Cucsat.G8629 (gene) Cucumber (B10) v3

Overview


Name	Cucsat.G8629
Type	gene
Organism	Cucumis sativus L. var. sativus cv B10 (Cucumber (B10) v3)
Description	ALBINO3-like protein 2, chloroplastic
Location	ctg1558: 413800 .. 414829 (-)
RNA-Seq Expression	Cucsat.G8629
Synteny	Cucsat.G8629

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonpolypeptideCDS

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

AGCTATACGAAGTGGGAGAGAGTCAGCATCCCCTGTTGGTCGGAGTTTGCCCTCCCCGCCGAAAATGGCAACGTCGAAGCTCTGTACTCACCTTCGCCGTCTTCGTCCATCTCGTTTTTACTCCATCTCTTCCCTTTCTTCTCCTCTGCCCTTTCGACTTCACGAAGCTCACACACTCTCAAGCTCTCACCATCAACCATTCACCACTCCCTCCCATCGTTTTGATCCTCATATAAGCTCCCTTAGTGCTTTCACCGCATTCTCCTCTCGGTCCTTCTGGACTCGTTCAAACGACGATTCAGAGTTCGACCGGATTGCCCATTACGGTGTTGAATCAAGCCACCTCTCGAACGACGATACGGGAATTCAAGACTTGGAACTTGGAGGAGTTGTTGAAGAAGTCATTGGTGCGACTGCGGTGGAGAATTCGATTTTACCAATTCAGCAACTTACTTCGATTCTGGATGGGTTCCATCAGTATACCGGTATGCCCTGGTGAGCATTTCAATGCTTCTCATATGATTCTGGAGGAATACTTAGAAGAGTGTACGGAGCGTGTGGATTTTGATCTTTTCGATTTCTATTTTGAACATCTTGAATCGTGTTTTAGTCATAGTGTATTTCTTTGATCTTATATCGGCATGTCATGGCCAAATTAACGAGCTCTGTCTTTGATGGGGTGAAAGTTTTAGTATAGTGTTGCATTTTCTTAATGCCAGTTGAGCTGCTATGCTCACTCTGGCATTTCCAACTCCATATTATGTGTTCTCAATTGTTGTTAGCTTTGTTATCATTAGTTAGTTTGATCAATCTTTTGGTAATCAGTTATTGCAGACTTTCTTTTGTCATGTAAGTTGGCCGAGTAATTTTCTGTTACTTTCCTCAAGCTCATCTATATAAGAGAGTTTCTATTACCGCCTTGTATTGTCATGGATAACAATAAAATATTCATCCCATTACATTGTTGTACTCCGCGTGTATACTTGAGTTAGATGCACAAAAATTTAATGTTCTCGATGTCTAACAGTTTGATCTTTTTGGGGTGAGGAAAGATTGTGGACGGTGGTTTCTAGTAAGACTGACAGCTTCGATTTTGGTTTTCTTGGAAATATTAAAATTTTAATTTAGTTCGCTGATCCTTTCAATTTCAGGTGGGCAGTTATTGCTTCATCAACTTTAGCTCTCAGATTTACGTTGCTTCCCATACTCATTGTTCAACTCAACAAGTTGAAAAGGATTGGAGAATTATTTCCAAAGTGTAAGTTCCAACGTAACGAATTGATTTATTTCTCTTTACTGCTTGACTCATTAAAGTTTTTGACTTGGGTTGTTGAACTCCTGAATGAATAAAGGAAAAGTATAATTGTATTGTTAATTATGGTGGAACTCCAGCAGTCGTAATTAGGCTGACGGGTGATTATGTAAATTTTTTTTTGAAGAATCACACACTCTTGGATGAAACCACATTTTTATCCTCTCTCAATAACAACAAAAGGAAAAACCAACCAAAGGCTAGGTTGAAGAAAACATACTGAAGGAACACTTGCATACTATAAACAGAAAATCAATCCTGTTAGCTGGCCATCGTGATGTTTGTGCTGTGTTTGCAAAGTTCCTCCTCCATCCGCCTTTTATAGACAAAGGCCGTTTTTTGTAGTTTGGGTGGTTGGTGTGGCATGCTTGGTGGGGGAGAGGAATGATAGAGTTTTAATAGGGAGAGATCGGGACCCTTGTGAGGTTTGGTCTTAGTTAGATTTCATGTTTCCCTTTTGGCCTCAGTTTGAAAGCTTTTTTGTAACTATTCACTCAACATTTTACTTACTTGAACTCCTTCCTTTAGTTGGAGTGTGTTGGTGGGCTTGTTTTTTCGTATGCCCTTGTATTCCTTCTTTTTTTCTCAACGAAAGCTGTTTTCATAAAAAGAAAAGAAAATTGATACAATTATTAGTTTGGAGTTTTAATTTATACATCCCCAAAGTTCAGGGCATAAGTTGTATTTTCCCTTTAACTTTATTTCCAGTTAGACTGATTTAAAGATATTCACGCACTCACACACAATAATGCAATTTAATTGTTCACAGTTAAATTGTTAATATAATCATTACTACCTTTTTTTTTTTTGCTTTTTTAACACAATCACTTTAGTTTGACTTTTATTTGCATTTCTCAAAGTGCCACCTCCACTGCCACCACCTCTTTCGGGACGGAGTTACATCGACCAAATTTCTCTTTTCCGAAAAGAAAGAAAGGCAATTGGATGCCCCTCATTTCTGTGGTTCGCTGCATACTTTTTCATTCAGGTGATTCTAATCTAATAAGAAACTATATTATTTTTGGAAAAATTTTCTATTTTCTCATGTGTGGGTTCCACCAAATTTCTATTTTACACTATTTTTATTGTCTTTGTAAATGTTAATCATCCAGTGTCTATTTTTCTAGAAGTTCCAACAATGTTTGAAAACCTCATGATCTTTCTTGATGAGCATGGGAGAAGGTTAGTCAGGGGTAATCCTTCAATTGAAATACTCAACAAAGTATTCAAGAACGTTTGTTTTTTTTCTGGATAAGGATTATGGACTTGTAAAGTTTTCTTAAATTAAAAATTTCAAGGAAAAAATGGATAGTTATAGTATTCTTGGCTTCTTTGATAGATTTTTTGTAAGACGCAGCAATGATGTATTGTTAGGTATACTTCTTAGTTTGCATGGCCTTGCCCCTTGTTTCTCTTTTTTTCTTGATTGGGAAGGTACAAATTCCTAAGGTCAGTTTTTTGCCTAGGTCTTCCATGGGAAGATTAACACTATTGACCATATCCAGGAATGATCTTTTGTTTTTTTAGGGCTGTGATGATGCAAACTATGAAGGTCTCAGGAAAGTTAGTATGTTTCGTGGGGGTGTTAGCTTGTTTTCGATGATTTGGGATAACCTTTTGGAAACTTTTGGTGTTTGGATTATAGCAGATTGTGGTGGGATATGAATTGATGAATGAGGTCTTATTCCATCTTCCCTTTTTGAGATAAAGGGGCAACTCTAGCTTGCTGCTTTTTTTTTTTTTTTTTGAAAAGGAGACAAGCTTCAATATTTTTAATAAACTCAAAGTACAAGAGAGTTATACGTTGTTGAGAGTAATAGAGTTGTTGAGAGTAATAGAGAAGCCTAGAAATGGGGGGAGAGAGTGAGAGGATCAGTAGAAGCCCAGACTGCTCTTTCTGCTGTTTTTTCTAATATTTGACTATAGAAAATAGGTGGGTTTTAAGTAGCTAAGTGAGGGGAGAGGATGTCGTGGTAGGAGATTTGGGCTTGCCTAGGCTTAATCTACCATTTGCCCTTGGGCTTTTCTCACCAAGGTTTCTAGTGGTTATTCTTTCTTTCCATTTTTTTAAATTGCTGGTCTTGTGATGTAGTAGGAATATGGCATTATGGTCAAATCCATAACCTATTAGGATTATGATTAGTTTTTTCTATTAATTAGGATTAGGATTAGTTTCTTTTACTAATTAGGACTGTGATTAGTTTCTTTTATTAGTCATGATTAGGATTAATTTATTTTATTAATTAGGATTAGGATTAGTTTGCCTTTAAATTATAAATAGAATACTTGTCTTCTTGTATTCACAACTTTTAAACATTAATAAAATTTTCATATGTGGTATTCATCAAATTGGTATCAGAGTAGCAGTCTGGGCCATCATTGACTGCAATTTGTGGAAAATTGGAAAGCTCTTTGTGACATCAATCACAAGAGGAGGCTTTGTGAGTTGTACTCATTGTCGAACAACACACATCTAACAAGGGGGAACCCTTAACATTTCAAAAAAAAAAAAAACCCAAAGATCTATCAAGATTTTGCAAGAATGGAATTTTGTAGAAGAACTACTTCAATTTGGGACATAAATCGCTATAGAGAACAACCAAGAAAGATGGAGAAATATGCAAGAAAATTCAAGAACGGGTCCTACAATAATTATGATGAAGAAGTTTATTCAAGAACACCCAATTTGTACGTACTCATTGTCGAACAACACACATCTAGAAAAAGAAACCAAAGATCTATCAAGATTTTGCAAGAATGGACTTTCATAGAAGAACTACTACAATTTGGGACATAAATCATTATAGAGAACAACCAAGAAAGACTGAGAAATATGCAAGAAAATTCAAGAATCAATCCTACAACAATTTTGATGAAGAAGTTTATTCAAGAACACCCAATTTGTACATCAATTGTGAATTTTTTGAAGAAATGAAGAAGGATGTCAAGAAATTACAACGTTTGTTGGGAGAGATAATTCAAAACATAGAGCAATTTTCAGAACATTTGCAAGAACTTAAAAAAGATGTAATTCAAGATTAATTTCTTTTATTAATTAGGATTAGGATTAGTTTGCTTTTCAATTATAAATAAAGTACTCGTCTTCTTGTATTCACAACTTTTAAACATTAATAAAATTCACTCATTTGGTATACATCATCTTGTTTCCTGTAATGTGTAGTTTGATAGCTTGTGTTCTTTGTTTACATGGATCCTTTAGTTCTGGTCTTTTCTTTTTCAAATTCCCTTGCATTTTCTATTTTCTTCTGGTTTTGTAGAAGGGGGAAAAAGAGTTGTCTCAAGCTGGATTTTGGTTTTCCATTTAAACCCATCACGAGCATGGCCTGTTCTTTAATTAATTGACAGTATTCTGAACCATAATGGAATTATCAGAACCATGAAAGCACATATACTATGAAGTCTATTTGCATGTTGTTCCCGTTTATCTCTTCTGATGAAAGTCTGCCTTTTTCTTGTTTATTTTCAAATGTACATGCAGGTCCCATGCTTCCTATTGTGGATGGTTACTATCCGCAAAATGTCACTTGATCACTATCCTGGATTTGACTATGTAAGGCTGATTTATTAAATTTGGGGAAAATATGAATATAATTCTTACACAATACAACTAGGAGGCTGAAAAAGTTATCATTCTCATTTTGCCTCTTGAAAAGTGCAATCAAGGGCATGGATGGGTTGGGCTTTCTAGTTTGATGTATTTAGCTGGTCATCCTATAGGACCTATACTACTAGATGCTTCCTGGAATTCCTTTCGTTTCCGATCTTTGATATGATCAACAAGCTGCTGTAGTTGCACTGTTTTTAATTTTTTTTATTTCTAGTAACTAAAGTTGGAACTAGTCAAGGGTTAAGTTTGGGGTGTATTAATTGCAGGGTGGAGCTTTATGGTTCCAAAATCTGACAGAGTATCCACATGGAGTTTTTGGCCCCATATTTCCATTTTTAATTGCCAGCTTGCACTTCATTAATGTTCAGGTATTCCTACTTTTTCTTGTTTTCAAGCACAAACAGATTTCTTTGAATGGTATGTTAGGTGCTTCTGATCTAGCTTGAGTGAAAATTAGTCGATGCCATTGGTAAGTGTTCAAGAGGCTATACATCCTAAGATTCTTAGAATGGTTGCCGTATCGGGTATGTGAATAATTGAAAAGAAAAGAGGAAGGGGATTTGATGAGAAGATAGAAGAAACTTCCAATAGAGTTTTATGGTTGCCGTATCGGTATCGGGTATGTGAATAATTGAAAAGAAAAAAGAGGAAGGGGATTTGATGAGAAGATAGAAGAAACTTCCAATAGAGTTTTATGGTTGCCGTATCGGTATCGGGTATGTGAATAATTGAAAAGAAAAAAGAGGAAGGGGATTTGATGAGAAGATAGAAGAAACTTCCAATAGAGTTTTGTGATATTATGTGGTATTTAATTACAAACATGCATGAACTTTTATCACACATCAGCCGAATGCCAAGAGAAAACTCTTGTTTTTCTTCGTTCTTCACTTGCCTACTCATTGTTGATTGTCAAGAAAGCATCTATGTTGTTTAAACTTATTGTTGCTGTTAAATTTTGGCAATGAAAGGAGTAGCCCATCTATCTTATATGGAGTATGAGTCCCCTTGGTTTTTCTAATGTGGGACTCTTAATATCTCCAATATGCTCCCTCAAGATGGTGCCTCTTTGGTTTCACCTATCTTGGACCGAATACCCGTTTGGGTCTAATGCGCTATGATACCATATCTATCTTATATGGAGTATGAGTCTCCTTGGTTTTTCCAATGTGGGACTCTTAATATCTCCAATAGTTGCCATATTGTACATCTTTTTTTGGGCCAATATAATTTTCTGGTTTTTCAATCTCGCCAAAGAATGATCTACGTTTTCAATTTTCAATGTTAACAGTATGTATTCTTTGCTCATTTCTTTATTTATTTTTCCCAGTTGTCTTTCAGAAAATCATCATTGGAAAAAGAAACTGGCATAATTGGGATTTTAGCAAAAGTAAGTGTTTAAGATGTTCTTAATGTTGACAGAAATATACTCAATAACACATGCTTATAGTTTTGTTCCAATGCTTTAGATGTATTTCAGACTGATAAATACATTTTCTCTCTGCAGTACTACAAACTCTATTTGAATCTACTGACTGTACCACTATTTTTTATTGGTTACTGTATTCCACAGGTAATTCTGCTCATGATTACTTTTGAAGTGGCATTTTAAAATTTTATAAGATTTCACCGTTCTTGTAGACTTTAATGGAAGCAGTTTGACTTTATTATTATCATTATCATTTTCTTTTATTTTTACTTTTAAATTTTAAACAAGAGATATAACTTTTTCATTATAAAGAAGAAAAGAGATGCTTGCTTTTAGGATACATACTCTTAAAGGAGTAACAAGGAAAAAAGGGTAATATAAAGGTTTCACAAACCATGACAAATTATATGCTTAAAAACTTAACAAAGAAAGAACCAAATGTTATCTTGTTTGATTACCTTTGTACAGGAGCAATTAATTATTGTTTTCGTTTCCATTTAGTCTTTTCCTTTCCTTTTTTGTTTAAGTAATGAAGAACAATTCATTAAAGAGAGTCAAGACTAAAGAATATTAAACTAGAATTCAGTGTGATTGACGAGAGTTCAAATATAATCTGAGGAAGAACTGACCAATAATAGACTTTAGGTTAACCTTTTTCTTTTTCATTAAAGATTGACTGATTTACTCTAATGGTATTATGTCAGAACCTAGATGAGCTGCCCTATGTAGTTAGTTTGTCTTTGCTCAAATATTGCTTCATTTACCTTTTCTGACAGTTCTTATTAACAATCATTCTGGTTGTTTCTTCTCAATCTTAGTTACCAATAATGACATCTTACCCATTTGGTCTAGTGTATGAATTTACTGAACTTGCTTTATTTTTCTTTTCCCTCATTATTTCTTTGGCAGGGTAGTCTAGTTTACTGGGTTACGAATAGTTCGTTCACTGCAATTCAGGTAATGTTTTTGCTTAGCTTTTCCTAGACGAAGAACCAAAAATCTACCAATTTTGTTGAATGAATACTTTGACCAATTGTTGTGTGGACGCACTTTCAGTTTTGAAGCGATCCTGTAGTTAATTTTTGCGAGCAAATCTTTTCCTTTATTTCTAATTCCTTTGCAGTCCATTGACTAGTTCTCTTTGCTGGCTAACAAAAACTATTTGATTAGAAGATTGACACTTCCATTTTATTGTCCTTTCAAGATTGTTTTTTTTTGAGAAGGACAGTCTCATTTGTTGATAAACATTAAGACAAAAGCTTATAGTACAAGAGGATTATATATACCTAGTTGAGATGCTCGGGTGCACCTCCTAATGCAATGAGGAGGCGGGAGCTAAGTGTTTTAATAGTGACTTTACTGAACCCCATGAGATTCCAGTGACCAGCTTCTTTTATCCTCTAAATTTGAAAGACTTATATTGTCCAAGGATTCAAGGAGAAGTTGAATATCGGAGATTCCTCCTCTTTCAACAATCTTCCAAAATTAAGAGACCTCAGGTGGAGGAGTCCCAGTATTTGGAAATCGAGCCTTTAGGAAGAAGGGCTATTCTGTACGGACTCAGAAATTTGGTATTCAAAGCAATTCTGTCCAGCCACGGATCCAACCAAATCAAGATTCTGTCCCCTTTCCAACTTTAAAAACTGCCAAGGCTTCTACCTTACGCCACTGCCTAGAAATGTTTATCCAAGGGCTTCTTAAGCTTGAGTTTTCTTTGCAGCTTGTGTGCCAACAGAAGATGCTGCTGGCATGGATACTACGAACCTATATATCTAGAATAGAATAAAAAACCCGAAGAACAAACACACGAAGAACTTCTAGGCTAAAACAAACCCACGAAGAACTTCTGGGATAGAAACATAGATCATCGTATAGAGATCTATAACAAAACCTAGGAAGGACAAAACAAGAACTCCGGGGGCAAAATGAAAGAGCAAAATTGAAACAAAGTATGATCAAAGCAGGACGAAAACGGGGTCTGAATTGAGCAAGAGCGTTTCGTAGGATCAGAATGGAACCGAACAAACTAAACTAGAGCAAGTCGAAATCAGGCTGAACAGGTAATCTGGGGTGAACAGAGCGAAAACTGAACAGAGCTGAGAGGTTGAGCGGATAGAGGGCTTTGCGGCGTTCTTCGCAAACAGAGAAGATGGGTTTCATGGCGGCGAGCTTCACGAACAGAGAGCAGAAGGAGTCGAACCTGTGCGTCGTTGTCTATGAGTGGGGTAGAGCGATGGATCGTGGATCTGAACAAAGATTCACCTTCTTCGTCAGGATTGGGAGTTTTCAACTGAAAGGAGTCATTTGGTACGAGCAAGGGGCGGCGGTAGCGGGTCGGTCTAATCTGGAATAGTATGGTTCGAAGGCGGACAGGATCGATAGATCTGGGCAGAAGGCAAAATAAGACACGAATCTGGAAGTTGGAGACACGAACGGAGATGCGCAGACAAATCGGTGGTTGCAATGTGTGAATAGGTAGATCTGAGCGAGGATGAACGGAGACACGGATGTGGGCGCGAGAGTGTGGCGAACTGTATGGATGGAAGGAGCAGTGGTGGCGGCAGTTGCAGCGGAAGGAGTAGTGGTGGTGACGGCGGCAGAATCAGAGACAAGGATTTTGATCTATGCGGCAGAGCGAACTACTTGGAGGAATGATTTGTATTGATTACTGATGGGTATGGCTCTGCCTCCGTTGACGAATCAACGGAGGCAGACGAATGGGGATGTGACGGCTAGAATACAAGGAGGCTAAAACCCTATAGCTCTGATACCATGTTGATTTTATGGAATTAATCTATATATTCATACATTATTTAGTAGAGATACAAACCTATATATAACCATAGAGAAATACACTTAAGGAAATAATATCAAATAATATCACCTAAGAATAATCTAATTATATTAATACGAACCACCTTACACCAAAGAGAATTCTACTGTGAATCTCCACCCCCCACTTGGCAAGGAGAGCCATATTTCTAACTTTCAGCTTGTCCAAACCGAGACCCCCATCTCCTTGGGTTTGGAAACCAAGTCCCATTTCACAAGATGGTTCAATTTGCTGCCCTAGTTTGCTTCCCAAAAGAAGTTTCTCATGGTTCTTTCAATGAAATTAGATATTTTTCTGGCATGAGAAAAGTGGAAATGAAGTAGGTGGGAAGATTGGAGAGCATCGATGAGCAAAGAGTAAGTCTTCCTCCTCTTGAAAGATTTAATCGCTTCCATTTATCTAGCTTCGGTTCTTTATCCAAGACAGGCTGCCAAAAATAGGCACATTTCGGATATCCTCCCAAAGAAAGACCTAGGTACATCAAAGGGAGTTTTTCTATTTTGCAGTTCAGCATGGATGCTGCAGAGAAGATCTTGCTGTCCTCAATATTAACACTGCAAATGGCTGACTTCTTCCAATTGATCTTTTGCCCGGAACACTACTAAAAATTTCAAGTGTCTTTTTTAAGTTTCCAAGCATATCTTCATCAAGCTTGCAAAAAATTAAGGTGTAATCGGCAAATTGAAGAAGGGGAACGTGAACATTATCCTTTTCAACCCGGAATCCTTCATACAAACTCTTCATGTGTTGATTTGTAATGAGACTGCTAAGCACTTCACTAACAAGAAGGAAAAGGAAGGGGGAGAGAGCATCCCCTTGCCTTAGCCCCTGAGGCTTGAATTTCCTCGAGGCCTTCCATTAATGAATACTGAATACTTGGGGTTTTTAACACAACCCATGACCCAAGAGGTCCATATGTGATTGAAGTTCTTCTAATTCAAAACTTTTTCCAAGAAACCCAATCAACTTGATCAAATGCCTTTTTGATGTCCAGTTTGATAATCCAACATTGCCTTTTCTTTTGCCTATAATCCTCAACTTCATTTCCAATAAGAATAGGATTGAGGATTTGGCAGCCTTCCAAAAAGGCACTTTGCATGGGAGCTATAATGTTGGGCATGATTATTTTCAGTCTCTCAGCAAGAACTTTTGCAATCAATTTGTACAGCAGAGTAGTGAGACTTATGGGTCAGAAATCTCTTACCTTTATTGCTTCTTCCTTCTTGTTCAGACAAATAAAGTTCTCCTTTACACAAGCATTTAATTTCCCATTCTCATAGAACTCGTTGAATAATTTAAAGATATAACCTTGAGAAGATCCCAGAATTTGATAAAGAATTCTACCGAGAATCCGTCCGGACCTGAGGCTTTATTTCTCCCCATTGACTTTAGAGCTGCCCTAATTTCCAGCAAGCTGAATTTTGTAGTGAGCCTTTTATTCTGATCCCCTGAAACTACATACCAGTCAAAAGTGGAAGGGAAAGTACCTGCATGATCAGATTTCTTATAGAGGTTGCTGTAGAAATCAACGATTGTTCAATTTCTGGGAATGAGGTGGTGGGGATTCTTTGATCACTAACGAGCTCAGGAATCAGACTTCTTTTCTTTTGCTGCCAAAAAAGGATGGAAATAACTTGTATTTTCATCCCCCAATTTTAGCCAATTCAACTTACTTTTCTGGATTTAATCCTTTTCATCCCTTCTATATAAAGCTAGCAGGTCCGCTTTCTATGAAAGTAACAATAGGTGACATTGAGGACGTCTCTGGTTGATCATATTTGCTTTCTTCTTGTGTAATGGCTTTTAATAAGGTTTCTTCCTAACTTTTCCGTTCCCTTTTGTAATCTAAATGCCAAGATTTGAGCTGACCCTTGATGTTCTGGAGTTTACTTGATAATGCGAAGCCCATCCAGCCCAGCGGAGTGCTCAAGGATAACAAATTTTCAATCATTTGGCAGTACTGTTACAAAATTGAAAGGGGGAAGGCCCCTGCTTCTAGTAAAATGAGGAAGTGGTCTGAGGAGATCTTTATTTGTCGGGTTGCTCTTGTGTCCACAAAAGCCTCGTCCCAGTCAAAAGAAACTGAAAATCTGTCCAGCAATGATCTTGAAACTGTTCTACCTTCTCTTGATCATATAAACTTCCCATTCAGTAAAGGAACTTCAATGAATTTTGAATTTTCAATGAATTTATTGAATTTCCTTGTGCTGTGTGTCGTTCTTCCCTCTGGAAACTGCTCTCCACCTGATCGGATCATATTAAAATCCGCTTCCAAACACCAAGCTTCTGTACAATACCCAGTAAGGGAAAGTAGCTCAGGCCATATGAATTTCCTCCTCTCAGTAATCTGTTGGTCCATATATATTGGTCACCCAACACAACTTATTGCACACTGTTCTGCATTTAACTGATAACGAGTAGCCCCCTTTCAAAACATCAATAACAGAAAGTTTGCTTTCATCCCACATAGTCAACAATCCTCCAGATTTTCCATGAGCTTCAAGAAAGCTCCATCTAATTTTGGTCGACCTCCATAGTGCTTTGATAAGGTTAATGCCAATCTCCTCTTGTTTGGTTTCCTGAATCAAAACCAGATCTGGATTGGTATTTTTAAGCAGTCTTTTAATGGCCAATTGTTTAGGTTGATCTAGGATCCCCCTGGTATTCCAGGAGTGAATTTTCATGGTTCAAATCTTTCTTACTTTGCTATTTCTCTGACATTTCAAAGCAACTTAAACTAATTAATTCCACAAAATTTAATGACTTGAATCAAAGTTCCAACTTTCTCTGCTTCTCTGGAGTCTCAAATTAATTTAATATCACAACCTTCAATGAAAGGAACCAAATGGTGAGAAATGTTGTTAACCTCGACCTTGCCTAACACCTTTTTTTCTGGCGAGAGAAATAAATTAGCAAACTCAGATCTAAAGGAATCTATATCTTCTGCCTCTCCACTTGGCGCTTCTGTTTCCTCTGTACATAAATCTTCTTCTTGTATTAGTTCTTCACTACTGACACTGATCACTAAATCTTTATCCTCAGACCCTTCATCTACTGCCCTTGAAATTGTTGATGAAGGAACACCTCGCACAAAATCACAATTTGAGCCTGCCATTTTGAAGGGGAAAAAGTGAACATTTAAAGAAGGGGAGGAACTAGCTGACCTGTTACAGGTGAAATCGGGAGTAAGAAGCCTCACATAACTTTCTTCCAACAAATCTGAATTTGCCAAGGCTGTCCAAGCATTGTGGAAGGATGTGCACCCTTTTCTAAAGAACTTTTGGAAGACTTTGAAACGCTGGGGTGTTTCTTGATTGATGTTGAGGAAGATTTGTTGTTTGGAGTACTTTTCTTTATATTAATCGGCGATCCTGGTTGGAGGAAAAATCATTACAAGGAGTTTAAGAATCAATCAGCACTGGAGAAACCTTTTCTGACTCTTCATCTGCCACGAATGCATACCAAAATCCGGGGGTTTTGCAATAAAAGAATTGCCAGATTTGGCCGGACACTTGGCGATCCTTGGGGAACCAAGGGAACTTTCTGATTGGTCCAAAGCATTCTGACGGTTGGGGGATCTTTTTTCAAATACATAAATTTATGGCTGCCTATACCCTCTATGTTACCAAAGCAGTCTCATCGTTGGGTTCAAATCTGCTATGTTACCTTGTTTAACTTCAACAATTGATTTGTTCACGAACAAGAGGGTTAATAATGATTTTCACCTGAAATAAATCTCTTGATTTCATTCCAATAATCAAAGATGAATAACTTGTTAATAATCCATAAATCATTGAAATCCTCTCTAATAACATCATCACAGTTTCGAACTCATCGTTGTTGCAAACTTCAGAGTTCTAAAGGAGGAGAGGAGGGATGACTAATGGATTCTCTTGGTAGCAGACTCTGTTTTTTGATATGTTGCGCAGGGGAGAAATTTGAATTTGAGGCCTTCACTTTATTTACATAGTAGGCCTGGGCGAGTAGACTGATTTATCTGATTTCCATGTAAACAAGAGGCCAGTTTAAGAGACGAGTGCGACAATCCATAATCGTGATTCATTAAGAAGCTTTTTAGAATGTATAAGAAAGAGACCCATCCTTGTTTTGCACCCCATGAATAGACGTGCACAAAGGATTGAAACCCTAAGGAATTTCGAGCAACACATCTGACTATCCATACAGAAGGAGCTTTGAACTTTGTGAGTCTTGTAGTACCATCTGCGTCTCTGCCATTTTTGGGAAAGAAACAATATTCCTCATCATGAACCAAATTCGACATAGCAGCAATAGACCATCTTAGTTGATTCTTTGAAACTTGTAGATTTCTTTAAAAATCAACATCTTCAATATTGAAATGCCCCTTGTCAAACCAAATGCAGTAGAAAGACTCGGCAATTTTTCCGTTGGGAGGAAGGACAACTGGAGAGGGGAAAGAAAGAGGAGAGAAAGGGAGAGAGAGAACTTACCTTAGGGACCCTAATCTTCTCTCATTAGTAGCAATAGTGTGCAGTACGTATGAGCAAACTAATAATTTTGAGATTCCTTTCAAGATTGTTTGAAAATCTTCTTGTTTGGTCGTATTAATAGCCAAATGGCCAAACGCTTCTTCACAAAGAGGAAATTCTTTTTATCAAAAGCCTTTTCGTTTTTCTTACAAAAGCCAAATGGCCAAACGCTACATCACATCTGAGTGATGAACTTAATACCAAAATCCTAACAATTGGAATTAAAACCCATTGTGATGAGAACCCCTAGTTCTCAATCACTAAAACCTCCAAATTCAATTTGATTTCAACCCTAAGGATTGGGTTATGCTCAGATTTCCTTAAGATCAAATATCTTAAAACAAAAATAGGTTCCCTGCCCTAAGATTAGAACACTCCATGAATAGGATGATAAATCCCACTTGAATATTCCCGGCATGCAATTCAACACATGAAGTGCAAAATTCAAGAATCTCCATGGCTAAACTTGAAAGAAGCACAACAGCCAAATTTGATTAATCTTACACTTCTGAACCATCTAAAGACTAGACTTTAAATCGACTCCCAATAAAAACCCTTATGGATCATAAAAAGATAAAATTACCAGTACTTGTGTTATGAAAAAAGATTAAATTGGAAAATATTAAAACTACATCAAAATTATTAAACAAAATCTCATTAATAATTTGATTTTTGGACGATTTATATCACCTTTGATCTGTCGAGTCTAAGGCTTGGGGCTTGCATGGGTGCAAAGCTCCCACCCCCTGTTAAAGTAAACAATGTCAAACAATTTGGGTTTTTAGTAATAAGCTTCTTTTCAAATTCTGTAGTTTCTTAAACTCTTTGGTTTTAGTTTGCATATTTTGTGAAGCTTATTTTTACGTCAATCTTGCAGCAATTAACTCTCCAACATCCTGCTGTCCGCAGTAAATTGGGATTGCCTTCCAGGGATGCTCCTGTGGGCACTACAACTCTCAGAGAAACCAATAATCCAGGCAAAATACCGTTGGAGACAACCACTAAGTGGAAAAAAATTTCTGTAGAGAAGCTGTCTCCTAAGGAATTGCTTGCTGTAAATTATGCTGAGCTCAATTATTTTTTTGTGTTGGTTCAATTTAGTGTAAATATGTAATACAAACATTTCAGGTAGCTAATGGTTAAACTTGACAGCTTTCTGTCCAACTCCTATCAAAAGGGCAAAAAGAAAAGGCTATTCCTTTACTGCGGTAAGCTCTCTAGGCTTCTCTCAGATTCCACTATCATGTATATGTTCTATATGGGTTTCTCAGGCAGGTTGTTTTGGCCTAAATTGAAGGGGAAAAAAAAGTTGGCGACACATGACTAATTTAATACTTTAGACAGGCACTTAACAAGGAACCTGAGTATGTTCGAGCTTTGGTTGTCATGGGGCAAACTCTGTTACAAAATGCACAACCTGCAGAGGCTACTGTATACTTAGAGCGTGCAATTTCCAAGGTCTGAGTCCCAGTGTTGCATTTTCTTTTTCATTATTACTGTATGATTTATCTTGCTGGT

Coding sequence (CDS)

GCTATACGAAGTGGGAGAGAGTCAGCATCCCCTGTTGGTCGGAGTTTGCCCTCCCCGCCGAAAATGGCAACGTCGAAGCTCTGTACTCACCTTCGCCGTCTTCGTCCATCTCGTTTTTACTCCATCTCTTCCCTTTCTTCTCCTCTGCCCTTTCGACTTCACGAAGCTCACACACTCTCAAGCTCTCACCATCAACCATTCACCACTCCCTCCCATCGTTTTGATCCTCATATAAGCTCCCTTAGTGCTTTCACCGCATTCTCCTCTCGGTCCTTCTGGACTCGTTCAAACGACGATTCAGAGTTCGACCGGATTGCCCATTACGGTGTTGAATCAAGCCACCTCTCGAACGACGATACGGGAATTCAAGACTTGGAACTTGGAGGAGTTGTTGAAGAAGTCATTGGTGCGACTGCGGTGGAGAATTCGATTTTACCAATTCAGCAACTTACTTCGATTCTGGATGGGTTCCATCAGTATACCGGTATGCCCTGGTGGGCAGTTATTGCTTCATCAACTTTAGCTCTCAGATTTACGTTGCTTCCCATACTCATTGTTCAACTCAACAAGTTGAAAAGGATTGGAGAATTATTTCCAAAGTTGCCACCTCCACTGCCACCACCTCTTTCGGGACGGAGTTACATCGACCAAATTTCTCTTTTCCGAAAAGAAAGAAAGGCAATTGGATGCCCCTCATTTCTGTGGTTCGCTGCATACTTTTTCATTCAGGTCCCATGCTTCCTATTGTGGATGGTTACTATCCGCAAAATGTCACTTGATCACTATCCTGGATTTGACTATGGTGGAGCTTTATGGTTCCAAAATCTGACAGAGTATCCACATGGAGTTTTTGGCCCCATATTTCCATTTTTAATTGCCAGCTTGCACTTCATTAATGTTCAGTTGTCTTTCAGAAAATCATCATTGGAAAAAGAAACTGGCATAATTGGGATTTTAGCAAAATACTACAAACTCTATTTGAATCTACTGACTGTACCACTATTTTTTATTGGTTACTGTATTCCACAGGGTAGTCTAGTTTACTGGGTTACGAATAGTTCGTTCACTGCAATTCAGCAATTAACTCTCCAACATCCTGCTGTCCGCAGTAAATTGGGATTGCCTTCCAGGGATGCTCCTGTGGGCACTACAACTCTCAGAGAAACCAATAATCCAGGCAAAATACCGTTGGAGACAACCACTAAGTGGAAAAAAATTTCTGTAGAGAAGCTGTCTCCTAAGGAATTGCTTGCTCTTTCTGTCCAACTCCTATCAAAAGGGCAAAAAGAAAAGGCTATTCCTTTACTGCGACAGGCACTTAACAAGGAACCTGAGTATGTTCGAGCTTTGGTTGTCATGGGGCAAACTCTGTTACAAAATGCACAACCTGCAGAGGCTACTGTATACTTAGAGCGTGCAATTTCCAAGGTCTGA

Protein sequence

AIRSGRESASPVGRSLPSPPKMATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSLSAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGIQDLELGGVVEEVIGATAVENSILPIQQLTSILDGFHQYTGMPWWAVIASSTLALRFTLLPILIVQLNKLKRIGELFPKLPPPLPPPLSGRSYIDQISLFRKERKAIGCPSFLWFAAYFFIQVPCFLLWMVTIRKMSLDHYPGFDYGGALWFQNLTEYPHGVFGPIFPFLIASLHFINVQLSFRKSSLEKETGIIGILAKYYKLYLNLLTVPLFFIGYCIPQGSLVYWVTNSSFTAIQQLTLQHPAVRSKLGLPSRDAPVGTTTLRETNNPGKIPLETTTKWKKISVEKLSPKELLALSVQLLSKGQKEKAIPLLRQALNKEPEYVRALVVMGQTLLQNAQPAEATVYLERAISKV

Homology

[Close]

BLAST of Cucsat.G8629 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: 286 bits (731), Expect = 4.23e-91
Identity = 143/143 (100.00%), Postives = 143/143 (100.00%), Query Frame = 0


Query: 13  MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL 72
           MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL
Sbjct: 1   MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL 60

Query: 73  SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGIQDLELGGVVEEVIGATAVE 132
           SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGIQDLELGGVVEEVIGATAVE
Sbjct: 61  SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGIQDLELGGVVEEVIGATAVE 120

Query: 133 NSILPIQQLTSILDGFHQYTGMP 155
           NSILPIQQLTSILDGFHQYTGMP
Sbjct: 121 NSILPIQQLTSILDGFHQYTGMP 143

[Close]

BLAST of Cucsat.G8629 vs. NCBI nr
Match: KAA0051397.1 (ALBINO3-like protein 2 [Cucumis melo var. makuwa])

HSP 1 Score: 242 bits (618), Expect = 1.26e-79
Identity = 127/148 (85.81%), Postives = 131/148 (88.51%), Query Frame = 0


Query: 13  MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL 72
           MATSKLCTHLRRLRPSRFYSIS LS PLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISS+
Sbjct: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60

Query: 73  SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGI-----QDLELGGVVEEVIG 132
           SA TAFSSR FWTRSNDDSEF++     VES HLSNDDTGI     QDLELGGVVEEVIG
Sbjct: 61  SALTAFSSRYFWTRSNDDSEFEQ----SVESRHLSNDDTGILQSGIQDLELGGVVEEVIG 120

Query: 133 ATAVENSILPIQQLTSILDGFHQYTGMP 155
            T VE+SILPIQQLTSILDGFHQYTGMP
Sbjct: 121 TTTVEDSILPIQQLTSILDGFHQYTGMP 144

[Close]

BLAST of Cucsat.G8629 vs. NCBI nr
Match: XP_008441758.1 (PREDICTED: ALBINO3-like protein 2, chloroplastic [Cucumis melo])

HSP 1 Score: 242 bits (618), Expect = 3.22e-74
Identity = 127/148 (85.81%), Postives = 131/148 (88.51%), Query Frame = 0


Query: 13  MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL 72
           MATSKLCTHLRRLRPSRFYSIS LS PLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISS+
Sbjct: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60

Query: 73  SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGI-----QDLELGGVVEEVIG 132
           SA TAFSSR FWTRSNDDSEF++     VES HLSNDDTGI     QDLELGGVVEEVIG
Sbjct: 61  SALTAFSSRYFWTRSNDDSEFEQ----SVESRHLSNDDTGILQSGIQDLELGGVVEEVIG 120

Query: 133 ATAVENSILPIQQLTSILDGFHQYTGMP 155
            T VE+SILPIQQLTSILDGFHQYTGMP
Sbjct: 121 TTTVEDSILPIQQLTSILDGFHQYTGMP 144

[Close]

BLAST of Cucsat.G8629 vs. NCBI nr
Match: XP_038890165.1 (ALBINO3-like protein 2, chloroplastic [Benincasa hispida])

HSP 1 Score: 223 bits (567), Expect = 1.25e-66
Identity = 113/147 (76.87%), Postives = 125/147 (85.03%), Query Frame = 0


Query: 13  MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL 72
           MA S+LCTHLRRLRPSRFYS +SLS P+ FRLHEAHTL S HHQ F+ P+ RFDPH+ S 
Sbjct: 1   MAKSQLCTHLRRLRPSRFYSSASLSYPMAFRLHEAHTLPSPHHQSFSRPTRRFDPHLCST 60

Query: 73  SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGI----QDLELGGVVEEVIGA 132
           +A TAFSSRS WTRS+D+SEF++I H+GVESS LSNDDTGI    QDLELGGVVEEVIGA
Sbjct: 61  AALTAFSSRSLWTRSDDESEFEQIGHFGVESSRLSNDDTGIHSGIQDLELGGVVEEVIGA 120

Query: 133 TAVENSILPIQQLTSILDGFHQYTGMP 155
             VE SILPIQQLTSILDGFHQYTGMP
Sbjct: 121 AVVEESILPIQQLTSILDGFHQYTGMP 147

[Close]

BLAST of Cucsat.G8629 vs. NCBI nr
Match: KAG6598966.1 (ALBINO3-like protein 3, mitochondrial, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 205 bits (522), Expect = 5.29e-62
Identity = 110/147 (74.83%), Postives = 121/147 (82.31%), Query Frame = 0


Query: 13  MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL 72
           MATSKLCT+LRRLRPSRFYS +SLS P+  RLHEAHTL SSHH  FT P+HRFD HI+S+
Sbjct: 1   MATSKLCTNLRRLRPSRFYSCASLSYPIASRLHEAHTLPSSHHHSFTRPTHRFDHHITSI 60

Query: 73  SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGIQ----DLELGGVVEEVIGA 132
            A TAFSSRS WTRS+DDSEF RI  +   +S LS+DDTGIQ    DLELGGVVEEVI A
Sbjct: 61  GALTAFSSRSLWTRSDDDSEFQRIDLF---ASRLSDDDTGIQSGIQDLELGGVVEEVINA 120

Query: 133 TAVENSILPIQQLTSILDGFHQYTGMP 155
           TAVE SILP QQLTSILDGFHQYTG+P
Sbjct: 121 TAVEESILPTQQLTSILDGFHQYTGLP 144

[Close]

BLAST of Cucsat.G8629 vs. ExPASy TrEMBL
Match: A0A0A0LJT6 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_2G094350 PE=3 SV=1)

HSP 1 Score: 286 bits (731), Expect = 5.02e-93
Identity = 143/143 (100.00%), Postives = 143/143 (100.00%), Query Frame = 0


Query: 13  MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL 72
           MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL
Sbjct: 1   MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL 60

Query: 73  SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGIQDLELGGVVEEVIGATAVE 132
           SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGIQDLELGGVVEEVIGATAVE
Sbjct: 61  SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGIQDLELGGVVEEVIGATAVE 120

Query: 133 NSILPIQQLTSILDGFHQYTGMP 155
           NSILPIQQLTSILDGFHQYTGMP
Sbjct: 121 NSILPIQQLTSILDGFHQYTGMP 143

[Close]

BLAST of Cucsat.G8629 vs. ExPASy TrEMBL
Match: A0A5A7UAE5 (ALBINO3-like protein 2 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold55G001390 PE=4 SV=1)

HSP 1 Score: 242 bits (618), Expect = 6.09e-80
Identity = 127/148 (85.81%), Postives = 131/148 (88.51%), Query Frame = 0


Query: 13  MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL 72
           MATSKLCTHLRRLRPSRFYSIS LS PLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISS+
Sbjct: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60

Query: 73  SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGI-----QDLELGGVVEEVIG 132
           SA TAFSSR FWTRSNDDSEF++     VES HLSNDDTGI     QDLELGGVVEEVIG
Sbjct: 61  SALTAFSSRYFWTRSNDDSEFEQ----SVESRHLSNDDTGILQSGIQDLELGGVVEEVIG 120

Query: 133 ATAVENSILPIQQLTSILDGFHQYTGMP 155
            T VE+SILPIQQLTSILDGFHQYTGMP
Sbjct: 121 TTTVEDSILPIQQLTSILDGFHQYTGMP 144

[Close]

BLAST of Cucsat.G8629 vs. ExPASy TrEMBL
Match: A0A1S3B4X9 (ALBINO3-like protein 2, chloroplastic OS=Cucumis melo OX=3656 GN=LOC103485819 PE=3 SV=1)

HSP 1 Score: 242 bits (618), Expect = 1.56e-74
Identity = 127/148 (85.81%), Postives = 131/148 (88.51%), Query Frame = 0


Query: 13  MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL 72
           MATSKLCTHLRRLRPSRFYSIS LS PLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISS+
Sbjct: 1   MATSKLCTHLRRLRPSRFYSISFLSCPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSV 60

Query: 73  SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGI-----QDLELGGVVEEVIG 132
           SA TAFSSR FWTRSNDDSEF++     VES HLSNDDTGI     QDLELGGVVEEVIG
Sbjct: 61  SALTAFSSRYFWTRSNDDSEFEQ----SVESRHLSNDDTGILQSGIQDLELGGVVEEVIG 120

Query: 133 ATAVENSILPIQQLTSILDGFHQYTGMP 155
            T VE+SILPIQQLTSILDGFHQYTGMP
Sbjct: 121 TTTVEDSILPIQQLTSILDGFHQYTGMP 144

[Close]

BLAST of Cucsat.G8629 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: 205 bits (522), Expect = 2.42e-61
Identity = 110/147 (74.83%), Postives = 121/147 (82.31%), Query Frame = 0


Query: 13  MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL 72
           MATSKLCT+LRRLRPSRFYS +SLS P+  RLHEAHTL SSHH  FT P+HRFD HI+S+
Sbjct: 1   MATSKLCTNLRRLRPSRFYSCASLSYPIASRLHEAHTLPSSHHHSFTRPTHRFDHHITSI 60

Query: 73  SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGIQ----DLELGGVVEEVIGA 132
            A TAFSSRS WTRS+DDSEF RI  +   +S LS+DDTGIQ    DLELGGVVEEVI A
Sbjct: 61  GALTAFSSRSLWTRSDDDSEFQRIDLF---ASRLSDDDTGIQSGIQDLELGGVVEEVINA 120

Query: 133 TAVENSILPIQQLTSILDGFHQYTGMP 155
           TAVE SILP QQLTSILDGFHQYTG+P
Sbjct: 121 TAVEESILPTQQLTSILDGFHQYTGLP 144

[Close]

BLAST of Cucsat.G8629 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: 205 bits (522), Expect = 2.48e-60
Identity = 110/147 (74.83%), Postives = 121/147 (82.31%), Query Frame = 0


Query: 13  MATSKLCTHLRRLRPSRFYSISSLSSPLPFRLHEAHTLSSSHHQPFTTPSHRFDPHISSL 72
           MATSKLCT+LRRLRPSRFYS +SLS P+  RLHEAHTL SSHH  FT P+HRFD HI+S+
Sbjct: 1   MATSKLCTNLRRLRPSRFYSCASLSYPIASRLHEAHTLPSSHHHSFTRPTHRFDHHITSI 60

Query: 73  SAFTAFSSRSFWTRSNDDSEFDRIAHYGVESSHLSNDDTGIQ----DLELGGVVEEVIGA 132
            A TAFSSRS WTRS+DDSEF RI  +   +S LS+DDTGIQ    DLELGGVVEEVI A
Sbjct: 61  GALTAFSSRSLWTRSDDDSEFQRIDLF---ASRLSDDDTGIQSGIQDLELGGVVEEVINA 120

Query: 133 TAVENSILPIQQLTSILDGFHQYTGMP 155
           TAVE SILP QQLTSILDGFHQYTG+P
Sbjct: 121 TAVEESILPTQQLTSILDGFHQYTGLP 144

The following BLAST results are available for this feature:

BLAST of Cucsat.G8629 vs.


Match Name	E-value	Identity	Description

BLAST of Cucsat.G8629 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_004138896.1	4.23e-91	100.00	ALBINO3-like protein 2, chloroplastic [Cucumis sativus] >KAE8651737.1 hypothetic...	[more]
KAA0051397.1	1.26e-79	85.81	ALBINO3-like protein 2 [Cucumis melo var. makuwa]	[more]
XP_008441758.1	3.22e-74	85.81	PREDICTED: ALBINO3-like protein 2, chloroplastic [Cucumis melo]	[more]
XP_038890165.1	1.25e-66	76.87	ALBINO3-like protein 2, chloroplastic [Benincasa hispida]	[more]
KAG6598966.1	5.29e-62	74.83	ALBINO3-like protein 3, mitochondrial, partial [Cucurbita argyrosperma subsp. so...	[more]

BLAST of Cucsat.G8629 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0LJT6	5.02e-93	100.00	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_2G094350 PE=3 SV=1	[more]
A0A5A7UAE5	6.09e-80	85.81	ALBINO3-like protein 2 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold5...	[more]
A0A1S3B4X9	1.56e-74	85.81	ALBINO3-like protein 2, chloroplastic OS=Cucumis melo OX=3656 GN=LOC103485819 PE...	[more]
A0A6J1F440	2.42e-61	74.83	ALBINO3-like protein 2, chloroplastic isoform X2 OS=Cucurbita moschata OX=3662 G...	[more]
A0A6J1EYX9	2.48e-60	74.83	ALBINO3-like protein 2, chloroplastic isoform X1 OS=Cucurbita moschata OX=3662 G...	[more]

InterPro

Analysis Name: InterPro Annotations of Cucumber (B10) v3
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..22
None	No IPR available	PANTHER	PTHR12428:SF53	ALBINO3-LIKE PROTEIN 3, MITOCHONDRIAL	coord: 27..417
IPR001708	Membrane insertase YidC/ALB3/OXA1/COX18	PANTHER	PTHR12428	OXA1	coord: 27..417

Relationships

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


Feature Name	Unique Name	Type
Cucsat.G8629.T2	Cucsat.G8629.T2	mRNA
Cucsat.G8629.T1	Cucsat.G8629.T1	mRNA
Cucsat.G8629.T3	Cucsat.G8629.T3	mRNA
Cucsat.G8629.T4	Cucsat.G8629.T4	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
biological_process	GO:0033617	mitochondrial cytochrome c oxidase assembly
biological_process	GO:0032979	protein insertion into mitochondrial inner membrane from matrix
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0031305	integral component of mitochondrial inner membrane
cellular_component	GO:0005743	mitochondrial inner membrane
molecular_function	GO:0032977	membrane insertase activity
molecular_function	GO:0005515	protein binding