATATCTTGGTCTATCTCATTTGGATTTTGCTACAAATATTGAGGCCATATCTGCTGGGATGATAATGATATAATTAATGGAAAACCAACTGGTGCTGTGAGAGTGTCCTTGGGATACATGTCAACTTATGAAGATGTCAAGAAATTCGTTGATTTTGTGGCAACTTCCTTTGTCTCTACTCAAGCTCATGCTGGACATGGATTAGAATTTTGCGGAAGGTCCATCCATTTCACAGACATAGGTTTTAAGAACAGATATTCAGCTTCTCGATTTGACCTCAAGTCTATTACTGTCTATCCAATCAAATCATGTGCAGGATTCAGCATGGATAGATGGCCGTTAAGTAGTCGAGGGCTTCTTCATGATCGGGAGTGGCTTCTTCAAAGCCTGACGGGTGAAACTCTTACACAGAAGAAGGTTCCTGAAATGTCACTTGTACGTACTTATATTGACCTCAGTCAGGGAATATTGTTTATTGACTCCCCACGTTGCAAAGAGAGACTGCAGATCACCCTGAATTCAAATCCTTTCAATGGCAAGAGAGAAGAAATAAGTCTGCATGGTCAGATATATCAAGTCCAGGGTTACGACAAAGAAGTTGATACTTGGTTTAGTGCAGCTATTGGTCGACCATGTACTTTGTTGCGGCATATAAATTCCAGTCATTGTGCCAGCTTGTGTGAGAGAGATGGTGTTGGTACCTGTAGAGAATCACGAAATCACTTGAATTTTCCCAATGAAGCACAGTTCTTGCTGGTATCTGAGGAGAGTGTATCAGACCTCAATAACAGATTGAATTCAAATGTTGGAAAGGACGTTCGTAGAACATCACTTCAAGTTAATCCTATGAGGTTCCGGCCAAATCTTGTCATATCTGGAGGCAGACCTTATGCTGAAGATGAGTGGAGAAATATTAAAATTGGCAACAAGTACTTCAGATCGTTAGGTGGATGCAACCGTTGCCAGATGATCAATTTTGTTATTGATGCTGAACAAGTCCGGAAGACAAATGAACCTTTAGCTACGTTAGCATCATACCGGAGGGTGAAGGGGAAAATTTTGTTTGGGGTACTGTTGAGATATGAATGTGAGGCTGAAGAAGGGAAGACTGGTGACTTATGGCTTCAGGTTGGAGAAAGTATAATCCCTGATTCCGAACAGCTTTGAGGCATAAGGCGAATATATACCGACTCGGTAAAGTATTAAATTAGGGAACTAGTTAGTTATTCAGGTGTAAAGAAATAGTGATAGACTAAAAATGGAATGTATTTAATTGAGATAGGGAACTGACAGGTTTAGCATTAAAATAGAAGACCAATTTGTTGGTCATAAAAGATAGACATTATTCTACACACACACGCACACAAATATTCAACAAGGCTCCATCTGTTGATTTATATAGTCAAAGGGAAAAGGGAATCGGGGAGAAAGGTCCCCTTTGATTTCTTTTGGAAGAAGATGGCATGCTCGTCTTCCATCACGAATTCTGACTCTGAAGGTTCATTAATAAGGATGACCATGACCGTATAAACCTCTTTTTTAATTGATGTGTTGATCACTTTCTTATATTATGTTATTATTAAATATTTAGAATGTTGTAAAATTTATGCTTTGTTTTTCC

Coding sequence (CDS)

ATGGACGCGGCCAAGGAAGAGTTTCTCAAGGAGTTCGGTCGAGACTACGGCTATCCCGGCTGTCCAAAAACCATCGATGAAATTCGAGCCACTGAATTTAAGCGCCTAGGTGGCATGGCCTACTTGGACCACGCAGCAGCAACTTTGTATTCCGAGCTACAAATGGAGGCGATCTTCAAAGATCTCACTTCTAATATATATGGAAATCCTCGTATCCTTTAA

Protein sequence

MDAAKEEFLKEFGRDYGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFKDLTSNIYGNPRIL

Homology

[Close]

BLAST of CcUC02G035910 vs. NCBI nr
Match: XP_038901662.1 (molybdenum cofactor sulfurase isoform X3 [Benincasa hispida])

HSP 1 Score: 138.7 bits (348), Expect = 2.1e-29
Identity = 65/70 (92.86%), Postives = 66/70 (94.29%), Query Frame = 0


Query: 1  MDAAKEEFLKEFGRDYGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFK 60
          MDAAKEEFLKEFGRDYGY G PKTIDEIRATEFKRLGGM YLDHAA TLYSELQMEAIFK
Sbjct: 1  MDAAKEEFLKEFGRDYGYSGGPKTIDEIRATEFKRLGGMTYLDHAATTLYSELQMEAIFK 60

Query: 61 DLTSNIYGNP 71
          DLT+NIYGNP
Sbjct: 61 DLTANIYGNP 70

[Close]

BLAST of CcUC02G035910 vs. NCBI nr
Match: XP_038901661.1 (molybdenum cofactor sulfurase isoform X2 [Benincasa hispida])

HSP 1 Score: 138.7 bits (348), Expect = 2.1e-29
Identity = 65/70 (92.86%), Postives = 66/70 (94.29%), Query Frame = 0


Query: 1  MDAAKEEFLKEFGRDYGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFK 60
          MDAAKEEFLKEFGRDYGY G PKTIDEIRATEFKRLGGM YLDHAA TLYSELQMEAIFK
Sbjct: 1  MDAAKEEFLKEFGRDYGYSGGPKTIDEIRATEFKRLGGMTYLDHAATTLYSELQMEAIFK 60

Query: 61 DLTSNIYGNP 71
          DLT+NIYGNP
Sbjct: 61 DLTANIYGNP 70

[Close]

BLAST of CcUC02G035910 vs. NCBI nr
Match: XP_038901659.1 (molybdenum cofactor sulfurase isoform X1 [Benincasa hispida])

HSP 1 Score: 138.7 bits (348), Expect = 2.1e-29
Identity = 65/70 (92.86%), Postives = 66/70 (94.29%), Query Frame = 0


Query: 1  MDAAKEEFLKEFGRDYGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFK 60
          MDAAKEEFLKEFGRDYGY G PKTIDEIRATEFKRLGGM YLDHAA TLYSELQMEAIFK
Sbjct: 1  MDAAKEEFLKEFGRDYGYSGGPKTIDEIRATEFKRLGGMTYLDHAATTLYSELQMEAIFK 60

Query: 61 DLTSNIYGNP 71
          DLT+NIYGNP
Sbjct: 61 DLTANIYGNP 70

[Close]

BLAST of CcUC02G035910 vs. NCBI nr
Match: XP_038901666.1 (molybdenum cofactor sulfurase isoform X6 [Benincasa hispida])

HSP 1 Score: 138.7 bits (348), Expect = 2.1e-29
Identity = 65/70 (92.86%), Postives = 66/70 (94.29%), Query Frame = 0


Query: 1  MDAAKEEFLKEFGRDYGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFK 60
          MDAAKEEFLKEFGRDYGY G PKTIDEIRATEFKRLGGM YLDHAA TLYSELQMEAIFK
Sbjct: 1  MDAAKEEFLKEFGRDYGYSGGPKTIDEIRATEFKRLGGMTYLDHAATTLYSELQMEAIFK 60

Query: 61 DLTSNIYGNP 71
          DLT+NIYGNP
Sbjct: 61 DLTANIYGNP 70

[Close]

BLAST of CcUC02G035910 vs. NCBI nr
Match: XP_038901667.1 (molybdenum cofactor sulfurase isoform X7 [Benincasa hispida])

HSP 1 Score: 138.7 bits (348), Expect = 2.1e-29
Identity = 65/70 (92.86%), Postives = 66/70 (94.29%), Query Frame = 0


Query: 1  MDAAKEEFLKEFGRDYGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFK 60
          MDAAKEEFLKEFGRDYGY G PKTIDEIRATEFKRLGGM YLDHAA TLYSELQMEAIFK
Sbjct: 1  MDAAKEEFLKEFGRDYGYSGGPKTIDEIRATEFKRLGGMTYLDHAATTLYSELQMEAIFK 60

Query: 61 DLTSNIYGNP 71
          DLT+NIYGNP
Sbjct: 61 DLTANIYGNP 70

[Close]

BLAST of CcUC02G035910 vs. ExPASy Swiss-Prot
Match: Q655R6 (Molybdenum cofactor sulfurase OS=Oryza sativa subsp. japonica OX=39947 GN=MCSU3 PE=2 SV=2)

HSP 1 Score: 115.5 bits (288), Expect = 2.5e-25
Identity = 50/70 (71.43%), Postives = 58/70 (82.86%), Query Frame = 0


Query: 1  MDAAKEEFLKEFGRDYGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFK 60
          M+ +KEEFL++FG DYGYPG PK +DE+RA EFKRL GMAYLDHA ATLYSE QM  + K
Sbjct: 1  MEVSKEEFLRQFGGDYGYPGAPKGVDEMRAAEFKRLEGMAYLDHAGATLYSEAQMADVLK 60

Query: 61 DLTSNIYGNP 71
          DL SN+YGNP
Sbjct: 61 DLASNVYGNP 70

[Close]

BLAST of CcUC02G035910 vs. ExPASy Swiss-Prot
Match: Q8LGM7 (Molybdenum cofactor sulfurase OS=Solanum lycopersicum OX=4081 GN=FLACCA PE=2 SV=1)

HSP 1 Score: 108.2 bits (269), Expect = 3.9e-23
Identity = 49/70 (70.00%), Postives = 55/70 (78.57%), Query Frame = 0


Query: 1  MDAAKEEFLKEFGRDYGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFK 60
          +++ KE+FLKEFG  YGY   PK IDEIRATEFKRL    YLDHA ATLYSE QMEA+FK
Sbjct: 3  IESEKEQFLKEFGSYYGYANSPKNIDEIRATEFKRLNDTVYLDHAGATLYSESQMEAVFK 62

Query: 61 DLTSNIYGNP 71
          DL S +YGNP
Sbjct: 63 DLNSTLYGNP 72

[Close]

BLAST of CcUC02G035910 vs. ExPASy Swiss-Prot
Match: Q9C5X8 (Molybdenum cofactor sulfurase OS=Arabidopsis thaliana OX=3702 GN=ABA3 PE=1 SV=1)

HSP 1 Score: 99.4 bits (246), Expect = 1.8e-20
Identity = 48/66 (72.73%), Postives = 52/66 (78.79%), Query Frame = 0


Query: 6  EEFLKEFGRDYGYPGCPKTIDEIRATEFKRLG-GMAYLDHAAATLYSELQMEAIFKDLTS 65
          E FLKEFG  YGYP  PK I EIR TEFKRL  G+ YLDHA +TLYSELQME IFKD TS
Sbjct: 2  EAFLKEFGDYYGYPDGPKNIQEIRDTEFKRLDKGVVYLDHAGSTLYSELQMEYIFKDFTS 61

Query: 66 NIYGNP 71
          N++GNP
Sbjct: 62 NVFGNP 67

[Close]

BLAST of CcUC02G035910 vs. ExPASy Swiss-Prot
Match: Q96EN8 (Molybdenum cofactor sulfurase OS=Homo sapiens OX=9606 GN=MOCOS PE=1 SV=2)

HSP 1 Score: 65.1 bits (157), Expect = 3.8e-10
Identity = 30/55 (54.55%), Postives = 37/55 (67.27%), Query Frame = 0


Query: 16 YGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFKDLTSNIYGNP 71
          YGY   P ++ E+RA EF RL G  YLDHA ATL+S+ Q+E+   DL  N YGNP
Sbjct: 28 YGYG--PGSLRELRAREFSRLAGTVYLDHAGATLFSQSQLESFTSDLMENTYGNP 80

[Close]

BLAST of CcUC02G035910 vs. ExPASy Swiss-Prot
Match: Q9N0E7 (Molybdenum cofactor sulfurase OS=Bos taurus OX=9913 GN=MOCOS PE=2 SV=3)

HSP 1 Score: 60.8 bits (146), Expect = 7.2e-09
Identity = 28/55 (50.91%), Postives = 35/55 (63.64%), Query Frame = 0


Query: 16 YGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFKDLTSNIYGNP 71
          YGY     T+ E+RA EF RL G  YLDHA  TL+ + Q+ +  KDL  N+YGNP
Sbjct: 28 YGYG--RGTLHELRAREFGRLAGTVYLDHAGTTLFPQSQITSFMKDLMENVYGNP 80

[Close]

BLAST of CcUC02G035910 vs. ExPASy TrEMBL
Match: A0A5A7UK59 (Molybdenum cofactor sulfurase isoform X6 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold24G004430 PE=4 SV=1)

HSP 1 Score: 138.3 bits (347), Expect = 1.3e-29
Identity = 63/70 (90.00%), Postives = 67/70 (95.71%), Query Frame = 0


Query: 1  MDAAKEEFLKEFGRDYGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFK 60
          MDAAKEEFL+EFGRDYGYPG PKTIDEIRA EFKRLGGMAYLDHA ATLYSELQME+IFK
Sbjct: 1  MDAAKEEFLREFGRDYGYPGGPKTIDEIRAIEFKRLGGMAYLDHAGATLYSELQMESIFK 60

Query: 61 DLTSNIYGNP 71
          DLT+N+YGNP
Sbjct: 61 DLTANVYGNP 70

[Close]

BLAST of CcUC02G035910 vs. ExPASy TrEMBL
Match: A0A5D3CAV8 (Molybdenum cofactor sulfurase isoform X12 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold3734G00570 PE=4 SV=1)

HSP 1 Score: 138.3 bits (347), Expect = 1.3e-29
Identity = 63/70 (90.00%), Postives = 67/70 (95.71%), Query Frame = 0


Query: 1  MDAAKEEFLKEFGRDYGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFK 60
          MDAAKEEFL+EFGRDYGYPG PKTIDEIRA EFKRLGGMAYLDHA ATLYSELQME+IFK
Sbjct: 1  MDAAKEEFLREFGRDYGYPGGPKTIDEIRAIEFKRLGGMAYLDHAGATLYSELQMESIFK 60

Query: 61 DLTSNIYGNP 71
          DLT+N+YGNP
Sbjct: 61 DLTANVYGNP 70

[Close]

BLAST of CcUC02G035910 vs. ExPASy TrEMBL
Match: A0A1S3C3N0 (Molybdenum cofactor sulfurase OS=Cucumis melo OX=3656 GN=LOC103496300 PE=3 SV=1)

HSP 1 Score: 138.3 bits (347), Expect = 1.3e-29
Identity = 63/70 (90.00%), Postives = 67/70 (95.71%), Query Frame = 0


Query: 1  MDAAKEEFLKEFGRDYGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFK 60
          MDAAKEEFL+EFGRDYGYPG PKTIDEIRA EFKRLGGMAYLDHA ATLYSELQME+IFK
Sbjct: 1  MDAAKEEFLREFGRDYGYPGGPKTIDEIRAIEFKRLGGMAYLDHAGATLYSELQMESIFK 60

Query: 61 DLTSNIYGNP 71
          DLT+N+YGNP
Sbjct: 61 DLTANVYGNP 70

[Close]

BLAST of CcUC02G035910 vs. ExPASy TrEMBL
Match: A0A1S3C2J2 (Molybdenum cofactor sulfurase OS=Cucumis melo OX=3656 GN=LOC103496300 PE=3 SV=1)

HSP 1 Score: 138.3 bits (347), Expect = 1.3e-29
Identity = 63/70 (90.00%), Postives = 67/70 (95.71%), Query Frame = 0


Query: 1  MDAAKEEFLKEFGRDYGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFK 60
          MDAAKEEFL+EFGRDYGYPG PKTIDEIRA EFKRLGGMAYLDHA ATLYSELQME+IFK
Sbjct: 1  MDAAKEEFLREFGRDYGYPGGPKTIDEIRAIEFKRLGGMAYLDHAGATLYSELQMESIFK 60

Query: 61 DLTSNIYGNP 71
          DLT+N+YGNP
Sbjct: 61 DLTANVYGNP 70

[Close]

BLAST of CcUC02G035910 vs. ExPASy TrEMBL
Match: A0A1S3C316 (Molybdenum cofactor sulfurase OS=Cucumis melo OX=3656 GN=LOC103496300 PE=3 SV=1)

HSP 1 Score: 138.3 bits (347), Expect = 1.3e-29
Identity = 63/70 (90.00%), Postives = 67/70 (95.71%), Query Frame = 0


Query: 1  MDAAKEEFLKEFGRDYGYPGCPKTIDEIRATEFKRLGGMAYLDHAAATLYSELQMEAIFK 60
          MDAAKEEFL+EFGRDYGYPG PKTIDEIRA EFKRLGGMAYLDHA ATLYSELQME+IFK
Sbjct: 1  MDAAKEEFLREFGRDYGYPGGPKTIDEIRAIEFKRLGGMAYLDHAGATLYSELQMESIFK 60

Query: 61 DLTSNIYGNP 71
          DLT+N+YGNP
Sbjct: 61 DLTANVYGNP 70

[Close]

BLAST of CcUC02G035910 vs. TAIR 10
Match: AT1G16540.1 (molybdenum cofactor sulfurase (LOS5) (ABA3) )

HSP 1 Score: 99.4 bits (246), Expect = 1.3e-21
Identity = 48/66 (72.73%), Postives = 52/66 (78.79%), Query Frame = 0


Query: 6  EEFLKEFGRDYGYPGCPKTIDEIRATEFKRLG-GMAYLDHAAATLYSELQMEAIFKDLTS 65
          E FLKEFG  YGYP  PK I EIR TEFKRL  G+ YLDHA +TLYSELQME IFKD TS
Sbjct: 2  EAFLKEFGDYYGYPDGPKNIQEIRDTEFKRLDKGVVYLDHAGSTLYSELQMEYIFKDFTS 61

Query: 66 NIYGNP 71
          N++GNP
Sbjct: 62 NVFGNP 67

The following BLAST results are available for this feature:

BLAST of CcUC02G035910 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038901662.1	2.1e-29	92.86	molybdenum cofactor sulfurase isoform X3 [Benincasa hispida]	[more]
XP_038901661.1	2.1e-29	92.86	molybdenum cofactor sulfurase isoform X2 [Benincasa hispida]	[more]
XP_038901659.1	2.1e-29	92.86	molybdenum cofactor sulfurase isoform X1 [Benincasa hispida]	[more]
XP_038901666.1	2.1e-29	92.86	molybdenum cofactor sulfurase isoform X6 [Benincasa hispida]	[more]
XP_038901667.1	2.1e-29	92.86	molybdenum cofactor sulfurase isoform X7 [Benincasa hispida]	[more]

BLAST of CcUC02G035910 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q655R6	2.5e-25	71.43	Molybdenum cofactor sulfurase OS=Oryza sativa subsp. japonica OX=39947 GN=MCSU3 ...	[more]
Q8LGM7	3.9e-23	70.00	Molybdenum cofactor sulfurase OS=Solanum lycopersicum OX=4081 GN=FLACCA PE=2 SV=...	[more]
Q9C5X8	1.8e-20	72.73	Molybdenum cofactor sulfurase OS=Arabidopsis thaliana OX=3702 GN=ABA3 PE=1 SV=1	[more]
Q96EN8	3.8e-10	54.55	Molybdenum cofactor sulfurase OS=Homo sapiens OX=9606 GN=MOCOS PE=1 SV=2	[more]
Q9N0E7	7.2e-09	50.91	Molybdenum cofactor sulfurase OS=Bos taurus OX=9913 GN=MOCOS PE=2 SV=3	[more]

BLAST of CcUC02G035910 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5A7UK59	1.3e-29	90.00	Molybdenum cofactor sulfurase isoform X6 OS=Cucumis melo var. makuwa OX=1194695 ...	[more]
A0A5D3CAV8	1.3e-29	90.00	Molybdenum cofactor sulfurase isoform X12 OS=Cucumis melo var. makuwa OX=1194695...	[more]
A0A1S3C3N0	1.3e-29	90.00	Molybdenum cofactor sulfurase OS=Cucumis melo OX=3656 GN=LOC103496300 PE=3 SV=1	[more]
A0A1S3C2J2	1.3e-29	90.00	Molybdenum cofactor sulfurase OS=Cucumis melo OX=3656 GN=LOC103496300 PE=3 SV=1	[more]
A0A1S3C316	1.3e-29	90.00	Molybdenum cofactor sulfurase OS=Cucumis melo OX=3656 GN=LOC103496300 PE=3 SV=1	[more]

BLAST of CcUC02G035910 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G16540.1	1.3e-21	72.73	molybdenum cofactor sulfurase (LOS5) (ABA3)	[more]

Relationships

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


Feature Name	Unique Name	Type
CcUC02G035910.1	CcUC02G035910.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0019752	carboxylic acid metabolic process
biological_process	GO:0006777	Mo-molybdopterin cofactor biosynthetic process
molecular_function	GO:0016829	lyase activity
molecular_function	GO:0102867	molybdenum cofactor sulfurtransferase activity
molecular_function	GO:0030151	molybdenum ion binding
molecular_function	GO:0008265	Mo-molybdopterin cofactor sulfurase activity
molecular_function	GO:0030170	pyridoxal phosphate binding