Bhi05G000269 (gene) Wax gourd (B227) v1

Overview


Name	Bhi05G000269
Type	gene
Organism	Benincasa hispida (Wax gourd (B227) v1)
Description	protein PALE CRESS, chloroplastic
Location	chr5: 7998336 .. 8019824 (+)
RNA-Seq Expression	Bhi05G000269
Synteny	Bhi05G000269

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

CTTTGGACTTCTCGTTTTTTGAAGCACTATTCATCTGGTCCTGGTTAGCCCTCTTACAGCTTCTTCAATGACTCTTCAGGTACAGATTTTCATCGTAACTTCTCATTTTGGTGACGGTTTGATGGTCAGTTTTACGGAGGAGCTTAAGCAAGGAAGAGCCGCTTATTGATGGGCTTCCTAAAGAGTATTACGATGATGTATGAGGATATTTGAATTTAGCTACCCCCTAATTTACTTTTTTGCTTGGTTGAATTTGTACTTCGTTATCTGTTTGTTCTTGCTTGCAATTTGTGTCTGTTATTTGGTATTTTCTATTTTCTGGTACTGGGGCAAAAGCACAAACTCTTACAGGGTTGACAATGATCGATTTTCCTTGTGACACATACCTATTGTCTAGACCCTACTGATGAACCACTTTCGAACATAAATAAAAGACAATCGCTATACTTGGCGATTTTAGGGGAAATTTTCTGTTCTACCAAATTTTTTGTTTTGTTAAAATGCCACTCCTTAAGTTTGTGACCATGAGAACGATGAAGAGCAATGGAGCAGGGAGAATGAGAGGGAGAGACAGCGTAGTTGCAGTATAGGAAAACGAGTTTAAAGGTTATTTTACAAAGCTGACAGATGCAAATTATGTTTGATCTCATTAATTTTGAGGGTGAGTAGATTTCATCAGGGTAGTTGAAACAGTGTGATAACCATTGGAGGGAATCAACACGTTTTCCTTAATTAACTGATCATCAGAAAGGAAATATGTTGTTCAAAGAATTGTAGTTAGCATTTTGGTTAAAAGGAAGTGATTAATATGTATTTCTAATCATTTCACACTATTCTCTGACAGAAATTTGTTAATTAAACACTAATACCAAAGTATAATATGTGCTGCCATGGACGACCTAGAAGAAAAGATGCCTCTTCGACTGAGAAATGGATGAATTGGACATCCATACTTTGTCGCTGGAAAATATTAGGCTGGGTGAGAATAATGATGTATTTGTTGTGGAAGCTCCAAAACTCTGGCATTTTTTCAGTCAAAATCAGCATCATTAGCCCTCTATGAAGAGAGAAGAATTTTGGCCCTGGACTTTTGCAACTTGATCTGAGAAGAATTATGTCCTGAAAAGGTTAAAATTTTCCTGTGTACAGCAGCTCTTAGTAGCATCAGTACCGTTGATGAAGTTCAAAGAGCGAATCCTTATTCAACTTTTTTTTTGATAGGAAACGAGAAGACATTCAAAAAAAGGGAAAAGAGGAAAACAGCCTAAGGGCAAGGGGTAGAGGGAACCCCTCCCCAAGGAACTAACAAAGGAGAGTCTTCCAATTGTTAAAAATCATCGAAAGACTGTAATTACAAAAGAATTTCGTGTGATTTGTGCACCACCAAGAGGCTGTAAGTTGAACAAAAGCCCAAAAAGAGTCAAAAGAAACTAACTTATCTTAAAAAATTCTACTATTCCTCTCTTTCCATATGCACCATAAGAGGGATCTCAAGGCACAATTCTACAAAACTTTTCCCTTCCCGCTGAAAGGCACCACTACCAATTCCTTCAAGGAGCCAGTCATCAACTTTGTTAGGGAGGCAACTCATCATCCCAAAAATGCTAAACAAGAGAGACCACCCATCGTAAACAAAATCACAGTGCATGAATAAATGATCCAAAGTTTCCTCATTTTTGAAGCACATACAACAGATAGAAGGAGAAAGAGAGCTGTTTTTTAGCTTCCTTTGCAGGAAGTCATGGGTGTTTAAACTCCTATACGCCAGAGACCAAAAGAAAAACTTAACTTTCTAGGGAATTTGATAGGAAACTGATCTTTTAAAACGTATTTATTGATTAAGTGTGATGGCACGATCGTATAACGTAACAGCTAAACGATGGACTTGTACTTTATTAAACGATGAGTGTCAATCAACAACTACAAGATCGCTTACTCTTGCTACGCGATCGCTTACAAATACTAAATGATCGTTTACATTCACTACACGATCACTTACAAACTCAACATGATCGCTTATCAACACTACACGATCGCTTACTAACACTACGCGATCGCTTACACACACTATGTGATTGCTTACCGCAACTACACAATCACTGAGGCACTTCTACACGATCGCTTAGTAGATGAGGTAGGTGAAGAGAGGCATTCCCCGACTGTTTCTACACGATAGGCTAACCCGAACTCCCACCCTCGAGAGCTCACTACCCTCACTCCAGATATTCAATCTTCAATGCCTTCTCTTTCCGTTTCTTTCTTCTTTTAAACCCCAACTTCTCCCAACAAAATTGAAAGTAGTTTAGCTGTGGTCCCTAACCTCCTTAACCGACTCAACCGCCAATTTTCCCATATTTCCTCTATTCTTCCTTCTTTGATATTGCAGTATAATTGGAGGCCTATCAGAATTCTCAACTTCCTAACTTTCTAGGGAATTTTCAACTTCCAAACAAGACTAAGGGGGTCGAGACTGAAGGGGACGACTTAGCCAGATGAAGGAAGGTAGTCTTCGTAGTAAACTTCCCGAGGCATCAATCTTCCACTTGGGGCTATCACACCTCCCTTGCGGCATCCAAGAGTGAAGGACCTACAGAAGGTACGTTGGCTCACTCACTTTCTATCGAAAAAGCTTCTCCTCAGGCGCAAATCCCATGATTAGTTAGCTAAGCACCAACAATCAACCACTCTAGCCTCCTTTTTGGAGGAGATGGAATAGATGTTAGGAAACCTCAGAGCAAGAGGTTGGGGGTCACACCAGTCTTCCCAAAAGCAAATGGATTTACCGTTACCCATCACGAACTTTGTGAAATTAATAAACGTTTCTTTATGTTTTAAAATTCCGGCCCAGATTGTATGATTTTCCTCTTCTTAGGTTGCTTAGTAAACCACCCTCAAGCATCCAAGCCATAGATCGCACCGATAACACGTCTCCAAAGGGCGTTCTCTTCGTGATAGAATCTCCACAACAATTTCAAAGGAGGGTGGTATTTTTCTGTCTAAACGAGCCAATTCCAAGCCCACCAAAAATCGTAGGAAGCGTGGCCAACCTCCATTTGACAAGGTGGGAGGTCGGATTGCAGGCGCCACCATTCCAAATGACGTTTCTCATAAGCTTCTCCAAATTATTGATAGTACCAACTGACGCCTGCAATAAAGAGAGGAAATAGCAAGGGAGACTCTTAGGGACCGACTGAGCAAGGGCCAACCTTCCACCTTTAGAGTGGGAGATCCCTTTCCATTTATCAATCTTCATTTAAAATTTTTCCTCTAGGCTCTTCCACTCCTCTTGCACCCTAAGATTTCCACCGATAGGGAAGCCCAAGTACACGAAATGGAGAGTTTCCAATACAACCCAACCTCAAAGCAATAGCCTCCAAATCCCCTCTATCTAGATTAATACCAATAATGGCAATTTTGGAGGATTTAAAGTAAGACCAGAGCCAAGGAGGAAGAGATTAATCACAACCCGCCATTTCATAAGATTATTTTCTTTCCACGAACAAAAGAGGAGGGTGTCGTCAACATATTGAAGGTGGGTCAGGTCTAAAGGCATATCACCAAAGGAGAAACCAGTGATAATCTTTCTTTCATTACAATAATGGACGAGCCTATTAAGGGCATCCCCAACAATCATGAAGAGAAACGAGGCAAGGGGGTCTCCTTGGCGTAATCCCCTCTTGGCGAGGACCTTACCCCTGGGTCTTCCATCGACAATAATAGAAAAATTGGTATAGGATAGGCAGCCCCAAATCCACTTTCTCCACCGTCTCCCAAACCTTTTGAGCTTCAGGACCGTATCAAGGAACCTCCAATTTACTTTGTTATAAGCCTTTTCCAAGTTCAACTTCAAAAGAGTCTCTCTCTTCCCATAGGACTGCCATTCCTGAATGGATTCAGAGGCAATCAAAATAGCATCACGGATTTGGCGCCCCTCAACAAGGGTAACCTGAGACTCATACACGGTGGAAGGGAAAATTCTTTCCAATCTGTTAGCAAGCAACTTGGAGATGATCTTGTACAGGGAAGTGACTAAACTGATAGGTCTGAAATCACACAGCCTCGAGGCCTTCTTGTTTTTGGAAATAAGACAAATATAAGACTCGTTGCACCTCTTGTTGCTAATAGCATTCTTAAAAAACTCTTGGAACACCCCAGTTATTGTTAAAAGATTCTGAAGTTATTGAATTGCAGCAGCTTATTCAAAGCTTGGATGGAAAGAAGGTAGAAGCTTGTGATGATTCTCGCATTTGGGCATTGGATTCTTTAGGAAGATATTCAGTAGAATTGTTGTCAAAATTCTTGGCTGCTTCGGAGTCCATCAATAAAGAATTATATAAAGGCTTGTGGAAGACTAGCAGCCAAAAAAGAATTAATATTCTTATTTGGGTGATGATCTTTGGAACGTTAAATTGCTCTTCCGTTCTTCAAAGGAAGATGCCATTACATTGTTTATCTCCATCAATTTGCCCTCTTTGTCAAGCTGCAAGTGAAGATCTTCAGCATTTATTTTTTAATTGTAGATTCTCCTCAGCATGTTGGCAGAAATTATTTGATATTTTTCAGATTTATTGGGTGTTCAGTGGCTGTTTCAAGGAGAATGTTGTCCAGATTTTGGGAGGTCCTAAGTTGAAGACTCAAGCTTACTTTACTTTGGGTAAATGCAGCGAAGGTAATGCTTGCTGAAATTTGGTTTGAAAGGAACTAACGAGTCTTTCATTAAAAATCCTGGTGTAACACCAGTAGTTGAATTCAAGAATGTAAGTTTTATTATTTCAAAATGAAGGACTCAGCCCAATTTTATAGTTACAAGCTGACCTAAATTCTACCGGTTAGTAACAGAAATTTAAAAGACAAACTGAGAACAACTTACTAAATGATTACATCAAATCCTTAGAGTGGATTAGCCGATTTGAAGTTGCAAAGCTTAATGCATCTACTTGGTGCTCTGTTTTCAAGCCATTTTCAAGCTTTTCGGTGCAAAACATCTGTTTAAATTGGAGAGCTTTCATCTTCCTACATTAGAGTCTTCTTTTTATCTTATCTTATTTGGTTCATGCTTTCAGCTTGTACTTTAGTATGTATCTTCTTAAGTTGAGAATTGTCTCTTTAAATTACTTCAATATTGGGATATGATGCAGACGCTAAAGATGTGTCAGCCTAGTTGAGATATCCGGGTGTGCTTGTTGATCCCCTCGTCTTCTAGTTTGTATAAACTATTATGTCTTTTTGTACTTTGAATTAGCCTCTTTTCATTATATCAATGATATATTTTTTGTTTCCTTAAAAATAAGGGTGGGGGGGGGGGGGTTAAGGAAAAGAATATAAAGAAACACCCAAATTAAATTATCCTTCAAGATGCTCCAAGATTTTTTATGAAACTCGCTTGTCATTCCGTTAGGACCAAGGGACTTGAGATTTCCCATTCAAACACTGCATCTTTGACCTTTTTCTCTTCGAACGGAGCTTCAAGAGAAGAGGACTCTTGGAGACTTAGAGACTTTCAATCAGGGCCTTCAAAAGTGAACGGTTGGGAAGTCTTAGATCCGTAAAGCTTAGAGTAAAACTCTAGAATTTCACCCACAATTTCCTCTTTGTTAAGAAGGATTCTATCGTCTTTACTTTCAAGGGCCGAAATAGTATTCTTGCTTTTCCTCGAAGAGACCCATCTATGAAAAAATTAAGAATTTTCCTCACCATCTCGAACCATTGGTTTGTGCTTTTTGGGCCACATCCTCTATTCTTTGATGATGGTCTCTTGAAGAGCCATCTTACAATGCTCTCTTTCATTAGCCTGGTTGATAGAGAGGGCCCTCGAGTCTTCTATCAAGTCCCAAGAAATGATCTTATCCAGCAAGGCTTTGTTGGGAGAAAAGACATTCCCAAAGGTTTCCTTATTCTAGCTTGTTAGAATGAATTTCAACCCCTTTAGTTTCTCCATGAAAGCAAAGATTGGCCACCCATTGACTTTAATATTTGCCCACTAGCCTTCTAGATTCTTAATGAAGAGATGATGCTCCAACCAAACATTCTTGAATCTAAAGGAAGTAGAACCCCATGAGTGTGCACTTCGGAAGTTACTCTAGGAAGTCGGTTTGCCTTAACCTCTTTGTAATAGTCAACCCAAGACTTGGAAAGAAGGAAGTGATCAATCTTGGAAGCTGGCGGTATAATTCCTGTCCTAGACCAAGAGAAGGAACCATTTTGAAGAGGAATATCGACAAGATCCAACTCCTCAATAATGCTATTAAATATATTCATGCTTCTAGTTGTGGGACCCTCTGAGCTTTTCTCAGCCATCCATCTAGCAACATTAAAGTCCCCACCAATGCATCACCAACCACTAAAGCGCCCGTACAAACCCGACAGCTCATGCCAAAAAGTGTCTTTATTTTTATGAGAAGAGGGGTCGTTCACACCCGTGATCCAACCGTAATAATCGACATTAGTTCTACAAAAGATGGAGAGAGAGAGAATTGACTTTGAATTGAATCAATCATAGTGATATTTTCTTCCTTCCACATAATCACAATTCCACCAGTAGAGCCATTAGTGTCAAGGGCCACCCAACCAATGTGACGATTGTTCCACACGGACTTTATCAGCTCCCTATTGGGCTTACTAAGTTTAGACTCTTGAATAATCACAACGTCTGGATTGTACTTCACCAAAATATCCTTCACCAGCACTCTTTTGGGTCGAGCGTTAAGACCCCTGACATTCTAGGAAAGAACTAACATGGAGAACCAGTGTGGCCCTTTGAGCTACCCCCCCTCGATTGATTGGCCGGATACATAAATTGTGCTCTAAAAGAGCCTCCACAACATCTTTGCTAAGAGGGAATGGCTTTTGAGATGAGACGACCGATCGAAGCTCAGTTTCACTCTCAATTTCGGTTGAGATTCCACATTGATCCATAATAAGGGGAGGGGGATCGATCACCACTAAATGATTCTCCTCCAAATCGTCTCCTGACTCAATTTCGGTATGAAACACATTCTGGAAGTCCGAAGGGATATCCGAGGAGGTTTCATCTAAGGGTGTAAAGTGGTTATCAGAGGTTAGCTCCCTGGGCTCAAGATAGAGGCATCAGATATGTGTACAAGGTCTGCTTCGTCTAGGGCACACTTCGTCATTTTGGGAGAAGAGGTGCCTACATCCGTCAAACAGATCGTCCCTTGTTTAAACAAAAAATATGCACTTGGTTTTTCTCAGTGAATTTAATTCCTTTAACCCTTTGGGCTTTTGAGGTTGGTCTGTTATCCATCTCGACTCCATCATGTTGATTCGACTCTGGAATTATAATTCCTTTTTGACTTGGCCCATTAGGAGATCCATCACGAGGCCTAAGACCTCATCCTGAAGAGTCGCCTTCCCTTTATCTTTCTTTTCCGTGGCCAGTGAGACGAGGCCCAGTTTCCCACTAATCACTTTCGGCACCATATTTGAAAGAGCCACATTGTCACACGACCCCTGCTCTTTTAGGAGGAATTTAGGCATTTCAGTAATGATTACCTCACCATACAATTTTTCAGCATAGGAGAAGTCACATCAATCGACAGGCAAGTGTCAAATCTTTCCACGCACCACACATCAATGGAGTTCAGGTCCAACACATCAGGACCTCTGTAGAACTTGTCTGCTTGCTCCGATGAGAAAGAACCGTGGATTCCAGTAACTTTGTTGATAAGGAGGTTGGCGTCTTGGTAGGTCATCACCTGTACAAGGAATTTTTCAGACCCGTTAACTAGATTGAATTTGGTCGGAATAAAGCCACAATAATTTTCTTTCACTTTAATAGCCACTTCCAAACAATCAATGAGGCTTGAGGCTCTGATACCATGTAGAAATTAGAGGAATAGACATATTAGTCTCCTCTTTTTCTTATTCAATATGTGTAGATTAGGTCTTCTTATATAGGAGAAAGACCTTTTACAAATATGGAAAAAATAAAGATAATAAAGGAAAAAGATAGAATAAAGACAACAAAGGAAAAAAAATTATTCATATACAAATATAGAAATTCCAACAATATTACACCTGCATCAACCTTCTCCTTTATGAAATGCTTGTCAACTTCAATATGCTTTGTCTTATCATGTAAAACTGTATTATGAGTTATAGCAATGGCAGTCTTGTTATCACAATAAACTTGTGTAGGTACTCCTGGCTACTACATTTTGTTTTTTACTAAGCCGTGTAACTAAATTTCCCCCAACAAACGAAAGGTGATGGATTTGAGAAAGGTGATGGAAGGGCAGTAGAGAGGGGGAAGAAACTGATGGATAGTTCGTCTAGGTTGGCCAGATTGGGGCAAGAGGAAGAAGTGAATTTTGTGCTAGGAACAAGGATTTTTTTTTTTTTGGGAAATGAGATAGAAAGTTTATGTGGAGAGTGTTTTAAGTTGGCCAGGTCTGGTAAAAAAGAGGGTGTGGTCGATTTAGAAATGAGTGGGAGGTATTGGGTCGATGGGTCGGTCAAGTTTGGGGGAGGTGGATCGGGTGGGGCTGGGAGACCAACAAAATGGGCGGGGTAACATTTTGTGAAGAAGTAATGGGTAAATCTCTTGATGTGGTCAAGAGTGGGCCTAGATGAAATGGGTTTTGAGAAGGGTCAAGCATGGCCCCAAGTGCAGTGGACTTTGGGGGATATTTAGGTGGTCCTGTAGGGGGATTTGTGGGTGGGCCTATTGGTGAGGATAGAGGGTGGGTGTGGGAAGGATGGGGGGAAGACGGTAGCTCAGGAGAAAAGTAAGCGTTAGGTGCCTGTGACGCAGACCTATCAGAGGCTGAAGGATATGGTCCAAGGACTCCTCTTTGCAAGTTCTCAGAGGTATTGGGGAGGTCACAAACAATTGGTACATTGCCAGCCGGTGGGTGGGTGCCATGGATTCCGGCGAAAAGACCCAAGAAATGGTGCTGCAAAAGAAGGCTTTGATTTGAACCGTAATTGGTGAGGACGAGGGGGAAGGGATCCCCACTTCGGCAGGAATGAAGCCGACAACAGTTCTAGTCTTGAGGGTGTTTTTTTGGCCACTTCGGCAAAACCCTGCATGCATCACCAATGAATTTGAAGGTATGATCATCCTGTTGGTTTAGTGGTAAATTTCTTATTCGAATCCAACCGCCATAGCACGGAACAACTAGTCTATCATTTGCTTCCCTGCTATTCCAAGGGGAGAGTTTTAGAGAGAAAGGGCCCACTTTGTACCAACCTTAAAGGCTCCAAGGGTCAGAGCTTGTTCCTCACTTTCGCAACGGAGGAGGGGCACGGTCGGCTTGAAAAGGGTTTACAACACAAAAGTCACAAACATGTATCTTCAATGCACGCATAATGTTATACCAGTCATCATGGAAACAGGCTTTTCACAATAATGGCTGTATAAAAATGGATTGTGGCATGGGCATTATCCGTCTTTGGTTTAGGTGTTTGTGACGTGCTACACTTTGGCACTACGGTGTTTTGGCCATTTTTGTAAGAAGGGTGGGCCATAGGGGGTTTTCTGGTAGATGGGGCATTAATGGTTGGCGGAAGCGAGCCATTCTTTCCTTTGTTGGAGAAGGATAGCAATAAAGAATAAAAAGCTTTCCAGCCTCTTCTTTCTTCACCAATAGGAATAAGGATCAACAAGGACCCCCTTGTTGTCAAGTCATGCAAGCTCCACCAGTGTACCCCTTCTGTTTAGGGTTTTTTCAATCCATATGGTTTGATCATCAACATGGAGCTCTTTAAAGATTTTTTGGTTCAAAGGTGTGTTCAGCAGAGAGGAGATCTTTGTGATCCAATCTAGAGTGGACCAGTGGGGGGAGAGGAAGAAGGCAAGATCTTTTGTGGTTTTGGTCAAGCGAAAGTGAGAGGCATGGTGTCTAACGTCGGATTCTATGGAGAAGACTTTCCAGTCGATGGTCATGGATGAAGGGAGCATTATGGTGAGAGGAAGCTGTTGAAGTGGTTAGATGAGACTTGGCCACCGGCGGAGGAGGGTTGTAAGGAGGAGAGATAGCAGAGAGTAAAACGTACCCATCTTTTGCAACTCTTCTTCAGCCTCTTGCAAATGTCTCTGGCTTCTAGATCCTCTTCTCCAAAATCTTGAATTCCTGCAAAAAGATCTTAGACCACCAATCATGCTCCATCTACCACCCTAAAAGGGTAAGTTCTCATTTGGAAATCCTCCTTGAGAAGATTAGCAGTTTAGATATACTGCAAAGGAGAATTTCTTCATCCGTGCTCTCTCCAAATTGGTGCTTTTTATGAAAATTGCAAATGAATTCTAGATCCTTTTAATTCACTATGGCCAAGCTTCTAAATTTTGGAACATATTGTTTTCCTCTTTTGGGTTGTCTTATACTTTTGATCTCACAGTGGCCAGCGATGTCTTATTTCCTTAGACAAGGCAAAAATTCTTTGGCTCCACGTTATTGGAAATTTTCTCTGGTGTACATGGATAGAAATAAATCACATTTTCTTAGAAAAAGATAAGAGATTTTTTAATCTTTTGTGGACATCATCCTTTTTGTTTCATTTTCTCAGAGTAGGCTTAGCAAAGCTTTACATACTGGCTAATTAGAAGGCCTTCTTGTAGCCTCATTTAGCTGGGTTGGCTTTCCTCCCCTTTTCTATTTTTCGTCAATGGAATAACATGTTTGTGTTGTTTTTTTGTTTCGTTTCGTTTCTTAAAGTTAAAATATAAAGGAAAAAGGTTAAAAATCATATATTAACCTGTTCTACATTAGGAATGGCAAGCCCGGCAAAGAGAGAAGACAAAGGAGTTACATCGAAGGCGTCAAGAGGAAGATGAAGAAGAGGACAGAAAGGTAGAAGAATATCGTGAAATTGGGATGCGTCTGAAAGGATTTCCAGAAGAAGATGTCAGAAAAGCTCGAAAACTGGTTTCAAGCTTTATTAGAGCTGCTGAAGAAGTTGAAGAGGTAATCAACGATTAGCAGTAGATTTTATGCTGCTTTTAATCATTAACTTGATAACTTGATCTTTCAAAAAACAAGGTGTTATCTTCAATTCAGCATGAAGTTTTCTTGTTCTTTCTTATGGACAATCTTTTGTGGCAATGCCCTAAAAGGTGCTCTTCAGCAAACGCAAACCATGATTTCCCCTATTATATTATTATTTTTTTTATAAGAAACAAGAGTATGCAGTCAGCAACAAAGCAAAGAAGACAGCCTAAGGGCTGGGGGATGAGATAGCCCCCACCCAAGAGAAGCTACTTATAAACAACCTTCCAGTCCAGATGTGTACCCTCAGGATGGATCCATGGCTGCGGAGATCTCCCCTCAAAGATGTATACCCTCGACTTTGTACACTCTCCAAATAATAACTATCCATCACATGATCTATGGGACTCGAGACAGGGTTAGTCTTTATGCTTTAGGAGAAACCTTAAGGATGACGAATTTGAGGAATGGATGGAACTTATGGATTGCCTCAATGGGTTCCATATCAATTCAACCAAGGACAAACGGTTTTGGCAGCTGGCCACTAAAGTTACATTCTCCTCTAAATCCCTATCTTTGGACTTGGGATCTAAACCAACCTCCTACAGATCCTTTTCACGAGTCTATTTGGGAGGATTCTTACCCCAAAAAGGTCAAATTCTTCCTCTGGGAAATTAGCCATAATGCCATCAACACTTGTGATAGGGTTCAAAGGAAATATCCACACATGGTTCAATCTCCACATTGCTGCATCATCTGCAAATCTGAATCTGACTCTCCTAGCCACCTCTTCATCAACTGTCACTTTGCTGACAGGTTTTGGAAGGAGATTTTCTCCTCTTTTGGATGGCACACTGCTCTGCCAAATGACATCATCAATCTTCTCTCTTACACACTCAACAGATCCCCTTTTCTAACGAGAAGTGGATGCACCTAATTCGTGTTTTCTTATAGATTACATGGAAGGAGAGAAACAATCGCGTCTTCAACGATCAGGGTTGCACTTTTGATAATCATTTTGAGCTCATTATTTTTCATGCCATGACTTGGTGCAAATCTACATCTTTCTATAGCTCTTACAATCATTCATCTCTTTTGACCAATTGGAGAAATCTTTTGTAACTCCTTTGGTCTGGATTCCGATCCCTTTTTGTCCAATATTCATACATCAATGAAATTTGCTTCTTATCAAAAAAAAAAAAAAAAAGAAAAAACACTTTCCAGTCCAAAAGAGTCATGTGTAAAGGGGAATTACAAAAGAATTTTCTATAGCTATGGCACCACCAAGAAGCATTAAGCTGTGCAAAATCCCCCCCCCCCCCAAAAAAAAAAAAAAATCAAAGGACCTAGACTTATCTTCAAAGTTTCTTCCATTTTGTTTCTACTAAAAACTCCACAGAAGAGCGTTCAAGGAAAACTACTATAATGTTCCAGCCTTGTTCTTAAAATTCCATCCCCTCAAGCCTCAATGAATGGAATTATCTAGGGTTGATTCCTTATTGATCAAATCTCTTTGGAGCTCCTCTTTCATTGGTTGGACAGTGTTGGATGTCATTGATTCATCAGGGGTTATTCTTATTCTTTGGAGCGAACCTGACTTTTCTATCCATGAGGTTATCCAGGGACTTTTTTCTGTGTCTATTCACGTTTTTCTGGTAGATTGGGCTTCTCTTTCTGGCTCACGGCAGTCTATGGTCCTTTTGATAATTTCTTTGGTTCTGAATATTGGCAAGAACAGTATGTGTGCCTTTAATCAGTGGATCTCCGACTATCAATTGTGTGATATTCCTCTGGGAAAAAGGTTGTTTTACTTGGTCCAGTTCTAGCCCTACTTGGTACCTATCTTTGTTGGATCATTTCCTTCTTATAGAAAATTGTTTACGTAAATTGGATTTAGTTACACTTAAACGCCTTGATCACATCTGACCACTTCCCCTTGACCCTCTTCTCTGGTAGCATTGACTGGGGTCCTTGGTCTTTCTGTTTTGAAAACTTTTGGCTTCAGGTTCCTTCTTTTTGTGCTTTAGTGGAAGATTGGTGGATCCATTACCCTATTATTGATTGTCCTGGTCACAGATTGCTAATGACATTGCAAGGTTTGAAATCTTTTATTCTAATTGGAGCAATACTCAATATCTTGAGGCTTCCAAATTACCTTCTCTTGTGACACATCTATCTTAATTGGATGATTTGTCCATGAGGAATAAATCAATGGCCGTTGTTTACTTCGTGATCAGATTGAAAGTGACTGTACAAGAACATATTCATTGGCAGTAACGCACATAAGCATATGTGGTTTTTTTAGGGTGATGAAAATACCTAATTTTTCCATCTAATAGTTGCTGTCCATCGCTGCAAGACTTGATAGTTGAAGTCCTTTCCAAGAACGGTACTAACCTGTTGACAGCGTAGGAAATTGAGGTTGAATTTCTGGCATTCTATTTGACATTATTCACCAAGCATGGCAACGCTTTCTTCCAACCAACCTAAAGTGGAGTCCTATTAATTCTACCCAAGCTAGTAATCTTGGACGCTTCTTTATTGAGGATGAGGTTGTTTTGGCTGTCTCCTCTCTTGGTACTAGCAAATCCCTTGATCCCCCAATGGTTTCACCGCTGAGTTTTGTAAGTTTTTCTGGTCAATGATTAAATTTGACATTATGTTTTTGATACAAGACTTCTTTACCTACAAAGTTATTAATGTTAAGTTGAATGAGACTTATATTTATCTTATACCAAAGAAGGTTGACTCTCAATCTGTATCGGGATTTTCGGCCGATTAGAAGATTGTTGCTCGGGTTCTTTCGAATCCGCCTAAGGAAGTTCTTCCTCATACTATTGCTGCTAATTAGCTTGCTTTTGTGGCTAATAAACAAATTCTTGATGCCTCCTTAATGGCTAATGAGCTCGTTGATGATTGGTCTTTTCTAATTAGGCGAGGGTGGTCCTAAAGTTTGATTTGGGAAAGGCTTTCGATATGGTTGATTAGGACTTTCTTGACTCTGTGGTTCAGGTAGAAGGTTTTGGTACACTGGGGTGAACTTGGATCAAAGGTTGCATCTCTAGCCTCGATTACTTCATCATTATTAATGGTCATCCACGTGGGAGATCATTCCAACCCGTGGTATCAGAAAGTGAGATCATTCCAACCTGTGGTATCGAATGTCCCTTTGGGGACATCTGATAAAATTGGAACGCAATGAGATCCTCTTCCCCTTTCCTATTTATTTTAATTGTTGACTGTCTAAGTTGTCCTCTTTACTCTTCTTACTTGTGGCTAAGCATGACTTTTCCGATTGTCTTTGGCCTTATTCTATCGCTCGGGGCTCCTTAAAAGATCCTTGGAGGTTTATTTGTCAGTATATTGTGTTGGTTGCTAATCATATTCAACGTCGTCTTGGTGATGGATCTACTACTTCTTTCTGGAATGACTCATGGATTAGCTGTGGTGTTCTTTCCTCTATTTATCCTTGGGTTTTCCAACTTGCTCTTCACCAAGAGGTTATTGTGGCTAATGTGTGGATTCCACCTACAATGCTTGATTACATTTATGTTGTACTCTTACTGTTATAGTTCTAATATTAGGGATTTTTTATTATTGTAAATATCTTTGTTATATTTTCCTTTTATGGCTTTTTCTACACTTTCCTTCTTTAGTCACTTTTGTACACTTGTATACATACATATCTTTAGTGAATGGAATAAAGTATTCTGATTCTCTCAAACCTAAGAGTTTAACATGGTATCAAAGCATCAAGTTTATTAGGGTTTTGTCTCATTGAAATCTAGCCGCCACAACCATATTCGTTCCGATCGACGGAGGCAGACTCATCGCCATTAGGGTTTTAGTATAGTTTTTCTGTCAGCACCGTCACAGCTCATCGTCGGCCGCTTTCCACCGTTCTTGGTTTGCCGTCGTGGGTCTTTTACTTGTCCATGATTTGCCTTGTCGTTCGTGTTTTGTCTGTGGTTCATGGAGCTTTGCAACCAGATCGCACCACCTCAAGTTGTCGTTTTTAGATCTGCCGTTTGACTTGCAGTTGTGCGTCCACTGTGGGTCTCTGCTATGCCCGACCCTTGCTCCAGTTCACACGCACCACGATCCGAAGCTCACGCCCATGATCCGTCACCGTTGACCAGTTTCGTTGTTCGCTTCCTCTCAGATCAGGCTGTCATTGCCGCTGCACATACTTCTAGACTCACCTCTGCAGAACTTCTCCGTCCAGACCAGCACCGCCTAGTTCATCTGACTCTATTTCAGCTCCCACGGATCTATTCCAGATTCATTCACCCATCTGTGTTGACGTAAAGCAGCATTCGTGAAGGTTGTGAAGTTTCAAAGCGTGAAAATTGTGAAATTACAGATCTGTTTTGGTTTGTATTTTGGTTAAATTTGTTTCAACTGGTCTGGTTCATTTTCAGCTTTGTTGGGTTCAGTCAGACCGGTTTGGCAAGACCAATTTCGGTTCAGTCAGCCAGCGGAATGAGGGTCCTTATCTCACGCCCATAACCTTACTAAGTGGGAGATTTCTGAATGAGGATCCTTATCTCTCAACATTTGTCTTCTATCAAACTGTGCTCCTCTTTTGATTCATGGATTTGGTCCATTGACCCCTCGGTTTTTACAGTTAAATTCCTTGTGGCAGACCATTAATGACAGAAAATTTAATTGTCTAGACACATCCCCAAATTCACTTCCTCCAGCACTCTGCAGAACACTTAAAACTTTATCGTAAGCCTTCTTATAATCTAGTTTCAAGATAAATTCCTTTTCTTTATGAGCTTTCAAGTCCCCCACATCTTCAGAAGCCACAAGGATGGCATCACAATTTTTTCTTCCTTCCACAAAAAATTGCTTGGCTATTAGCAATGGAATCTGACAGCAGTTGTCTAAGGTTTTCAGGAAGGACTTTGACAATGGCAATGATGGCAGTGAGGCTAATTGGATGAAAGTCCCCAACTCTGTTTACCTTCAACTTCTTTGGAACCAGATAAATGGAAGTCTCACTTGTTCTCTTGTTTACGACCCCTTTAGAAAAAAAATCTTGGAACACCAAGTCTGCTTTAACAATGATGTGAGAGTTGAGACTTTAAAAAACTTACTGGTCATGCCATCCGACCATGGAGATTGTGAATTGCAAGGATCATTACTGCATTTCTTATTTCAGACTCCAAAGGAGCTTTCAACCTATCTTTTAACGCCTTAGGAAAGAGACATGAATGAACTGAGGTCACTTCCGAATGAGAGGGATCCTGAGGACATGAAAGTATAGTTAAGAAATGCTTAAAAGAACTGTAAGTTACTACCTATACTAACAAGGTGCACCTTCCTTTTTGGTGGCTCAATCATAGGAACTCTAAAGTTAAGCTTGCTTGGCATGGAGCAATTCTATGTTGGGTGACCTCCTGGAAATTTTCCTAGGAAGCATGTGAGTAAGGATAAAACATGCTGAAAGGACCCGTGTTGGTTTGTAGAGACAACTTTTACCCTTAGAAGCCTTCAAGACAAACAACAATGATGTAGCTGGGTCACAGGGGATGTAGGAAAATGTCGGGACCATCAGGTGTCGAATCTTGCACTTGGGGCGTTATAGATGGTATCATAGATGAACCTCTCCCAGTAAGATGTGGTTTGGGGACAAACTAGGTGGAAGTTGGTAGATATATATCACCCCTAGTTTAGGAGGGGGATATGAATGAACCAGGTCACATCCGAATGAGAAGGATCTTGAGGACATGAAAGTATAGTTAAGAAAGGCTTAAAAGAATTGAAAGTCACTACCTATACTAACAAGGTGCACCTTTCTTTTCGATATCTCAATTATAGAAACTCCAAAATTAAGCGTGCTTAGCTTGGAACAATCCTATGTTGGGTGACCTGGAAATTTTTCTAGGAAATATGTGAGTGAAAATAAAGTATGCTGAAAGGACCCGTGTTGGTTTGAAAGGACAACTTTCACTATTAGAAGCCTTCAAAACAAGCAAGGATGATGTAGCCAGATCGTAGGGATGCAGGGGAATGTCGGGGCCATCAGGTGCCAAATCTGGATTATAAATCATGGTCTGAATCCTAGGCCTAGGACATTACACTATCCTTCCAAAAACATGGATAAGAGAGATCAATTTAAACCATCCACCGCAAATCACTGCTCCACCCTCTGTTTGTACAAATTGTTAAAAAAAAACCAACACTCCTTTCTGATGTAAGCGTCATTTCCTCCTAAATTCTCCAAGGAGGAACTTTGCAACAACCAGCATTGATAGAAAGAAGAATTCTCATCCCCCTCCTTTAGCTTTCAACTCCTGTCTCTGGTCATACAGATCCATCTCCATCATTCTAGCTTTCAACTCCTGTTTTTACACTGTTTTGTCTTCCAAAAAAAAGACCCATCTCCCCTCATCTAACACCTCTAGTTTCCTCTATTTTATTTATTTATTTTCCAATTTCCCAAAAGTATCTCTGTTTTAGTCTTCTTATTTAAAAAACAAAGTATCTCTGTTCTAGTCAATCAGATTAGCTTTCATATCCCAAATCTTCATCATGCAATAAAAATCCGACGAGCCTTCAGGAGCAAGCTCCTTCCACTGGCCTTCCACCACCTCTAGTTTCCTCTGTTTTATTTATTTATTTTCCATTTTTCCAAAAGTATCTCTGTTTTAGTCTTATTAAAAAAAAAGTATCTCTGTTCTAGTCAATCAGATTAGCTTTCATATCCCAAATCTTTATCATGCAATAAAAACCCAACGACCCTTCAGGAGCAAGCTCCTTCCATCGTCTTCCACCTTGCCATGAAAATTTGGGTGATCAGCAAACATATTCTCAAACCGAAAAAGGCAGAGAGACAAGGGAGGGGAGAGAGTGAGAGAGAGCTCCTTTTTTATTTTTTATTTTTTATTTTTTAATTTATAGCAACTAAGAGAAAAAGAAATTTATGATTTCTCAATTAAACAATTAGAGTTCACTCCTATAGCTTGCACGGTGACTTGGCTATGGTTTGAGAAATGATGGATATTGAGGGTCATTTATTGGTATATTCTTCTTGGGTATGGTTACAGTGTTCTACTCATGGGTAGTATTCATGGTGAATTTTCTTTGAATATTTCTAATTTCATATCAACTTTCACATAAAGCTCTGACAAAAGGAAAAATACTTGGATGTAGCACGGCTATATGCTCACCAATTGCCTAATCAAAAACTGCCATGTGGCAAGAAATTTTGACTTTTTCAAAACAGTTTGATTATTATTTTCTTGTCATGTGATAAATGAAGGGGGCTACAGGGTGGCTGCCCATTGCAAAAGTGGCTTAGCAACTTACTGATACTATAGTTCATCTATTTGAATGCAGAAAATTGAGGAAGCTGCTGAGAAAGGGGAACTAACAGAGCTTGTTCTATTGGTCATATGGAATCGGCTTGATTTAGCACGTCATGATGTATGTTTTTCTTCAAATTCCTTTAATTTTAATTTACTTGTTTAGTTTGGAGGGAGCCTAGTTCAATGTGCTTACTTATAACTGGCTCTTTTTTCAGGATGAAAAGGATGCAATTAGAAGTCTTGATCTGCTATATCGAAGGGTTGAGGTATGAACATTTTTTAAACTGTTTTAGACATTCCATGTTTGTTAAACACTCATTCAAATCCTCCTCCGTCACACTCAGTAGATGGAAGTTATGCAAATATAGGTCAAGGAAAATGTTCAAAACTTATCCCAGTTTATTTATTTTATTTTATTAAAGGAAACAGAATTTTTCACTGAAATGATGTATATAAAAATAAGATGACAAACCCTTCTATAACAAAGCATAAGATGTATACAGTGGACTAAAACAATCCAAATCAAAGCAGAGGAATCGAAACTGAAACGATCTCACAACTAATAAACCAAGGAAGAGATCTTCCAAAAGGTCCGACCAAACAGAGGGAAGAGATTAATCTTCAAAGCCTTGAAGAGATCTTCCAAAAAAACAAAAACTCTGCAAGGTAATCTAAAACTGTAAGAGATCAAAACAACGAAGGATAAGCTTCTAAAATGTCCAACCAAACTGAAAACCATTGATCTCAATCGAGCTATCAATCACCCACTGAAAATGAGAAGGTGAAGGTCTTCAAAGTACCCATGTAAAGCAATCTCAAAGGAGGAGACAAGCATAGAGAAGAAAACTTCCTATGCAGAGTTAAAAGCAAAACTTGTAGGCTTCAAAAGATGCTTCAAACCGAAAGACTTCTAAAAAATTGAAGAAGAAAATGACTTAAAATCAGACCCCAAAACCTCAATTAAATCTTAATTTGTGGTGACACTGCTACTTCTTAATCTTAATCTTCATACTAGCCTTGCTATTTCAGTGCTACATCCAATTCCTCCCTGCACACCAAATTGGCAAATACATTCCTCCACATTGATCTTCACCTTTGGCCCAAAACTCAAAGATCGACCAATTTGAAAGTACTTATATTTCCTTGTTTCCTATTGACTTTATACATCAAGAGGGCTTTATTCAGGCTTTCATAATCGCTATCAAACTCCATTGATGCTATCAAATCCGGTGTCAGTTGTGTCTCCCAAACTTGGCCTTTTCAGGGATCGCCATCTTCCCCATGGTAAGACCAATCTTTTGTCTTATCCTCATGGGTTTAGGCATAGAGTCGTGCAATAGTAACCAAGACCTCTTGCATCCATCACGTTCTGTGCCTGAAGCCACCAATAGGTTTTGTTGTGTTCAGTTGCTGCCCAGTCTTTCTGTTTAAGTTTTGATGTAATTAAGTTTACCGTAATCTATAAGCTTAAACTTTTGAGTCTAGTGGTGATTGAACACACATTTTGAAGCCCATAAATGAGGGAGAGAGTGAAAATATTTATATAATTAAATATACTGCAACCATAAGCTTAAGCTTTTGGGTTCAGTGATGATTTAACCCAAAATTTCAAGTCCAAAATCATAGAAGAGTAGAATTGGTTATAATTAAATTTATCATAATTCATAAGCTTAAGCTTTTGAGTTCACTGGTGATTTAACACTCAATCTCTGCCAAACAAACTCTTTCCATTCGTTATTCCAGGAAGAAAAAGAGTATTTTAGCAAGAACTCGAAGTATGTAGAGATAGATGTGCAGTAGGCATAAAATGTCCTCTCATCTCTATGATTGTTTTCGAAGTATGTAGGGGTAGAAGACCAGGAGCAGGCATTAAATGTCCTTTCTTCGCTATTTTTAGCCTACCCAGTACCTTACAACAGTCATTGGTGTTGAAGCACCAGAAGCATTGTAAGTCACTTAGAAATTTCCCTGCTTTTGGTCCACTTCCATTCCTTGTGTAAGTTCAATTCTGCTTCAAGGGGCCAGCATCAAGAGCTGCTATTTAACTGACAGTATATGTTGGATTTAAGCATGCTCCGGAAGACCGTTTTACAAAAATAAAATAGAATAAAATGAAATAAAATAAATTAAAAATCCACACACACACACATATATATACTGAAATTCAAGTAGTTCTCTTTTTAAACCAACAGTCTAGTTAATAATCTCATAAAAAATTTAGTTAGTTTCTCCATATTTCGTTTATTTTCAGTTGCTTTACAACAAATGAACAATTTAGTTGGTTTATTCTCATAAAAAGTTAGTTTCTCCATATTTCGTTAATTCCAAAATGCGTTTTTACTCTATTTTGTTGGTTGCTGTACCATAAAAGAAACCTTAATGAAATGAGAGAATCGTTACTTTTAAAGATTCATAATTCATTAAATGGAAATGTATGCCATAGCTTCAACTTGACTAGATTTTAAAATTTTAAAAGCATAATAACCAGAAGAACCGGTCAAACTCAAATGATTTTAACATTAGACCATGGCACATACTGTTTAGTACTGAAGTTCAATGTAGCTCTTTCTAGTCATAACGTTTGCACCAACTTTTTCCCTTCAACTTACCTTCAGAAAAGCCAGAATCTGGATTCTCCTAATAATTCAAGTTATTCCTTCACATTTTAGACTGAAATTCTCAAACGAGAGGCTACTCCTGCCATGAGACTCCTCAATGAACTTCTGAATATGTATGATGGTTTTGACGATGAAGGATGGTTAAAGAACTGCAGAAAACGCATGGTCGATACCTTTCCGCGGGAGGATCCATTTAGCATTCTCGTTCCAGCTGGATTCGACATCGATAAGGTATAATTTGTGCAAATATGATAGCTCAATTGGTTTGTAATGCAGATGTTGATGGAAAAAGTAAAGGAATGTCTAAACTTAGTCTATAATGTGGCTAATTCGGCTTTTGTCCTATGTTCTTTTCATGATTAGCATCAAGGACCGTTACGGCCATCTCTTGAAGTTGAAGCTGATAATACGTTGTTGAGAGTAGACTTCGTCAGAGAGGTTGATGAGTTGCTACAAGAAGTTGGAGCAGATCAGAGTGAAGTGCAAAATGGAAATGCAGATGGTTTTGATGCGGAATCTGTGGCAAGTAGGTTGAAACAACAGGAGAAACAACGTACAATAAGGTTGGTAGAAGCGCTGCTAGATTTGGCTATGAATCTGAAGTGGTAG

mRNA sequence

CTTTGGACTTCTCGTTTTTTGAAGCACTATTCATCTGGTCCTGTTTTACGGAGGAGCTTAAGCAAGGAAGAGCCGCTTATTGATGGGCTTCCTAAAGAGTATTACGATGATGAATGGCAAGCCCGGCAAAGAGAGAAGACAAAGGAGTTACATCGAAGGCGTCAAGAGGAAGATGAAGAAGAGGACAGAAAGGTAGAAGAATATCGTGAAATTGGGATGCGTCTGAAAGGATTTCCAGAAGAAGATGTCAGAAAAGCTCGAAAACTGGTTTCAAGCTTTATTAGAGCTGCTGAAGAAGTTGAAGAGAAAATTGAGGAAGCTGCTGAGAAAGGGGAACTAACAGAGCTTGTTCTATTGGTCATATGGAATCGGCTTGATTTAGCACGTCATGATGATGAAAAGGATGCAATTAGAAGTCTTGATCTGCTATATCGAAGGGTTGAGACTGAAATTCTCAAACGAGAGGCTACTCCTGCCATGAGACTCCTCAATGAACTTCTGAATATGTATGATGGTTTTGACGATGAAGGATGGTTAAAGAACTGCAGAAAACGCATGGTCGATACCTTTCCGCGGGAGGATCCATTTAGCATTCTCGTTCCAGCTGGATTCGACATCGATAAGCATCAAGGACCGTTACGGCCATCTCTTGAAGTTGAAGCTGATAATACGTTGTTGAGAGTAGACTTCGTCAGAGAGGTTGATGAGTTGCTACAAGAAGTTGGAGCAGATCAGAGTGAAGTGCAAAATGGAAATGCAGATGGTTTTGATGCGGAATCTGTGGCAAGTAGGTTGAAACAACAGGAGAAACAACGTACAATAAGGTTGGTAGAAGCGCTGCTAGATTTGGCTATGAATCTGAAGTGGTAG

Coding sequence (CDS)

CTTTGGACTTCTCGTTTTTTGAAGCACTATTCATCTGGTCCTGTTTTACGGAGGAGCTTAAGCAAGGAAGAGCCGCTTATTGATGGGCTTCCTAAAGAGTATTACGATGATGAATGGCAAGCCCGGCAAAGAGAGAAGACAAAGGAGTTACATCGAAGGCGTCAAGAGGAAGATGAAGAAGAGGACAGAAAGGTAGAAGAATATCGTGAAATTGGGATGCGTCTGAAAGGATTTCCAGAAGAAGATGTCAGAAAAGCTCGAAAACTGGTTTCAAGCTTTATTAGAGCTGCTGAAGAAGTTGAAGAGAAAATTGAGGAAGCTGCTGAGAAAGGGGAACTAACAGAGCTTGTTCTATTGGTCATATGGAATCGGCTTGATTTAGCACGTCATGATGATGAAAAGGATGCAATTAGAAGTCTTGATCTGCTATATCGAAGGGTTGAGACTGAAATTCTCAAACGAGAGGCTACTCCTGCCATGAGACTCCTCAATGAACTTCTGAATATGTATGATGGTTTTGACGATGAAGGATGGTTAAAGAACTGCAGAAAACGCATGGTCGATACCTTTCCGCGGGAGGATCCATTTAGCATTCTCGTTCCAGCTGGATTCGACATCGATAAGCATCAAGGACCGTTACGGCCATCTCTTGAAGTTGAAGCTGATAATACGTTGTTGAGAGTAGACTTCGTCAGAGAGGTTGATGAGTTGCTACAAGAAGTTGGAGCAGATCAGAGTGAAGTGCAAAATGGAAATGCAGATGGTTTTGATGCGGAATCTGTGGCAAGTAGGTTGAAACAACAGGAGAAACAACGTACAATAAGGTTGGTAGAAGCGCTGCTAGATTTGGCTATGAATCTGAAGTGGTAG

Protein sequence

LWTSRFLKHYSSGPVLRRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEEEDRKVEEYREIGMRLKGFPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLVIWNRLDLARHDDEKDAIRSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFDDEGWLKNCRKRMVDTFPREDPFSILVPAGFDIDKHQGPLRPSLEVEADNTLLRVDFVREVDELLQEVGADQSEVQNGNADGFDAESVASRLKQQEKQRTIRLVEALLDLAMNLKW

Homology

[Close]

BLAST of Bhi05G000269 vs. TAIR 10
Match: AT2G48120.1 (pale cress protein (PAC) )

HSP 1 Score: 404.8 bits (1039), Expect = 5.7e-113
Identity = 203/273 (74.36%), Postives = 238/273 (87.18%), Query Frame = 0


Query: 17  RRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEEEDRKVEEYREIGMRLK 76
           R S + +E L++G+P EYYDDEWQARQREKTKEL R ++EE+EEE+RK+EEYREIG RLK
Sbjct: 41  RCSGNNDEVLLEGMPPEYYDDEWQARQREKTKELRRMQREEEEEEERKIEEYREIGTRLK 100

Query: 77  GFPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLVIWNRLDLARHDDEKDA 136
            FPE+D+RKARKLVSSFIRAAEEVEE+IEEAAEKGEL ELVL++IWNRLDLAR DDEKDA
Sbjct: 101 EFPEQDLRKARKLVSSFIRAAEEVEERIEEAAEKGELDELVLMIIWNRLDLARRDDEKDA 160

Query: 137 IRSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFDDEGWLKNCRKRMVDTFPREDPF 196
           IRSLDLLYRRVETEILKR+A+PAM+LLN+LLNM+DGF+D+ WLK+CRKRM +TFPREDPF
Sbjct: 161 IRSLDLLYRRVETEILKRQASPAMKLLNDLLNMHDGFEDDAWLKDCRKRMAETFPREDPF 220

Query: 197 SILVPAGFDIDKHQGPLRPSLEVEADNTLLRVDFVREVDELLQEVGADQSEVQNGNADGF 256
           SIL+P GFDID HQG LRP +E E DNTLLRVDFVREVD LLQEV  ++        +G 
Sbjct: 221 SILMPPGFDIDMHQGQLRPPIETETDNTLLRVDFVREVDALLQEVRIEEDATTGSKGEGL 280

Query: 257 DAESVASRLKQQEKQRTIRLVEALLDLAMNLKW 290
           D E++A + KQQEKQRTIR +EA+LDLA+NLKW
Sbjct: 281 DPEAIALKFKQQEKQRTIRQIEAILDLALNLKW 313

[Close]

BLAST of Bhi05G000269 vs. TAIR 10
Match: AT2G48120.2 (pale cress protein (PAC) )

HSP 1 Score: 386.3 bits (991), Expect = 2.1e-107
Identity = 197/273 (72.16%), Postives = 232/273 (84.98%), Query Frame = 0


Query: 17  RRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEEEDRKVEEYREIGMRLK 76
           R S + +E L++G+P EYYDD      REKTKEL R ++EE+EEE+RK+EEYREIG RLK
Sbjct: 41  RCSGNNDEVLLEGMPPEYYDD------REKTKELRRMQREEEEEEERKIEEYREIGTRLK 100

Query: 77  GFPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLVIWNRLDLARHDDEKDA 136
            FPE+D+RKARKLVSSFIRAAEEVEE+IEEAAEKGEL ELVL++IWNRLDLAR DDEKDA
Sbjct: 101 EFPEQDLRKARKLVSSFIRAAEEVEERIEEAAEKGELDELVLMIIWNRLDLARRDDEKDA 160

Query: 137 IRSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFDDEGWLKNCRKRMVDTFPREDPF 196
           IRSLDLLYRRVETEILKR+A+PAM+LLN+LLNM+DGF+D+ WLK+CRKRM +TFPREDPF
Sbjct: 161 IRSLDLLYRRVETEILKRQASPAMKLLNDLLNMHDGFEDDAWLKDCRKRMAETFPREDPF 220

Query: 197 SILVPAGFDIDKHQGPLRPSLEVEADNTLLRVDFVREVDELLQEVGADQSEVQNGNADGF 256
           SIL+P GFDID HQG LRP +E E DNTLLRVDFVREVD LLQEV  ++        +G 
Sbjct: 221 SILMPPGFDIDMHQGQLRPPIETETDNTLLRVDFVREVDALLQEVRIEEDATTGSKGEGL 280

Query: 257 DAESVASRLKQQEKQRTIRLVEALLDLAMNLKW 290
           D E++A + KQQEKQRTIR +EA+LDLA+NLKW
Sbjct: 281 DPEAIALKFKQQEKQRTIRQIEAILDLALNLKW 307

[Close]

BLAST of Bhi05G000269 vs. ExPASy Swiss-Prot
Match: Q39089 (Protein PALE CRESS, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=PAC PE=2 SV=1)

HSP 1 Score: 404.8 bits (1039), Expect = 8.0e-112
Identity = 203/273 (74.36%), Postives = 238/273 (87.18%), Query Frame = 0


Query: 17  RRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEEEDRKVEEYREIGMRLK 76
           R S + +E L++G+P EYYDDEWQARQREKTKEL R ++EE+EEE+RK+EEYREIG RLK
Sbjct: 41  RCSGNNDEVLLEGMPPEYYDDEWQARQREKTKELRRMQREEEEEEERKIEEYREIGTRLK 100

Query: 77  GFPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLVIWNRLDLARHDDEKDA 136
            FPE+D+RKARKLVSSFIRAAEEVEE+IEEAAEKGEL ELVL++IWNRLDLAR DDEKDA
Sbjct: 101 EFPEQDLRKARKLVSSFIRAAEEVEERIEEAAEKGELDELVLMIIWNRLDLARRDDEKDA 160

Query: 137 IRSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFDDEGWLKNCRKRMVDTFPREDPF 196
           IRSLDLLYRRVETEILKR+A+PAM+LLN+LLNM+DGF+D+ WLK+CRKRM +TFPREDPF
Sbjct: 161 IRSLDLLYRRVETEILKRQASPAMKLLNDLLNMHDGFEDDAWLKDCRKRMAETFPREDPF 220

Query: 197 SILVPAGFDIDKHQGPLRPSLEVEADNTLLRVDFVREVDELLQEVGADQSEVQNGNADGF 256
           SIL+P GFDID HQG LRP +E E DNTLLRVDFVREVD LLQEV  ++        +G 
Sbjct: 221 SILMPPGFDIDMHQGQLRPPIETETDNTLLRVDFVREVDALLQEVRIEEDATTGSKGEGL 280

Query: 257 DAESVASRLKQQEKQRTIRLVEALLDLAMNLKW 290
           D E++A + KQQEKQRTIR +EA+LDLA+NLKW
Sbjct: 281 DPEAIALKFKQQEKQRTIRQIEAILDLALNLKW 313

[Close]

BLAST of Bhi05G000269 vs. ExPASy TrEMBL
Match: A0A5D3E2R9 (Protein PALE CRESS OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold216G00420 PE=4 SV=1)

HSP 1 Score: 518.5 bits (1334), Expect = 1.8e-143
Identity = 272/289 (94.12%), Postives = 276/289 (95.50%), Query Frame = 0


Query: 1   LWTSRFLKHYSSGPVLRRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE 60
           LWTSR  KHYSSG VLRRS SKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE
Sbjct: 26  LWTSRSSKHYSSGLVLRRSFSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE 85

Query: 61  EDRKVEEYREIGMRLKGFPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLV 120
           EDRKV+EY EIGMRLK FPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLV
Sbjct: 86  EDRKVQEYHEIGMRLKEFPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLV 145

Query: 121 IWNRLDLARHDDEKDAIRSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFDDEGWLK 180
           IWNRLDLAR DDEKDA+RSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFD+EGWLK
Sbjct: 146 IWNRLDLARCDDEKDAVRSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFDNEGWLK 205

Query: 181 NCRKRMVDTFPREDPFSILVPAGFDIDKHQGPLRPSLEVEADNTLLRVDFVREVDELLQE 240
            CRK MVDTFPREDPFSILVPAGFDIDKHQGPLRPSL VEADNTLLRVDFVREVDELLQE
Sbjct: 206 ACRKCMVDTFPREDPFSILVPAGFDIDKHQGPLRPSLTVEADNTLLRVDFVREVDELLQE 265

Query: 241 VGADQSEVQNGNADGFDAESVASRLKQQEKQRTIRLVEALLDLAMNLKW 290
           VGA QS+VQN NAD FDAESVASRLKQQEKQRTIRLVEALLDLAMNLKW
Sbjct: 266 VGAVQSDVQNENADSFDAESVASRLKQQEKQRTIRLVEALLDLAMNLKW 314

[Close]

BLAST of Bhi05G000269 vs. ExPASy TrEMBL
Match: A0A1S3BMU2 (protein PALE CRESS, chloroplastic OS=Cucumis melo OX=3656 GN=LOC103491280 PE=4 SV=1)

HSP 1 Score: 518.5 bits (1334), Expect = 1.8e-143
Identity = 272/289 (94.12%), Postives = 276/289 (95.50%), Query Frame = 0


Query: 1   LWTSRFLKHYSSGPVLRRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE 60
           LWTSR  KHYSSG VLRRS SKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE
Sbjct: 26  LWTSRSSKHYSSGLVLRRSFSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE 85

Query: 61  EDRKVEEYREIGMRLKGFPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLV 120
           EDRKV+EY EIGMRLK FPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLV
Sbjct: 86  EDRKVQEYHEIGMRLKEFPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLV 145

Query: 121 IWNRLDLARHDDEKDAIRSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFDDEGWLK 180
           IWNRLDLAR DDEKDA+RSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFD+EGWLK
Sbjct: 146 IWNRLDLARCDDEKDAVRSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFDNEGWLK 205

Query: 181 NCRKRMVDTFPREDPFSILVPAGFDIDKHQGPLRPSLEVEADNTLLRVDFVREVDELLQE 240
            CRK MVDTFPREDPFSILVPAGFDIDKHQGPLRPSL VEADNTLLRVDFVREVDELLQE
Sbjct: 206 ACRKCMVDTFPREDPFSILVPAGFDIDKHQGPLRPSLTVEADNTLLRVDFVREVDELLQE 265

Query: 241 VGADQSEVQNGNADGFDAESVASRLKQQEKQRTIRLVEALLDLAMNLKW 290
           VGA QS+VQN NAD FDAESVASRLKQQEKQRTIRLVEALLDLAMNLKW
Sbjct: 266 VGAVQSDVQNENADSFDAESVASRLKQQEKQRTIRLVEALLDLAMNLKW 314

[Close]

BLAST of Bhi05G000269 vs. ExPASy TrEMBL
Match: A0A0A0KJC6 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G408790 PE=4 SV=1)

HSP 1 Score: 513.5 bits (1321), Expect = 5.9e-142
Identity = 271/289 (93.77%), Postives = 275/289 (95.16%), Query Frame = 0


Query: 1   LWTSRFLKHYSSGPVLRRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE 60
           LWTS      SSG VLRRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE
Sbjct: 26  LWTSPSSHRCSSGLVLRRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE 85

Query: 61  EDRKVEEYREIGMRLKGFPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLV 120
           EDRKVEEYREIGMRLK FPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLV
Sbjct: 86  EDRKVEEYREIGMRLKEFPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLV 145

Query: 121 IWNRLDLARHDDEKDAIRSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFDDEGWLK 180
           IWNRLDLAR DDEKDA+RSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFD+EGWLK
Sbjct: 146 IWNRLDLARCDDEKDAVRSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFDNEGWLK 205

Query: 181 NCRKRMVDTFPREDPFSILVPAGFDIDKHQGPLRPSLEVEADNTLLRVDFVREVDELLQE 240
            CRK MVDTFPREDPFSILVPAGFDIDKHQGPLRPSL VE+DNTLLRVDFVREVDELLQE
Sbjct: 206 ACRKCMVDTFPREDPFSILVPAGFDIDKHQGPLRPSLAVESDNTLLRVDFVREVDELLQE 265

Query: 241 VGADQSEVQNGNADGFDAESVASRLKQQEKQRTIRLVEALLDLAMNLKW 290
           VGA QS+VQNGNAD FDAESVASRLKQQEKQRTIRLVEALLDLAMNLKW
Sbjct: 266 VGAVQSDVQNGNADSFDAESVASRLKQQEKQRTIRLVEALLDLAMNLKW 314

[Close]

BLAST of Bhi05G000269 vs. ExPASy TrEMBL
Match: A0A6J1K329 (protein PALE CRESS, chloroplastic OS=Cucurbita maxima OX=3661 GN=LOC111491264 PE=4 SV=1)

HSP 1 Score: 512.7 bits (1319), Expect = 1.0e-141
Identity = 267/289 (92.39%), Postives = 277/289 (95.85%), Query Frame = 0


Query: 1   LWTSRFLKHYSSGPVLRRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE 60
           L TS FLK YSS PVLRRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE
Sbjct: 26  LSTSYFLKLYSSRPVLRRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE 85

Query: 61  EDRKVEEYREIGMRLKGFPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLV 120
           E+RKVEEYREIGMRLKGFPEEDVRKARKLVSSFIRA EEVEEKIEEAAEKGELTELVLLV
Sbjct: 86  EERKVEEYREIGMRLKGFPEEDVRKARKLVSSFIRAVEEVEEKIEEAAEKGELTELVLLV 145

Query: 121 IWNRLDLARHDDEKDAIRSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFDDEGWLK 180
           IWNRLDLAR DDEKDAIRSLDLLYRRVETEILKREA+PAMRLLN+LLNMYD F+DEGWLK
Sbjct: 146 IWNRLDLARRDDEKDAIRSLDLLYRRVETEILKREASPAMRLLNDLLNMYDNFNDEGWLK 205

Query: 181 NCRKRMVDTFPREDPFSILVPAGFDIDKHQGPLRPSLEVEADNTLLRVDFVREVDELLQE 240
           +CRKRM+DTFPREDPFSILVPAGFDIDKHQG LRPSLEVEADNTLLRVDFVREVDELLQE
Sbjct: 206 DCRKRMIDTFPREDPFSILVPAGFDIDKHQGQLRPSLEVEADNTLLRVDFVREVDELLQE 265

Query: 241 VGADQSEVQNGNADGFDAESVASRLKQQEKQRTIRLVEALLDLAMNLKW 290
           V ADQSEVQN NADGFDAESVASRLK QEKQR++RLVE LL+LAMNL+W
Sbjct: 266 VRADQSEVQNANADGFDAESVASRLKHQEKQRSVRLVETLLELAMNLEW 314

[Close]

BLAST of Bhi05G000269 vs. ExPASy TrEMBL
Match: A0A6J1EYI4 (protein PALE CRESS, chloroplastic OS=Cucurbita moschata OX=3662 GN=LOC111437380 PE=4 SV=1)

HSP 1 Score: 510.0 bits (1312), Expect = 6.5e-141
Identity = 267/289 (92.39%), Postives = 276/289 (95.50%), Query Frame = 0


Query: 1   LWTSRFLKHYSSGPVLRRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE 60
           L TS FLK YSS PVLRRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE
Sbjct: 26  LSTSYFLKLYSSRPVLRRSLSKEEPLIDGLPKEYYDDEWQARQREKTKELHRRRQEEDEE 85

Query: 61  EDRKVEEYREIGMRLKGFPEEDVRKARKLVSSFIRAAEEVEEKIEEAAEKGELTELVLLV 120
           E+RKVEEYREIGMRLKGFPEEDV KARKLVSSFIRA EEVEEKIEEAAEKGELTELVLLV
Sbjct: 86  EERKVEEYREIGMRLKGFPEEDVIKARKLVSSFIRAVEEVEEKIEEAAEKGELTELVLLV 145

Query: 121 IWNRLDLARHDDEKDAIRSLDLLYRRVETEILKREATPAMRLLNELLNMYDGFDDEGWLK 180
           IWNRLDLAR DDEKDAIRSLDLLYRRVETEILKREA+PAMRLLN+LLNMYD F+DEGWLK
Sbjct: 146 IWNRLDLARRDDEKDAIRSLDLLYRRVETEILKREASPAMRLLNDLLNMYDNFNDEGWLK 205

Query: 181 NCRKRMVDTFPREDPFSILVPAGFDIDKHQGPLRPSLEVEADNTLLRVDFVREVDELLQE 240
           +CRK M+DTFPREDPFSILVPAGFDIDKHQG LRPSLEVEADNTLLRVDFVREVDELLQE
Sbjct: 206 DCRKCMIDTFPREDPFSILVPAGFDIDKHQGQLRPSLEVEADNTLLRVDFVREVDELLQE 265

Query: 241 VGADQSEVQNGNADGFDAESVASRLKQQEKQRTIRLVEALLDLAMNLKW 290
           V ADQSEVQN NADGFDAESVASRLKQQEKQRT+RLVE LL+LAMNL+W
Sbjct: 266 VRADQSEVQNANADGFDAESVASRLKQQEKQRTVRLVETLLELAMNLEW 314

The following BLAST results are available for this feature:

BLAST of Bhi05G000269 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G48120.1	5.7e-113	74.36	pale cress protein (PAC)	[more]
AT2G48120.2	2.1e-107	72.16	pale cress protein (PAC)	[more]

BLAST of Bhi05G000269 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q39089	8.0e-112	74.36	Protein PALE CRESS, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=PAC PE=2 SV...	[more]

BLAST of Bhi05G000269 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5D3E2R9	1.8e-143	94.12	Protein PALE CRESS OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold216G0...	[more]
A0A1S3BMU2	1.8e-143	94.12	protein PALE CRESS, chloroplastic OS=Cucumis melo OX=3656 GN=LOC103491280 PE=4 S...	[more]
A0A0A0KJC6	5.9e-142	93.77	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G408790 PE=4 SV=1	[more]
A0A6J1K329	1.0e-141	92.39	protein PALE CRESS, chloroplastic OS=Cucurbita maxima OX=3661 GN=LOC111491264 PE...	[more]
A0A6J1EYI4	6.5e-141	92.39	protein PALE CRESS, chloroplastic OS=Cucurbita moschata OX=3662 GN=LOC111437380 ...	[more]

InterPro

Analysis Name: InterPro Annotations of Wax gourd (B227) v1
Date Performed: 2021-10-22


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 90..117
IPR034563	Protein PALE CRESS	PANTHER	PTHR37219	PROTEIN PALE CRESS, CHLOROPLASTIC	coord: 9..289

Relationships

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


Feature Name	Unique Name	Type
Bhi05M000269	Bhi05M000269	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0071482	cellular response to light stimulus
biological_process	GO:0010239	chloroplast mRNA processing
biological_process	GO:0009658	chloroplast organization
biological_process	GO:0009965	leaf morphogenesis
biological_process	GO:2000762	regulation of phenylpropanoid metabolic process
biological_process	GO:0042254	ribosome biogenesis
biological_process	GO:0048366	leaf development
cellular_component	GO:0009501	amyloplast
cellular_component	GO:0042644	chloroplast nucleoid
cellular_component	GO:0009509	chromoplast
cellular_component	GO:0009513	etioplast
cellular_component	GO:0016592	mediator complex
cellular_component	GO:0009537	proplastid
cellular_component	GO:0009536	plastid
molecular_function	GO:0043621	protein self-association
molecular_function	GO:0019843	rRNA binding