Cmc05g0133871 (gene) Melon (Charmono) v1.1

Overview


Name	Cmc05g0133871
Type	gene
Organism	Cucumis melo L. var. cantalupensis cv. Charmono (Melon (Charmono) v1.1)
Description	ALBINO3-like protein 2, chloroplastic
Location	CMiso1.1chr05: 14822843 .. 14859789 (-)
RNA-Seq Expression	Cmc05g0133871
Synteny	Cmc05g0133871

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.

TTTCCCAAAATTGAAATCTATAAAAAATGAAAATGAAGTAAAATAAAAGCTACGTGGAGTAGGAGAGTCAGCATCCCTCGTTGGTCGGAGTTTGCCCTCTCCGCCGAAAAATGGCAACGTCGAAGCTCTGTACTCACCTTCGCCGTCTTCGTCCGTCTCGTTTTTACTCCATCTCTTTCCTTTCTTGTCCTCTGCCCTTTCGACTTCACGAAGCTCACACACTCTCAAGCTCACACCATCAACCATTCACCACTCCCTCCCATCGTTTTGATCCTCATATAAGTTCCGTTAGTGCTCTCACCGCATTCTCCTCTCGGTACTTCTGGACTCGTTCAAACGATGATTCAGAGTTCGAACAAAGTGTTGAATCAAGACACCTCTCGAACGACGATACGGGAATCCTCCAGTCGGGAATTCAAGACTTGGAACTTGGAGGAGTTGTTGAAGAAGTCATTGGTACGACTACGGTGGAGGATTCAATTTTACCCATTCAGCAACTTACTTCGATTCTGGATGGTTTCCATCAGTATACCGGTATGCCCTGGTGAGCATTTCAATACTTCTCATATGATTCTGGAGGAATATTTAGAAGAGTGTACGGAGCGTATGGATTTTGATCTTTTCTATTTCCATTTTGAACATCTTGAATCGTGTTTTGGTCATAGTGTCTTTCTTTTATTTGATATCGGTATATGTCATGGCCTATTTAACGAGCTCTGTCTTTGATTGTCGAGTAGTTTTCTGTTACTTTCCTCAAGCTCTTCTATATAAGAGAGTTTCTATAGCCGCCTTGTATTGTCATGGATAACAATAAAATACTCATCCCATTACATTGTTATACTCCGCGTGTGTACTTGAGTTAGATGCACAAAATTTTAATGTTCTCGTTGTCTAACAGTTGGGTCTTTTTGGGGTGAGGAAAGATTGTGGACGGTGGTTTCTAGTAAGATTGACAGCTTCGATTTTGGTTCTCTTGGAAATATTAAAATTTTAATTTACTTCGCTGATCCTTTTGATTTCAGGTGGGCAGTTATTGCTTCATCAACTTTAGCTCTCAGATTTACGTTGCTTCCCTTACTCATTGTTCAACTCAACAAGTTGAAAAGGATTGGTGAATTATTTCCAAAGTGTAAGTTTCCAAAGTAACGAATTGATTTATTTCTCTTTACTGCTTGACTCATTAAAGTTTTTGGCTTGGGTTGTTGAACTCCTGAATGAATAAAGGAATAATCTAATTGTATTGTTAATTATGGTGGAACTCCTGCAGTCGTAATTGGGCTGACGGGTGATTATGTAAAAAAAGTTTGAAGAATCACACACTCTTCAATGAAACCACATCTTTATCCTATCTCAATGACAATAAAAGGAAAAACCAACTAAAGAGTAGGTTGAAGGAAACATACTAAGGAACACTTGCATACTATAAACAGAAAATGAATCCTGTTAGCCAGCCATCGTGATGTTTGTGCTGTTGCAGAGTTCCTCCTCCATCTTCCTTTTAGTGATAAAGGCCGTTTTTTGTGGTTTGGGGGGTTGTGTGGTATGCTTGGTGCGGGGAGAGGAATAATAGAGTTTTCATAGGGAGGGATAGGGACCCTTACGAGGTTTGGTCCTTAGTTAGATTTCATGTTTCCCTTTTGGTCTTGGTTTGGAAACTTTTTTGTAACTATTCACTCGGTAACATTTTACTTACTTGGAACCCCTTCCTTTAGTTGGAGTGTTTTGGTGGGCTTGTTTTTTTGTATGCCCTTGTATTCCTTCTTTTTTTTCTCAATGGAAGTTGCTTTCATAAAAAAAAAAAGAAAGAAAATTGATACAATTATTAGTTGGGAGTTCTAATTTATACATCCCCAAAGTTTAGGGGGATAAGTTAATATTTTTCCTTAATTTTATTATCAGTTAGACTGATTTAAAGATATTCACGCACTCACACACAATAAAAATACAATTTAATTGTTCACAGTTAAATTGTTAATATAATCATCATTACCTTATTTTTTGTTTAACACAATCACTTTAGTTTGACTTTTATTTGCATTTCTCAAAGTGCCACCTCCACTGCCACCACCTCTTTCGAGACGGAGTTACATCGACCAAATTTCTCTTTTCCGTAAAGAAAGAAAGGCAATTGGATGCCCCTCATTTCTGTGGTTCCCTGCATACTTTTTCATTCAGGTGATTCTAATCTAATAAGAAACTATATTATTTTTGGAAAAATTTTCTATTTTCTCATGTATGAGTTTCACCAAAGTTCTATTTTAGACTATTTTTCTTTTGTCTTTGTAAATGATAATCATCCAGTGTCTATTTTTCTTGATGAGCATGAGAGAAGGTTAGTCAGAGGTAGTCCCTCTTCAATTGAAATACTCAACAAAGTAATCAAGAACATTTGTTTTTTTTTCTTTTCTTTTTCTGGATAAGGATTATGGACTTGTAAAATTTTCTTAAAATAAAAATTTCAAGGAAAAAATGGATAGTTATAGTATACTTGGCTTCTTCGATAGCTTTTTTGTAAGATGCAGCAATGATGTTAAGTATACTTCTTTAATTTGCATGGCCTTGCCCCTTGCTTTCTCTTTTCTTTCCTTGATTGGGAAGATACAAAATTCCTAAGGTCAGTTTTTTGCCTAGGTCTTCCATGGGAGGATTAATACTTTTGACCATATCCAGGAATGATTTTTGTTTCTTTAGGGCTGTGATGATCCAAACTATGAAGGTCCCAAGAAAGTTAGTATGTTTGGTGGGAGTGTTAGCTTGTTTCGATGATTTGGGATAACCTTTTGGAGACTTTTGGTGTTTGGATTATAGCCGATTGTGGTGGGATATGAATTGATGAATGAGGTCTTATTCCATCTTCCCTTTTGAGATAAAGGGGCAACTCTAGTATGCTGCTCTTTCTGCTGTTTTCTCTAATATTTGGCTGTAGAAAATAGGTGGGTCTTGAGGAGCTAAATGAGGGGATAGAAACAATTTGGCCTTGGGCTTTTCTCACCAAGGTTTCTAGTGATTATTCTTTATTTCAATTTTTTTTAAACTAGTGGTCTTGTGATGTAGAAGGAATAGGGTATATGGTCAAATCCTTAATCTATTAGGATTAGGATTAGTTTTTTTTTATTAATTAGGATTAGACTTAGTTTCTTTGGTTTATTAGGAACATGATTTGTTTCTTTTTGGGAATTTTTCAAAAAATATAACAAAGTGCGAAAACATTTACACCGTATAGAACAATTTTGAAAAAGGAAAAATCCCACAAACTCATAACGTGAAATAACAAAAATACCCGCGATTAATCGGTCACACATGCGTGAAAAAACGGTTTTGTATCCAGTCTAAACGATCTTATACTTTTGTACCAAGTTTAAACGATTTTGTACCCTTGTACCCAATCAAACGATCTTGTACCCTCGTACCTAGTCTAAACGATATATTAGTGATAGTGGTTTATCTTTGTCTATATGTGATGGATAATTGATTGTTTAGATATTGGTACATGATCGTCGTTTAGATCTTGTACCAAGAAGAAAAAAAGATGATGAGAGATGAAAAAGGAAAAAATTCTGGAAGAGGAAATGAAGAAATCGCAAGTAAGAAGAAGTGAGAATATGAACAAGGAGAAGTAATAATGTGAAAAAATTAATAATGTGAAAAGATTAATAATATGAAGAGGAGGATAATAAATTGCAAAGAAGAAAAAGAAGTAAAGTGAAGAATGGTCCAGCAATATTCAAAAACAACAAAGGGCAAACCTGGAATTTATGAAAAAAACAATGGTGGCTTCATGGGCTTTAATTTCTTGTTACACAAGCTGTCAATATTTTTGGGTTTTGTTACATTTATGTAAATTATCCTTTCTTTTATTAATTAGGATTAGGATTAGGATTAGTTTGCCAATAAATTATAAATAGAATACTTGTATTCTTGTATTTACAACTTTTAGACATTAATAAAATTTTCATATTTGGTATTCATCAAATTGGTATCAGAGTAGCAATCTGGGCCAATATTGACTGCAATTGGTGGAAAACTGGGAACTCTTTGTGACACGGAAGCTTTGTGAAGATCTATCAAGATTTTGCAAGAATGGAGTTTTATAGAACTACTACAATTTGGGACATAAATCATTATAGAGAACAACCAAGAAAGACGGAGAAATATGCAAGAAAATTCAAGAATCGGTCCTACGACAATTATGATGAAGAAGTTTATTCAAGAACACCCCATTTGTATTTGTTGTCGAACAACACACATCTAAAAAAAAAAAGAAAAGAAACCAAAGATATCAAGATTCTGCAAGAAAGGAATTTTATAGAAGAACTACTACACTTTGGGACATAAATCATTATAGAGAACAACCAAGAAAGGCTGAGAAATATGCATGAAAATTCAAAAATCAATCCTACAATAATTATGATGAAGAAGTTTATTCAAGAACACCCATACTTTCAGAATTATGGTTTGAACGAAATCAACGTATCTTCCATGATAAAGCAAGCCAAGGGCAGAAATTATGCGGGTTACAGATCTTAATGCTGCAGCTTGGTGTTCCCTTAAAAAGGAGTTCGTTAATTACTCTATCCAAGACATTTACCTTAACTGGGATGCTTTTCTTTCTCAACTTGCCTAATTGTTGTTGCATCAGATTCATTATTTGCAGATTACGCAGCCTGAAGCTCTCTATTGCTTTTTGAAGGCTTGAAGGATTGTCCCTGTTTTTAGTCTTTAGTTTTGAGATTGTTTTTTTTGGGCCTCCCCATTTGTTTCTTGCTGTTTTTCCAGTCCCATTTTGTTTTCTGGACCTTTGTAACAAGCTGGTTGCTTTTATTATTGTTTCCATGTTGGTTTGTTTATGTTTGTACTCGGGATATGATGTTTGACGCTAAGGGGGTGTCAACCTAGTTGAGATGTTCGGGTGCACCTCCTGATCTCTATAGGACTCCCTTGATTACTACTTCTTTATTGCTCTCTTTGTATAAATCTCTTGTACTTTGAGTTCTTATTAATAAAGAAGTTTTTGTCTCTGTTTAAAAAAAAATTTGTACATCAATTGTGAAATTTTTGAAGGAATGAAGAAGGATGTCAAGAAAATCCAACGTTTATTGGGAGAGATAATTCAAAACATAGAGCAATTTGCAAGAACTTAAGAAAGATGTAATTCAAGAAATTCACTACGAGGAGGAAAACGATGAACAGAAATCGGGGAGCCCACACAAAATTTCTTGGAAAGAAGAAAATACCCATAGGCAAACTGATGTGAAGAAACTTGAAAACCTAATTACAGTTGACTACAAAACAACGAGGGAGATGACTTGTCTCTAATAATTTTTTTTTTCTGGGTATTTTGTTGGCAAGGTAGAGGTGACCAAACTAAAAAATCCGATCGAGAAGATGAAAGACACATTGTTTGTGGAAAAGAAAGAAGAAAATCGTGTGGTTGATGAAGAAGACCCTCAAAAGCCTGTTGGCAACCCATTTGCTGTTGTTCGCAAAGGAGAAGAAGACGACACAACTTTTTGGCAACCTATTTGGTCTTGCAAAATTTTTACCTTTTCTTCATACCCTCTCTGAAAGACCCATGACTATGTATTCTGTTTCTGCCTAAAGATAAACCCAAATCCAGTTCAAATTTGGACCTCATTCCCTTTTATTGAACTCTATTGACCGATCCGTACACAAATTTAATGAAGTGCAAGAAATCTTTTTTGGGAGGGATAGAATGATGTAGTAGGATTAGGGTATTATGGTCAAATCCTTAATCTATTAGGATCAGGATTTGTTTCTTTTATTAATTAGGATTAGAATTAGTTTGTTTTTCAATTATAAATAAAGTACTTGTCTTCTTGTATTCACATCTTTTAAACAATAAAATTCGCTTGTTTGGTATATATCATCTTGTTTTCTGTAATGCGTAGTTTGATAGCTTGTGTTCTTTGTTTACTTGGATCCTTTAGTTCTGGTCTTTTTGTTTCATATTCCTTTGCATGTTCTATTTTCTTCAATGAAAGCTGGTTTTGTAGAAGGGGGAAAAAGAGCTGTCTCAAGCTCGATTTTGGTTTTCCATTTAAACCCATCAGGAGCATGGCCTGTTTTTTAATTAATTGACAGTATGAACCATAATGGAATTATCAGAGCTTCTAAGTTTTACATTATCTTTATTTAAGCATATGCAACCATTCCATGCAAGCACATATACTTTGAACTCTATTTTCATGTTGTTCTCGTTTAGCTCATCTGATGAAAGTCTGCCTTTTTTCTTGTTTATTTTCAAATGTACATGCAGGTCCCATGCTTCCTATTGTGGATGGTTACTATCCGCAAAATGTCACTTGATCACCATCCTGGATTTGACTATGTAAGGCTGGTTTATTAAATGTGAGGAAAAAATGAATAATTCTTCCACAATACACCTAAGAGACTGAAAAAGTTTATCTTTCTCATTTTGCCTCTTGAAAAGTGCAATCAAGGGGATGGATGAGTTGAGCTTTCTAGTTTGATGTATTTAGCTGGTCATTCTATACTACTAGATGCTTCTGTTAGGTTACTAACAAGAACTATTTTACCCAACTCTAATGGCAAAAACAGAGGCAGCACTCTGTACTTATATATTTATAATGCCAAAAGGATACATTCATAGACTTAACAAGAAGGAAAAGAACAATATCAAAGCAACAAAGCAATAAAAAGCATACCTACAGCTAGGGTATGCCTACGGCTACAGCAGCCGCCCTACTTAAGAATTACCCAAAAATAACCTACCCATCCCATTCCCAATAAGATGCTATATATGGCCTTCCAACATTCTCTCCCATTGGTCCCACAGTGCACGCTCACTCCTTTTTCATTTCCTCATCATTGTTGTCATGTTTGTTTACCATTCTACCCCTTCTTTTATATGTATGTAATATGGGAGGCCTCACAGCTTCCTTAAATTCCTTTCGTTTCCGATCTTTGATATGATCAACAAGCTGCCGTAGTTGCACTGTTTTTAATTTTTTATTTCTAGTAACTAAAGTTGGAATTATTCAAGGGTTAAGTTTGGGGTGTATTAATTGCAGGGTGGAGCTTTATGGTTCCAAAATCTGACAGAGTATCCACATGGAGTTTTTGGCCCCATATTTCCATTTTTAATTGCCAGCTTGCACTTCATTAATGTTCAGGTATTCCAACTTTTTCTTGTTTTCTAGCTCAAACAGATTTCTTTGAATGGTGTGTTAGGTGCTTCTGATCTAGCTTGAGTGAAGATTACCTGGTGCTATTGGTATGTGTTCAAGAGGCCATGCAACCTAAGATTTTTAGAATGGTTGCTGTATCGGGTATGTGAATGTTTGAAAAGAAAAAAGTGGAAGGGCATTTGAAGAGAAGATAGCAGAAACTTCCAATAGAGTTTTGTGACATTATATGGTCTTCAATTACAAACATGCATGAACTTTTATCAGACATCAGCTGAGTGCCAAGAGAAAACTCTTGTTTTTCTTCGTTCTTCACTTGCCTACACATTGTTGATTGTCATGAAAGCAACTATGTTGTTTTGACTTATTGTTGACATATTGTACATTTTTTTTGGGGCACTTTAAATTTTCTGTTTTTTCAAATCTCGCCAAACAATGATCTGCATTTTCAATTTTCAATGTTAACAGTATGTGTTCGTTGCTTATTTCTTTATTTCTTTTTCCCAGTTGTCTTTCAGAAAATCATCATTGGGAAAAGAAACTGGCATAATTGGGATTTTAGCAAAAGTAAGTGTTTAAGATGCTCTTAATGTTGACAGAAATGTACTCAATAACACATGCTTATAGTTTTGTTCCAATGCTTTAGATGTATTTCAGACTGATAAATACATTTTCTCTCTGCAGTACTACAAACTCTATTTGAATCTACTGACTGTACCACTATTTCTTATTGGCTACTGTATTCCACAGGTAATTTTGCTCATGATTACTTTGAAGTGGCATTTTAAAATTTTATACGATTTCACCGTTCTTGTAGACTTCAATGGAAGCATTATGACTTTATCATTATCATTTTCTTTTATTTTTATTTTTAAAGTTTAAACAAGAGATATAACTTTTTCATTAAAAAGAAGAAAAGAGATACTAATGCTTTTAGGATACATACTCTTAAAGGAGTAACAAGGAAAAGAGGGTAATATAAAGATTTCACAAACCATATACTTACAAATGTAACAAAGAAAGAACCAAAAGTTATCCTGTTTGATTACCCCTGTACAGGAGCAATTAATTATTGTTTTCGTTTCCGTTTAGTCTTTTTCTTTCCTTTTTTGTTTAAGTAATGAAGAACAATTCATTAAAGAAAGTCAGGACTGAAGAATATTAAACTAGAATTCTGTGTTGACGAGAGTTCAAATAGAATTTGAGGTGAAACTGACCAATAATAGATTTTAAGTTAACCTCTTTCTTTTTCATTAATGATTGACTGCTTTACCCTAATGGTATTATGTCAGAACCTAGATGAACTGCCCTATCTAGTTAGTTTGTCTTCGCTCAAATATTGCTTCATTTACCTTTTCTGACAGTTCTTATTACAATCTTTCTGGTTGTTTCTTCTCAAACTTGGTTACCAATAATGACATCTTGCCCATTTGGTCGAGAGTATGAATTTACTGAACTTGCTTTATTTTCCTTCTCTCGTTATTTTTTTGGCAGGGTAGTCTAGTTTACTGGGTTACGAATAGTTCGTTCACTGCAATTCAGGTAATGTCTTTGCTTAGCTTTTCCTAGACGAAGAACCAAAAAATTTACCACTTTTGTTGAATGAATACTTTGACCAATTGTTGTGTGGACGGACTTTCAGTTTTGCAGTGATCCTTTAGTTAATTTTTGCGAGCAAATCTTTTCCTTTATTTCTAATTCCTTTGCAGTCCATTGATTAGTTCTCTTTGCTGGCTAACAAAAGCTATTTGATTAGAAGATTGACACTTCCTTTTTATTGTTCCTTTCAATATTGTTTTTTTTGAAAAGGATAGTCTCATTTATTGATAATCAATAAGACAAAAGCTTATAGTATAAGAGGATTATACAAGGAGCAAAAACGTAAAACCAAAATATGATTAGGAGGTGCACCCGGGCATCTCAATTAGGTGTACCTCTTAGCACCCTTGTCACTTCTAACAAAATAAAGGACCAATCAAAAATTAAATAGAGTCCAATTGGGGGATAAACACAGCCAATACAAACCAATAAGAAACCTGGAAACAAATCTAACAAGACTAGGAATTAAAGACAGTTGAAAAGGAGCTGCAAATAGAAGAATGATCAGAGGTTGTTGCCCAAAGCTGAATTATCGATCAAGGAAGAAGGATGATGTCCAGCCAATTTAATAAGATGTCTTGCATTGAGAAGTCTTTGAATTGTTTACTTAGAGAGTACCACGAGGAGGCATTCAGCCTTGTGAGTTATTTATTCTTGCAGGCTTGCCTTGACAGCATTGCACCAAAGCATAAACGCAAGCTATAGTCCTGCCAAGATTGCCTTGACAGCATTACACCAAAGCAAGGATGCATTTTTCCCTATCAATGGACCAATAAGTAACTGTCTAATGTCTTTCTTGCAGGCTTTATCAAGGGTCTAGCTGAGATTACAGGTGTTAAAGAGCTACTCCAACACTTGGCAGCAGAAACGCAATCGAATAATATGTGCCATAGATCCCATGAGATCTAAGACAAAATGGACAAATATGAGGTGAATTATAATGAGTGGGTAGTTTATTTTGCATAACTGAAGCAGATTTTAAACTCCTGAACAACATGATCCATATGGTTATATTCACCCTCCTTGGACATTTAGATTTCCAAAGGCAATTTTGCAGCTATGAGTCCAACGGGGAGGCAGGAGCTTAGTGTTTTGATAGTGACTTCACCGAACCCCATGGGATTCCAGTGATCGGCTTCTTTTATCCTCTAAATTTGAAAGACTTATCCTGTCCAAGGATTCAAGGAGAATTTGAAAATCGGAGACTTCCTCCTCTTTCAACAATCTTCTAAAATTAAGAGGCCTCAGGTGGAGGAGTCCCAGTATTTGGAAACCGAGCCTTTAGGAAGAAGGGCTATTCTGTACAGACTCGGAAATTTGGTCTTCAAAGCAATTCTGTCCAGCCACGGATCCAACCAAATCAAGATTCTGTCCCCTTTTCAACTTTAAGTACTGCCAAGGCTTCTACTTTACAATGTTTATCCAAGGGCTTCTTAAGCTTGAGTTCTCTTTGCCCTTGTGTGCCAATGGAAGATGCTATTGGCGTGGATACTACGAACCACCTTACACCAAAGAGAATTCTGTTCTACTGTGAATCTCCACCCCTCTTGGCAAGGAAAGCCATATTTCTAACTTTCAGCTTGTCCAAACCAAGACCCCCATCTCCTTGGGATTTGGAAACTAAGTCCAATTTCACAAGATGGTTCAATTTGCTGCCATTGTTGCCTTCCCGAATGAAGTTCCTCATAGTACTTTCAGTGGAATTAGATACTTTTTATGGCATGAGGAAAGTGGACATGAAGTAGGTGGGAGGATTGGAGAGCACCGATGAGCAGAGAGTAAGTCTTCCTCCTCTTGAAAGATTTAATCGCTTCCATATATGTAGCTTCTTCTGTTCTTTATCCAAGACAGGCTGCCAAAAATGGGCACTTTTTGGATATCCTCCCAAAGGAAGACCTTGGTACAACAAAGGGAGTTTTTCTATTTTGCAATTCAGCATGGATGCCGCAGAGGAGGTCTTGCTGTCCTCAATATTAACACCGCAAATGGCTGACTTCTCCCAATTGATCTTTTTCCTGGAATACCACTAAAAATTTTCAAGCGTCTTCCTTAAGTTTCTGAGCATATCTTCATCAAACTTGCAAAAGATTAAGGTGTCATCTGCAAATTGAAGAAGGTGAACGTGAATGTTATCCTTTTCAATCTTGAATTCTTCATACAAACTCTTCATGTGTAGATTTGTAATGAGACTGCTAAGCACTTCACTAACAAGAAGGAAAAGGAAGGGGGAGAGAGGATCCCCTTGCCTCAACCCCTTTGAGGCTTGAATTCTTCCTCTAGGCCTTCCATTGATGAATACTGAATACCTAGAGTTTTTAACACAATCCATGACCCAAGAGGTCCATCTGTGATCGAAGTTTTTTTGATTCAAATTTTTTTCCAAGAAACCCCAATCGACTTGATCAAATACCTTTCTGAGGTTCAGTTTGATAATACAATATTGCCTTTTCTTTTGCCTATAGTCCTCCTCAACTCATTTCCAATAAGAATAGGATCGAGGATTTGGCGGCCTTCCAAAAAGGCACTTTGAGTGGGAGCAATAATGCAGGGCATGATTATTTTCAGTCTCTCAGAAGCACTTCTGCAATCAATTGTACAGCAGAGTAGTGACACTTATGGATCGGAAATCTTTTACCTCTATTGCTTCTTCCTTTTTCTTGATCAGAGAAATAAAGTTTTCTTTTACACACACAGTTAATTTCCCATTCTCATAGAATTCATTGAATAATTTAAAGATATTATCCTTGAGAACATCCCAATATTTGATAAAGAATTCTACTGAGAATCCGTCCAGACCTGGGGCTTTATATCTTCCTGTTGACTTTGGAGCTGCCCTAATTTCGAGGAAGCTGAATTTTGTAGTGAGCTTTTTATTCTGATCACCTGAAACTACATACCAGTCAAAAGTGGAAGGGCAAGTACCTGCATGATCAGATTTCTTATAGAGGTTGCTGCAGTAATCAAGGATTAATTGTTCAACTTTTGGGAATGAGGTGGTGGGGACTCCTTGATCATTAAAGACTTCTTTTTTTCTTTTTTTGCTGCAAGAAAACGATGGAAAAAACTTGTATTTTCATCCCCCAATTTTAGCCAATTCAACTTACTTTTCTGGATTAAATCTCTTTCCTCCCTTCTATATAAAGCTAGCAGGTCCACTTTCTTAGAAAGTAACAATAGGTGACACTGATGACGTCTCCAGTTGATCATATTTGCTTTCTTCTTGTGCAATGGCTTTTAAGAAGGTTTCTTCCTAACTTTTCTGTTCCCTTTCGTAATCTGACTGCCAAGATTTGAGCCGACCCTTGATGTTCCGGAGTTTATTTGATAGTGCGAAGCCATTCTAGCCCGGCGGAGTGCTCAAGGATAAAGAATTTTCAATCATTTGGCTGCACTGATACAAAACCGAAAGGGGGAAGGCCCCTATTCGAATGCCCGTGCTTCTAGTAAAATGGGGAAGTGGTCCGAGGAGATCCTTATTTGCCGGGTTGCTCTTGTGTTCACAAAAAACTCGTCCCAGTCAAAAGAAACTAAAATTCTGTCCAGCAATGACCTCGAAACTGTTCTACTTTATCTTGACCATGTAAACTTCCCATTCAGTAAAGGAACTTCAATGAGTTTTGAATTTTCAATGAATTTATTGAATTTCCTCATGCCGCGCGTCATTCTTCCTTCTGGAAACCACTCTCCACCTGATTTGGTCATATTAAAATCCCCTCCCAAACACCAAGCTTGTGTACAATACCCAACAAGGGAAAGTAGCTCCTGGCCATATGAATTTCCTCTCTCAGTAATAGTAATCTGCTGGTCCATATTATATATTGGTCACCCAACACAACTTATTGCACACTATTTTGCATTTAACTGATAACGAGTATCCCCTTTCAAAAGAAAAACATTAATAACAGAAAGTTTGCTTTCATCTCACATAGTCAACAATCCTCCAGATTTCCATGAGCTTCAAGAAAGCTCCATCCAATTTCTGTCGAACTCCATAGTGCTTTGATAAGGTTAATGTCAAACTCCTCTTGTTTGGTTTGCTGAATCAAAATCAGATCTGGATTGGTATTTTTAAGCAGTATTTTAATGGCCAATTGTTTAGGTTGATCTAGGACCCCGGGAGCCCTAATATTCCAGGAGAGAATTTTCATGGTTCAAAATTTTCTTACTTTGTTATTTCTTTGACATTTCAAAGAAAAGTAAACAAATTAATTCCACAAAATTTAATGATTTGAATCGAAGTTCCAACTTTCTCTGCTTCTCTGGCATCTCAAATTAATTGAATACAAGCTTCAATGAATGGAACCAGATGGTGAGGAATGTTGTTAACCTCGATCTTGCCTAACACCTTTTTGCTCTGGCAAGAAAGATGAATTAGCAAACTCAGGTCCAAAGGAATCTATATCATCTGCCTCTCCACTTGGTGTCTCTGTTTCCTCTGTACATAAATCTTCCTCTGGTATTAGTTCTTCGCTACTGACACTGATCACTGAATCTTCATCCTCAGACCCTTCATCTACTGCACTTGAAATTGTTGAGGAAGGAACACCTCGCTCAAAATCACAATTTAAGTCTGGGATTTTGAAGGGGGAAAAATGAACATTTGAAGAAGAAGGGGAGGAACTAGCGGACTGAAATCAGGAGTAAGAAGCTTCACACAACTTTCTTCTAACAAATCTAAATTTGTGAAGGCTGTCCAAGCATTGCGGAAGGATGTGCACCCTTTTCTAAAGAACTTTGGGAAGAGTTTGAAACGCTGGGATGTTTCTTGATTGATGTTAAGGAAGATTTGTTGTTTGGGGTACTTTTTTTTAACTTTTTATTTTTATATATTAATCGGCGATTTCCGGTTGGAGGAGAAATCATTTCGAGGAGTTTAAGAATCAATCGGCACTGGAGAAATCTTTTCTGACTCTTTGTCTTCCCCGTGTGCATACCAAAATCCAGGGGTTTTTGCAATAAAAGAATAACTAGATTTGGTCGGACACTTGGCGATTTTTGGGGAACTAAGGGAACTTTCTGATTGGACCAAAGTAGTCTGACTGTTGGGTTAAGGATCTTTTTTCAAATACATAAATTTATGGCTGCCTATACTCTCTATGTTACCAAAGCAGTCTAATCGTTGGGTTCAAATCATCCACGTTACCTTTTTTAACTTTAACAATTGATTTGTCCATGAACAAAGGGTTAATAATGATTTTCACCTGAAATAAATCTTCCATGAACAGAGTGATTTCATTCCAATCATCAAAGATTAATAACTTGTTAATAATTCATAAATCATTGAAATCCTCTCTAATAACATCATCACATTTTCAAACTCATTGTTGTTGCAAACTTCAGATTTCTAAAGGAGGAGAGGAGGGATTACTAATGGATTCTTTTGGCAGTAGACTCTGTTCTTTGATATGTTGCGCAGGGTAGAAATTTGAACTAGAGGCCTTCACTTTATCTGCATGGTAGGCTTAGGTGAGCAGACTAATTCATCTGATTTCCATGTAAACAAGAGGCCGGCTTAAGAGATGATTGCCACAATCCATAATTGTGATTCACTAAGAAGATTTTCAGCATATATAAGAAAGAGACTCATCCTTGGTTTGCACCCCCTGAATAGACGTGCACAAAGGATTGAAACCCTAAGGAATTTTGGGCAGCACATTTGACTATCCATCCAGAAGGAGCTTTGAACTTCGTGGGTCTTGTAGTACCATCTGCGTCTGCCATTTTTGAGAAAGAAACAATGTTCGTCATCTTGAACCAAATTCAACATAGCAGCAATAAACCATTTTATTTGATTCTTTGAAACTGGTAGGATTTTTCGAAAATCAACATCTTCAATATTGAAATGCCCCTTGTCCAACCAAATTCAGTAGAAAGACTTGACAATTTTACCGTTGGGAGGAAGGACGACTGGAGAGGGGAAAGAAAGAGGAGAGGAGAGAAAGAGGAGAGAGAAAAGAAAGGGGGAGAGAACTTACCTCTAGGACCCCAATTTTCTCTCGTCAGTAGCAATAGCCTGCAATACATATGAGCAAACTAATGATTTTGAGATTCCTTTCAAGATTGGAAATCTTCTTGTTTGATTGTATTATTGGAAGTAGAGACAAAGAACACACAAATTTACGTGGAAACCCGAGTATCGGGAGAAAAACCACGATATTTTCCTTATTATTTTATGATAAAAATACAATAGGTACAAAAGGAGAAGAAATAGAAAAATACAAAGAGATAAAAAATGAAAAAATATTTAGGGAAAATCTCCCACTTCTAACACTCCCCCTCAAGTTGGGATGTAAATATCAATGAGGCCCAACTTGCTAACACAAAAGTCGAAGTTTGGTCTGAGAAGCTCCTTGGTGAGGACATCAGCAACCTATTGGCTTGAAGGGATATATTGAATGCATATGCTCCCATTGTCAAGTCTTTCTTTGATGAAATGTCGATTAATCTCAACATGTTTAGTTCTATCATGTTGAATTGCGTTATTAGCAATACTAATAATGATCTTGTTATCATAAAAAAGCTTCATTGGTGTCTCACACTCCTGATGAAGATCAAATAGGACTTACTGGAGCCAAATTTCCTCACTTATTCCCAAACTCATAGCTCGGTATTTGGCCCCAACGTTGCTCCTGGCTACAACACTTTGCTTCTTACTCCTCTAAGTTACAAGATTGCCCATACAAAAGTACAGTGTCATGGGTAGACTTTCTATCAAAATAGATCTTGCCCAGTCAAAATTAGTATAAGCTTCAACACATTTTCTGTCAGTCTTCCTAAATCTCAGACCTTTACCAGGAGTTGCTTTTAAATACCTCAGAACCTTGTTAACCACTTCCATGTGATCCTCATAAGGTTCTTGCATGAACTGACTGATGGTGTTCACAGTATAGAAGATGTCAGGCCTAGTGTGAGATAAGCAAATCAGCTTTCCCACTAGGCGCTGATATTTTTCTTTATCAATAGGAACCTTGTCACCTGAATTTTTGAGTTTGACATTGAACTCAATGAGTGTGTCAGCAGGACGACATCCTAGGATACTTGTCTCAGCTAATAAATCAATGGTGTACTTTCTTTGTGACACTGAGATGCCTTCTTCGGATCTAGCAATCTCGACCCCGAGAAAGTACTTCAGACTTCCCAAGTCCTTGATTTCAAACTCAAACCCGATCTTCTTCTTTAGTTGAACGATCTCATCAGTATCATCCCCAGGTAGCACAATGTCATTGACATAGACAAGCGCTACTGCAATTTTTCCAGCCTTGGAGACTTTGGTGAACAAGGTATGATCAGAGTACCCCTGAGACTTGATGAAAATGAAAAATTTGTCAAACCACGCTCCTGGTGATTGTTTCAACCCGTATAAGGACTTCTGAAGCTTGCAAACTTGATAATTAAATTGAGCTACAAATCCTTGAGGCGGACTCATATATACTTCCTCTTTAAGATCCCCATTCAAGAATGCATTATTAACATTAAGTTGATATAGGGATTGGTCTTTATTCACTGCAACAGACAACAAAACTCTAATAGTGTTTAAATTTGCAATAGGAGAAAAAGTCTCAGAATAGTCAATCACATAGGTTTGAATGAACCCTTTTGCAACTAGCTTGACCTTGTGTCTGTCAATTGTTCCATCTGCTCTGTACTTGAGTGTAAACACCCATTTGCATCCAACAGTCTTGTGTCCCTTAGGGAGTGTGCAGAGATCCCAAATTTTGTTCTTCTCCAGGGCTCTCATTTCTTCCATGACAGCAGCTTTCCACTTCGGATACTCTAAGGTATTGTAGTAGAGTTAAGGCAGTAAAAGCTCTGAACTTTGGTGAGAGAATCTCGTATGACGCATAATTAAATATGGAGTGCTTTATACAAGACCTAGTACATTTCTTCAGTGCAATAGGAAGATCAGGAAATGGATCATACTTACTAGTATTTCCAGAATAGTTTGACTTAGTTTCGTTTTCCGTTATGTTCAGCAACAATCTTGTTCTCATCAATCCTGTCCTCTCTGTCTATAATGACCCCATAAATACTGCCCTGCTCACCCATATCTTATAGAACAGCCGTCTCGGACTTGTCATTCTCACCTGCCTTACTGTCAGTACGTGAGTCAGTTGAATTATTCTTAAACCTGTCATTCTCACTCATTTTGTTATTACTATGTGTGTTAATGGAATCAATCATACTTTCATCTCTTATTGGTTTAGAATCCTGGATTGGAGCCGTCTGGACGACAGGAGACTCAACTCCCTTTTTAAGATTCCTCCCATAGTAGGTTTTCCAAGGAACTTGATTTATGGGTAGGACTATACTATGAGGGCTAGGGTCAGGTAAAGTAACCATAATAGGACTAGTAGGCTTTAAGGGAAGCCTATAGTTAGACTCTTCACTCACACTCTCCCCCTTAAGTAGGCTAACGGGAAAGAAAGGACGATCTTCAATAAAGGTGACATCCACGGTAACAAAGTACTTACGTGAAGATGGGTGGAAGCACTTATAGCCTCGTTGGTGCAGAGGATACCCAACAAACACGCAAGCCTGAACCCAAGGGCGAATTTATTTTGGTTAGAATCATGGCTATAGACATAGAGAGTGCATTCAAACACCCGAAGGGAACATCAGGGATGAGACGGGTGAAGGGACAGGATTCTTTGAGGTAAATCTAATGGTGTCTAGAAGTGGACATGGGAGGGCATGCGGTTGATGAGGTGAGTGGCAGTGAGAATGACATCACCCCAGAGATAGGAAGGAAGAGAAGTGGACAACATAAGGGAACGAGCAACTTCCAAAAGGTGACGATTTTTACGTTCGGCAACCTCATTTTGTTGGGGGGTGTAAGCATAGGAACTTTGGTGAAAAATTTCTTTAGAGGATAGGAGCTTGTTAAGAGAGTGATTTTTAAACTCACAACCATTATCACTCCGCAGGATTGCAATCTTTGTATTGAATTGGACTTCTATGGTGTGAAAGAAGTCCTAGAATGTGGAGGTAACTTTGAATTTGTCGGAGATCGGGAAAATCCAAGTAAAACGAGTATGGTCATCAATAAAGGTCACAAACCCCCGTTTCCCAGAGGAGGTAGTGACCTTGAATGGTCCCTAAACATCACTATGGACAAGAGTAAAAGGTTGGGTTGACTTATAGGGTTGCGAGGGAAACGAGACTCGGTGTTGTTTAGCTTGTATGCATACATCACAAGATAAGGAAGAAACATCAACTTTAGAAAAGAGATGAAGAAATATGTATTTCATATATTTAAAGTTGGGATGACTGAAACGGAAATGCCACGACATAAGATCTTTTTCAGAAGTGGTAAAGTTGGAAGATAAAAGACTCGTCTTAGAAATGTTACTAGAGGAGGCATCATCATCAAGGAACTAAAGATCCTAAAAAGAAACAGAACCAGGTAAGAATGTTGCTTTCCCGTTTAATTCACGATTAATCTTGCTAATCGATAGAAGATTTGAAATTCGTGGCACATGCAACACATTCTGTAATGAGAACCTGTCAAAAGAGAAATCTGTCCTTTCCTGACAATGGGTGCCAAGGAGCCATCAACAATTCTTATCTTCTCATTCCCAACACACGGAATGTAGGACATAAAGTGTTCAGAGGAATCGGTTAAATGGTCTGTGGCACCAGAGTTCAGGATTCAAGGATTCTTACCATCAACACTAATGAGACTAAAGGACTGAGGTATACTTGACTGGACAATAGCTCCAAGTGTGGTTGGACTTGCATTTCCACTCATATAGGAAAAGGATAAAGTAAGGAATGAGGTTACCGGATTCTCATAATACATCGGTACAGGAGTGTTGGATGTCGCCTCTAGGGTAGCCTTAATTATTGCAATTTGTGTCGAAGGCATTTCAATTGCCATTGAGCTATTCCAGAAGAAGAGGAAGCTTGCACGGTAGGGTTGGAATGTGCTGAAGATTCACTACAGGGCATACAGATCTGACTGCAGAAGCGGTGGTGGCCGGCCAGAATTAGGTGGCAGCACATCAATCGACACGTCGGAACACTACATGCCGCATGAAGATGAGGGTGGCACAGTTAGGTCGGCCAGCGGTGTCTAAACAGGATGGGTCGGCGCGTGTAGCTCTGACAGTGGCACTTGGACTTTCGACAACAGCGCATGGCGGCATGAATGATGAGAAAATTGCGGAATTTTGTTTCCCGACATTTTTTTGAAGGCGGCGGAACCATTTGTTCATTGCAGCGTTGATTTGAGCATCAACGGTGGTGGCGACGGCGGTGCTAAAACTGACGGTTGTCTCCTCTGTTTGATTTCCATCACTATTTGTGTTGTTTGGGGTTTGTTTGATGTCCCGCTTTGATACGATATTGAAAGTAGGGACAAAAACACACACAAATTTACGTGGAAACCCGAGTATCGGGAGGAAAACGATAATAAAATTTTCCTTATTATTTTTTTGATAAAAACACAATAGGTACAAGAGGGGAATAAATATAAAAATACAAAGAGATAAAAAAGGAAAAATATTTAGTGCAAATCTCTGTTAAGACACCAGAATTTCTATTGGCTATTCTTTGATTCAGCTTGCCAAAATATCGAACAAAATACAGCCAGAACACTAACACTAATAATCCTCACAAGAAAATACTCAAAAGCAACACCCAATCACAAAATATTCTGTTCCCTCACCCCTTAACTAAACAAAATATCCTGCCTTCACAAAACAATGAAATAGCTTATTTATAAGTCCAGACCCTCTGCGAAGCAACGGTCTCCTGCCATTTCTTCAGCCTGCCTTTCCTTCTTTCTTCAGGAGGGAGCAACCCACCTTTTACCCGACAATGGTTGTACCACCTTTGTACTGCCTGCTCCCTTTTCCAATTCCACTACTAACTAACTTGTGGTCCCCCCTCTTGGCTGGTCCCCAGCTCCTTGCTTTCCTCACTGTTTCCACGTGTCCCCTTGTCTTTCTTCCTTCTGTTATAGGTAAATAAAATTGGAGGTCTAGCATCACTTTCCTCCTCTAAATCCACCTTGTCCTCAAGGTGGAACTCAGGGAATTGTACTTTCAAATCAACATAGTTTTCCCAGGTAGCTTCGTGCGGGGGCAGTCCTTTCCAGCTTACCAGCGCTTCCCATTCTTTTGTGGCCTGATTCTTTCGATAAGCATAGATTTCCTCCGATTGAGTGATCCACTCATGGCATTCGTTGACATATGGATCAAGGGGTTGGGTTTCTTTGATGTTCCCTATTGCCTTCTTAAGCTGAGAGACATGGAACACCGGATGGATGGCTGCGGCGCTAGGTAGTTCGAGCTTGTATGCCACGGTCCCGATTCTTTCTAAGATTCTGTAGGGCCCGAAGTATTTGGGCGATAGTTTTTCATTGCGCTTCTTTCGAAGGGATGTTTGTCTGTATGGTCTCAGTTTGAGGAACACATAATCCCCGGTTTGAAACTCCACATCTCTCCTTTTCAAGTCTGCAAATTTCTTCATCCTTTCCTGGGCCACCCGTAAGTGTTCTTTCAATGCTCCTAATATGACATCTTTGTCCCTTAGTTGCTGATCCAGCGTGGAATTGGGTGTTTCCATATCTCCGTATTGTATCAAGGGTGGTGGGAGTCTCCCGTAGACTGCTTGAAATGGGCTGATACCAATTGACCCATGGTATGTCGTATTGTACCAGTATTCGACCCAGTGCAGCCATTGGCTCCATTCCCTCGGCTTCTCTCCGCAAAAACATCTTAAATAGGCTTCTACACTTTTGTTAACTACTTCGGTCTGTCCATCCGTTTGAGGGTGATAGGAGGAACTTCGATTTAATTTAGTGCCAGCCAGCCTAAACATTTCGGACCAAAAGTGGCTGAGAAAGATTTTATCCCGGTCTGAAACTATGGACTTGGGAAATCCGTGCAGTTTTACAATTTCCTTGACAAACACTTCGGCCACTGTCTTGGCAGTGTATGGATGTTTCAGGGTGAGGAAATGCGCATATTTGCTCAGCCGGTCTACTACTACTAGAATCACTTCCCACCCGTGTGATTTGGGCAACCCTTCGATGAAGTCCATGGAGATATCACTCCAGATGGCATCTGGAATTTCTAGAGGCAGCAGCAACCCTGCTGGGGAGAGGGCAGAAGATTTATTTTTCTGGCATATCATACATTCTTCACAGTACTTTTGAACGTCCTTCTTCATTCCCTTCTAATACAATTCACCAGCCATTCTTTTATATGTTTTAAGGAACCCTGAATGTCCTCCAAACACCGAGTCATGATAGGTGTGCATAATGGTAGGAATCAATGTAGAAGTTTTGGATAGAACCAGTCTCCCCTTGAACTTCAGTATCCCTTGATGGCAAGTATAATATGGGATTTCCACTCCCTGTTCTTCTATCAATATGATGATCTCTCGTAGGGCTGGATCCTTTCTGACTTCTTCTTGAATTACTTCCACATCCAACAAGGCTGGGGCTGTTAATTGGTTCAAGTGTGACGTTGGTCCCATTCTGGACAGGGCATCGACGGCTTTATTCTCCAATTCGGGCTTGTATAGTACTTCAAACGAATAGCCGAGTAACTTAGCGATCCATTGCTGGTATTGCGGTTGTATTACTCTTTGTTCTAATAGAAACTTAAGTGATCTCTGGTCCGTCTTTACTGTGAACTTTCTCCCCAACAAATATGGTCGCCATTGTTGGACAGCCCACACCACTGCTATTAGTTCTGGTTCATACACTGGTCTTGCTCGATCCCGCATACTTAAGACTTTGCTGAAGTAGGCAATCGGTCTCTTGGCCTGAACCAACACTGCCCCTACTCCAAAACCTGATGCATCGGATTCGATCTCAAATGGCAAGTTGAAGTCGGGCATTGCCAGTACTGGGAGGGTCATCATGGCTTTCTTGAGTTTTTCAAAGGCTGCCTCGGTTTCCTTTGTCCATTTATACGTCCCTGCCTTCAATAGTTATGTGAGAGGCGCCGCTATACTTCCATAATTTTGCACAAAGCGGCGGTAGTAGCCTGTAAGCCCCAGAAATCCTCTCATTTCCCTCACATTCGAGGGTGCTGGCCATTCCCTCACTGCCTGGATCTTTTCGGGGTCAACCTCAATGCCCTTCACCGAAATATAATGCCCCAGATAGCTGATCCTTGTCTGCGCAAAATGGCACTTGTCGAAGTTGGCATATAACTCACTTTCTCTCAAAATTCCCAACACCACTTCAAGGTGTTGTGCGTGCTCCTCCATTCCTTTACTGTAGACCAGGATATCGTAAAAAAAAAACAAGTACAAATCGTCTTAAGAAAGGCTTGAATACTTGATTCATCAAAGCTTGGAAAGTTGAAGGGGCGTTGGTTAGTCCGAACGGCATTACCATGAACTCATAATGCCCCTCGTGGGTTCGGAATGCTGTCTTTTCAATATCTTCAGGGCACATCCGAATTTGGTGATATCCAGGTTTAAGATCAATCTTTGAAAAGGTGTCTGCCCCATTCAATTCATCAAAGAGTTCCTCAACTACTGGAATTGGGAACTTATCCGGAACCGTCACATTGTTCAGCGCCCTGTAATCCACACAAAATCTCCAACTTCCATCCTTCTTTCTTACTAACAGTACTGGGCTGGAGTAAGGGCTCGTGCTTGGTCTGATAATACCCGAAGTGAGCATCTCGTCCACCAATCTCTCCATCTCCTCTTTTTGGTGGTGTGCGTATCAGTATGGTCTAACGTTGACTGGATCGGCTCCCTGCTTTAGGTAGATATGATGTTCTATTCCTCGTTGGGGTGGCAGTCTGCTCGGCCGTTCGAATACATCACTGAACTTACTGATGATCGTTGCCATTCTTTCTTCCTCTGTTTCAGTGACTTGGGCGCCTGCCTCCCGATCTTCCATGTCTCTTTTTTCTAAAGCCCGACACTCCACCAGGTACCCCTGATCATCCGTATCCCAGTTCTTCATCATCCCTTTGAGGCTGACTTGAGTTTTTGTGAGGCTCGGGTCCCCTTTTATGGCTACCTTGTTGCCCTGCTCAAAGAAAGTCAGTATCAGGTTTTTCCAATCAACTTCGGTGGTTCCTAACGAATGTAGCCATTGCATTCCCAGGATGGCATCGACTCCTCCCAGCTCCAGGGGTAAGAAACTATCCGTGACCTTACAATCCCCTAGCCACAGTTCCACCTCACCACACACACCCTTCCCTTTTATAGCTGTACCCGACCCCAGTATCACTCCGTAGTTGGGTGTTTCTTTCATTGGCAACTGTAACTTCTCCACCAATTTCTCAGCAATGAAGTTGTGGGTAGCTCCACAATCTATCAGGACGACTACCTCTTCTTCCCCCAACTTCCCTTTCACCTTCATTGTTCCCGGATTTGTCAGGCCCACCACCGAGTTGATAGACAACTCTATGTTCAAGTTTTCTACGCCCTGTACTTCCGAAGGCTTCATCTCTGTCTCGGCATCGAAATATTCTTCCTCTATGATTTCCAACTCTTCCCCGCTCTCCTTAACTAGCAACATGCGCAATTCTTTGCTGTCTTTAGCTTTGCATCGATGCCCCGCGTGGTATTTCTCCCCACATCGGAAGCATAGCCCCTTCTCCCTGCGGGCTTGAAATTCGGCATCCGTCAGCCTCTTAGTTGGTACTTCCCGTCGATTTTCCCCAGTCGCCACTTCCCTCAACGTAATGGTCCTCATTGGCCAGCCGCCTGCTGTCGAGTTTTCATTCGTCGTGGAAGAGTTTGCATTGCGCATATTGGTTGTCCGCTGGGCCACCTTGCTATCATATACGCTGCTTAGCCCGCATTCCTTCCGGACCATCTCTCTGTTTTCTATTTTTAGGGCCATCTTCATCATTTGGGCCAGCCCAACGGGCTCCCACGTTTCCACTTCTGATTTCAACCATGGGCTCAAGCCGTTCATGAATGTCTCTTCCAATACCACCGGCTGTAGAAATGCTACTGGCGCCAAATATTTATCAAACCGATTCCTGTACTCTTCCACTGTCGTCTCTTGCTTGATGGTAAGGAATTGCCCCACCAGTGTGCCGTCGCGGATAGATCGGAATCTTACCAACATCTTCTGTTTTAAGTCTTGCCATTCTTTAAATGCTTCCCTCTCTTCTTGAGATCTATACCAGTCCAACGCCGGCCCATCGAAACTGATGACAGCAACGGTTAGTTTTTCTGAATCAGATAGGTTATGTATCTTGAAGTACCTGTCGGCTCGGAATAGCCACGAGTTCCCAGTGAAAATCGACATTTCCACTTTTTTAAACTTGCTCCGATCCATCGCCGGTCCTTCCTCGGCCTTTCCTTCACCCTTCGGGTCAGTGGAGATGGCTGTTATGGTCGTTTCTTCAATCTGAGTTTTGCTTGATGAGCCTTCAACCACCTGCTTGCCGGGTGAGTCGTCCCGTAGGATGCCTTCCAAGTATTTCAGTTCACTTGCTGCTGTTGATATTGCTTGTCAATCTGAGCATTCATCTCCGTAATAGTTTTTGACAGAAGGGAAATGTTTTCCTCCATCAAAGGTAGCTTCAGGATTCCTTGTTCTACCATGTCGAGTCTCTCTTCGGCGCTTTTCGTCATCGTCGTTGGTTTCCCAGGTAAATAATGCTCTGATACCAAAATGTTAAGACACCAGAATTTCTATTGGCTATTCTTTGATTCAGCTTGCCAAAATATCGAACAAAATACAGCCAGAACACTAACACTAATAATCCTCACAAGAAAATACTCAAAAGCAACACCCAATCACAAAATACTCTGTTCCCTCACCCCTTGACTAAACAAAATATCCTGCCTTCACAAAACAATGAAATAGCTTATTTATAAGCCCAGACCCTCTGCGAAGCAACGGTCTCCTGCCATTTCTTCAGCCTGCCTTTCCTTCTTTCTTCAGGAGGGAGCAGCCCACCTTTTACCCGACAGTGGTTGTACCACCTTTGTACTGCCTGCTCCCTTTTCCAATTCCACTACTAACTAACTTGTGGTCCCCCCTCTTGGCTGGTCCCCAACTCCTTGCTTTCCTCACTGTTTCCACGTGTCCCCTTGTCTTTCTTCCTTCTGTTATAGGTAAATAAAATTGGAGGTCTAGCAATCTCCCGGTGGACTAAGCCCACTAATTCTAACACGTATTGAAAGCCAAATGGCCAAACACTTCATCACAAAGTGGAAGTTCTTTTACCAAAAGCCTTTTCGTTTTTCTTACAAAAGCCAAATGGCCAAATGCTTCATCTCATCTAGATGATGAACTTAATACCAAAAGCCTTTTGATATGAAAATCCTAATTGAAATAAGAAACCCATTGGGATGAGAATCCCTAATTCTCAATCACTAAAACCCCCAAATTCGATTGGATTTCAACCTTAAGGATTCGGTCATTCAGATTGCCTTAAGATCAAATAGCTTGAAACAAAAACAAGTTCCCTGCCCTAAGATTAGAACACTTCATGAATAGGATGATCAATTCCACTTGAATATTCTAGCATGTAATTCAACACATGAAGTACAAAATTCAACAAGCTCCATGGCTAAACTTGAAAGAAGCACGACAGCCAAATTTGATTAATCTCACTTCTGAACCATCTAAAGACAAGACTTCAAATAGACTCCCAATAAAATCTTTATGAATCATTAAAAAAAAATACCAGTACTTGAATGTTATAAAAAAAGATAAAATTGGAAAATATTAAAGCTACATTAAAATTGTTAAACAAAATCTCATTAATAATTTGATGTTTGAATGATTCATATCAACCTATGATCTGTCGAGCCTAAGGCTTGGGGCCCACATGGGTGCTTTGTGTATAGGGGAGCAAAGCTCCCACTCCCAGTTATAAATAAAAAGAAAACAATGTCAAAGACTTTGGGTTTTTAGTAACAAGCTTTTTTTCAATTTTTGTAGTTTTCTAAACTCTTTGGTTTAGTTTGCATATTTTTTGACGCTTATTTTTATATCAATCTTGCAGCAATTAACCCTCCAACATCCTGCTGTCCGCAGTAAATTGGGATTGCCTTCCAGGGATGCTCCTGTGGGCAATGCAAATGTCAGAGAAACCAAGAATCCAGGCAAAATACCGTTGGAGACACCCACGAAGTGGAAAAAAGTTTCTGTAGAGAAGCTGTCTCCTAAGGAATTGCTTGCTGTAAAGTTTCTTTTTGTGTTGGTTCAGTTTAGTGTATGTAATACAAACATTCAGGTAGCTAATGGTTAAACTTGACAGCTTTCTGTCCAACTCCTATCAAAAGGGCAAAAAGAAAGGGCTATTCCTTTACTCCGGTAAGCTCTCTCGGCTTCTCTCAGATTCCACTATCATGTATATGTTCTATATGGATTTCTCTGGCAGATTATTTTGGCCTAAATTGGAGTGGAAAAAAAATTGGCCACACATGACTAATTTAATCTTTTAGACAGGCACTTAACAAGGATCCCGAGTATGTTCGAGCTTTGGTTGTCATGGGGCAAACTCTGTTACAAAATGCGCAACCCGCAGAGGCTACTGTATACTTAGAGCGTGCTATTTCCAAGGTTTGAGTCTCAGCATTTTCTTTTTCATTATTACTGTATGATTTATCTTGCTGGTGCATAACAGTGGTATGATATGTTGAGAATTTGTTATAACTCCAGTGTAATAGAATCTTATTCAATCAAGGTTCAGCCAATGGCTGTTACAAGAACAGGAACAGAGAAACATGACACAGAACAACAATGGAAACACAAGACAAGAACGCTACTACTTCCTCCCCTCACTCTCTCTCGGAATGCCCTAACCACCAAAATGAACATGACTCCTATCAACTTCCTTCCCCTCCATATAAACCCCTCCCCAAAGCCTAACTAACTGTGGGGTCCAGACATATTATCAACAGCTACACTCCCACAAACACGTGCTTTTTCCTAACTACCCTTCCTACTATATTGTTATATAATCGTGGGCCTAACAGAATTATTTGAGTTTCAGATAACAGTATATGGTCATCTTAGAATTTAATATAATCGCCCTTTTCATTGAATTGGTATATCTTTAAAATTTAATTTAAAAAGAAAGCTAATGAACAAGACAGGAAAGAACTCAGTTGGAACCAATTAGTAAGAAGAGAAAGGAAAAGCAAGGTAAGGCTATTTTACACAAGGAACGGGAGAAATTATGTACGCAAGGAAAGTGGTTAAAAATAAGAAAAAGGGATCTTAACTAAGGTAATTGGCCAAGTGAGCTTTTCAATTATCCCCCTCCTGATTGAATGTAGCTTGATCATGCAAGTCCTCGATTTTTCTTCTTTTTTTTAATATATCCGTATGTCGGTGGTGAGAATAGCTTCATTGTGTAGTGGAAAGAAAGGAAGCACCACACATGGCTCTAAGCCCAGACGTATCTTCAACCCTTATTGCTAAAGAAGCGATTGAGGATTATAGAGTTAGAAATAAAGGCATGGGTTTCGGTATCGATTTTGAAAAAGCTTATGATAATGTAGACTGGAATATTTTGGTCAAGGTGTTGGCAACAAAGGGTTTTGGTTATAAATGGTGTATGTGGATGTGGGGGTGTTTGAGGAACGTGAGTTTTTCCTTCCTTGCTAATGAGGTTTGAGGGGCAAAGTAGGTGATGGTCACAAACACGTTGGACCAGCTTGTGAGGAAGTTGCCTTTTTGTGTTGGGTCTTTCCGTTGTTTCTTTGTTGGAAGGCGGAGGAAGACTTGGGTCATATTCTTTGGCATTGTGATTTTGCGACTAGTGTTTGGGAGTTCTTTAAGACATTTGGTATGATATACGTTCTTTTTCTTTTTTATTTTTTTTATGATAAAAACGACTTTTATTGAAGAAAAAAATGAAAGCATACATGGCCATACAAAAGAACAACCCTACAAAAAAATGGACTCCCTCTACAAGAAGGTAGTCCAACTATACAAAATCATGTCCATAAATCAACAAGAGCGTAGTGTTTTGGGCCATGATGATGAGAAAGCTCAGAAGGTGGACTTTGTCACTTTGCTGGAGGACTTCCTTCCTTCTACCTTGGTCTTCTTCTCAGATGTAATTCCAAGCCCTTAGCCTTTTGCAATTCTTAGGTGAATAAAATTAGAAGAATATTAGCTTCTTAAAAAATAGGTTCATTCTCTAGAACCGTAAGACTTAATTTTATTCAATATGTTTTGAGTAATATCCCTAGTTGAGATGCTTGAATGCACCTCTTTATCCAATGGTTTAGTTTGTTTTTGTCTCCTTGTAATTCGTGGAACTTCGAGACTTCTCTTTTCATTTATTTCAATGAAAATTACGTTTCCTTTTAAGAAAAAGCAATATCAATTTTTATTTCTTATTTCTTTTTATTATTATAACCCCCGGGTGAGGTGTGTAAGACCTTGGAGAAGATGATGCACAATGTACTTTGTGAAAGGTTGGAGGAAGGAAAAGTGTAGGGGTTACATTTGGTTAGGTGGGAGATAAATGAGACACCGATCACTAAGTGGTTAGGAATTGAGAATTTAAGGTTTCAGAATAAAGCACTGTTTGTTTAATGGGTGTGGAAAGTGTTACATGGTTGCGCTAAAACGATGGATTAACTTGTGAGGAAGTTGGTTGTAACGACCCAACTTTTCAACCTAGTTGAGGTCATTATTCAAGTAAAAATCAAATTTCAAAACCCAAACTATGCAAACTTCATATCATTTTATTAAAGAAATATAGAGACAACCTGATAGAACACCAACATATGTGTTCTTATATATTGATATAGTATTAACGATTACAGGAAAAGAATTGATGAAATCAATCCTTGAACAACGAAAATAACCAGAAATAAGAACTCGCCAAATCAAGAACGAATACAAACACCCTACCCTTCTGCTCTCCTTTCTTTCAAGGAATTTCGCTGCCCCCTCTTCCCGTAACTTCCTTATTTCAATCATTTTCCCTAACTGTGGGCCCACCAATGTGGTCCCCCTCCCCCTGGTTTCCTCCTTCACTTGCACGAGCATTCACGTTTTTCTCTATTCTACTGTATTTGAATATAATCAGAGGTCTAACACAACCTCAAGTGGAAACAGAATGTTCAAGTAAATTAATAAATTAATAAGATAATTTAATCAGGGTTCCCTAATAAAAATAGTAAAAGAAAACAATTGTTTAATAAAACAAAATACCATCTAAGCAAAAGTTCAAAAGTGTTCTAACTTATAGAAATAAAACTGAGCGGAAGCATCAATCTAGCCTAGTCCCTATTGGCACGATTACGGGTCTCTCTTGTCACTTGCTAGCTTGCTTTTACCTTTGCTTGAAAAATGAAACACGGAAAGGGTGAGTATTATAAATAACCAGTAAGGGACTTACTACTGGCTCTACTAGGTGAACTTGTTAACTTTTCTATCAAGCATAGAGTACATTCTGTGTCATAGCAGTCTACTGGCTCCATAGGCGCACACATATGAACTCAAGGTACACTTAGCAATCAATTCAATCAAAACTGTATTAGGTAGTGATCCCATAAGGACACTGTTACACAGTGAGTCCAATATTTAGCATGAAAAAATCCACATTCTCATAATACATCACAAAATCATCAAATACCATAAATTCTCATGATATTTCATCGTCTAAAAACCAATTATGGTACAACAGGCATCAGTCGAACAACACATATTTAGTAGAAACAGTCTTACTAACAGTTGAGGATCCGACAATAAACCTAAACATAATCCCAATAATTATCAATTTTTTCCACCAAAAAACTACCAATTCAAAATACAACTTAAACTTTCAATTACCTACTCGAACGTTACCGAAAAGATCGAGGTCAACCCATTGGAAAGTGAATTAAACATCTCCAAAAAGCTCCAAATTAAACCCCAACGAAACTTACAATGTCAAAGAAAATCAATCTCAAATTAATCCATAATGTGTGCCCAAAACCCATAAAGAAAAATACCAAAACCTTACCCAAAGCACACCCACTTAAACAAATCCAGTGAATGACGACGAAGCGGCAACGGATTGGTAAGCATCGCGAAGTAGGTTTGTGTGATGGATTGACAACGGCGTGGAAGGTGTGTGGTGTTAGGGGCATAATTGTCCAAGGTATTATTTACCGTTGGCCGTATGCCCGAATACCCCCAAATCACTTTATCTTTATGTCTTGAAAGTAGTTTAGGTTAATTCTTTCGTTTAGGTGTCGCCGAGTTACAGTGTGACATTTCGGTTTTTTCATATGCAAGCCTGTCAAGGCCAAAATTCTCAATATGTACTATAGGGGGTACATGACCAATCAGACCCCCGCCCAAGCCTTGTCGCACTCTTTGCATGTTGAGTTATTTTCCTTGCAATTGACAGTCTTCAATGCTTTCTTTATGACGTTTTCAACTATTTAATTTCTCTCTCCCGTTTTATAAAAACATTTACCCAAGAACGGTAAGGGAGGCTACGTCATACCGCGAGTTTGTCCGCGGATTCCGATTTTCGAACGACTGACTTGCTGATCGAGCTAAGCAAGTGCCGCACAATCGTGTTGAGAAGTTACGATTGTGACAAGTGGTATTAGAGCCAAATTGGCTAATTGACGATAAGACCGAAACATGTCGTCGTCGAATCCATCGGGCAAGGCCCAGAGAGACCGACTAGTAGAGCTAGAAGAACAGATGCTCTATCTAGTCAAAGTTCCCGACTCCATCCGCTACTTGGAGTCTCGTCTCGATGAAATTTCCGAGAAAACTAATATGATAGATGCGGTAGCTGGCCGTGTCGAAGGGTTGCCGATACAAGAGTTGTTGGCAAGAGTTGACACCCTAGAGGAGAACACAAATGCTAGAAGAACTGTTAACTACGAGCGTGGGGACAGCTCATCAGGTTTTGCTGCCCACATGGAAGAACGTGTCAGCGAGCTAGATAGCGCTCAGAAGACACTATTAGAGATGATAAACGGCATGTCAGAAGATTTTAGAGTCACCCTCGATGTCGTTAGGAATGAAGTCGCAGACGTGAACGCAAGGCTGAATCTCACGATGCGAGCAATAGCAAACCAAGCTCCAGCTGGAGGAGCAATTTCGGTTAGTAGAGTAAAGATCCCGGAACCAAAGCCCTTCTGTGGGGCAAGGGATGCAAAGGCTCTAGAGAACTATATTTTCGACCTTGAACAGTACTTCAAGGCTACAAACACTGTTACCGAGGAAGCCAAAGTGACATTGGCAACGATGCATCTGTCTGAGGATGTGAAGTTGTGGTGGAGGTCCCGATACGTGGACATACAGGAAGGGCGTTGCACAATAGATACTTGGGACGCCCTGAAGAGAGAACTCCGCTCGCAATTCTTTCCCGAGAATGTGGAAATCCTTGCTCGGCGAAAGTTGCGCGATCTAAGACACACCGGCGAGATTCGGGAGTACGTGAAACAGTTCGCGGGGTTGATGTTAGACATTCGCGACATGTCAGAGAAAGACAAAGTATTCTGTTTTGTCGAAGGGCTGAAACGGTGGGCAAGGGCCAAGTTGTATGAACAAAGGGTCCAAGACCTCACGTCAGCGTATGCAGCAGCCGAACGGTTGTTCGATCTGACAAGTGACACTCAAGATGTGAGACGTCACAAAAGCTCCTCATCTGGAAGGAACAGGAATAGTCGTCCGAGTTCCCCCAAAACTGTCAGGAGAGACGAATACACTGGTAAAGACCGAAGATCTCACCAGTCAAACACAGAGAACACATGGCAAAGGCCGAATAATCAAAGCCCACCCAAGCGCCGCCTGAGTTGTTACATATGTGGTAAGCCACATATAGCAAGAGAATGCCCGAATAAAGTCGACTTCCATGCGTTTCAGGCCTCACTAATTGTGGATTCAGACGATAAGTCAAATCGTGCTGAGGACGAAGCGGACCTGGTAGATGGAGGCGAAAAGACTCGGATTGGGGCCATAAAGTACATGTCGTCTCTCCAGAAAAAGTCAGGGGAGAGACACGTACCAACAAAAGGGGGCCTAATGTATGTTGACACTTGGATCAACCAAAAACAGACTAAGAGCACTATGGTTGATTCTAGTGCAACCCACAACTTCATAACTGAGGCAGAAGCTAGACGTCTAAGGCTCCGTTGGGAGAGGGATTCAGGAAAGATGAAGGCCGTGAATTCCATTGCTCTACCTATCGTCGGATTGGTGAAGCGAACGACGATAAAGTTGGGAGGATGGAAAGGCCCCGTAGACCTTGTGGTTGTAAAGATGGACGACTTTGATGTAGTACTGGGGATGGAGTTCCTCCTTGAACATCAAGTCATTCCATTGCCCTCATCCAATTGTCTAGCGATTACCGGACCTTTCCCCACGGTAGTGCAAGCAGAGATTCGTCAGCCCAACGGGTTTAAAATGATATCGGCCATGCAACTAGACAAGAGTCGCGCCCAAGAGGAACCACATTCTGTGGAGATCCTGCTTGGGGCGTTGGAAAAGTCGGGGGAGTCAGTCGTTAAGGACACTCTGTGTGTCCTAGAGAAGTGCCATGGTGCGATGCCAAGTAGTTGGCCCAAACCCTTGTCGATGCGAAGGAGAACCGACCATGGGGTAGAGTCGCCATCAGAGGCAAAAGCGCGTGCGAAGAATGCTTATTGCATGGCGCCGCCGGAGTTAACCAGACTTCGGAAACCATCAGAGATGTTGTCGAGTACAGGGTGTAGTATACCTGTACAAGCTCCGTATGGAGCCCGCGTCCTTTCCTTGAAGAAGAAGGACAGAAGCCCACAACAGTGTGTTGACCGTCGTACCCAGAGTAAGCTCACGGTCCGGCGTAAATGTCCACTCCCCATGCTCACGAGGCGGGTGGACTGCCCACGTGGAGTGAAGCATCTCCCAAAGTCAGACGACCGACCGAGGCAATGTCGAGTAAGAACAACGAAGGCAAAGGGACTCGAGAAAAATTACGTCACTAGGCATGAAGCATACGAGTTCCCTGTGGTGCCGTTGAGTCTTACTGATGCCAAGGGAGGAAAGTGTTGTTCTGTGCAGAGCCAGATGAGCGTGCTGAGTCATGTGGGGGAGTGCCACCAAGGTGGGTCGTCGAGAGAAGAAGACACTCAGTGGAGCGAGAACCTCGAGTGTCAGGTCGCCTTCAATGGTTCAAAGCAAGCCATTATCGAGGGGCCAAGTCTTGGGGTCGTTGATGCGACCAAGACTCCTGAAGTCGAAGCCGAGCAACTCAGCTGTGTGCTCGAAGAATACCTGCATCATTGTGTTGATGGCAGACAAAAGAATTGGGTTCAACTGTTGAAGGTAACCCAATTCAGTCATAGTGCTCAGACAGACTCGCTGATCAAGAGAAGTCCGTTTGAGATTAAAGGTAAGAGGCATTCTGTATTGCCGCCCGTCGCTGATGACCCTTATGTAGGGGACCGCCCTCAAGTCCACCGAGTGGGAGAAGAATGTGAACAGATGGCCAACATCGCTCGAGTGTGCCAAGAAGAAGCTTCAAGGCCGATGGAGGAGAGGGGAGATCAAAAGCGATACCCTCTCGAGTTTGAGGGGATGACCAAGCTTCCAATTGACGGTGCAACAACGCCGTATGATTATCTGTCAACCTGGACCTGGAGGAAGACAGAGAAGTCGAAGAAGCCCTTGCTGACAGAGTAAGGACTGGCAGAAGGCCCACGAGGGAGATACATAAATTCCTGGTGAAGCGGAAGAAGCCCTCGTGGAGGTAACCAGCGGAAGACCTGTCGAAGACTTTGAAGCGTGGATGCAGAAGACTGAAGAGCTCCAACTTCGCCAGTTGACGAGGACGTCAACCGTTTAAGTGGGGTGAATGTCAGGGGCATAATTGTCCAAGGTATTATTTACCGTTAGCCGTATGCTTGAATACCCCCAAATCACTTTATCTTTATGTCTTGAAAGTAGTTTAGGTTAATTCTTTCGTTTAGGTGTCGCCGAGTCACAGTGTGACATTTCGGCTTTTTCATATGCAAGTCTGCCAAGGCCAAAATTCTCAATATGTACTATAGAGGGTACATGACCAGTCCGACCCCTGCCCAAGCCTTGTTGCACTCTTTGCATGTTGAGTTCTTTTTCTTGCAATTGACAGTCTTCAATGCTTTCTTTATGACGTTTTCAACTATTTACTTTCTCTCTCTCGTTTTATAAAAATATTTTCCCAAGAACGGAGAGGGAGGCTACGTCATACCGCGAGTTTGTCCGCGGATTCCGATTTTCGAACGGCTGACTTGCTGATCGAGCTAAGCAAGTGCCGCACAATCGTGTTGAGAAGTTACGATTGTGACATGTGGCGGCGGGGCTTGGTGCGGCAGTTGATGGCAAGGAAACGGTGCTTCGTGGCTTCAGGTGTGTGGCTTCGGAAAGAAAACAAAATCAAGGGGGGAAGAAGAAGAGAGTGAATTTCTTTTTGTATAATACCTGCATGAACTACGAGGAGCTCATATATAATTACACATAAACTCAAATCCCTAATTCCTTTTCCTCCAATTAAATATAAACCCATTTATATTTAATTTCCTTGTCGTTCTTCAGTATTTAATCAACTTTTTTCCAATATATTCCAATATATTCCAATATATATTTAATATCTTTAAATCCAAAATCCAGCAAAACCTAATTTCTCTCTTAAATTCAAATTAAAATAATCAACCCCCACAATCAAATAAATCTTAATAAAACCAGCATAGCACTCTTTTAATTCAAGATAATTAAGATGAAATTGCCTCAAATATGGAATGTTACATTGGTCTTGTTAATGGGCCCATTTTTATGTATTCTTTGCTGGAAGGTGGAAGAATACCTGAACTATATCTGGTCTTGTGAGTTTGCAAGATCTACGTGAGATTTTTCTCCCCATACGTTTGGTTTCTTCTTTCTTGTATACACGCTAGTGACATGATTGGAAAGTACCTCCTCCCCTTGATGATTCATCTATCTCTTTGGAGAAGGTTTGCTTTCTATAGTTTGTCAGAGTTTGTGCGTTCTTTCGTGGGTTCTATGGGGGGATTGAAATGGGTAGGGTGTTTGAAAGGGTGGAGAGGAACGCACTAATGAGGTTTTGTTCCTTGTTTGTTTTCATATTTTTCTTTGGTCTGGACTTTGATTTCAAAGACCTTTTGTAATTATTCTTTAGACACTATTTTACATAAATTTAGGTTTCTTTCCATATGATCTCCACTTTTTGTTGGCTTGATTTTTTGTATGCCCATGTATTTTTCAATCTTTTCATTTGTTTTAAATCTTCATTTTGTATATTCCTATTCGTTCTCTTTGTTGATAATTTCGAGCAAGTTAATGACAACAGGAGTAGATATGGGTTTTGTTGTTTTGTTGAGTACAAACCTTCTGATGGAGCTATTTTTAGCAACCCCAAGGTCCTGAAAACAATCGGTATATTCTCTTCAATCAGATTAGACTTACATAATTAAATATGAAATAGACATCGAATGTAGAGCAATTGAGGTTAGAAAAGCTTCCAACAAGTATTTAATATTGCGCTTTATGAATAGGTACATTTTCCTCGTCCATATGTTCATCTATGTTACTATCATGTTGCATCATCTACTTGCGTCCCTGAACAAGAGGCTTTGTATTTAGATATTTCTGATGCTCATTTTTTGCCTCTCTTATTTTGCTAAAACAATAGTTATTTCTTTCTGGTCATCCTACGGAAGTTGAGGGTGTAGATCTTCTAATTCTTGCATCCCAATGGGCAGGTGTTGCCAGTATAAGGCAGGTGAGAATTGTCCATGTTTTATTTATTTACCTTGTACTTATTATTATTTTTTTTTGAAATGGAGGCAAACTTCTTTATTAATAATATAAACTCAAAGTATAAGAGAGATATATATGGAGTGTAATAAAGAAGCCTAAAGAGACAATTTAAATTCTGTTTATTAGACTCTTTATTCTCCACTCTTCAATTACAACATGCTAGAGAATTTAAACATGACTAGGATGCACATAATTACATATAGTGATCGGAATTGAAATAACTAGAGGGGGAGGTTATAAAAATGCCCCGAGAGCTGTATCTATGATATTGACCTTGTTTTCTTTCTATTTCATTTTCAATTACTCATGTCTTCGTATAATTTGATCGAACCCCAGACATTCCAGGACTTTTTAATTTGAGGTTAAATCCATGGTTTCTTCTAGTGTTAGCCCAGCAATTTGTCATTGGATCATTCTTTTTCCGGATTAATTTGGGATGATATCCATGTTAACTGTTTTTTGAAGCTCACGTTCTGACTATCAATTCATGTTCTATTAAGTACTACATTTCTTTCATCATTGTTATGCCAGGGGAAAATGGTTGAAGGCATTGCTCACCTGGAAAGAGTTGCTAATATGAAAGAGCCAGAAGAACCAAAAAGCAAAGCCCATTATTATGATGGATTGGTTCTGCTAGCAAGGTCTCAACCATACCAACGATTAGATTGTTTTTTCATTAACCCACGCTCCTTCCTAAGGGGGAAAATGATTTTAGAAAGCTTTCGCATTCCCTTCCCTCAGCAAGCAAATTTACTAAAATCTTATTTCGTGTCATTTCAGTGCTCTATACAATGAAGGTCGTAAGGCTGAAGCTACCAAATACTTAAAGTCAGCTGTAGCTTATAATCCTGCCTACAAAGTATACTTGGATCAATGTGAGGACGACAATGATAAATTAGTCGGTGATCTTGTCAGCAGTAGGAGAGGAGATTATTGATTCGCTTCCTTTCAAAACAAGGCCAACTTGCCTTCCATGTTGTTGATAAGTAATCTATCAGAGAAAATCCACAGTTTTAGTAGAGGTATGACTGATTTTTGGTTCATTACGAGGATCGTTTTGACAAGTTTCAACAGAATAAATGTCTCCAATAAAGGACAAACACTGTAGCTGATGGCTTCATATCTCTCACATTCAATTGGGTAGGTAACTTCGCTGAAGTTCACTTTGATTCAAGTAAAATATTGTTTTCTAGTTAGAATGAAATTAAAAAAAAAAAAAGAAGAGAGAGAGGTCCATTAAGTATTGCGAATGATCATTGAGAACAATATCTTTTATTGTTATATTCTTATTAAAGTTGCAATTTTTTTTCCACAAAAAAAAAAAAATTATATTCTTATTTTTTATTGAAGTTTTAAATGAGATGTAAACTACAGTTATGAAATGTATGGTGCAACTGATATGCGTTCAGTTTAAACTTTTGTGCTGTTTATCATGTGGTTTAAGCACAAGAAGGATGAGATTTGATTTT

mRNA sequence

TTTCCCAAAATTGAAATCTATAAAAAATGAAAATGAAGTAAAATAAAAGCTACGTGGAGTAGGAGAGTCAGCATCCCTCGTTGGTCGGAGTTTGCCCTCTCCGCCGAAAAATGGCAACGTCGAAGCTCTGTACTCACCTTCGCCGTCTTCGTCCGTCTCGTTTTTACTCCATCTCTTTCCTTTCTTGTCCTCTGCCCTTTCGACTTCACGAAGCTCACACACTCTCAAGCTCACACCATCAACCATTCACCACTCCCTCCCATCGTTTTGATCCTCATATAAGTTCCGTTAGTGCTCTCACCGCATTCTCCTCTCGGTACTTCTGGACTCGTTCAAACGATGATTCAGAGTTCGAACAAAGTGTTGAATCAAGACACCTCTCGAACGACGATACGGGAATCCTCCAGTCGGGAATTCAAGACTTGGAACTTGGAGGAGTTGTTGAAGAAGTCATTGGTACGACTACGGTGGAGGATTCAATTTTACCCATTCAGCAACTTACTTCGATTCTGGATGGTTTCCATCAGTATACCGGTATGCCCTGGTGGGCAGTTATTGCTTCATCAACTTTAGCTCTCAGATTTACGTTGCTTCCCTTACTCATTGTTCAACTCAACAAGTTGAAAAGGATTGGTGAATTATTTCCAAAGTTGCCACCTCCACTGCCACCACCTCTTTCGAGACGGAGTTACATCGACCAAATTTCTCTTTTCCGTAAAGAAAGAAAGGCAATTGGATGCCCCTCATTTCTGTGGTTCCCTGCATACTTTTTCATTCAGGTCCCATGCTTCCTATTGTGGATGGTTACTATCCGCAAAATGTCACTTGATCACCATCCTGGATTTGACTATGGTGGAGCTTTATGGTTCCAAAATCTGACAGAGTATCCACATGGAGTTTTTGGCCCCATATTTCCATTTTTAATTGCCAGCTTGCACTTCATTAATGTTCAGTTGTCTTTCAGAAAATCATCATTGGGAAAAGAAACTGGCATAATTGGGATTTTAGCAAAATACTACAAACTCTATTTGAATCTACTGACTGTACCACTATTTCTTATTGGCTACTGTATTCCACAGGGTAGTCTAGTTTACTGGGTTACGAATAGTTCGTTCACTGCAATTCAGCAATTAACCCTCCAACATCCTGCTGTCCGCAGTAAATTGGGATTGCCTTCCAGGGATGCTCCTGTGGGCAATGCAAATGTCAGAGAAACCAAGAATCCAGGCAAAATACCGTTGGAGACACCCACGAAGTGGAAAAAAGTTTCTGTAGAGAAGCTGTCTCCTAAGGAATTGCTTGCTCTTTCTGTCCAACTCCTATCAAAAGGGCAAAAAGAAAGGGCTATTCCTTTACTCCGGCACTTAACAAGGATCCCGAGTATGTTCGAGCTTTGGTTGTCATGGGGCAAACTCTGTTACAAAATGCGCAACCCGCAGAGGCTACTGTATACTTAGAGCGTGCTATTTCCAAGTTATTTCTTTCTGGTCATCCTACGGAAGTTGAGGGTGTAGATCTTCTAATTCTTGCATCCCAATGGGCAGGTGTTGCCAGTATAAGGCAGGGGAAAATGGTTGAAGGCATTGCTCACCTGGAAAGAGTTGCTAATATGAAAGAGCCAGAAGAACCAAAAAGCAAAGCCCATTATTATGATGGATTGGTTCTGCTAGCAAGTGCTCTATACAATGAAGGTCGTAAGGCTGAAGCTACCAAATACTTAAAGTCAGCTGTAGCTTATAATCCTGCCTACAAAGTATACTTGGATCAATGTGAGGACGACAATGATAAATTAGTCGGTGATCTTGTCAGCAGTAGGAGAGGAGATTATTGATTCGCTTCCTTTCAAAACAAGGCCAACTTGCCTTCCATGTTGTTGATAAGTAATCTATCAGAGAAAATCCACAGTTTTAGTAGAGGTATGACTGATTTTTGGTTCATTACGAGGATCGTTTTGACAAGTTTCAACAGAATAAATGTCTCCAATAAAGGACAAACACTGTAGCTGATGGCTTCATATCTCTCACATTCAATTGGGTAGGTAACTTCGCTGAAGTTCACTTTGATTCAAGTAAAATATTGTTTTCTAGTTAGAATGAAATTAAAAAAAAAAAAAGAAGAGAGAGAGGTCCATTAAGTATTGCGAATGATCATTGAGAACAATATCTTTTATTGTTATATTCTTATTAAAGTTGCAATTTTTTTTCCACAAAAAAAAAAAAATTATATTCTTATTTTTTATTGAAGTTTTAAATGAGATGTAAACTACAGTTATGAAATGTATGGTGCAACTGATATGCGTTCAGTTTAAACTTTTGTGCTGTTTATCATGTGGTTTAAGCACAAGAAGGATGAGATTTGATTTT

Coding sequence (CDS)

ATGGCAACGTCGAAGCTCTGTACTCACCTTCGCCGTCTTCGTCCGTCTCGTTTTTACTCCATCTCTTTCCTTTCTTGTCCTCTGCCCTTTCGACTTCACGAAGCTCACACACTCTCAAGCTCACACCATCAACCATTCACCACTCCCTCCCATCGTTTTGATCCTCATATAAGTTCCGTTAGTGCTCTCACCGCATTCTCCTCTCGGTACTTCTGGACTCGTTCAAACGATGATTCAGAGTTCGAACAAAGTGTTGAATCAAGACACCTCTCGAACGACGATACGGGAATCCTCCAGTCGGGAATTCAAGACTTGGAACTTGGAGGAGTTGTTGAAGAAGTCATTGGTACGACTACGGTGGAGGATTCAATTTTACCCATTCAGCAACTTACTTCGATTCTGGATGGTTTCCATCAGTATACCGGTATGCCCTGGTGGGCAGTTATTGCTTCATCAACTTTAGCTCTCAGATTTACGTTGCTTCCCTTACTCATTGTTCAACTCAACAAGTTGAAAAGGATTGGTGAATTATTTCCAAAGTTGCCACCTCCACTGCCACCACCTCTTTCGAGACGGAGTTACATCGACCAAATTTCTCTTTTCCGTAAAGAAAGAAAGGCAATTGGATGCCCCTCATTTCTGTGGTTCCCTGCATACTTTTTCATTCAGGTCCCATGCTTCCTATTGTGGATGGTTACTATCCGCAAAATGTCACTTGATCACCATCCTGGATTTGACTATGGTGGAGCTTTATGGTTCCAAAATCTGACAGAGTATCCACATGGAGTTTTTGGCCCCATATTTCCATTTTTAATTGCCAGCTTGCACTTCATTAATGTTCAGTTGTCTTTCAGAAAATCATCATTGGGAAAAGAAACTGGCATAATTGGGATTTTAGCAAAATACTACAAACTCTATTTGAATCTACTGACTGTACCACTATTTCTTATTGGCTACTGTATTCCACAGGGTAGTCTAGTTTACTGGGTTACGAATAGTTCGTTCACTGCAATTCAGCAATTAACCCTCCAACATCCTGCTGTCCGCAGTAAATTGGGATTGCCTTCCAGGGATGCTCCTGTGGGCAATGCAAATGTCAGAGAAACCAAGAATCCAGGCAAAATACCGTTGGAGACACCCACGAAGTGGAAAAAAGTTTCTGTAGAGAAGCTGTCTCCTAAGGAATTGCTTGCTCTTTCTGTCCAACTCCTATCAAAAGGGCAAAAAGAAAGGGCTATTCCTTTACTCCGGCACTTAACAAGGATCCCGAGTATGTTCGAGCTTTGGTTGTCATGGGGCAAACTCTGTTACAAAATGCGCAACCCGCAGAGGCTACTGTATACTTAG

Protein sequence

MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSVSALTAFSSRYFWTRSNDDSEFEQSVESRHLSNDDTGILQSGIQDLELGGVVEEVIGTTTVEDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFPKLPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSLDHHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGILAKYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDAPVGNANVRETKNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLRHLTRIPSMFELWLSWGKLCYKMRNPQRLLYT

Homology

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BLAST of Cmc05g0133871 vs. NCBI nr
Match: XP_008441758.1 (PREDICTED: ALBINO3-like protein 2, chloroplastic [Cucumis melo])

HSP 1 Score: 830.5 bits (2144), Expect = 7.0e-237
Identity = 415/417 (99.52%), Postives = 415/417 (99.52%), Query Frame = 0


Query: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60
           MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV
Sbjct: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60

Query: 61  SALTAFSSRYFWTRSNDDSEFEQSVESRHLSNDDTGILQSGIQDLELGGVVEEVIGTTTV 120
           SALTAFSSRYFWTRSNDDSEFEQSVESRHLSNDDTGILQSGIQDLELGGVVEEVIGTTTV
Sbjct: 61  SALTAFSSRYFWTRSNDDSEFEQSVESRHLSNDDTGILQSGIQDLELGGVVEEVIGTTTV 120

Query: 121 EDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFPK 180
           EDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFPK
Sbjct: 121 EDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFPK 180

Query: 181 LPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSLD 240
           LPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSLD
Sbjct: 181 LPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSLD 240

Query: 241 HHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGILA 300
           HHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGILA
Sbjct: 241 HHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGILA 300

Query: 301 KYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDAP 360
           KYYKLYLNLLTVPLF IGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDAP
Sbjct: 301 KYYKLYLNLLTVPLFFIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDAP 360

Query: 361 VGNANVRETKNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLR 418
           VGNANVRET NPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLR
Sbjct: 361 VGNANVRETNNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLR 417

[Close]

BLAST of Cmc05g0133871 vs. NCBI nr
Match: XP_004138896.1 (ALBINO3-like protein 2, chloroplastic [Cucumis sativus] >KAE8651737.1 hypothetical protein Csa_006628 [Cucumis sativus])

HSP 1 Score: 760.4 bits (1962), Expect = 8.9e-216
Identity = 386/421 (91.69%), Postives = 395/421 (93.82%), Query Frame = 0


Query: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60
           MATSKLCTHLRRLRPSRFYSIS LS PLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISS+
Sbjct: 1   MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL 60

Query: 61  SALTAFSSRYFWTRSNDDSEFEQ----SVESRHLSNDDTGILQSGIQDLELGGVVEEVIG 120
           SA TAFSSR FWTRSNDDSEF++     VES HLSNDDT     GIQDLELGGVVEEVIG
Sbjct: 61  SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDT-----GIQDLELGGVVEEVIG 120

Query: 121 TTTVEDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGE 180
            T VE+SILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLP+LIVQLNKLKRIGE
Sbjct: 121 ATAVENSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPILIVQLNKLKRIGE 180

Query: 181 LFPKLPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRK 240
           LFPKLPPPLPPPLS RSYIDQISLFRKERKAIGCPSFLWF AYFFIQVPCFLLWMVTIRK
Sbjct: 181 LFPKLPPPLPPPLSGRSYIDQISLFRKERKAIGCPSFLWFAAYFFIQVPCFLLWMVTIRK 240

Query: 241 MSLDHHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGII 300
           MSLDH+PGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSL KETGII
Sbjct: 241 MSLDHYPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLEKETGII 300

Query: 301 GILAKYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPS 360
           GILAKYYKLYLNLLTVPLF IGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPS
Sbjct: 301 GILAKYYKLYLNLLTVPLFFIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPS 360

Query: 361 RDAPVGNANVRETKNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLL 418
           RDAPVG   +RET NPGKIPLET TKWKK+SVEKLSPKELLALSVQLLSKGQKE+AIPLL
Sbjct: 361 RDAPVGTTTLRETNNPGKIPLETTTKWKKISVEKLSPKELLALSVQLLSKGQKEKAIPLL 416

[Close]

BLAST of Cmc05g0133871 vs. NCBI nr
Match: XP_038890165.1 (ALBINO3-like protein 2, chloroplastic [Benincasa hispida])

HSP 1 Score: 711.8 bits (1836), Expect = 3.6e-201
Identity = 362/421 (85.99%), Postives = 380/421 (90.26%), Query Frame = 0


Query: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60
           MA S+LCTHLRRLRPSRFYS + LS P+ FRLHEAHTL S HHQ F+ P+ RFDPH+ S 
Sbjct: 1   MAKSQLCTHLRRLRPSRFYSSASLSYPMAFRLHEAHTLPSPHHQSFSRPTRRFDPHLCST 60

Query: 61  SALTAFSSRYFWTRSNDDSEFEQ----SVESRHLSNDDTGILQSGIQDLELGGVVEEVIG 120
           +ALTAFSSR  WTRS+D+SEFEQ     VES  LSNDDTGI  SGIQDLELGGVVEEVIG
Sbjct: 61  AALTAFSSRSLWTRSDDESEFEQIGHFGVESSRLSNDDTGI-HSGIQDLELGGVVEEVIG 120

Query: 121 TTTVEDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGE 180
              VE+SILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGE
Sbjct: 121 AAVVEESILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGE 180

Query: 181 LFPKLPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRK 240
           LFPKLPPPLPPPLS RSY+DQISLFRKERKAIGCPSFLWF AYF IQVPCFLLWMVTIRK
Sbjct: 181 LFPKLPPPLPPPLSGRSYMDQISLFRKERKAIGCPSFLWFVAYFSIQVPCFLLWMVTIRK 240

Query: 241 MSLDHHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGII 300
           MSLDHHPGFD GGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQ+SFRKSSL K TGI 
Sbjct: 241 MSLDHHPGFDCGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQVSFRKSSLKKATGIF 300

Query: 301 GILAKYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPS 360
           GILA+YYKLYLNLLTVPLF I YCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPS
Sbjct: 301 GILAEYYKLYLNLLTVPLFFISYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPS 360

Query: 361 RDAPVGNANVRETKNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLL 418
           ++ PVG A + ET NPGKIPL+ PTKWKK+SVEKLSPKELLALSVQLLSKGQKERAIPLL
Sbjct: 361 KEVPVGTATLGETNNPGKIPLDLPTKWKKISVEKLSPKELLALSVQLLSKGQKERAIPLL 420

[Close]

BLAST of Cmc05g0133871 vs. NCBI nr
Match: XP_022933145.1 (ALBINO3-like protein 2, chloroplastic isoform X2 [Cucurbita moschata])

HSP 1 Score: 699.5 bits (1804), Expect = 1.9e-197
Identity = 354/418 (84.69%), Postives = 380/418 (90.91%), Query Frame = 0


Query: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60
           MATSKLCT+LRRLRPSRFYS + LS P+  RLHEAHTL SSHH  FT P+HRFD HI+S+
Sbjct: 1   MATSKLCTNLRRLRPSRFYSCASLSYPIASRLHEAHTLPSSHHHSFTRPTHRFDHHITSI 60

Query: 61  SALTAFSSRYFWTRSNDDSEFEQ-SVESRHLSNDDTGILQSGIQDLELGGVVEEVIGTTT 120
            ALTAFSSR  WTRS+DDSEF++  + +  LS+DDTGI QSGIQDLELGGVVEEVI  T 
Sbjct: 61  GALTAFSSRSLWTRSDDDSEFQRIDLFASRLSDDDTGI-QSGIQDLELGGVVEEVINATA 120

Query: 121 VEDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP 180
           VE+SILP QQLTSILDGFHQYTG+PWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP
Sbjct: 121 VEESILPTQQLTSILDGFHQYTGLPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP 180

Query: 181 KLPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSL 240
           KLPPPLPPPLS RSYI+Q+SLFRKERKAIGCPSFLWF AYF IQVPCFLLWMVTIRKMSL
Sbjct: 181 KLPPPLPPPLSGRSYINQLSLFRKERKAIGCPSFLWFLAYFSIQVPCFLLWMVTIRKMSL 240

Query: 241 DHHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGIL 300
           +HHPGFD GGALWFQNLTEYPHGV GPIFP L+ASLHFINVQ+SFRKSSL K TGI GIL
Sbjct: 241 NHHPGFDCGGALWFQNLTEYPHGVLGPIFPLLVASLHFINVQVSFRKSSLEKATGIFGIL 300

Query: 301 AKYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDA 360
           AKYYKLYLNLLTVPLF IGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLP +DA
Sbjct: 301 AKYYKLYLNLLTVPLFFIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPFKDA 360

Query: 361 PVGNANVRETKNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLR 418
           PVG A +RET +PGK+PL+TPTKWKK+ VEKLSPKELLALSVQLLSKGQKE+AIPLLR
Sbjct: 361 PVGTATLRETNDPGKLPLDTPTKWKKIYVEKLSPKELLALSVQLLSKGQKEKAIPLLR 417

[Close]

BLAST of Cmc05g0133871 vs. NCBI nr
Match: XP_022933144.1 (ALBINO3-like protein 2, chloroplastic isoform X1 [Cucurbita moschata])

HSP 1 Score: 699.5 bits (1804), Expect = 1.9e-197
Identity = 354/418 (84.69%), Postives = 380/418 (90.91%), Query Frame = 0


Query: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60
           MATSKLCT+LRRLRPSRFYS + LS P+  RLHEAHTL SSHH  FT P+HRFD HI+S+
Sbjct: 1   MATSKLCTNLRRLRPSRFYSCASLSYPIASRLHEAHTLPSSHHHSFTRPTHRFDHHITSI 60

Query: 61  SALTAFSSRYFWTRSNDDSEFEQ-SVESRHLSNDDTGILQSGIQDLELGGVVEEVIGTTT 120
            ALTAFSSR  WTRS+DDSEF++  + +  LS+DDTGI QSGIQDLELGGVVEEVI  T 
Sbjct: 61  GALTAFSSRSLWTRSDDDSEFQRIDLFASRLSDDDTGI-QSGIQDLELGGVVEEVINATA 120

Query: 121 VEDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP 180
           VE+SILP QQLTSILDGFHQYTG+PWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP
Sbjct: 121 VEESILPTQQLTSILDGFHQYTGLPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP 180

Query: 181 KLPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSL 240
           KLPPPLPPPLS RSYI+Q+SLFRKERKAIGCPSFLWF AYF IQVPCFLLWMVTIRKMSL
Sbjct: 181 KLPPPLPPPLSGRSYINQLSLFRKERKAIGCPSFLWFLAYFSIQVPCFLLWMVTIRKMSL 240

Query: 241 DHHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGIL 300
           +HHPGFD GGALWFQNLTEYPHGV GPIFP L+ASLHFINVQ+SFRKSSL K TGI GIL
Sbjct: 241 NHHPGFDCGGALWFQNLTEYPHGVLGPIFPLLVASLHFINVQVSFRKSSLEKATGIFGIL 300

Query: 301 AKYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDA 360
           AKYYKLYLNLLTVPLF IGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLP +DA
Sbjct: 301 AKYYKLYLNLLTVPLFFIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPFKDA 360

Query: 361 PVGNANVRETKNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLR 418
           PVG A +RET +PGK+PL+TPTKWKK+ VEKLSPKELLALSVQLLSKGQKE+AIPLLR
Sbjct: 361 PVGTATLRETNDPGKLPLDTPTKWKKIYVEKLSPKELLALSVQLLSKGQKEKAIPLLR 417

[Close]

BLAST of Cmc05g0133871 vs. ExPASy Swiss-Prot
Match: Q8L718 (ALBINO3-like protein 2, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=ALB3L2 PE=2 SV=2)

HSP 1 Score: 345.1 bits (884), Expect = 1.2e-93
Identity = 171/306 (55.88%), Postives = 225/306 (73.53%), Query Frame = 0


Query: 112 EEVIGTTTVEDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKL 171
           +E+I T   +DS LP+  +   L+GFH++TG+PWW +IASST+A+R  LLPLLI+QL KL
Sbjct: 68  QEIIPT---DDSSLPVLAVVDFLEGFHEFTGLPWWMIIASSTVAVRLALLPLLILQLKKL 127

Query: 172 KRIGELFPKLPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWM 231
           K I EL PKLP P+P   + +  IDQ S F KE +AIGCPSFLWF  Y  +Q+PCF L M
Sbjct: 128 KTISELLPKLPMPIPETPTLKGSIDQFSHFLKESRAIGCPSFLWFFPYLSVQLPCFFLLM 187

Query: 232 VTIRKMSLDHHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGK 291
            +IRKMSLD HPGFD GG LWFQNL++ P G FGP+FP LIA+ H+IN+Q+SF  S++ +
Sbjct: 188 ASIRKMSLDGHPGFDSGGVLWFQNLSDLPGGSFGPVFPILIATFHYINIQISFDTSTIRQ 247

Query: 292 ETGIIGILAKYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSK 351
            TG+ G+L +YYKLYL +L+VPLF +GY IPQGSLVYWVTNSS    QQL+L+HP V +K
Sbjct: 248 TTGLTGLLMRYYKLYLEILSVPLFFVGYAIPQGSLVYWVTNSSVNIFQQLSLKHPTVGAK 307

Query: 352 LGLPSRDAPVGNANVRETKNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKER 411
           LGL S+ A  G  +  E        +++ +K + +S++ L+P+ELL+LSVQ+LSKG KE 
Sbjct: 308 LGLLSQGATPGMGHSMEISESVIKYVDSDSKEQTLSLQTLTPEELLSLSVQVLSKGDKET 367

Query: 412 AIPLLR 418
           +I LLR
Sbjct: 368 SIQLLR 370

[Close]

BLAST of Cmc05g0133871 vs. ExPASy Swiss-Prot
Match: Q0WUC5 (ALBINO3-like protein 3, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=ALB3L3 PE=1 SV=1)

HSP 1 Score: 322.8 bits (826), Expect = 6.2e-87
Identity = 191/430 (44.42%), Postives = 252/430 (58.60%), Query Frame = 0


Query: 38  LSSSHHQPFTTPSHRFDPHISSVSALTAFSSRYF---------WTRSNDDS--------- 97
           L  SHH   +   H          AL  F SR+F          TR  DDS         
Sbjct: 11  LRRSHHTCSSLSPHHVSATTQPSIALALFQSRFFSTPSDLDSELTRFRDDSIAGVGSNDH 70

Query: 98  --EFEQSVESRHLS------NDDTGILQSGIQDLELGGVVEEVIGTTTVEDSILPIQQLT 157
             EF+ S+ S   +       D  G L S    LE G + +++     +       Q + 
Sbjct: 71  GLEFDDSIASLGSNGHGLEFGDSIGSLGSNGYGLEFGDLSQDLSNYDYL------TQPVI 130

Query: 158 SILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFPKLPPPLPPPLSR 217
           S+LD +H  TG+PWW VIA+ST+A R  LLP+LI+Q  + KRI +  PKLP   PP  S 
Sbjct: 131 SLLDSYHDITGLPWWVVIATSTVAFRTALLPILILQRKQTKRISQFLPKLPHFWPPQGSG 190

Query: 218 RSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSLDHHPGFDYGGAL 277
           RS +DQ+ LFRKERK IGCPSFLW PAYF IQ+ CF LW+ +IR+MSLDHHPGFD GGAL
Sbjct: 191 RSVLDQLKLFRKERKDIGCPSFLWVPAYFSIQISCFFLWITSIRRMSLDHHPGFDSGGAL 250

Query: 278 WFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGILAKYYKLYLNLLT 337
           WFQNLTE P+G++GP+FPFLIA LH+ N Q++F  SS+ K       LAK YK +LNLLT
Sbjct: 251 WFQNLTEIPNGLYGPLFPFLIAGLHYTNTQITFTASSVHKVDKFTE-LAKAYKTFLNLLT 310

Query: 338 VPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDAPVGNAN--VRET 397
             L+ + + +PQGSL+YW TN SF+  QQ  L HP V +KLGL + D+    A   +   
Sbjct: 311 CALYFLSFQMPQGSLLYWATNLSFSIAQQSILNHPVVSAKLGLQANDSVQKEAGNPILTN 370

Query: 398 KNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLR-HLTRIPSMFEL 439
            N GK+  +  +K + +SV  L+PKEL+ALS + LS G K+++IPLLR  L + P   + 
Sbjct: 371 INEGKL-TDPSSKGRLISVHNLTPKELVALSAKYLSGGHKDKSIPLLRLALEKDPEYLQA 430

[Close]

BLAST of Cmc05g0133871 vs. ExPASy Swiss-Prot
Match: Q42191 (Mitochondrial inner membrane protein OXA1 OS=Arabidopsis thaliana OX=3702 GN=OXA1 PE=2 SV=2)

HSP 1 Score: 96.7 bits (239), Expect = 7.2e-19
Identity = 76/273 (27.84%), Postives = 128/273 (46.89%), Query Frame = 0


Query: 97  ILQSGIQDL--ELGGVVEEVIGTTTVEDSILPIQQLTSILDGFHQYTGMPWWAVIASSTL 156
           I  S +QD+  +    V EV  T    DS  PI  L   +D  H +TG  WWA I  +T+
Sbjct: 104 ITDSTLQDVPAQAAAAVSEV--TLAAADSFFPIAALQQCIDMVHTFTGFEWWASIVVATI 163

Query: 157 ALRFTLLPLLIVQLNKLKRIGELFPKLPPPLPPPLSRRSYIDQISLFRKER------KAI 216
            +R + +PLLI Q+    ++  + P+L   +   +  +  +D +++   ++      K  
Sbjct: 164 LIRSSTVPLLIKQMKDTTKLALMRPRL-ESIREEMQNKG-MDSVTMAEGQKKMKNLFKEY 223

Query: 217 GCPSFLWFPAYFFIQVPCFLLWMVTIRKMSLDHHPGFDYGGALWFQNLTEYPHGVFGPIF 276
           G   F       FIQ P F+ + + IR M+ +  P F  GGALWF +LT  P  ++  I 
Sbjct: 224 GVTPFTPMKG-MFIQGPLFICFFLAIRNMA-EKVPSFQTGGALWFTDLTT-PDSLY--IL 283

Query: 277 PFLIASLHFINVQLSFRKSSLGKE-TGIIGILAKYYKLYLNLLTVPLFLIGYCIPQGSLV 336
           P +      I V+ + ++   G    G +  + + +     LLTVP+ +     PQ    
Sbjct: 284 PVITGLTFLITVECNAQEGMEGNPMAGTVKTVCRVFA----LLTVPMTM---SFPQAIFC 343

Query: 337 YWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDAP 361
           YW+T++ F+ +  L ++ P V+  L +P    P
Sbjct: 344 YWITSNLFSLMYGLVIKRPQVKKMLRIPDLPPP 360

[Close]

BLAST of Cmc05g0133871 vs. ExPASy Swiss-Prot
Match: Q9SKD3 (Mitochondrial inner membrane protein OXA1-like OS=Arabidopsis thaliana OX=3702 GN=OXA1L PE=2 SV=1)

HSP 1 Score: 94.4 bits (233), Expect = 3.6e-18
Identity = 77/260 (29.62%), Postives = 124/260 (47.69%), Query Frame = 0


Query: 122 DSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFPKL 181
           DS  P+  L  ++D  H +TG+ WWA IA +T+ +R   +P+L+ QL    ++  L P+L
Sbjct: 132 DSAFPVAALQHLIDAVHSFTGLNWWASIALTTVLIRGVTIPILLNQLKATYKLNVLRPQL 191

Query: 182 PPPLPPPLSRRSYIDQISLFRKER-----KAIGCPSFLWFPAYFFIQVPCFLLWMVTIRK 241
              L   +S ++   +     + R     K  G   F        IQ P F+ +   IR 
Sbjct: 192 -EELRQEMSTKAQDPEAMAEGQRRMQLLFKEHGVTPFTPLKG-LIIQGPIFISFFFAIRN 251

Query: 242 MSLDHHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGII 301
           M+ +  P F  GG LWF +LT         I P L A    I V+ + ++   G    + 
Sbjct: 252 MA-EKVPSFKTGGTLWFTDLTTTDTTY---ILPLLTAVTFLIMVESNMQEGLEGNP--VA 311

Query: 302 GILAKYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPS 361
           G + K+ ++ +  L++P+ LIG  I +    YW+T++ FT +  LTL+ P VR  L LP 
Sbjct: 312 GTMKKFSRI-IAFLSIPV-LIG--IEKALFCYWLTSNLFTLVYGLTLRRPDVRKLLNLPD 371

Query: 362 RDAPVGNANVRETKNPGKIP 377
               V N++ R+      +P
Sbjct: 372 ----VVNSSTRQPSPSSPLP 375

[Close]

BLAST of Cmc05g0133871 vs. ExPASy Swiss-Prot
Match: Q8BGA9 (Mitochondrial inner membrane protein OXA1L OS=Mus musculus OX=10090 GN=Oxa1l PE=1 SV=1)

HSP 1 Score: 71.6 bits (174), Expect = 2.5e-11
Identity = 56/245 (22.86%), Postives = 110/245 (44.90%), Query Frame = 0


Query: 123 SILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFPKLP 182
           S  P+  + ++L+  H   G+PWW  IA+ T+  R  + PL++    +  +I    P++ 
Sbjct: 113 SYTPVGLIQNLLEYIHVDLGLPWWGAIATCTVLARCLVFPLIVKGQREAAKIHNHMPEMQ 172

Query: 183 PPLPPPLSRRSYIDQISLFR--------KERKAIGCPSFLWFPAYFFIQVPCFLLWMVTI 242
                    +   DQ   ++        +++  I     L  P     Q P F+ + + +
Sbjct: 173 KFSARIREAKLAGDQAEFYKATIEMTRYQKKHDIKLLRPLILP---LTQAPVFISFFIAL 232

Query: 243 RKMSLDHHPGFDYGGALWFQNLTEYPHGVFGPIF--PFLIASLHFINVQLSFRKSSLGKE 302
           R+M+    P    GG  WFQ+LT     V  PI+  P ++ +  +  ++       LG E
Sbjct: 233 REMANLPVPSLQTGGLWWFQDLT-----VSDPIYVLPLVVTATMWCVLE-------LGAE 292

Query: 303 TGIIGILAKYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKL 358
           TG+     ++ +  + ++ + +  +    P    +YW++++ F+  Q   L+ PAVR+ L
Sbjct: 293 TGVQSNDLQFMRNIIRVMPLVVLPVTIHFPSAVFMYWLSSNVFSLCQVACLRIPAVRTVL 342

[Close]

BLAST of Cmc05g0133871 vs. ExPASy TrEMBL
Match: A0A1S3B4X9 (ALBINO3-like protein 2, chloroplastic OS=Cucumis melo OX=3656 GN=LOC103485819 PE=3 SV=1)

HSP 1 Score: 830.5 bits (2144), Expect = 3.4e-237
Identity = 415/417 (99.52%), Postives = 415/417 (99.52%), Query Frame = 0


Query: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60
           MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV
Sbjct: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60

Query: 61  SALTAFSSRYFWTRSNDDSEFEQSVESRHLSNDDTGILQSGIQDLELGGVVEEVIGTTTV 120
           SALTAFSSRYFWTRSNDDSEFEQSVESRHLSNDDTGILQSGIQDLELGGVVEEVIGTTTV
Sbjct: 61  SALTAFSSRYFWTRSNDDSEFEQSVESRHLSNDDTGILQSGIQDLELGGVVEEVIGTTTV 120

Query: 121 EDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFPK 180
           EDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFPK
Sbjct: 121 EDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFPK 180

Query: 181 LPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSLD 240
           LPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSLD
Sbjct: 181 LPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSLD 240

Query: 241 HHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGILA 300
           HHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGILA
Sbjct: 241 HHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGILA 300

Query: 301 KYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDAP 360
           KYYKLYLNLLTVPLF IGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDAP
Sbjct: 301 KYYKLYLNLLTVPLFFIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDAP 360

Query: 361 VGNANVRETKNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLR 418
           VGNANVRET NPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLR
Sbjct: 361 VGNANVRETNNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLR 417

[Close]

BLAST of Cmc05g0133871 vs. ExPASy TrEMBL
Match: A0A6J1F440 (ALBINO3-like protein 2, chloroplastic isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111439944 PE=3 SV=1)

HSP 1 Score: 699.5 bits (1804), Expect = 9.0e-198
Identity = 354/418 (84.69%), Postives = 380/418 (90.91%), Query Frame = 0


Query: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60
           MATSKLCT+LRRLRPSRFYS + LS P+  RLHEAHTL SSHH  FT P+HRFD HI+S+
Sbjct: 1   MATSKLCTNLRRLRPSRFYSCASLSYPIASRLHEAHTLPSSHHHSFTRPTHRFDHHITSI 60

Query: 61  SALTAFSSRYFWTRSNDDSEFEQ-SVESRHLSNDDTGILQSGIQDLELGGVVEEVIGTTT 120
            ALTAFSSR  WTRS+DDSEF++  + +  LS+DDTGI QSGIQDLELGGVVEEVI  T 
Sbjct: 61  GALTAFSSRSLWTRSDDDSEFQRIDLFASRLSDDDTGI-QSGIQDLELGGVVEEVINATA 120

Query: 121 VEDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP 180
           VE+SILP QQLTSILDGFHQYTG+PWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP
Sbjct: 121 VEESILPTQQLTSILDGFHQYTGLPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP 180

Query: 181 KLPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSL 240
           KLPPPLPPPLS RSYI+Q+SLFRKERKAIGCPSFLWF AYF IQVPCFLLWMVTIRKMSL
Sbjct: 181 KLPPPLPPPLSGRSYINQLSLFRKERKAIGCPSFLWFLAYFSIQVPCFLLWMVTIRKMSL 240

Query: 241 DHHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGIL 300
           +HHPGFD GGALWFQNLTEYPHGV GPIFP L+ASLHFINVQ+SFRKSSL K TGI GIL
Sbjct: 241 NHHPGFDCGGALWFQNLTEYPHGVLGPIFPLLVASLHFINVQVSFRKSSLEKATGIFGIL 300

Query: 301 AKYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDA 360
           AKYYKLYLNLLTVPLF IGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLP +DA
Sbjct: 301 AKYYKLYLNLLTVPLFFIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPFKDA 360

Query: 361 PVGNANVRETKNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLR 418
           PVG A +RET +PGK+PL+TPTKWKK+ VEKLSPKELLALSVQLLSKGQKE+AIPLLR
Sbjct: 361 PVGTATLRETNDPGKLPLDTPTKWKKIYVEKLSPKELLALSVQLLSKGQKEKAIPLLR 417

[Close]

BLAST of Cmc05g0133871 vs. ExPASy TrEMBL
Match: A0A6J1EYX9 (ALBINO3-like protein 2, chloroplastic isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111439944 PE=3 SV=1)

HSP 1 Score: 699.5 bits (1804), Expect = 9.0e-198
Identity = 354/418 (84.69%), Postives = 380/418 (90.91%), Query Frame = 0


Query: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60
           MATSKLCT+LRRLRPSRFYS + LS P+  RLHEAHTL SSHH  FT P+HRFD HI+S+
Sbjct: 1   MATSKLCTNLRRLRPSRFYSCASLSYPIASRLHEAHTLPSSHHHSFTRPTHRFDHHITSI 60

Query: 61  SALTAFSSRYFWTRSNDDSEFEQ-SVESRHLSNDDTGILQSGIQDLELGGVVEEVIGTTT 120
            ALTAFSSR  WTRS+DDSEF++  + +  LS+DDTGI QSGIQDLELGGVVEEVI  T 
Sbjct: 61  GALTAFSSRSLWTRSDDDSEFQRIDLFASRLSDDDTGI-QSGIQDLELGGVVEEVINATA 120

Query: 121 VEDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP 180
           VE+SILP QQLTSILDGFHQYTG+PWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP
Sbjct: 121 VEESILPTQQLTSILDGFHQYTGLPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP 180

Query: 181 KLPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSL 240
           KLPPPLPPPLS RSYI+Q+SLFRKERKAIGCPSFLWF AYF IQVPCFLLWMVTIRKMSL
Sbjct: 181 KLPPPLPPPLSGRSYINQLSLFRKERKAIGCPSFLWFLAYFSIQVPCFLLWMVTIRKMSL 240

Query: 241 DHHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGIL 300
           +HHPGFD GGALWFQNLTEYPHGV GPIFP L+ASLHFINVQ+SFRKSSL K TGI GIL
Sbjct: 241 NHHPGFDCGGALWFQNLTEYPHGVLGPIFPLLVASLHFINVQVSFRKSSLEKATGIFGIL 300

Query: 301 AKYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDA 360
           AKYYKLYLNLLTVPLF IGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLP +DA
Sbjct: 301 AKYYKLYLNLLTVPLFFIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPFKDA 360

Query: 361 PVGNANVRETKNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLR 418
           PVG A +RET +PGK+PL+TPTKWKK+ VEKLSPKELLALSVQLLSKGQKE+AIPLLR
Sbjct: 361 PVGTATLRETNDPGKLPLDTPTKWKKIYVEKLSPKELLALSVQLLSKGQKEKAIPLLR 417

[Close]

BLAST of Cmc05g0133871 vs. ExPASy TrEMBL
Match: A0A6J1I9X8 (ALBINO3-like protein 2, chloroplastic isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111472541 PE=3 SV=1)

HSP 1 Score: 695.7 bits (1794), Expect = 1.3e-196
Identity = 352/418 (84.21%), Postives = 379/418 (90.67%), Query Frame = 0


Query: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60
           MATSKLCT+LRRLRPSR YS + LS P+  RLHEAHTL +SHH  F  P+HRFD HISS+
Sbjct: 1   MATSKLCTNLRRLRPSRVYSCASLSYPIASRLHEAHTLPTSHHHSFPRPTHRFDHHISSI 60

Query: 61  SALTAFSSRYFWTRSNDDSEFEQS-VESRHLSNDDTGILQSGIQDLELGGVVEEVIGTTT 120
            ALTAFSSR  WTRS+DDSEF+++ + +  LS+DDTGI QSGIQDLELGGVVEEVI  T 
Sbjct: 61  GALTAFSSRSLWTRSDDDSEFQRTDLFASRLSDDDTGI-QSGIQDLELGGVVEEVINATA 120

Query: 121 VEDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP 180
           VEDSILP QQLTS+LDGFHQYTG+PWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP
Sbjct: 121 VEDSILPTQQLTSMLDGFHQYTGLPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP 180

Query: 181 KLPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSL 240
           KLPPPLPPPLS RSYI+Q+SLFRKERKAIGCPSFLWF AYF IQVPCFLLWMVTIRKMSL
Sbjct: 181 KLPPPLPPPLSGRSYINQLSLFRKERKAIGCPSFLWFVAYFSIQVPCFLLWMVTIRKMSL 240

Query: 241 DHHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGIL 300
           +HHPGFD GGALWFQNLTEYPHGV GPIFP L+ASLHFINVQ+SFRKSSL K TGI GIL
Sbjct: 241 NHHPGFDCGGALWFQNLTEYPHGVLGPIFPLLVASLHFINVQVSFRKSSLEKATGIFGIL 300

Query: 301 AKYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDA 360
           AKYYKLYLNLLTVPLF IGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLP +DA
Sbjct: 301 AKYYKLYLNLLTVPLFFIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPFKDA 360

Query: 361 PVGNANVRETKNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLR 418
           PVG A +RET +PGK+PL+TPTKWKK+ VEKLSPKELLALSVQLLSKGQKE+AIPLLR
Sbjct: 361 PVGTATLRETNDPGKLPLDTPTKWKKIYVEKLSPKELLALSVQLLSKGQKEKAIPLLR 417

[Close]

BLAST of Cmc05g0133871 vs. ExPASy TrEMBL
Match: A0A6J1ICK0 (ALBINO3-like protein 2, chloroplastic isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111472541 PE=3 SV=1)

HSP 1 Score: 695.7 bits (1794), Expect = 1.3e-196
Identity = 352/418 (84.21%), Postives = 379/418 (90.67%), Query Frame = 0


Query: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60
           MATSKLCT+LRRLRPSR YS + LS P+  RLHEAHTL +SHH  F  P+HRFD HISS+
Sbjct: 1   MATSKLCTNLRRLRPSRVYSCASLSYPIASRLHEAHTLPTSHHHSFPRPTHRFDHHISSI 60

Query: 61  SALTAFSSRYFWTRSNDDSEFEQS-VESRHLSNDDTGILQSGIQDLELGGVVEEVIGTTT 120
            ALTAFSSR  WTRS+DDSEF+++ + +  LS+DDTGI QSGIQDLELGGVVEEVI  T 
Sbjct: 61  GALTAFSSRSLWTRSDDDSEFQRTDLFASRLSDDDTGI-QSGIQDLELGGVVEEVINATA 120

Query: 121 VEDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP 180
           VEDSILP QQLTS+LDGFHQYTG+PWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP
Sbjct: 121 VEDSILPTQQLTSMLDGFHQYTGLPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFP 180

Query: 181 KLPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSL 240
           KLPPPLPPPLS RSYI+Q+SLFRKERKAIGCPSFLWF AYF IQVPCFLLWMVTIRKMSL
Sbjct: 181 KLPPPLPPPLSGRSYINQLSLFRKERKAIGCPSFLWFVAYFSIQVPCFLLWMVTIRKMSL 240

Query: 241 DHHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGIL 300
           +HHPGFD GGALWFQNLTEYPHGV GPIFP L+ASLHFINVQ+SFRKSSL K TGI GIL
Sbjct: 241 NHHPGFDCGGALWFQNLTEYPHGVLGPIFPLLVASLHFINVQVSFRKSSLEKATGIFGIL 300

Query: 301 AKYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDA 360
           AKYYKLYLNLLTVPLF IGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLP +DA
Sbjct: 301 AKYYKLYLNLLTVPLFFIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPFKDA 360

Query: 361 PVGNANVRETKNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLR 418
           PVG A +RET +PGK+PL+TPTKWKK+ VEKLSPKELLALSVQLLSKGQKE+AIPLLR
Sbjct: 361 PVGTATLRETNDPGKLPLDTPTKWKKIYVEKLSPKELLALSVQLLSKGQKEKAIPLLR 417

[Close]

BLAST of Cmc05g0133871 vs. TAIR 10
Match: AT1G65080.1 (Membrane insertion protein, OxaA/YidC with tetratricopeptide repeat domain )

HSP 1 Score: 345.1 bits (884), Expect = 8.3e-95
Identity = 171/306 (55.88%), Postives = 225/306 (73.53%), Query Frame = 0


Query: 112 EEVIGTTTVEDSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKL 171
           +E+I T   +DS LP+  +   L+GFH++TG+PWW +IASST+A+R  LLPLLI+QL KL
Sbjct: 68  QEIIPT---DDSSLPVLAVVDFLEGFHEFTGLPWWMIIASSTVAVRLALLPLLILQLKKL 127

Query: 172 KRIGELFPKLPPPLPPPLSRRSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWM 231
           K I EL PKLP P+P   + +  IDQ S F KE +AIGCPSFLWF  Y  +Q+PCF L M
Sbjct: 128 KTISELLPKLPMPIPETPTLKGSIDQFSHFLKESRAIGCPSFLWFFPYLSVQLPCFFLLM 187

Query: 232 VTIRKMSLDHHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGK 291
            +IRKMSLD HPGFD GG LWFQNL++ P G FGP+FP LIA+ H+IN+Q+SF  S++ +
Sbjct: 188 ASIRKMSLDGHPGFDSGGVLWFQNLSDLPGGSFGPVFPILIATFHYINIQISFDTSTIRQ 247

Query: 292 ETGIIGILAKYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSK 351
            TG+ G+L +YYKLYL +L+VPLF +GY IPQGSLVYWVTNSS    QQL+L+HP V +K
Sbjct: 248 TTGLTGLLMRYYKLYLEILSVPLFFVGYAIPQGSLVYWVTNSSVNIFQQLSLKHPTVGAK 307

Query: 352 LGLPSRDAPVGNANVRETKNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKER 411
           LGL S+ A  G  +  E        +++ +K + +S++ L+P+ELL+LSVQ+LSKG KE 
Sbjct: 308 LGLLSQGATPGMGHSMEISESVIKYVDSDSKEQTLSLQTLTPEELLSLSVQVLSKGDKET 367

Query: 412 AIPLLR 418
           +I LLR
Sbjct: 368 SIQLLR 370

[Close]

BLAST of Cmc05g0133871 vs. TAIR 10
Match: AT3G44370.1 (Membrane insertion protein, OxaA/YidC with tetratricopeptide repeat domain )

HSP 1 Score: 322.8 bits (826), Expect = 4.4e-88
Identity = 191/430 (44.42%), Postives = 252/430 (58.60%), Query Frame = 0


Query: 38  LSSSHHQPFTTPSHRFDPHISSVSALTAFSSRYF---------WTRSNDDS--------- 97
           L  SHH   +   H          AL  F SR+F          TR  DDS         
Sbjct: 11  LRRSHHTCSSLSPHHVSATTQPSIALALFQSRFFSTPSDLDSELTRFRDDSIAGVGSNDH 70

Query: 98  --EFEQSVESRHLS------NDDTGILQSGIQDLELGGVVEEVIGTTTVEDSILPIQQLT 157
             EF+ S+ S   +       D  G L S    LE G + +++     +       Q + 
Sbjct: 71  GLEFDDSIASLGSNGHGLEFGDSIGSLGSNGYGLEFGDLSQDLSNYDYL------TQPVI 130

Query: 158 SILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFPKLPPPLPPPLSR 217
           S+LD +H  TG+PWW VIA+ST+A R  LLP+LI+Q  + KRI +  PKLP   PP  S 
Sbjct: 131 SLLDSYHDITGLPWWVVIATSTVAFRTALLPILILQRKQTKRISQFLPKLPHFWPPQGSG 190

Query: 218 RSYIDQISLFRKERKAIGCPSFLWFPAYFFIQVPCFLLWMVTIRKMSLDHHPGFDYGGAL 277
           RS +DQ+ LFRKERK IGCPSFLW PAYF IQ+ CF LW+ +IR+MSLDHHPGFD GGAL
Sbjct: 191 RSVLDQLKLFRKERKDIGCPSFLWVPAYFSIQISCFFLWITSIRRMSLDHHPGFDSGGAL 250

Query: 278 WFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGIIGILAKYYKLYLNLLT 337
           WFQNLTE P+G++GP+FPFLIA LH+ N Q++F  SS+ K       LAK YK +LNLLT
Sbjct: 251 WFQNLTEIPNGLYGPLFPFLIAGLHYTNTQITFTASSVHKVDKFTE-LAKAYKTFLNLLT 310

Query: 338 VPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDAPVGNAN--VRET 397
             L+ + + +PQGSL+YW TN SF+  QQ  L HP V +KLGL + D+    A   +   
Sbjct: 311 CALYFLSFQMPQGSLLYWATNLSFSIAQQSILNHPVVSAKLGLQANDSVQKEAGNPILTN 370

Query: 398 KNPGKIPLETPTKWKKVSVEKLSPKELLALSVQLLSKGQKERAIPLLR-HLTRIPSMFEL 439
            N GK+  +  +K + +SV  L+PKEL+ALS + LS G K+++IPLLR  L + P   + 
Sbjct: 371 INEGKL-TDPSSKGRLISVHNLTPKELVALSAKYLSGGHKDKSIPLLRLALEKDPEYLQA 430

[Close]

BLAST of Cmc05g0133871 vs. TAIR 10
Match: AT5G62050.1 (homolog of yeast oxidase assembly 1 (OXA1) )

HSP 1 Score: 96.7 bits (239), Expect = 5.1e-20
Identity = 76/273 (27.84%), Postives = 128/273 (46.89%), Query Frame = 0


Query: 97  ILQSGIQDL--ELGGVVEEVIGTTTVEDSILPIQQLTSILDGFHQYTGMPWWAVIASSTL 156
           I  S +QD+  +    V EV  T    DS  PI  L   +D  H +TG  WWA I  +T+
Sbjct: 104 ITDSTLQDVPAQAAAAVSEV--TLAAADSFFPIAALQQCIDMVHTFTGFEWWASIVVATI 163

Query: 157 ALRFTLLPLLIVQLNKLKRIGELFPKLPPPLPPPLSRRSYIDQISLFRKER------KAI 216
            +R + +PLLI Q+    ++  + P+L   +   +  +  +D +++   ++      K  
Sbjct: 164 LIRSSTVPLLIKQMKDTTKLALMRPRL-ESIREEMQNKG-MDSVTMAEGQKKMKNLFKEY 223

Query: 217 GCPSFLWFPAYFFIQVPCFLLWMVTIRKMSLDHHPGFDYGGALWFQNLTEYPHGVFGPIF 276
           G   F       FIQ P F+ + + IR M+ +  P F  GGALWF +LT  P  ++  I 
Sbjct: 224 GVTPFTPMKG-MFIQGPLFICFFLAIRNMA-EKVPSFQTGGALWFTDLTT-PDSLY--IL 283

Query: 277 PFLIASLHFINVQLSFRKSSLGKE-TGIIGILAKYYKLYLNLLTVPLFLIGYCIPQGSLV 336
           P +      I V+ + ++   G    G +  + + +     LLTVP+ +     PQ    
Sbjct: 284 PVITGLTFLITVECNAQEGMEGNPMAGTVKTVCRVFA----LLTVPMTM---SFPQAIFC 343

Query: 337 YWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDAP 361
           YW+T++ F+ +  L ++ P V+  L +P    P
Sbjct: 344 YWITSNLFSLMYGLVIKRPQVKKMLRIPDLPPP 360

[Close]

BLAST of Cmc05g0133871 vs. TAIR 10
Match: AT2G46470.1 (inner membrane protein OXA1-like )

HSP 1 Score: 94.4 bits (233), Expect = 2.6e-19
Identity = 77/260 (29.62%), Postives = 124/260 (47.69%), Query Frame = 0


Query: 122 DSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPLLIVQLNKLKRIGELFPKL 181
           DS  P+  L  ++D  H +TG+ WWA IA +T+ +R   +P+L+ QL    ++  L P+L
Sbjct: 132 DSAFPVAALQHLIDAVHSFTGLNWWASIALTTVLIRGVTIPILLNQLKATYKLNVLRPQL 191

Query: 182 PPPLPPPLSRRSYIDQISLFRKER-----KAIGCPSFLWFPAYFFIQVPCFLLWMVTIRK 241
              L   +S ++   +     + R     K  G   F        IQ P F+ +   IR 
Sbjct: 192 -EELRQEMSTKAQDPEAMAEGQRRMQLLFKEHGVTPFTPLKG-LIIQGPIFISFFFAIRN 251

Query: 242 MSLDHHPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLGKETGII 301
           M+ +  P F  GG LWF +LT         I P L A    I V+ + ++   G    + 
Sbjct: 252 MA-EKVPSFKTGGTLWFTDLTTTDTTY---ILPLLTAVTFLIMVESNMQEGLEGNP--VA 311

Query: 302 GILAKYYKLYLNLLTVPLFLIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPS 361
           G + K+ ++ +  L++P+ LIG  I +    YW+T++ FT +  LTL+ P VR  L LP 
Sbjct: 312 GTMKKFSRI-IAFLSIPV-LIG--IEKALFCYWLTSNLFTLVYGLTLRRPDVRKLLNLPD 371

Query: 362 RDAPVGNANVRETKNPGKIP 377
               V N++ R+      +P
Sbjct: 372 ----VVNSSTRQPSPSSPLP 375

The following BLAST results are available for this feature:

BLAST of Cmc05g0133871 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_008441758.1	7.0e-237	99.52	PREDICTED: ALBINO3-like protein 2, chloroplastic [Cucumis melo]	[more]
XP_004138896.1	8.9e-216	91.69	ALBINO3-like protein 2, chloroplastic [Cucumis sativus] >KAE8651737.1 hypothetic...	[more]
XP_038890165.1	3.6e-201	85.99	ALBINO3-like protein 2, chloroplastic [Benincasa hispida]	[more]
XP_022933145.1	1.9e-197	84.69	ALBINO3-like protein 2, chloroplastic isoform X2 [Cucurbita moschata]	[more]
XP_022933144.1	1.9e-197	84.69	ALBINO3-like protein 2, chloroplastic isoform X1 [Cucurbita moschata]	[more]

BLAST of Cmc05g0133871 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q8L718	1.2e-93	55.88	ALBINO3-like protein 2, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=ALB3L2 ...	[more]
Q0WUC5	6.2e-87	44.42	ALBINO3-like protein 3, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=ALB3L3 ...	[more]
Q42191	7.2e-19	27.84	Mitochondrial inner membrane protein OXA1 OS=Arabidopsis thaliana OX=3702 GN=OXA...	[more]
Q9SKD3	3.6e-18	29.62	Mitochondrial inner membrane protein OXA1-like OS=Arabidopsis thaliana OX=3702 G...	[more]
Q8BGA9	2.5e-11	22.86	Mitochondrial inner membrane protein OXA1L OS=Mus musculus OX=10090 GN=Oxa1l PE=...	[more]

BLAST of Cmc05g0133871 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3B4X9	3.4e-237	99.52	ALBINO3-like protein 2, chloroplastic OS=Cucumis melo OX=3656 GN=LOC103485819 PE...	[more]
A0A6J1F440	9.0e-198	84.69	ALBINO3-like protein 2, chloroplastic isoform X2 OS=Cucurbita moschata OX=3662 G...	[more]
A0A6J1EYX9	9.0e-198	84.69	ALBINO3-like protein 2, chloroplastic isoform X1 OS=Cucurbita moschata OX=3662 G...	[more]
A0A6J1I9X8	1.3e-196	84.21	ALBINO3-like protein 2, chloroplastic isoform X2 OS=Cucurbita maxima OX=3661 GN=...	[more]
A0A6J1ICK0	1.3e-196	84.21	ALBINO3-like protein 2, chloroplastic isoform X1 OS=Cucurbita maxima OX=3661 GN=...	[more]

BLAST of Cmc05g0133871 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G65080.1	8.3e-95	55.88	Membrane insertion protein, OxaA/YidC with tetratricopeptide repeat domain	[more]
AT3G44370.1	4.4e-88	44.42	Membrane insertion protein, OxaA/YidC with tetratricopeptide repeat domain	[more]
AT5G62050.1	5.1e-20	27.84	homolog of yeast oxidase assembly 1 (OXA1)	[more]
AT2G46470.1	2.6e-19	29.62	inner membrane protein OXA1-like	[more]

InterPro

Analysis Name: InterPro Annotations of Melon (Charmono) v1.1
Date Performed: 2022-10-13


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR001708	Membrane insertase YidC/ALB3/OXA1/COX18	PANTHER	PTHR12428	OXA1	coord: 9..419
None	No IPR available	PANTHER	PTHR12428:SF53	ALBINO3-LIKE PROTEIN 3, MITOCHONDRIAL	coord: 9..419

Relationships

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


Feature Name	Unique Name	Type
Cmc05g0133871.1	Cmc05g0133871.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0090150	establishment of protein localization to membrane
cellular_component	GO:0005743	mitochondrial inner membrane
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0032977	membrane insertase activity