Spo20160 (gene) | SpinachBase

Overview


Name	Spo20160
Type	gene
Organism	Spinacia oleracea (Spinach)
Description	Alpha-glucan water dikinase
Location	SpoScf_01184 : 95818 .. 110930 (-)

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonpolypeptideCDS

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

AACCTCCTTGTACTACGCAGATGTAGATCGATCGAATTCCAGAAAAAAAATCCAGTGAAACCTTCGAATCTCCATGGCCAATTTCTGCCCTAATCTACACAGATCTTACCCCCATTAACTCCCTTCTTCATCTTCGGTTTGCTCCGCCGCGCGGCCATCGGAAAACGTTTCACCGGCGGTAACTAAAGCTTTTCAACTCCCACCGCATATCTCACCGACGGTAACTTGCTCTCTCCTCCGCGCAAGGTTTTCTGTTCTTTTTCAACTCCCATCGCCTATAACACCGAGAAGGGTGGATTTATCTGGGATTTCCTTGCAATTATCCGAAAATGAGGTCTTCCTCTTTTTCTCTCGTTTTAGTTTCGCGTTTTTGTGTTCTTGATTACTGATTGAAATTGTTGGATGGTTGAACTTATTGATTAATTTGTTATTTCTTTTCCTCTCTCGTTTGATTTTCGCATTTTTAGGTCTTGATTGATGGTTGAAATTGTTTGATTGTTGAACTTATTGATTAATTTGTTATTTATTTCGCTATAGGTAGTTGATTAATTGTTTTTCTTTAGGGATTTGTCACTGGTTTAGCGTTGTTGATGTGGTTGTGATTTCTGTATACTCTCAGAAACAGCTTCTTTAATAATACTACAGGTTAGGATAAGGCTCCGAACATTTGGAAGACTGACCCTATCTAGACCCCACCATTGGTGATATCCATTTTANTTTGGAAGACTGACCCTATCTAGACCCCACCATTGGTGATATCCATTTTACTGAAGGTTTTTCATTGTTAAATTATTTATTTGAAGATCAAAAGAAAGCAACAATCCAATATAAAATATGAAGCAACATCACGATGACAGTAACATGAAAATAACAAAATGCTTATGGGTAAAATTTAAAACAAAAACTCAATTCATTTTTTGATTTTCTGAACTGGATTATCAGATTATCTCAGTAATTTCAGTTCTTAATCCTGGTAAAATTCTAATATTGATTTAAAGATTAAAAAAAAGATCAAATTCAAAAAGTCCAATTTAATTAGTTGCAAACAAACTCTAGTAATTTTTGGATTATAAGTATTTATAATGTAAATTACCAAATAAAAATACAAAAGAAGTGTAAGAAATATAGCAGAAGAGTAATTCATAACAGGAGGAAAGAATGAATTATATTCTTGGGATTGTAGGTGAAGTGCTTAAACGAANGAGTAATTCATAACAGGAGGAAAGAATGAATTATATTCTTGGGATTGTAGGTGAAGTGCTTAAACGAAAACGACCACAAATGGAAAACACAGATAAAACTGCTGACTGGTCAGCTTTAAGAATGCAAAAGCTAATAAATGCAATGGCTACAAAGAATCATTTCTATATAGGTATCCACCCATCTGGTAACATTGAAAAGTGATCCAGTCTTACCACTCTGCGGGTCAGAAACTATTCACTAGTAGAGAAAACATCATTTGCAACACTGTTAAATCTCCTTCTCTCCCTAGAACTCTCTGTCCATTTCAAACCCTAGAATTCTATCTCTTTGTTTCGTCCAAATTGTTCAATGGGATTTCGAAAAAGAACTTTGATCTGGTTCCTTCCAACTCCCCTCGTGCAAAAGTATATTTCTATCTCTAAATCTCACCATTTTTTTCCTTTTCTTTCTCATTTTTTGGATATGCTGGTCGATTATTTTGAAATAATGTAATGGGTTCAACTCTAGAGAGAAAGACGATCAACTCCACTTTCGCTCATTGTTCTACCTTTGCCTCGTCGATTTCGGTAAGAATTCGGTTCATAAACCCTTTGTTTTCTTCGAATTTGTTTGATTTATAATGTTTAGTTGGCGATTATTTTTAGAGTTTATTCTGATTAACATGTTAATTTGACATAAATTTCTGGGTTTCTGTCGGTTAAGAGACCGATTCAGGTCCTTTTAGGTTATTTTTTTTATTTTTTATTTTCAATGTTATTTCTCTCAATTTTGTTGAATTTGGGGCCAAAGTAGGTAAATGTTGTCAAAATTTGTTGAATTATGTCGATTTTGTTTTTTAAGCTTTTTCCTTTTTGAAGTTTATACTGAATTTCGATTTAGGGAATTTTGCTGATGCATCTGGATTTTGCTGCAGAATCTCCCATTGTTGCGGATATTGCAAATATTTCTTGAACTGCAATACTGGAAAAGGTACGGAGTATCACCATTCTGCGTTTTTTTGATGGTAAGGGCAAGTTAGTATTGGGTCTCTTCAAGTATGGTAGAATTTTATTGGGTAGTTTTTAGATTGAATCTTGTTTTCATGCTCGAAGTTGGATACATACCCTTTACTCCCTTTACTGCTGATGTTGTTACAACATGGTTATTGTTGTGGGAGTTTTTCCTTTGGATGATGACGAGGAGGTATTAGGTTCCACGTAGTGTCGAGTCCAGTCCATGTCGGCGGCGTACCTACAAAACAAGAATATTCCCAAAGGAATATTCCCTCCGACGCTTAAGTAAGACACGGGTTTTTAGGAAGATGTAATTAATGAACAGAAAGCATTAAAGGTAAGTAGTAGAATGTGTGTCCATTTCTTGGGAATTGGATGTATTTATAGTCTCCCTCTTTTGGGGGAAAACCCTAGAGTCATGTCACATGATTGGCTAGTTTACCAGATAATGACATGTGTCACTATCATAACATTCCTTATGGGCCATGGGCCTCAAAAGGGACTAGCACATTTAGTTTAACCTTACATCAGCATAGGCTGATTCTTAGGTGGCAGCCAAAATAGGCGGCTGACCAGTGATCAGGAGCCACGTGTCGCGTGACGTTGGTTCCACGTAGGTGGGGTATTTTTACCCACATTATTTGCCCCTCAAGAAGGGTATTAAGGTAAGATGGTCTGCATGATGCCCGTTCTTGACCGCTGATCTCCTGATTAGGTTCTTCGAACCGGGGAGAATGCGCCACGTGGCGACTTTTCCTATTCTGTCCTCCCTATATATATGTGAGGGGGGTAAAATTTTTCATTTTTCACTTTCCAAAATTCACCTCTGTGTTTTTCTGAGAGAGAATCTACAGAGATTTCTGACGCAGTCTTCGATTCGGCCCATATCCTAAGACGAAGGAAAGACCGCACGAGCCCTTCGTCTCCTTTTCGTGACGCTTACCTTTGACGCCATCATCTCCGTTATTTTTGAGGTAAGCACCTGATTACAGTATGTTAGTTATTTCCTGCATTTTTTGTTACTCGTCAGTCTTGGCATCGTCCATTTTTCTTTTCCTTTTGGAACGATGGTATTCGGTTCTTGAGCCGTTAAGGTTGGAACTTCTGGATATGGTGGTCTGATCTGCGCCGCACCAATATCCCATGTTTTTTAAGCCCGTCGTTAAGTTCGGCCTCCCATTGCGTCTTTATGCAGGACACGATGGCGAGGACGAAAAAGACGGCAAACATCGCTGACTTGCGGCTTAAAGGTCAGCAGATGGACCCTTCTTTCTCAGGAGGGAGATCCATCAAAGTGCCGGCAGGGGAAATAAGCCGGACTCCCCCAGGTGAGACTAGCAGTGCTCGTCAAGGAGGTACTTACTTTGATGAGTTTTGGATGGAAGAGATGGAAGCTGGTCCATTGAAACAGCCCGCCGCCTCGTTCGAGGAGTCGGAACCAGATGAGAGCGGCGACGAGGCTGTGGGTGAAGAAGTTGAAGAGGAGGCGGCTGGAGTGCCCCAGGTTGTTGCTGGAGGCGTCCAGGGTGAGAATGCTCAAATTAACGCGGGTCATATTGGGGCTGACCCGAAGTGGTTAAAATGGCTGGAGAGACATAAGGAGAATTATGCCGCTGGCATGAATACTGGCCCCGGCTATGAAATGAGGTTTCCTGAGAGTGAGGCGTCCACCATTTTTGACGTGGGCCCATGCGAGTTTCCTGTGTATGCTGGAGCCTTTAAAAGTGGTTTACGGTTTCCGGTCCATCCTTTTGTGGAGGAGGTATTGGATGGGTTCGGCATTGGCCTCTGCCAATTGTCACCCAATTCTTGGACGAACGTACTTGGGTACGTCGCAAAATGTGAGCTGTTGGGCCTGAGGCCGTCTTTCAATGCATTTCTTAGGTTGGTGCGTTTTCAGAAAGTAAAGGGAGTCGAAGGTTGGTTCCAATTAGCTAACAAGGGGGAGTATGCTACCACTTTTGACAAGCCGTCAAAACATCACTTCTGGAGAATGAGGTGGGTGGTGATGTGGACCGCCGACGAGGAGGCGGAGCTAAAATTTAGCCGTTGGCAGTTAGAACCTCGCTTTGCAGGGGGGAATGAGGAATTGCCGGCCTTAACGGCACAGGAATGGGATCAGATCACGGTCCATTTCCAGGCTGAGGCCGTGACGGCACAGACCAAGAACCTGAACATTCCCTTGTCTTGGCTTCCGTCATGTGCTCAGCTCAGGGACCCTGTGTTCCTTGCAGCGGCTGGCCTAGACCATGGGTTGGACCAAGGTATCATGGCATTACTGCTTTTATGTATTGGATGTTACTTGCTTACTAACTTTTATAAAAAATCTCCTTTTGCAGCCGTCGCCATGTCCAAGCTTCCGCCTCAAGAGAAGGGGGTTATTAGCACCAAGGAGTGGTTAACCCAGATGGTTGACCAGAAGCTGAAAGGGATTGGCGGAGGTGCTCCGGCAAGAGTGAGTTGTCTATATATTTCTTATTATTATATCATAATTTTTTTTATTATTTTTTTATTTTTTTATATATATATCTTTCCTCCTCCAATATTTCAGAAGGGCGAGAAAGGTTCGGCCGGCCCTAAGCGCAAGGCCGAGGACAAGGACGCTTCCATGGCGGGGAAGCGTCCCAAGGTCAAGGCGGGGCTCAGGCGTCCTAAGAGGGAGGACTTGCCAGAGAAGTCGTCTGATTCTCCAGTGGAGGTCGTTCCTATGGCAGTGACTCCTCTGCGGCAGCATCCTCCTACGGAGGGTTCGGCCAAAAGAGGGGATGCCAGAGGCGGGGCCGGTCCCAGCAAGAGGGCTGCTTCCCCTACGCCGTTTGAGGTACTTGATGGTGAGGACGACCAGCCATCGGCTCAGGCGGCCCAGAATCCAGAAGCTCATCGTCCTCCTCATGTGGGGGGCGACGACCCAGGTAGATGCTAAATTCTTCAAGTTAAATTGTTTTCTTGATCAAGTACTTTTGTGGACTCTCACCTCTCTTTTTGTATAGCTTCTGGCAGGCAGGCGGCTTTGGACGATGAGGTCCGCAATATTCCTCCGTCTCGGCATTTCTCGTCCCGAGATAAGGCTAAGATCATCTCTTCGGTGATTAAGGCCGTGCCGAAGGAATATGTGGAGCAGTTCCCTCCGGCGGCGGATGCGCAATTCGGGGCTATGTAGGCGGTTCTCCTGGGTGTAAGCATCCGTCTTCTTGTTTCATTCCTGTACTTAGCAATTTTTACTCTTTCTTACTTACATTTTTCTTGCAGCTGCTTATTAAGGCTGAGGGCTTTAAGCGCTGGCGAGCTGACGTCACCAGTCAGCTTCAGCGGCAGGTGCATAAAGCCACAAATGCCAGTGACTATGCTATGGAGACAGTGGAGAAGGTTCGGCTTGAGATGCAGGAGACCATCGAAGCTCAAAGCAAGGAGCTGGCTGTCCTGAGGAGCGACAAGAGGCAATGCTTGATCAAAATCAATGAACAAGTTCTTGCTATTGAGACTCTTAATGCCGAAGCCCTTTCTGCCCAGTCGTTCCTCCAGGAGGCTGAGGCCAAGGTGAAGGAAGCTGCGAGCTTGCGCCAGCAAGTGGCCAGTCTTGAAGAGTTGGTCTCGGCTTCTCAGGCTGAGGTTTCTCGGGTTAAGGCCGAGGCCAAGTTGGCTGCAGAGAACGTAAGAGAGAGAACTCGCCGAGCCTGGGACGCCTGCATGTAGGACTTCTCCTTCGCCTGGTTTGAGCGGCAAATTTGCAAGCAGGGTGCAATCATTGAGGCCGAGCAACAAGGTCTTCCTCCTCCTGTGTTTGAGGATTCTGATGCCAAAAGTGAGGAGGTGAACTCGCCGGCTCAGGAGGAAGGGACTTCAGCTCAGCCAACCTCCAAGCTTGCTGTCGACGGCCCAGATGGTGTGAGTACGTCGACCTCCGCTCATTCCGCCGCTGCTCGTCCTGTTGGGTCATAACTCCACTCCCCTTGTCAATAAAAAAATAAGTTTTTATGGCGCCAAGAGCGTCTGTAATGAATAATTTTATTTTTGTTTCAACGCCTATGGCGTTTGTTTGGATAATTTTTATTTTTGTTGAATTTGGCACCGTTTTGGGCGCAGATTAGTGGTGATTCGTCACCTTTTTATGTGATTTTCAGTTTTAGACTTTTAAACGCCTTCTCTGTCATTTTGTCGTGTATGATTGGACGTCTACTTTGTGCCCCAGAGCAGGTGTTTGAATGTCTCTGGACAAGACTCCCACGCCCAAGTTTATTTTAGTTGATTGATTGACGCAAGTCAATCAATCAGTATGATTTTCGCTGAACTTGGGTATGGGGATTGTTGCGCGGCTTCTGATCGTCGGCTTACTTTTTTCTTCGGCCTGTAGGAGCAATCCAATTTGCCTTAGAAAGATATTCGTTTTTAAGAAAACGACGAATTTGTATGGGGGTTTGCCCCCGTCGTAAATTGGGCGCGGCATGTTTGATGCCGCGGCATATGACTGGTTTGGGGATTAGCCCCCGTCGTCAATTTGGAGCGGCATGTTTGTTGCCGCGGCATATAGGAGTAAACCTATTTGCCTTTAGAAAATATTCGTTTTTAAGAAAACGATAAGTTGTATGGGGGTTTTCCCCCGTCGTAAATTGGGCGCGGCATGTTTGATGCCGCGACATATGACTTGTTTGGGGATTTGCCCCCGTCGTCAATTTGGAGCGGCATGTTTGTTGCCGCGGCATATAGGAGTAAACTTATTTGCCTTTAGAAAAATATTCGTTTTTAAGAAAACGATAAGTTGTATGGGGGTTTGCCCCCGTCGTAAATTGAGCGCGGCATGTTTGATGCCGCGGCATATGACTTGTTTGGGGGATTTGCCCCCGTCGTCAATTTGGAGCGGCATGTTTGTTGCCGCGGCATATAGGAGTAAACCTATTTTCCTTTAGAAAAATATTCGTTTTTAAGAAAACGATAAGTTGTATGGGGGTTTGCCCCCGTCGTAAATTGGGCGCGGCATGTTTGACGCCGCGGCATATAGGAGTAATCCTTTTTGCCTTAGAAAAATATTCGTTTTTAAGAAAACGATAAGTTGTATGGGGTTTGCCCCCGTCGTAAATTGTGCGCGGCATGTTTGATGCCGCGGCATATGACTTGTTTGGGGATTTTCCCCCGTCATCAATTTGGAGCGGCATGTTTGTTTCCGCGGCATATAGGAGTAAACCTATTTGCCTTTAGAAAAATATTCATTTTTAAGAAAACGATAAGTTGTATAGGGGTTTGCCTCCGTCGTAAATTGGGCGCGGCATGTTTGATGCTGCGACATATGACTGGTTTGGGGATTTGCCCCCGTCGTCAATGTGGAGCGGCATGTTTGTTGCCGCGGCATATAGGAATGAACCTATTTGCCTTGGAGAAATAGACGTTCGTGTTTTCGGGAATGATTTTTACAATTAAATAGGTGATCAGCCTATGTTTATGCTAATCTGGGCCACTCCTTAGGCTTCAATTAATTAGGCTTGTAAATGTTGTGCTAATCTGGGGCCACTTCTTAGGCCTTTATTCGATTAGGCTTTTTGCATGCATATGTTAGGTAAGTTAGTAAGAGTAATGAATAGGACGAAACAAGAGTAGTATTATTTATACTTTGTAAGGCGAATTTAGCCGTTTACAAGGGAGACTACTACTCCATTAGGACCATTAGCGGCCGTTGTCTAGACCACAGATTCTTTCATAAAAGACAGTTAGAATACATCCTAGAAAAAATATTTTTTGAGATTGTCTGCATTCCAGGTGCGTAGAATTGGTCAGCCTTGCATGTCCTGAATGCGATAGGTTCCATCTCTAACCTCGTCATAGATCTCATAGGGTCCCTCCCAAGTGGGCGTTAGTTTACCCTGTTCGTTGGCTCGTCCCACAGATTCCATCTTTCGGAGAACAAAGTCTCCTACCTTGAGCACTCTTTTGGAGACTTTCTTGTTGTACTCCCTCGCCATCCTTATCTTGTACAGTTGTTGCCTCAATGCTGCATTTCCTCTTACTTCAGGTAAAAAGTCAAGGGCCAACTTCATCATTTCCCAGTTGGCATTCTCGTCATATAACATGACCCTTAGTGTAGGTTCACACATTTCTATGGGCGACACGGCCTCAGCTCCGTAGGCTAGCAGGAATGGGGTTTCGCCGGTTGAGTTCTTAGCCGTAGTGCGGATGGACCATAAGACGTTTGGCAGCTCATCGGCCCATAGACCCTTGGCTTCATCTAGTTTCCTCTTGATCCCCTCGGAGATAATCTTGTTAAATGCTTCGACTTGGCCATTGGCTTGAGGTCGTCCCACAGAGGCAAAGCAGCTGTGTATGCCGTGGTCTGCTAACCACTCCTTCAGCTTAGGCGTCTCAAACTGAGGCCCATTATCAAAGACGATAGCTTGTGGTATTCCAAAGCGAGTCATGATATTTTTCCAGATAAACGCCCTCACATCACTTGTCTTTATGTTTTTGAGAGCCTCTGCTTCAACCCACTTGGTGAAGTAATCAACAGCCACTATCACATAGCGCCGGCCTCCAGGGGCCGCTGTATATGGCCCTAACAGGTCCATTCCCCACTTGGCAAACGGAATGGGACTCATGATAGGAGTGAGAGGGTGAGCCGGCCTGTGGATGAGATGAGCAAACCGTTGGCACTTGTCACATTTTTGCACCATAGCTAGGGCGTCTTCCCTCAAAGTGGGCCAGTAATAACCAGTTCGCAAGGCTTTCTCTGCCATGGCTCGTCCTCCAATGTGGGAGCTACATAATCCCTGATGCAAATCATCTAGAATTTCTTTCCCTTTCTCAGGAGTGACACACCGCAAGAGGGGTCTAGAAAATGACTTATTGTACAAAACTCCATTCTACCATTCAAACCAAGAACTTTTCTTTTGTATTTTGGCGGCCAGACTTGAGTCGTCCGGAAGCGAACCGTCCACTTTGTAAGCAATGATAGGGTCCATCCAGGTTGACGACAGATCCAGAATAGCTACCATAGGAGAGTATAATTCCTGCTCAATACTTCTCTTATCTTTCACTTCCCAGAACACGTGACGCGGGGTATCACAAGAAGCCGAGCTAGCTAGTTTTGATAGGGCATCAGACTGATTGTTCTCCGTTCTGGGAATCTGCTTAGCTTCAAAGCTCTTTAGATGTTCTATTTCTTGATGCACAGCTTGCATATATTTGATCATGTTAGGGTCTCTTGCCTCATAGTCCCCATTCACTTGACTCACAATGAGCTGTGAGTCAGAGAAGGCAAGTATTTCTTGAGCTCCAGCAGCTTTGCACATTTTTATGCCGGCTAATAAAGCTTCGTATTCTGCCTCGTTGTTGGATGTTTGGAAATTGAATTTCATGGCATACTCATACTTGTCTCCTTCAGGAGATTGACATATTATGCCGGCTCCACACCCGTTCTGGGTTGACGAGCCATCTACATAGATTGTCCAGCGAGTCGCCACATTCTTTTCAAAAGTCGGCCTCGTCATTTCTGCAATGAAATCAGCAAATGCTTGTCCCTTGATAGCTTTTCGAGGCTCATATGAGATATCAAATGCATTCAGCTCAATTGCCCATTTCAGCATTTGTCCAGCAGCGTCTAGCTTAGTAAGGGATTGTTTCAAAGGTTGGTCTGTGTATACCACTAGTTTGTGTGCCAGAAAGTAAGGGCGCAGCTTCTTGCTGGCCATAAACAGTGCAAGTGCAAACTTCTCAATTGGAGAATATCTTAATTCAACGTTTTGCAGGACATGGCTCACGAAATAGACAGGGAGTTGCACTCCCTCCCTTTCAGTTAGCAACACAGCACTCAAGGACCACTCAGAAATGGCCAGATACACATACAAAGTTTCCCCCTGAAGAGGACTGACAAGCCGAGGTAAGGTGTGGAGATGTTCTTTTAATCGGACGAAGGCAGTTTCTGCCGCCTCAGTCCATTCAAATTTGCTCTTCTTCTTGATTGTGCCGAAGAAGTAATGACACTTGTCACCTGCCCTTGATAAGAACCGCCCCAGGGCCGCTAGACATCCCGTCAGGCGTTGGACTTCCTTGACTGATTTTGGCGACGTCATATCTATCACTGCTTGTACTTTATCAGGATTGGCCTCGATTCCCTTTTCATCAATAAGGAATCCCAAGAACTTTCCAGCCGTTACCCCAAAAACACACTTCTTTGGATTCAACCTCATCTGATATTTTCGGAGCGTCTCAAAAGTTTCTCTTAAGTCAGCCAAGTGTTCTTCACGTTGCTTGCTTTTTACTATCATATCATCAATGTAAGCTTCGATGTTTCGCCCTAACTGACTAGAGAAGACAGTGTTGACTAGACGTTGAAATGTGGCTAGCGCATTCTTTAAACCAAACGACATCACTTTGTAACAGTACAGGCCTTGCTCAGTAACAAATGACGTTTTTTCCTGGTCATCTGGCCACAAAGGAATTTGGTGAAAGCCCGAGTATGCGTCCATGAAAGACATCAAAGCATGACCATCCGTTGAATCTACCAACCGGTCTATCTTGGGTAGAGGGAAGCTGTCTTTTGGGCAAGCCTTGTTTAAATCCGTATAGTCCACACACATTCTCCAGGATTTGTTGGGCTTCGGCACCAACACTACATTTGCCACCCAATCTGGATATTGACTTGGCCGAATGAACCCAGCCTCCAACAACTTCTGCACTTCTTCAGCTGCAGCTTTGTTTCTTGCTTCCCCATGATTTCTCTTCTTCTGACGAACAGGTTTTAAGGACTCATCTACATTGAGCTTGTGGACGGCTATGCTTGGATCAATGCCTGGCATGTCCTCCACAGCAAAAGAAAAAATGTCCTGGAAGAGAGTGACCAAATGTGCCCCAAGCTGGTCGTCAGGAGAGACCCCTACTGGCACCGTCCTATCTGGACGCGCTTCATCAAGGATGATTTCATAATGTCCACCAACCGGCTCAGGCCGCTTTGTTTCCATGTGAGCCGTGGCAATGGTAAAGGCCTCCTTCTTGACTTTCTCCTCCATCTCATCTAGTTTTCTTTTTGAGCTTGCTCTTGCTTCGTCAGTTTTCCCCCAAGCCTCGGGACTTAGCGTAGTGAGATACCAATCTCTTGCTAGCTGTTGATCACCATGAATAGTGCCGACCTGACCTTTATCACAGACATACTTCATGAGCATAAGATGAGTGACGACCACTGCCTTGGCCTGATTCAAAGTTGGACGACCCAGTATGATATTGTAAGCAGTGAGGTCCTTTACAATTAGAAAGCGGACGTTCAAGTTCTTACTTTGATGCCGGCCTCCAACTCGTAGGGGCAGAGTTATTATCCCCTGGGGATGAATTATGCCGCCTTTGAATCCAATGATCGGATAATGTATCTTTTCAATTGTCTTTGGATCATGCTCAAGACGATTTAGACAAGCTGTGCTGATAATGTCCGACGAACTCCCCGTATCTACTAAGATACGCCTTACTTTGAGGTTTGCTACCTTCAATTCAATAACTAAGGGGTCGTCATGAGGAGTGGCGATCTTGCCCCTGTCAGATTCACAAATCTCCACTTTAGGGAAATGGTCAATTGGAGCTTTTCCAGACAACATGACCTATCCCAACCGGCTTGCATATTCTTTTTGACCTCTCATTGTTGGACCTCCAGCGGCTAAACCTCCTGAGATGACGGCTATAATTTCTGGGTCAGTGTCGTTGTCATCACGTCGGTATGACGGTGACTTGCTTTTCTTGTAGAATTTTTTACCACTTCCCCCCGTGCTTGCGCTGAGATAGGATTTCAGGAACCCTTTAGCGGCTAATCCATCGAGAGCCCTTCGTAGTGATTTGCAATCTTTTGTTTCATGTCCCACATCACAATGGAACTTACAGTAAAGCGAGCTGTCCCTAGTTTCCACCGGCGACTTCATGGGGAACGGTTGATCAATCTCATACCTATCACTGACATCTAGAAGTATCGTATACAAGTCAGTGTTGTATTCAAACTTTTCTTTGTCATAGGGTCATCCTCTCTTCTGTCCCTGGGAGCGGTCTGCTTGATATCCTTTCTTTTCAATGGCCCATGTCCCATTCGGACGACTGGTCTTTTTGTCTGACTTATCCTTGCGCTGAGGATGATCTGTGGCCTCTGTTCCCTTAGACTCTTTGGGGACGGAGCAGATTTCAGTGGCATGAATAAAGGACTCGGCCTCATCCAGAGCGTCGGCCATAGTTCTCACACTTTTCTTCACCAAATAAAACTTAAAGGACCCCTTCTTAAGTCCCCTAAAGAAGTTATCAAACGCCACCCCGTCAGGTAGGTCTGGAATCTGCCCTGATTCCAAATTGAAACGTCGAACATAGCTTCGCAAAGATTCATCTTTTCCTTGCTGTATTTGACCCAAATGCATGCTCGTCTTTTTCTCTTCTTTATAAGCCATAAATCTTGCTGAAAATAACATCTCCAATTCGGCATATGTGTTGATCGTTCCCGCAGGCAACTTCTCGAACCATTTGGAGGCAACCCCTTTCAGAGTGGATCGGAAGTATTTGCACCAGGTTGCATCAGTAGTTCCCTGGACATACATATGATGCCGATAGGCCAAGAGGTGTGCATCAGGATCAGACGTGCCATCATAGGCGTCAATAGCAGGTGGTTTTACTTTAGGCTCCTTGGGAGGATTCATGATATCAGCACAGAATGGGGTGGTGTAATCGAGGATGATGCCGGCTACCCCTTGTTGAATATGGCATATTGGATCCTGCCTTCTATTCTGGGATGTTCTACGCCGCTCGCTGTCCGCGCGGCTGACATGAGTCCTGGTGAGACGGCGCGAAGGGGCAGCGAGGGGTGAATCTTGCATGACAGGAGTGGAACCTGTATCCGACACCTCAGTTTCTTGGGGCCTATCTAGCTGAATGATCGGTACTCTTCGGAACGGTCCAGGTTCAGGCCGAGAAGTTGGCAGGATCCGACGCGGAGCTATGGACTGGAAGGAAGTTCTTGTTCTGTCAAAGCGTCTATCATGATCGTCATTTCGTGCTTGGTCTTGCCGCCAGACATTAGACCGAGTGAGTCCATTAAAGAACGGAATTCCCGTCCCATGAGACTGAGAACGGATAATCTTGATCTCATCTTGTAGGGTGTCCATCTGTGCTTTGAATCCAGCCAGGATATCTTTGAGCTGCCCAGCAGACACCGGCAAGTCTGGGTTCTCTTCCATAACTGTGTCGGCATCAACCCTCAAGTGGCCACCTGGAGGAAACAAAGGTTGACCCGTCTCATCTTCCACTTGGACCTGCTCGGGTTGTGACTCAGGAGGAGGTTCAGGACGACCGTCCTGCCCTACAGACTGGTGGCTTCTATCGTCCCTCCCTCGAGGAGGACGATCACCATTGATTACGGTTTCGTCGTTTTCGTTTCGACTGATGGGCGCGTCTCCGAAGTGCTGGACGTCTACCATGTTACCTTACCTCCCCACAGACGGCGCCAAATGTTGTGGGAGTTTTTCCTTTGGATGATGACGAGGAGGTATAAGGTTCCACGTAGTGTCGAGTCCAGTCCACGTCGGCGGCGTACCTACAAAACAAGAATATTTCCGAAGGAATATTCCCTCCGATGCTTAAGTAAGACACGGGTTTTTAGGAAGATGTAATTAATGAACAGAAAGCATTAAAGGTAAGTAGTAGAATGTTTCTCTATCTAGAATTGTGTATCCATTTCTTGGGAATTGGATGTATAGATAGTCTCCCCCTTTTGGGGGAAAACCCTAGAGTCATGTCACATGATTGGCTAGTTTACCAGATAATGACATGTGTCACTATCATAACATTCCTTATGGGCCATGGGCCTCAAAAGGGACTAGCACATTTAGTTTAACCTTACATCAGCATAGGCTGATTCTTAGGTGGCAGCCAAAATAAGCGGCTGACCAGTGATCAGGAGCCACGTGTCGCGTGACGTTGGTGCCACGTAGGTGGGGTATTTTTACCCACATCAGTTATGAATTACGGTTAATCGGTGGTTATTCATATTGTTAGACATTACTTAAGAAATGTGTATTTTACTTTCGTCTCTTTACTTTCAATTGTGTTTTCTTATTTTTTTTAGGTTAATGAATGGTAAAGATAAAGATAAATCCCCTTCTTGTTGGTCTTGAGCTTATTTAAGGCCTCACTCATCTTGTTTATCATGCAGACCATAACAGGAAAAATGCTTTTAGAAGATTATTTTTTTGTATATATATAATAATATCATTTATATGATTCCGTAGGGCTTAGTGACTTCCTGTTTTTTCGTATTTGTATTATTGAAGGGATTGCAAACCCCAAGAATGTGTCTGTTCAAGCATGAGGCAAAGACTCAGTAGTGCTTACTACAACAAAGACCAGGAAGAAGAATAAGCCTGCAAGTACGCAACACAAGTATGCGAAGAAGAAAGATTTCAGTTGGATTATGCAGGCAATTCATTCAGGAGCAGATCTGGAGGCTGCTATTTCAAATTGCATGGGATACAAAACTGAGGTATTGTCAGTCACCTGCATTCTTCTATACTGCTCACTTAATCAGTTCTTTTTTGAAGACATGATATTTTATATATGATAACCTCAGGGTCAAGGCTTCATGGTTGGCGTGAATATCGATCCTCTTCCTGGATTGCCAGCCGCATTTCCGGTAATCTTTTTTTACTGCTGTCCATTTCTGTTGTTTGCTTCTCTGTTGGTTCTATGTCATATGTATGCTAGGTACACTTTTCAAGTAATGTTGTATATCCTTTTTTTTTTTGCAGGATTTGCTTCAGTTTATTTCGGTACATGTGGAAGATAAGAATGTGGAGCCACTGCTTGAGGTACCTAGATCATACATCTTCACATCTCTGGTTCACTTTATCTCTAATTTGGTTTAAAAAACTCACTTTTGCCTAAATCCGACCTAATAATACACAGGCATTACTAGAGGCATGA

mRNA sequence

AACCTCCTTGTACTACGCAGATGTAGATCGATCGAATTCCAGAAAAAAAATCCAGTGAAACCTTCGAATCTCCATGGCCAATTTCTGCCCTAATCTACACAGATCTTACCCCCATTAACTCCCTTCTTCATCTTCGGTTTGCTCCGCCGCGCGGCCATCGGAAAACGTTTCACCGGCGGTAACTAAAGCTTTTCAACTCCCACCGCATATCTCACCGACGGTAACTTGCTCTCTCCTCCGCGCAAGGTTTTCTGTTCTTTTTCAACTCCCATCGCCTATAACACCGAGAAGGGTGGATTTATCTGGGATTTCCTTGCAATTATCCGAAAATGAGAGAGAAAGACGATCAACTCCACTTTCGCTCATTGTTCTACCTTTGCCTCGTCGATTTCGAATCTCCCATTGTTGCGGATATTGCAAATATTTCTTGAACTGCAATACTGGAAAAGGTACGGAGTATCACCATTCTGCGTTTTTTTGATGGGATTGCAAACCCCAAGAATGTGTCTGTTCAAGCATGAGGCAAAGACTCAGTAGTGCTTACTACAACAAAGACCAGGAAGAAGAATAAGCCTGCAAGTACGCAACACAAGTATGCGAAGAAGAAAGATTTCAGTTGGATTATGCAGGCAATTCATTCAGGAGCAGATCTGGAGGCTGCTATTTCAAATTGCATGGGATACAAAACTGAGGGTCAAGGCTTCATGGTTGGCGTGAATATCGATCCTCTTCCTGGATTGCCAGCCGCATTTCCGGATTTGCTTCAGTTTATTTCGGTACATGTGGAAGATAAGAATGTGGAGCCACTGCTTGAGGCATTACTAGAGGCATGA

Coding sequence (CDS)

ATGCAGGCAATTCATTCAGGAGCAGATCTGGAGGCTGCTATTTCAAATTGCATGGGATACAAAACTGAGGGTCAAGGCTTCATGGTTGGCGTGAATATCGATCCTCTTCCTGGATTGCCAGCCGCATTTCCGGATTTGCTTCAGTTTATTTCGGTACATGTGGAAGATAAGAATGTGGAGCCACTGCTTGAGGCATTACTAGAGGCATGA

Protein sequence

MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVEPLLEALLEA

Relationships

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


Feature Name	Unique Name	Type
Spo20160.1	Spo20160.1	mRNA

Homology

[Close]

BLAST of Spo20160.1 vs. NCBI nr
Match: gi|902188087|gb|KNA11066.1| (hypothetical protein SOVF_138570 [Spinacia oleracea])

HSP 1 Score: 135.2 bits (339), Expect = 4.400e-29
Identity = 64/69 (92.75%), Postives = 67/69 (97.10%), Query Frame = 1


		  
Query: 1   MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVE 60
           ++A+HSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPA FPDLLQFI VHVEDKNVE
Sbjct: 765 LKAVHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAGFPDLLQFILVHVEDKNVE 824

Query: 61  PLLEALLEA 70
           PLLEALLEA
Sbjct: 825 PLLEALLEA 833

[Close]

BLAST of Spo20160.1 vs. NCBI nr
Match: gi|731367921|ref|XP_010695868.1| (PREDICTED: alpha-glucan water dikinase, chloroplastic isoform X1 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 127.1 bits (318), Expect = 1.200e-26
Identity = 58/69 (84.06%), Postives = 65/69 (94.20%), Query Frame = 1


		  
Query: 1   MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVE 60
           ++A+HSGADLEAAISNCMGYKTEGQGFMVGVNIDP+PGLPA FP+LLQF+  HVEDKNVE
Sbjct: 774 LKAVHSGADLEAAISNCMGYKTEGQGFMVGVNIDPIPGLPAGFPNLLQFVLEHVEDKNVE 833

Query: 61  PLLEALLEA 70
           PL+E LLEA
Sbjct: 834 PLVEGLLEA 842

[Close]

BLAST of Spo20160.1 vs. NCBI nr
Match: gi|731367923|ref|XP_010695869.1| (PREDICTED: alpha-glucan water dikinase, chloroplastic isoform X2 [Beta vulgaris subsp. vulgaris])

HSP 1 Score: 127.1 bits (318), Expect = 1.200e-26
Identity = 58/69 (84.06%), Postives = 65/69 (94.20%), Query Frame = 1


		  
Query: 1   MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVE 60
           ++A+HSGADLEAAISNCMGYKTEGQGFMVGVNIDP+PGLPA FP+LLQF+  HVEDKNVE
Sbjct: 772 LKAVHSGADLEAAISNCMGYKTEGQGFMVGVNIDPIPGLPAGFPNLLQFVLEHVEDKNVE 831

Query: 61  PLLEALLEA 70
           PL+E LLEA
Sbjct: 832 PLVEGLLEA 840

[Close]

BLAST of Spo20160.1 vs. NCBI nr
Match: gi|225425619|ref|XP_002270485.1| (PREDICTED: alpha-glucan water dikinase, chloroplastic isoform X2 [Vitis vinifera])

HSP 1 Score: 119.4 bits (298), Expect = 2.500e-24
Identity = 53/69 (76.81%), Postives = 64/69 (92.75%), Query Frame = 1


		  
Query: 1   MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVE 60
           ++A+HSGADLE+AISNCMGY++EGQGFMVGV I+P+PGLP+ FP+LLQF+  HVEDKNVE
Sbjct: 774 LKAVHSGADLESAISNCMGYRSEGQGFMVGVKINPIPGLPSGFPELLQFVLEHVEDKNVE 833

Query: 61  PLLEALLEA 70
           PLLE LLEA
Sbjct: 834 PLLEGLLEA 842

[Close]

BLAST of Spo20160.1 vs. NCBI nr
Match: gi|731373430|ref|XP_010651715.1| (PREDICTED: alpha-glucan water dikinase, chloroplastic isoform X1 [Vitis vinifera])

HSP 1 Score: 119.4 bits (298), Expect = 2.500e-24
Identity = 53/69 (76.81%), Postives = 64/69 (92.75%), Query Frame = 1


		  
Query: 1   MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVE 60
           ++A+HSGADLE+AISNCMGY++EGQGFMVGV I+P+PGLP+ FP+LLQF+  HVEDKNVE
Sbjct: 775 LKAVHSGADLESAISNCMGYRSEGQGFMVGVKINPIPGLPSGFPELLQFVLEHVEDKNVE 834

Query: 61  PLLEALLEA 70
           PLLE LLEA
Sbjct: 835 PLLEGLLEA 843

[Close]

BLAST of Spo20160.1 vs. UniProtKB/TrEMBL
Match: A0A0K9QX18_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_138570 PE=4 SV=1)

HSP 1 Score: 135.2 bits (339), Expect = 3.000e-29
Identity = 64/69 (92.75%), Postives = 67/69 (97.10%), Query Frame = 1


		  
Query: 1   MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVE 60
           ++A+HSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPA FPDLLQFI VHVEDKNVE
Sbjct: 765 LKAVHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAGFPDLLQFILVHVEDKNVE 824

Query: 61  PLLEALLEA 70
           PLLEALLEA
Sbjct: 825 PLLEALLEA 833

[Close]

BLAST of Spo20160.1 vs. UniProtKB/TrEMBL
Match: A0A0J8E2K8_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_6g155850 PE=4 SV=1)

HSP 1 Score: 127.1 bits (318), Expect = 8.300e-27
Identity = 58/69 (84.06%), Postives = 65/69 (94.20%), Query Frame = 1


		  
Query: 1   MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVE 60
           ++A+HSGADLEAAISNCMGYKTEGQGFMVGVNIDP+PGLPA FP+LLQF+  HVEDKNVE
Sbjct: 774 LKAVHSGADLEAAISNCMGYKTEGQGFMVGVNIDPIPGLPAGFPNLLQFVLEHVEDKNVE 833

Query: 61  PLLEALLEA 70
           PL+E LLEA
Sbjct: 834 PLVEGLLEA 842

[Close]

BLAST of Spo20160.1 vs. UniProtKB/TrEMBL
Match: A0A0J8B7U2_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_6g155850 PE=4 SV=1)

HSP 1 Score: 127.1 bits (318), Expect = 8.300e-27
Identity = 58/69 (84.06%), Postives = 65/69 (94.20%), Query Frame = 1


		  
Query: 1   MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVE 60
           ++A+HSGADLEAAISNCMGYKTEGQGFMVGVNIDP+PGLPA FP+LLQF+  HVEDKNVE
Sbjct: 772 LKAVHSGADLEAAISNCMGYKTEGQGFMVGVNIDPIPGLPAGFPNLLQFVLEHVEDKNVE 831

Query: 61  PLLEALLEA 70
           PL+E LLEA
Sbjct: 832 PLVEGLLEA 840

[Close]

BLAST of Spo20160.1 vs. UniProtKB/TrEMBL
Match: D7TDL2_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_01s0127g00060 PE=4 SV=1)

HSP 1 Score: 119.4 bits (298), Expect = 1.700e-24
Identity = 53/69 (76.81%), Postives = 64/69 (92.75%), Query Frame = 1


		  
Query: 1   MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVE 60
           ++A+HSGADLE+AISNCMGY++EGQGFMVGV I+P+PGLP+ FP+LLQF+  HVEDKNVE
Sbjct: 774 LKAVHSGADLESAISNCMGYRSEGQGFMVGVKINPIPGLPSGFPELLQFVLEHVEDKNVE 833

Query: 61  PLLEALLEA 70
           PLLE LLEA
Sbjct: 834 PLLEGLLEA 842

[Close]

BLAST of Spo20160.1 vs. UniProtKB/TrEMBL
Match: A0A0L9TMK8_PHAAN (Uncharacterized protein OS=Phaseolus angularis GN=LR48_Vigan01g123200 PE=4 SV=1)

HSP 1 Score: 118.2 bits (295), Expect = 3.900e-24
Identity = 53/69 (76.81%), Postives = 63/69 (91.30%), Query Frame = 1


		  
Query: 1   MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVE 60
           ++A+HSGADLE+AI+NCMGYK+EGQGFMVGV I+P+PGLPA FP LL+F+  HVEDKNVE
Sbjct: 760 LKAVHSGADLESAIANCMGYKSEGQGFMVGVQINPVPGLPAGFPGLLEFVMEHVEDKNVE 819

Query: 61  PLLEALLEA 70
           PLLE LLEA
Sbjct: 820 PLLEGLLEA 828

[Close]

BLAST of Spo20160.1 vs. ExPASy Swiss-Prot
Match: GWD1_CITRE (Alpha-glucan water dikinase, chloroplastic OS=Citrus reticulata GN=R1 PE=2 SV=1)

HSP 1 Score: 112.8 bits (281), Expect = 1.500e-24
Identity = 49/69 (71.01%), Postives = 63/69 (91.30%), Query Frame = 1


		  
Query: 1   MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVE 60
           ++A+HSGADLE+AI+NC+GY++EGQGFMVGV I+P+P LP+ FP+LLQF+S HVED+NVE
Sbjct: 778 LKAVHSGADLESAITNCLGYRSEGQGFMVGVQINPIPNLPSGFPELLQFVSEHVEDRNVE 837

Query: 61  PLLEALLEA 70
            LLE LLEA
Sbjct: 838 ALLEGLLEA 846

[Close]

BLAST of Spo20160.1 vs. ExPASy Swiss-Prot
Match: GWD1_SOLTU (Alpha-glucan water dikinase, chloroplastic OS=Solanum tuberosum GN=R1 PE=1 SV=2)

HSP 1 Score: 109.0 bits (271), Expect = 2.100e-23
Identity = 50/69 (72.46%), Postives = 60/69 (86.96%), Query Frame = 1


		  
Query: 1   MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVE 60
           ++A+HSGADLE+AI+NCMGYKTEG+GFMVGV I+P+ GLP+ F DLL F+  HVEDKNVE
Sbjct: 770 LKAVHSGADLESAIANCMGYKTEGEGFMVGVQINPVSGLPSGFQDLLHFVLDHVEDKNVE 829

Query: 61  PLLEALLEA 70
            LLE LLEA
Sbjct: 830 TLLERLLEA 838

[Close]

BLAST of Spo20160.1 vs. ExPASy Swiss-Prot
Match: GWD1_ARATH (Alpha-glucan water dikinase 1, chloroplastic OS=Arabidopsis thaliana GN=GWD1 PE=1 SV=2)

HSP 1 Score: 108.2 bits (269), Expect = 3.600e-23
Identity = 47/69 (68.12%), Postives = 61/69 (88.41%), Query Frame = 1


		  
Query: 1   MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVE 60
           ++A+HSGADLE+AI NCMGY+ +G+GFMVGV I+P+ GLP+ +PDLL+F+  HVE+KNVE
Sbjct: 705 LKAVHSGADLESAIQNCMGYQDDGEGFMVGVQINPVSGLPSGYPDLLRFVLEHVEEKNVE 764

Query: 61  PLLEALLEA 70
           PLLE LLEA
Sbjct: 765 PLLEGLLEA 773

[Close]

BLAST of Spo20160.1 vs. TAIR (Arabidopsis)
Match: AT1G10760.1 (Pyruvate phosphate dikinase, PEP/pyruvate binding domain)

HSP 1 Score: 108.2 bits (269), Expect = 2.000e-24
Identity = 47/69 (68.12%), Postives = 61/69 (88.41%), Query Frame = 1


		  
Query: 1   MQAIHSGADLEAAISNCMGYKTEGQGFMVGVNIDPLPGLPAAFPDLLQFISVHVEDKNVE 60
           ++A+HSGADLE+AI NCMGY+ +G+GFMVGV I+P+ GLP+ +PDLL+F+  HVE+KNVE
Sbjct: 705 LKAVHSGADLESAIQNCMGYQDDGEGFMVGVQINPVSGLPSGYPDLLRFVLEHVEEKNVE 764

Query: 61  PLLEALLEA 70
           PLLE LLEA
Sbjct: 765 PLLEGLLEA 773

The following BLAST results are available for this feature:

BLAST of Spo20160.1 vs. NCBI nr
BLAST of Spo20160.1 vs. UniProtKB/TrEMBL
BLAST of Spo20160.1 vs. ExPASy Swiss-Prot
BLAST of Spo20160.1 vs. TAIR (Arabidopsis)

BLAST of Spo20160.1 vs. NCBI nr
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. NCBI nr)
Total hits: 5


Match Name	E-value	Identity	Description
gi\|902188087\|gb\|KNA11066.1\|	4.4e-29	92.7	hypothetical protein SOVF_1385...	[more]
gi\|731367921\|ref\|XP_010695868.1\|	1.2e-26	84.0	PREDICTED: alpha-glucan water ...	[more]
gi\|731367923\|ref\|XP_010695869.1\|	1.2e-26	84.0	PREDICTED: alpha-glucan water ...	[more]
gi\|225425619\|ref\|XP_002270485.1\|	2.5e-24	76.8	PREDICTED: alpha-glucan water ...	[more]
gi\|731373430\|ref\|XP_010651715.1\|	2.5e-24	76.8	PREDICTED: alpha-glucan water ...	[more]

BLAST of Spo20160.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL)
Total hits: 5


Match Name	E-value	Identity	Description
A0A0K9QX18_SPIOL	3.0e-29	92.7	Uncharacterized protein OS=Spi...	[more]
A0A0J8E2K8_BETVU	8.3e-27	84.0	Uncharacterized protein OS=Bet...	[more]
A0A0J8B7U2_BETVU	8.3e-27	84.0	Uncharacterized protein OS=Bet...	[more]
D7TDL2_VITVI	1.7e-24	76.8	Putative uncharacterized prote...	[more]
A0A0L9TMK8_PHAAN	3.9e-24	76.8	Uncharacterized protein OS=Pha...	[more]

BLAST of Spo20160.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. ExPASy SwissProt)
Total hits: 3


Match Name	E-value	Identity	Description
GWD1_CITRE	1.5e-24	71.0	Alpha-glucan water dikinase, c...	[more]
GWD1_SOLTU	2.1e-23	72.4	Alpha-glucan water dikinase, c...	[more]
GWD1_ARATH	3.6e-23	68.1	Alpha-glucan water dikinase 1,...	[more]

BLAST of Spo20160.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (blastp Spinacia oleracea peptides vs. TAIR)
Total hits: 1


Match Name	E-value	Identity	Description
AT1G10760.1	2.0e-24	68.1	Pyruvate phosphate dikinase, P...	[more]

InterPro

Analysis Name: InterPro Annotations of S. oleracea
Date Performed: 2018-06-29


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	PANTHER	PTHR22931	PHOSPHOENOLPYRUVATE DIKINASE-RELATED	coord: 1..69 score: 1.7
None	No IPR available	PANTHER	PTHR22931:SF1	ALPHA-GLUCAN WATER DIKINASE 1, CHLOROPLASTIC	coord: 1..69 score: 1.7

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0007623	circadian rhythm
biological_process	GO:0009631	cold acclimation
biological_process	GO:0016310	phosphorylation
biological_process	GO:0019252	starch biosynthetic process
biological_process	GO:0005983	starch catabolic process
cellular_component	GO:0009941	chloroplast envelope
cellular_component	GO:0009570	chloroplast stroma
cellular_component	GO:0005739	mitochondrion
molecular_function	GO:0050521	alpha-glucan, water dikinase activity
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0046872	metal ion binding

RNA-Seq Expression

Co-expression


Gene	r value	Expression
Spo11890	0.67	Barchart \| Table
Spo13825	0.66	Barchart \| Table
Spo13826	0.65	Barchart \| Table