Tan0001897 (gene) Snake gourd v1

Overview


Name	Tan0001897
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic
Location	LG06: 11704984 .. 11724188 (-)
RNA-Seq Expression	Tan0001897
Synteny	Tan0001897

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.

TTCTTTGCTCCGTGATTCCTGAACATGTGAAAGTAATCCAAGCTTCTATGCCAACACTCCAAACTTACCCAATTAAGAACGGATATATCTTAAACCCAAGATTCCCAAACCAAAACCCCAGCCAGATTCCCCACTGAGCTATCGATTCTAAAAGATGAACAGCAGCCTTCGGCTGTTCCCAGCTTGTTCCTGCTCAACACGACTACCCACTAATCCAAAATCAACTTCACTATTTTTCATTAACAATCAAACCCATTTTCTGCATTTGAAACGAGCCAAGAGGAAGCAGCAATTAGCATCGTGTACCAGTTATGAAGTTGGTGGAGGTTATCCAGAGGAGGAATTGGAGATGCAAGATAGAAGACGACCCAGAAAAGAAGTGAATCCGAAAATGGACACTTCCGAGTACGAAGCTCTCCTCAAAGGAGGCGATCAAGTCACCTCTGTTCTCGAAGAGATGATTGTCCTCGTAAGTTCTTTCTTCTTTCCCTGTTTAGACATTCTCTTTCTGATTTAATTGAACAGACAATAGACTTTTCTGGATGGTTTTAACTTCATGAACTAAATCGAAGGCTTATATAGTAGTGTAGAGCTGAAACCCAGCTGACTGATGGGTCAATACGAGAAGAAAGAATTGCTTAGAGCCAGTATACAAGTGACATGTATCAACTGTTACATTAGAGTGCAAGTTATGATACACAGATAAATGTAGTATTTAGCTGTTTCTCCTTAACACCCCGCTCGAGTTGGAGGGGTGATCAAGAGCGGTCAGCTTACTTCGAAATTCTGCTAATGATGGGTAGTGTGTTCTATTATAATGTGTATGCCAATAAATTTGCTTGAATTTTGAGTAGGAAACCGGATTTTAGGTAAGGGAGGCGGCTCCCAAGTTTTCACACCATTCTATTGGGGTTTGCTTGAGGGAAATGTGCAGCTCTAGAAATAGAGAATGTAGCCAAGAAACTTCAGCTCCTACTACAGTTAGGGCTGGATATTCAGCCTCGATACTTGCCGAAGAGATGGAGGACTGTTTTTTGAGCTCCATGATACCAAATTTCCACCGAGGGCTGTAAATTTTCTATCAGATTTGTTGCTGGCCTAGTCTTAATCAACATATTACATTAGCCAAAATGGAGAGGAAAATGTGTGAATCATGGTGTCGTGTAAGAGAGTTATTAGGATTAAGATAGTTTTATTTACTGACTTACTGTTACCTTCTGTTATTACTCTATGTGTATAAATATCACTCTCTGTGGAAGCACAATAAGACAAGTATCATTTCCACATTTCTACACAAGTATCATTTCCACATTTCTACACGTGTTATGGTATCAAAGAGTTTTTCTTTCTTCCATTTTCTTTTCTAGAGTTTTCACTTTCTGACGATCTTTGACTATGAGTTCTGGAGGTTCTCCGAATGCGCCTTCTTCGTCTCTTCAACCCTCTCTCACCGAGTCTGACTCCCAGAGTCCTTATTTCCTCCATCATAATGATACGTCCAATTTGGTGCTCGTCTCCGATCCCCTCACCGACGATAACTACGTCACATGGAGCCGATCAATGCTCCTTGCACTGTCTATTCATAATAAATTGGGTTTTATCGATGGTAGCCTACCAAAGCCCACTGGCAATCTTCTCCCATCGTGGATTCGCAATAACAACGTCGTTATCACGTGGATTATGAATTCCCTTTCTAAAGGAATTTCTTCTAGTATCATATTTTCCGATTTGGCTCGTGCGATTTGGTTGGATCTTAAAGATCGATTTCAACACAAGAATGACCCTCGGATTTTTGAACTCAAGCGCAAACTTGCTACACTGACTCAAGAACAACAGATGGTTTCAATGTATTTTTCAAGATTAAAGAGCCTCTCAGATGAGTATATCTCATATCGCCCTGGATGCACATGTGGTAAATGCGAATGTGGTGGTGTGCAACAAATCAAAGAATTTGTTCAATATGAATATCTCATGAGATTCTTGATGGGGCTAAATGAAACTTTTGGTCACGTACGATCTCAAATTTTATTAATGGATCCAACACCTCCGATCAACAAGGCCTTTTCGTTGATCGCACAAGAAGAACATCAAAGATTGCTGCCCATTCTTCCCTTTCCACCGACAACAGGTCTTCTTGTTAATCAAAATACAGTAAAAGTTGTTGCTCCCTCATCACAAACCACCACAACCGGGAATTATCGCCAGAGGAAGGATCGTCCGACCTGTACATATTACAATTTGCAAGGCCACACTGTTGACCGATGTTATAAAATTCATGGATACCCCCTGGGTTATCGACATAAAGGAGGACAACACAATCAACACCAAAATCCGCAGTCCGCTTCATCTATTAATTTTGCAGTCACTCAAAATGTGGATATGACTCATTCATCTGATATGGCTAATACGATTGATGCAATCACCCAATGACACAACATTCTGGCTATGTTACAGTCAAAGTTGGCTGCTATCAAGAATGACTCAGACACTGCAAGTGTGTCACACTTAGCAGGTATGTCTCCTAGTTCGTCTATTCCTCTTACTTCTTCTTGCTGCGAAATAGACTCTGGAGCATCGACTCACATTTGCTATAATCGGGGCATTATTTCGAGCTTTTACCCCAGTCTCTACTTCGGTGATTTTACCTGATAATACACGTATTCGTGTGCATCTTGCTGGGTCTGTCATGATTGGGTCGTTACATCTACAAAAGGTTCTTTTTGTGCCACAGTTTCACTACAACTTAATATCGATAAGTGCACTTGTACCTGATAGCTCATGTTTGGTCAACTTTTCCACTGATTGTTGTGATATTCAGGAAAAGTTCACTTTGAGAACGATTGACAAGGGTAAATTGCGAGGTGGTCTGTATATCCCCGATGAATTCTCTGTTGCTGACTCACCTTCTGTTTGCGCAACCACTGTCCACAAGTTGCCTTTGAATATATGGTACTCCAGGCTTGGACATCTTTCCTTTTCCCATTTAAATGTTTTGAAAGATATTCTGCATTTTGAGTCATCTAAGATAGGTCATTCTGCTCCTTGTGATATCTGCCCTTTAGCTAAGCAAAAAAGACTTTTGTCTGCTGCTTCTTTTGATTTGATTCATGCTGACGTTTGGGTCTCTTTTGCTACTCCTTCTTTTGCCGGTTACAAATATTTTCTTACTTTAGTAGATTGTACAAGATACACTTGGTTGTATATGTTGAGATATAAGACTGATGTTTTGACCATCATCCCTCGTTTCTTTCAACTTGTACATACTCAACATGGCAAAAATATTAAGATCTTCCGGTATGATAATGCTCTAGAATTAAAATTTGAAGATTTTTTTTCATGAGAAAGGAGTTATTCATCAGTTCTCTTGTGTTGCTAGACCATAACAAAATTCTGTTGTAGAAAGAAAGCATCAACACATCCTGAATGTTGCAAGAGCCTTATATTTTCAGTCTCGTGTGCCTTTACATTTTTGGAGTGAATGTGTACTTACTGCCGTGCATTTGATTAATAAAACCCCGTCTGAAGTCCTCCAAATGGAAGACACCATATGAACTTCTTCATGGTAATATATCTGATTACTCTTCTCTGAAAGTTTTTGGTTGTTTCTGTTTTGCTTCAACTTTAGCCTCTAACAGATCCAAGTTCGCTTCCCGTGCCATACCGGCAGTCTTTATGGGATACCCTCCTGGTATGAAAGGTTACAAATTGTTTGACATTGAGAAACAAAGTTTTTTTGTATCTAGAGATGTGGTGTTCCATGAAACTGTCTTCCCTTTTCATAAAATCACCCTTGCCAACACACAACCTGATCCTTTTCCCATGACTGTCTTACCCATCCCCATCAACCTTGATCTTCATTATACCCTTTTACCTCACACAGAGACATCATCCCACCCTTTAAACCAACCAGAGGCCTCCAATGATATTACCTCAGAAACTCCTCCTCTCACAAGTCCAGACCATCCAACTGTCTATTAGGTATCCAAGCCTTCAACTTGTAAATCGATCAAACAGACAAAGAAACCAATGTCCCCAAATAGCAACTCACTGTTCTATTGATAAACGAATTCAAGAACAGAGTATCAGTCAACATATAAACTTCAAAATGAGGAAAAATCAACAACATGGAAAACAAGGAAATGGAACAAGTAACAACCAAATATTTTCAAAAGAGCTGGGAATCCCTCCTAAGGCCTAAACATCCACGAAATTCTGCCTACCTCACAAAACACTCCCTCCTGCTCTTACATACACTCACTCCGTACACAAGAGCACGATCACCTCCTGGTCCCCACTAACAAAATTAATTTCTTCCTGACTTACCCCTCCTTTCATACATTTTGGTAATAGGAGGTCTAACACTGTCCTCCGAAGATTCACACGACCATCTAACCACTTCCATATCTTCAGAATTATCATTGTAGCCTCCTAAATCAATCCTCTCTACCCATAGCCGCCACAAAATATCCTTTACAACATCACCTTTCTTATAATCGACTGTCTTCCAATTTTCGAGCCTTCTCCCTCAATGTTTCTAATCACTATGAACCACATTTTTATCACCAAGCTATCCCATACGAGCATTGGAAAACAACCATGAAAGCAGAGTTAGAGGCAATGGAGACTAATTATACGTGGTCAGTTGTCCCTTTTCCCTCAAATAAACAGTCCATTGGGTGTCATTGGGTTTACAAAATCAAGCACAATGCAGATGACTCTATTGAACGTTACAAGGCAAGATTAGTTGCCAAAGGGTACACTCAACATGAGGGGTTGGATTTTTTCTGAAACATTTTCCCCAGTGGCCAAGTTAGTCACTGTTCGTGTTCTCCTCACTCTTGATGTGTCTTCTCAATGGCCCTTAATACAACTTGATGTCAATAACGCCTTTCTCCATGGCGATTTGTTTGAAGAAGTATACATGGATTTACCTTTAGGATATGAGCCTAAGGGACATGTCCATAGAAAAGGGGAGCGTCTCGTCTGTAAACTCCACAAGTCTATCTATTGCTTAAAACAAGCCTCTCGCCAATGGTTCTCCAAATTTTCAGCAACTTTGCTCTCACTTGGGTTTAACCAGTCAAAGGAAGATTACTCTTTATCATTTATCTTCGACTAAGAATAGGGTCATCGCTGAGGTTCTCTTCCATTCGGGTCACACCGCTTCTCCTTCTCTGGGTTTTCAACGTCCTCTTTCTATTAGGGAAACTGAGGACGTGACGTCTCTCCTGTCCTTGTTGGAAAACCTCTGTTGTATCCCTGATAAGGAAGATATTCGTTGTTGGTGTCCTAGTCCAGCGACAGGGTTTTCTTGTCGTTCCTTCTTTCGAGTCCTTGTTGCTCCTTCTTCGCCTGTTTCTAGGGGGGAGTCTATCTTTGAGACTGTGTGGAAGGTGAAGATTCCGAAGAAAGTTAAGTTCTTTGCTTGGCAGGTGTTACATGGAAGAGTTAACGCTCTTGATAAAGTCTCGAGAAGGATGCCTTCTTTGGTTGGTCCGTGGTGTTGTATCCTCTGCAGGAGGGTGCCGGAGGATTTCGAGCATCTGTTTTGGAGTTGTGACTTGGCGGTAGGAGTGTGGAAGTTATTTTTTGAGGAGTTGGGTCTCTCAGATCTTGCTCAAGGTTTTAGTGGTCACAGTTTGGAGGCCCTTTTCTTGCAACCCCCTTTGAAGGGGAAGGGTTTGTTCTTGTGGCACGCCAGGATTTGCGCTATTCTTTGGGGGCTGTGGGGTGAGAGAAATAATAGAATCTTTCGAGGGCTTGAGCGTTCTCTTTTTGACGTCTGGTCTCTTATTAGATTCTACGTTTCTCTTTGGGCCTCGTTAACTAAGGCCTTTTGTAATTATTCTTTAAATCTTATTTTGTTGGGGTGGAGGCATTTGTTGTAAGCCCCCCCCTCTTTTTGTTGGCAAGTACTTTTTGGTTGCCTTGTATTCTTTCATTCTTTCTCAATGAAAGCTCGGTTTATTCTCAAAAAAAAAAAAAAAGATTACTCTTTGTTTGTAAGAGACTCTGGATCTGATTTCATAGCCTTATTGTTCTATGTTGACGATATTATTATCACTTGTGCTAATGCCTCTATTATTGCTCAATTAAAAGTCCTTCTTAATGACCGGTTCAAACTCAAGGACTTGGGTAATCTGAGTTACTTCCTTGGCCTTGAACTTGCTCGTTCATCTCAAGGAATTTATCTCTCTCAACGACATTATACTCTCCAACTTCTTGACGATGCTGGCCTTCTTGGAGCAAAACCTGGGAGCGTTCCCATGGATCCCAAGTTGCGTTTGCAACAGTCTGATGGTGATTCATTACATGATGCTTCTTCCTATAGATGACTCATTGGAAGGTTACTATATATTACCGTATCTCGTCCTGATATTGCTTTTACAGTCAACAAGCTAAGTCAATACGTATCAAAACCAGGTAAGACACATATGGCAGCAACTAATCATTTGTTGAGATACTTAAAATCTGCTCCTGGTCAAGGTATTCTTCTCAAAGCAACTAGCTCTTTCCAGCTTCGGGCATTTGCAGACTCTGACTGGGCTTCTTGCCTAGATACTAGAAAATCAACCACTGGTTTTTGTGTATTCTTGGGAGAATCCCTGGTGTCATGGAAGTCCAACAAACAAACTACAACCTCACGGTCTTCAGCTGAAGCCGAATACAGGGCAGTGGCCTTAGCTTCATGTGAACTTCTATGGTTGTCTTACTTGTTGAAAGATCTCAGAGTACCCTTTACTCCTCCAGCTCTGTTATTTTGTGACAATGAAGCAGCAATCCACATAGCCTCAAATCCAATTTTTCATGAGAGAACCACAAACACATAGAACTGGATTGCCATTTTGTCCGTGATCACATCAGTACTGGTTTTTTAAAGCTTCTGCCAGTTTGGTCTCATCTCCAGCTAGCAGATACGTTTACAAAGCCACTTTCTGCTTCTAATCTTTTTTCAATGTTGTCCAAGATGGGCGTAAGAGATATTTTTAACCCATCTTGAGGGGGAGTATTAGGATTAAGATAGTTTTATTTACTGACTTACCGTTACCTTCTGTTATTACTCTATGTGTATAAATATCACTCTTTGTGGAAGCATAATAAGACAAGTATCATTTCCACATTTCTACACGTGTTAAGAGTGCCCTTTTGTACTGAAGTATTCTTTTACGGGCTTCCCAATGTAATTCAATGGGAGATGACATGTATTGACTCGGTTTGAGTTTATTAATTGGAGCAGAGAGCTTGGGTCTGGTAATGGTTAAGTTTTGAAAATCTCTCAAGATGCTGCAATATTATAATGTTGGATTAGAAAATAGATTTGCTTCAGTTGATCAAGAGACATGTCAGGTGTCATTGCTGTTGGGCATTTCTTTGCATCTTCCATTCTTGCTCTTTTTAATGATTCGTTTGCATATAGGGTTTTCAAGGCACAGCGTAGGCTTGCCTTTCATGTACATTGCCTTGCAACAGACACATGACATGCACATTCAAAGTTTGACCTCATGATTGCCATTTTTATGGTGACAAGTGATGCCATTTGGACATGAAACAACCAAGAGCTAAATTCAATACAAAAAAAACTTCCATCAATTAAACTTTCTTTGAGAAATCAATGGCATTATTATATTCTAATTATTAAAATTTTGATGCTACCAACAACTAACATTCTACTCCCTGTCTGGATTTGTTTCTGTTATCTCAGTTGGAAGATACGAATACCGATGAAACATCTGAAGAGATAGCTTTGCAGTTGGCTGCGCAAGGGGTCATAGGTAAAAGGGTTGATGAGATGGAGTCGGGCTTTATGATGGCCTTAGACTACATGATCCAGATTGCTGAAAGGGACCAAGATGATAAGGTCCAACTCCATCTTAAATTCGCTACATTCCTTAGCTTTGATATGAAGCTTTAGTTTTTTCTATCATTATTATCTTTTTTGGTATATCAAAACTTAACACTTTAAATTAAAATAAAAAAAGGAACAAAAAAGTAGGCAGTGAAAGGATAACTAATCAAGCTTGGTTTGAATTGCCAAGTTTACAATCACTTGACGAGTTGTCCTTACAAAGGTTGAAGCATTACAACTTACAAATGTGATCACTACTCAACCCAAAAGCCTAAGCTAATGGATTACGGTGAAGTTAATTATTTACTCATATTTTAACAATGGGAGACAGATTTTTTCGACCAGGTTTATATTGCGAATGAAACCATTGAGGCTTATAAGAATCTTCATTAGGCAGGATCATCTTTAAGATTGACTTCAAGAAAGCATATGATCACGCTGATTAGATTTTTTGGATAAAGTTTTTTGAAAGAAAGACTTTAGTTGGAAATGGAAGAGATATTTGTGGAATTATCTTAGGATGATTAAGTATTATATTCTTGTTAATGGTAAGCTAAGAGGAAACATTCTTGCTTCTAGAGATTTTAGGCAAGGAGACCATCTCTCCAATTTCCTCTTCCTAGTGGTTGTCGATGATCTTGTTGGTTAGCTTTGGTGTGGTGGATAAGGGTGTCTTCGAGGGATTCTTGATAACGATAGATTCCACTTTTGCATCTCCACTTAGCTGGTGAGATCTTTTGTGAGTGGGGGTTGATGAGGGAGGCGTACCTATTCGATTAGGTGGGAGGTTTCTTTTTTCCCTTCATATTTAAGTATGATATTGTTTTGGATGGCATTTAATTCTACTCCATGTCCATTCAAGCCCATGGCTCTTGGATAAAACAATTTTTTTAACCAGATACATCGTCTCATTGATGTAATGGAAGGATGCAACAAATGTTCCAAGGAAAAAAACTCTTTAAGGGAGTGGAGTGAAGCAAAGTAAAGGAAAATAAAATATGGAGCTCAAGTGAGGGAAAATAAAAGCATCCCAAATCATACAAATATTGCTAGGAGAATAATGAATAAACAAATTAGAATCCTATGGTAAAGCATTTGAAGATAGCTAAATCAAAACTCTCCATCCAAATTCTAGACTTGTCTTCAAATAAACTTTTATTCATTCCAACCAAATTTCTGAAATTTAATTGCATCTTGAATAAAGCAATTAATTTCAGATTCCATTGGACTTAATTTTTGTTTTTCATATCTCAATTTTTTGTTGTTTTAATATGATCTAAAAGAGTTGTTTTGAACTCATCTGTTTCTTTCTTTCTTTTTCATTCATTAAAGTAATGTGTTTTACCATATTGTTTCTATTCAGCGCAAGGCGATACTGGAGGTGGTCAAGGAGACAGTTCTATCTCATCTCACAAAAAAATGCCCGCCACATGTAAGAACGTTATCTTGGAGAAAAATGGTGTTCTACTCTATTCATGTTTCATCATTTTTGTTTTCGACCAACATTATGGGCTGAATAGTAAACTGACTGTCCTCTGATTTATAGGTTCAAGTGGTCGGCCTACTTTGTAGAACTCCATTGAAAGAAAGCAGACACGAACTACTTCGAAGAGTGGCTGCTGGGGGTGGTGTCTTTAAAAGTAAGAATGGCACAAAGGTTCATATCCCGGGAGCAAATCTTAACGACATAGCCAACCAAGCTGATGATTTGGTAGAGGTAATTATTGAAAGCTGTTATGGTATATATGTGTATTTAGAAGCTTATTAACCTTTTGCCCTTTATTGTCATTTTACATTTATTAGTTTAGGGTTTTCATGTATTCCTATATATATTTGACTCTATTGTATAGAATGAGTTGAATACTCTCATTTTTTATCTCACAATAACATGGTATCAGAGCCCTAAGGTTTTCAAGGGTAATTAGGGTTCTTTTGTTATCCTTAGGGATTTGGAATCATTAGGGTTTGAGATTTGGAACACCTATTGGAGGTTTAAGTCCTTTGTTGCGTGATTTGTTCAACCCACTACCATTAGAACCTCCACAGCTGTCAGAATCCGCTGTTGCAGTTGCTGTTTTCGTCGGAAACTGCCACTACCGCCGCTGTCGAGGTCTGCCACCGGAGGATATTTTCGTCACCGCCCATCCCATTCGAAAGCCCAACCGCCGATCAGCAGGTATCCAGATTTTGGCCGGAAAATACCCTGTGCGTGGGCCTCACGCGCCGCCGCAACCTTTGCCGCCAGACTCACGCCCCGACGCGTGGAGGCGCGTGCGCTGCCGGTTTCTGCTCCTTCTTTCGAGGCTTTGATCGCCGTTGAGTCCACTTTCGGTTGTTGTATTGGTTTGGGGCATATAGGGTCTGGTTTGTGGCATTTAGAGTCATACCTCTTTGGAAAAGAGAAAAAAAAGGTTTGTTGTGATTCTGATTTAAAACCCTAGTTTGACAGTTTTTCAGAAGTTTTCAGCAATATGTTAGCAATTTGGGTCTAATTTTGGGGTTTTACATTCATCATTGACCTATGGCAGAACGAGAACTTGTAGTGATGTCTAATTTGATTCAAGCGCAACCTCAACCCACCTATGGTTCATCTAAGAAATCATTTGTTAATTCTATGGTCGAGTCTACTAAATTTCAACAATACCAGAAATCATCAAAAACATCGTCTTCATCATTTGCGCATACCTCTATTACAACCATTGTTGGGTCAGGTAACATGAATCATTGTCTTCTCTCCTCTTCTACGAAATGGGTCATAAACTCTAGTGCTACCGACCATATGACAGGTAATCCCAATTTGTTTTCCATTCTTTCTTCATCTACATCTCTTGCTAATGTTACTTTGGCAGATGGATCAAAATCGTTCGTCCTTGGATCTGCCACAGTAAATCTAACCTCATCTTTTTCTTTATCCTCTGTTCTACATTTTCCTCAACTTTCCTTTAATTTGATCTCTATTAGTAAACTCACTCATGCCCTTAATTGTTGTGTCTTATTCTATCTTAGCTATTGCTTGTTTTAGGATCTTGTGACGAAGAAGATTATTGGGAAAGGACATGAATCTGGAGGACTTTACATTTTTGATCATCAAGTACCAAAAGTTGCTTGTTTTGGAGTCGTTCTCCTTTTGATGCCCATTGTTGTTTAGGCCACCCATCTCTTTTCGTACTGAGAAAGCTTTGTCCTCAATTTCATAACTTGTCTTCATTAAATTGTGACTCATGTCAGTTTGCCAAACTTCACCGTCTTAGCTCGAACCCTAGAATCGATAACCGAGCAAGTGCACCCTTCGAATTAGTTCATTCTGATATTTAGGGTCCGGGTCCAGCTGTGTCCAAATCTGGGTTTCGATATTTTGTTACCTTTGTTGATGATTACTCTCGTGTGACTTGATTATATTTTATGAAGAATCGTTATGAGTTGCTTTCTCATTTTTGTAACTTTCATGCTGAAATTCGAACTCAGTTTGGTGTTTCCCTTAAAATCTTGAGAAGTGACAATGCTGGTGAGTACTTTTCTGAAGCACTTAGTGCATACCTATGTAAGCATGAAATTCTTCATCAATCATCTTGTGTTGATATTCTATCACAAAATGGAGTTGCTGAACGAAAGAATAGACATCTTCTTGAAACTGCAAGAGCATTATCATTTCAAATGTGTGTTCCAAAGCCTTTCTGGTTTGATGCAATTTCCACAGCCTGCTTCTTGATTAATCGTATGCCTTCATATGTTCTTAAAGGTCAGATTCCCTATCATGTTTTATTTCCAACAAAACCTTTTTTTTCTCTTGAGCCGAAAATATTTGGTTGTACTTGTTTTGTTCGAGATGTTCGTCCTAATCCGACAAAATTAGACCCCAAATCTTTGAAGTGTATCTTCTTTGGCTACTCTCGTGTTCAAAAAGGATGTAGATGTTTTTGTCCTAGTACGAATAGGTATCTTGTATCTCATGATGTTACTTTCTTTGAGGACAAATCTTTTGGTTCATCTTTGCCTAGTACGAGTCAGGGGGAGGATGATGATCTTTTTATCTACACCCTTGTGTCTCCTACACCCTCTCTCGACTCATCTCCTGTGACATCTTTTCCTACTCGTCCACCTATTACTCAAGTCTACTCTAGACAACAACAACCTCCGAGTGAATGTCTTGTACCAGAAGATTCTTCGTCATTAGATCCAGGACCAAGTGATGAGCTTCCTATTGCACTTCGTAAAGGTAAACGTTCTTGTACTTTTCCTATTTCCTCTTTTGTCTCTTACGACCACTTGTCATCTTCTATCTGTTCTTTATTGCATCTCTTGAATCTATCTCAATCCCTAAAACTGTTCATGAAGCCTTGTCTCATCCTGGTTGGTGCAATGCAATGATAGAAGAGATGAATGCTTTATATGATAATGGTACCTGAGATTTAGTATCTCGTACGATAGGAAATAAAGCTATTGGATGTAAATGAGTTTTTGCAGTTAAGGTCAATCCTGATGGTTCGGTTGCTCGATTAAAAGCTCGCCTTGTTGCTAAGGGTTATGCTCAGACCTATGGGGTTGATTACTTTGATACATTTTCTCCTGTTGCTAAATTAACTTCTGTCAGGTTATTCATTTCTATGGTTGCATCTCAATATTGGCCTTTGCATCAGCTTGACATTAAAAATGCATTTCTCCATGGTGATCTTCACGAGGAAGTTTATATGGAGCAACCACCAGAGTTGTTGCTCAGGGGGAGAATGATAAAGTGTGCCGCCTTCGCAAATCTTTGTATGGTTTGAAACAAAGTCCACGAGCATGGTTTGGAAAATTTAGTCAAACACTTGAGCAGTTTGGAATGAAGAAAAACATGTCGGATCACCCTGTCTTCTACCGACGAACTAAAAGCGACATCATTCTGCTTGTTCTATATGTTGATGATATTATTATCACCGGAAATGACACATCATGCATTTATCTCTCAAAACTTTTCTCCAAAGTCAGTTTCATACTAAAGACTTGGGAACATTAAAGTACTTCTTGGGTATTGAAGTAATTAGAAGTAAGAAAGGTATTTTTATGTCACAAAGAAAATATCTGCTTGATTTGCTATCTGAGACAGGAAAATTGGGAGCCAAGCCATGTAGTACTCCAATGATGCATAATCTGCAACTTACAAAAAGATGGAGAACCGTTTAGAGATTCGGAGAGATATAGAAGATTGGTTGGAAAGTTGAATTATCTTACAATGATACGACCAAACATAGCTTATTCAGTAAGCATTGTGAGTCAGTTTATGTCTTCACCTACAGTGGATCATTGGGCTGCAGTACAACAAATTATATGTTATCTGAAAGCTGCACCTGGACGTGGGATCTTATATAAAGATCATGGTCATATGAAGATTGAGTGTTTTTCAGAAGTTGATTGGGCAGGATCAAGAGAAGATACAAGATCGACTACTGGTTATTGTGTTTTTGTTGGAGGCAATTTGGTCTCATGGAAAAGTAAGAAACAAAATGTAGTTTCTAGATCAAGTGCTGAATCAGAATACAGAGCTATGACACAATCAGTATGTGAAATAGTGTGGGTACATCAACTGTTGACTGAATTAGGCTTCAATATTACAGTTCCAACCAAGTTGTGGTGTGACAACCAAGTTGCTCTTCATATTGCATCCAACCCGGTTTTTCATGAGCGAACTGCGAACCAAACATATTGAACTTGATTGTCATTTTATTCATGAGAAAAGACAACAAGATTTGGTGTCTACTGGACATGTGAAGACTGGAGAACAACTAGGAGATATTTTCACGAAAGTTCGAATAGATTATCTTTGTAACAAGTTGGGCATGATTAACATATATACTCCAACTTGAGGGGGAGTGTTATAGTATATATGTGTATTTAGAAGCTTATTAACCTTTTGTCCTTTATTGCCATTTTACATTTATTAGTTTAGGGCTTTCATGTATTCCTATATATATTTGACTCTATTGTATAGAATGAGTAGAATACTCTCATTTTTTATCTCACAATAACAAAAGCAATCTTTTGAATGTGGGAAATATCATAACTGTGTCTCATGTCCATGTCTACGCTTCTGGATATAGTTTGTGTATTTTCTCTTTAACCTCTCTCACGTTCGGTTAGTTACATATCTTGCCTACTTTATTTTTGGTCTTACAACTTTTTAAATCTCGAATTCCACTATTACTGATTAGAAGCAGAGTTATGTACCATAAATATTGAATAATAGTTTCCTAATGAAATTATTCTCGTTCACAATTATTTTAAAGACTATGGAAACTCGGCCAGTTGTACCTGACCGAAAACTGCTTGCAAGGCTTGTTCTGATTAGAGAAGAGGCTCGGAATATGATGGGAGGTGGAATTCTGGATGAAAGAAATGATCGTGGTCTAAGTACTCTTCCCGAATCAGAGGTATGCAGTATGATGCATGCATTTATAAAACTTCATATCACATCACTTGATCCGATGATTCCATGCATCCTTATTCTATCAGCTTAGTTAAACCCTTTTCCTAAGAAATTTTAACAATATGGAATATCGTTCAATGTGTTATGTTTTTGTTGGTATTCCTATTCCTATTATTATTTTGAGAAGAGAAAATCTATATATTGACAAAAAGAAAATGGTTACAAGAAAGAGGAGGGTGGATAAACTTTGAAAACACACTGCAACTGACATTGATCAAAATAATAAATTAAATACAAACATTCTAAGTTACTGAGCCCCAATTGGAGGCTACAATATAGAAGTTCCAGGAAGTCATTTAATCCCATCAAAGGTTTTCTTATTCCTTTTTGGGCGAGATGCTCCACAGTCTATTAAATCCAGCAATATCCTTGTTGGTTGACTGTGATTATATCCCTGATTTACAGGCAATAACCACTGCTGTTCAGTATTTGTTATACTCATTCCTAATGCTAGTATAACAATTTGTTATTGTCATCACTCATTGCCAATTACTGCATCCTTATAATCTTTTTGGTGCAGGTGAACTTCTTGACCAAACTGGTTGCTTTGAAACCAGGGAATGTCGTCCAAGAGATGATACGGAATGTAATGTTGGGTAAAGATGAAGGAGCGGACAACTTAGGTGATAATGAGGAAGATACTGCAGGTGGACGAAGGGCTTCAAGGGGAATTGCAGGAAGGGTGGGTTTGAAGTCCACTCCTTGGATGCTTTTACAGAATATGTGCATCTGTTGTGGGATTGTCTGACTTGCTTTTATGTTTTCTTTGTCCTTGGATACTAGGAAAGTGTGTCAGGGCGTAGGCCTCTTCCTGTTCGTCCAGGCATGTTTCTTGAAACCGTATCCAAGGTAAGATTCTTTCTTATTTGTAATCAGTTTAATGGATTCTGGTGGATTGTTATGTGACCTAATGACCTCAAGTTTATGGGGTAGGTATGTTCCGGCTGTTTCCAATTTCCATCTTCCTCATAATGTCGAGAAATGGCATATATGTGATACAATTCAAATTATGTCGAGATAAATTTTCCTCACAATTTGGATCTTTTTAACTCTAATTTGGATGAAAAGAAAACGGTTGTGCTCATAATTTTAAGCTTTACAAACACATTACGTATATCCTAAAATTAATTTGAACTTGGTTTATTTATTGTCATTAAAATATTAACTAAATAAATCTCATTAAGAAAAATATTAACTAATTGAATTTAATTAACTGTGATTAAGGTCTAAAAATCCACCACAAACTTTATATTTGTAATAATTAATTCTGATGTATCATTACAGGATTCCTTAAATTTGAGCCTTGAATAGAAGATGGATGAAATAATGCATCATATATTGAAGACTAAAGAGTTATTTGGAATTTCAGATTAATATGGTTTTCTTTATTACCCCCTACAAGTTTAACTAATATGATTCTCTTTATTACTCGTGGAAGTCAGCAAGTTTAACTAATTATGTGGTACGTTGTTGGATTGCGACTTCATTTGATCGAGTTCAATAAACTGTTTCATCTTCTGCAGTGTACTTTAAAATCAATAATTATTACCCCTTACAGTCAATGCCCACCATATCATCATATCGAGAATTTCATCAATTAAAGGTTGAGCATCAAAATATGTTTTTTGCACTTGTTAGGTCCTTGGTGGAATATATGCTGGAAGCGAATCAGGTGTCACTGCACAACATTTAGAATGGGTATGTGATCTCGTTCTTCTCAAACTCTAAATTTGTACCCATACTTGCAGCATGAAATGTCAGAAGCACATTTTCTTCTGCTTTTTTAGCCATTCTTTGTAAAACCAAGTAGTCTTACCGAGCTTTCAATGGTTGTTGAACTTTGGTTGCATTTAGAACATCTCTACAATTAGTAGTTAGTACCAAATTCTTGACCATGTGATCTTTATGTGGCTCTAGCAAGACTATCAACAAATGATGTTATAATGCGGATGATTTATATTCCACGAGCCTCATTAAAACCCTTTTGGTTTCTCCTTTTTAATATTTTTTTCTCCCCTCTAATAGACAGTTTATTTTTTTACCCAATTTTTTTTTCTCAAAAACAGGTACATGAGAAGACACTTCACATTCTTGAGGAAATAGCATTCTAGTTTTTCTGTGATATCATCAAGGTATGGTTCATCACCATCACACTTCAGATGTCAATATGTGCATCCAGAAAAGAGGAGTTTTATTAATACCCCCAATCAGGAAGCGAAAAGATTTTCTGCCTGTCCTGCATTAAAAATATATCTATAATGTTTTATAGTTTTTCTCTAATTCATCTCTTAATGAGTTATCTATGAGTTAATTGATAAGGACAATAACCCTCCACATTTCTATCTCCACAATGGTATGATATTATCCACTTTGAGCATAAACCCTCATGGTTTTGCTTTTGGTTCTTCCAAAATGCCTCATATTAATGGAGATAATTGCCCTCACTTTTATATATCATAGATCTCTTCCTTCCCTAGCCATTATGACCATTGTGGGACTTTGTTAGCACTCTTGATGATCCTCCCCTCGAACAAAGTACCACACTTGATGTGATGCCCGAGTTAAGGATGGGTACATAAATGAATCGAGACCACATCTGAATGAGAGAGATCTTGAGGATATGAATGTATGGATGAGAAAGGCTAAAAAGAATTGATAGCTACTACCTATACCAACAAGGTGTACCTTCTTTTTCCGTGGGTCAATTATAGGAACTTCAAAGTTAAGTGTGCTTGGCTTGGAACAATCCTATGTTGAGTGACCTTTTGGGAATTTTCCTAGGAAGTATGTAAGTGAGGACAAATGATACTAAAAGGACCCGTGTTGGTTTGTGGGGACAATCATCACACTCACGACAACTCAAGGATGGTATGGTGACGTGGCTAGGTCGCAGGAGATGCAGGGAATGTCGGGGCCGACAGGGGCCAAATCCGAATTTTGAATCCTGATCCGAATCCTGGGCCAGGGGCATTGCACTTGAGCCTCCCCTCGAATAAATCCATCTACTCCCAATTGAGAGCTTGATCTTCATCTTGAGGCACAATCAGTTCATCTCGAGGTAACATCCAAATAGAGCACAAACACAGATCACATTTGCTCTTATCAAGGCGAGTGGTAGAACACTCTGATAGAGCATGCCACTTGCTCTTATCCAGGTGAGTGGTAGAATACCCAGATAGAGTACAATTGAGACTCACTAATTTTTGTTTCACTTTGAAGATTTATATGACACACAACTAGGTTTTTACCATGTCTCAGGTTGATTGGTGATTTAACATGGTATCAGAGCAGGAGGTCATGTGTTCGAACTCCAATAATGTCAATTCCTCCCCCATTTAATATTGATTTCCACTTGTTGAGTCTTTCTACAAATTTCCAAGCCCACAACTGAGGGAGAGTGTTGGAGTGTTGATATAATTAAATTTATCATAACCCATCAGCTTAAGTTTTTGGGTTGATTGGTGATTTAACACAAGTTCTCATGGTTGACCTAGTAATCAATAAGAGCCCATCTAAATTGTGAAGCGCTCAAAGGGAACGGAATCATGGCGGCTACCTGCGTAGGATTTAATATTCTTCGAGCTTCCTTGACAACCAAATGTACTAGGGTTGGTCGGTTATCACTTGAAAATAGTCTAGGTACATGGAAGTTGGCTAGACACTCATAGATATGAAATAAAAATGTAACCGAAAGTTTCCAACTCCACCCCTGAATATCCCCATTTAAGACAACCGTACATATACATCTTGAGTGACTATAATTCCCAAACCAAAATTAATAATTAAAACCCTTTTGAACCCACCAGTCTAGGATGTCAAATATGACATGAGTTCTGAAACTGAATCTTATAGCTTTAGGCAGTAATCTCCTTGCTTTTCTGGTAGGCTTTCTATTTCCTGTTTAAATAGATTGGAGTACAAGGTGTGGGAGAAGAAGTTTTAAGTGCCTTCCCCTGGGCTTATTACGTGCAATAAGGTCGAATTCGTTGCACCATCAATACAATTTCAGACGAATATCGATCTCACATTCTCTTCCCTCAACTGACTGATATAGATTGGCTTGTAAGTTAAGCCCCACCCTGCTCTTCCTTATTGAGGTCCCCTTGTAAAAGACTTAATATTACCCACTCCTTTCTCATTCCTTTTAAAGTACATGGATCAAATGAGGGGGCCTCTCAAAAGTGAGAATACTGATACAAGTGACAAGAAATCCAATGAAAAACACAATCATCTCCGAGAAACCGTTCGAGCGGGGAGAAAAAATAAAGACATCCCTATAAAATAGATATTATTTGGGAAGGATTTTTTGATCTTCTGTTGCACATATTTCTCAGCACAGTAACTCTACACTATCATATTCTAAACTACAAGGAGATGCTTATCATCAGAACTCTGCATATTTTTTTTCCTTTCGTGGGGAGAATCGAAATCGGAAAAAAAAAAAACTAAAAGAGAAACCAGCATGCTTCTTTGGTTGTCTAAGCTTTCTATGTTGAATCAATCTTCCATTGATGCTATAATGATAACAGGAATCAAGAGCAAATATTAGCCCAAATCAAGCTTTTGAAACTCCCAAATCAGCCAATATGATGGAAATATCAAGCTGCCAGTGGAGTAGCATGTGAAGAAAGGCCCCACTCATTGTAATAAATTTGCTTCAATGGACACAACAATGGGGCCTTCGTAATCATCTTCAATGCTGAGAGAAAGTAGAAGCAAACACAGCAAGGATGGTTTCTGTTTTATGCAAAGAAGAAGCCTTTTTTTTTGCCCCTCAATCTCTAATCTTCTTTTGTATTTGCTTTTAGTTCAATGTATAAAAACGAAGATAAGGGCCCATTATGAAATGTTTCTATATTTTAACCCTTTTTTTTTTAATATAGGCTTGTTTGCTAA

mRNA sequence

TTCTTTGCTCCGTGATTCCTGAACATGTGAAAGTAATCCAAGCTTCTATGCCAACACTCCAAACTTACCCAATTAAGAACGGATATATCTTAAACCCAAGATTCCCAAACCAAAACCCCAGCCAGATTCCCCACTGAGCTATCGATTCTAAAAGATGAACAGCAGCCTTCGGCTGTTCCCAGCTTGTTCCTGCTCAACACGACTACCCACTAATCCAAAATCAACTTCACTATTTTTCATTAACAATCAAACCCATTTTCTGCATTTGAAACGAGCCAAGAGGAAGCAGCAATTAGCATCGTGTACCAGTTATGAAGTTGGTGGAGGTTATCCAGAGGAGGAATTGGAGATGCAAGATAGAAGACGACCCAGAAAAGAAGTGAATCCGAAAATGGACACTTCCGAGTACGAAGCTCTCCTCAAAGGAGGCGATCAAGTCACCTCTGTTCTCGAAGAGATGATTGTCCTCTTGGAAGATACGAATACCGATGAAACATCTGAAGAGATAGCTTTGCAGTTGGCTGCGCAAGGGGTCATAGGTAAAAGGGTTGATGAGATGGAGTCGGGCTTTATGATGGCCTTAGACTACATGATCCAGATTGCTGAAAGGGACCAAGATGATAAGCGCAAGGCGATACTGGAGGTGGTCAAGGAGACAGTTCTATCTCATCTCACAAAAAAATGCCCGCCACATGTTCAAGTGGTCGGCCTACTTTGTAGAACTCCATTGAAAGAAAGCAGACACGAACTACTTCGAAGAGTGGCTGCTGGGGGTGGTGTCTTTAAAAGTAAGAATGGCACAAAGGTTCATATCCCGGGAGCAAATCTTAACGACATAGCCAACCAAGCTGATGATTTGGTAGAGACTATGGAAACTCGGCCAGTTGTACCTGACCGAAAACTGCTTGCAAGGCTTGTTCTGATTAGAGAAGAGGCTCGGAATATGATGGGAGGTGGAATTCTGGATGAAAGAAATGATCGTGGTCTAAGTACTCTTCCCGAATCAGAGGTGAACTTCTTGACCAAACTGGTTGCTTTGAAACCAGGGAATGTCGTCCAAGAGATGATACGGAATGTAATGTTGGGTAAAGATGAAGGAGCGGACAACTTAGGTGATAATGAGGAAGATACTGCAGGTGGACGAAGGGCTTCAAGGGGAATTGCAGGAAGGGAAAGTGTGTCAGGGCGTAGGCCTCTTCCTGTTCGTCCAGGCATGTTTCTTGAAACCGTATCCAAGGTCCTTGGTGGAATATATGCTGGAAGCGAATCAGGTGTCACTGCACAACATTTAGAATGGGTACATGAGAAGACACTTCACATTCTTGAGGAAATAGCATTCTAGTTTTTCTGTGATATCATCAAGGAATCAAGAGCAAATATTAGCCCAAATCAAGCTTTTGAAACTCCCAAATCAGCCAATATGATGGAAATATCAAGCTGCCAGTGGAGTAGCATGTGAAGAAAGGCCCCACTCATTGTAATAAATTTGCTTCAATGGACACAACAATGGGGCCTTCGTAATCATCTTCAATGCTGAGAGAAAGTAGAAGCAAACACAGCAAGGATGGTTTCTGTTTTATGCAAAGAAGAAGCCTTTTTTTTTGCCCCTCAATCTCTAATCTTCTTTTGTATTTGCTTTTAGTTCAATGTATAAAAACGAAGATAAGGGCCCATTATGAAATGTTTCTATATTTTAACCCTTTTTTTTTTAATATAGGCTTGTTTGCTAA

Coding sequence (CDS)

ATGAACAGCAGCCTTCGGCTGTTCCCAGCTTGTTCCTGCTCAACACGACTACCCACTAATCCAAAATCAACTTCACTATTTTTCATTAACAATCAAACCCATTTTCTGCATTTGAAACGAGCCAAGAGGAAGCAGCAATTAGCATCGTGTACCAGTTATGAAGTTGGTGGAGGTTATCCAGAGGAGGAATTGGAGATGCAAGATAGAAGACGACCCAGAAAAGAAGTGAATCCGAAAATGGACACTTCCGAGTACGAAGCTCTCCTCAAAGGAGGCGATCAAGTCACCTCTGTTCTCGAAGAGATGATTGTCCTCTTGGAAGATACGAATACCGATGAAACATCTGAAGAGATAGCTTTGCAGTTGGCTGCGCAAGGGGTCATAGGTAAAAGGGTTGATGAGATGGAGTCGGGCTTTATGATGGCCTTAGACTACATGATCCAGATTGCTGAAAGGGACCAAGATGATAAGCGCAAGGCGATACTGGAGGTGGTCAAGGAGACAGTTCTATCTCATCTCACAAAAAAATGCCCGCCACATGTTCAAGTGGTCGGCCTACTTTGTAGAACTCCATTGAAAGAAAGCAGACACGAACTACTTCGAAGAGTGGCTGCTGGGGGTGGTGTCTTTAAAAGTAAGAATGGCACAAAGGTTCATATCCCGGGAGCAAATCTTAACGACATAGCCAACCAAGCTGATGATTTGGTAGAGACTATGGAAACTCGGCCAGTTGTACCTGACCGAAAACTGCTTGCAAGGCTTGTTCTGATTAGAGAAGAGGCTCGGAATATGATGGGAGGTGGAATTCTGGATGAAAGAAATGATCGTGGTCTAAGTACTCTTCCCGAATCAGAGGTGAACTTCTTGACCAAACTGGTTGCTTTGAAACCAGGGAATGTCGTCCAAGAGATGATACGGAATGTAATGTTGGGTAAAGATGAAGGAGCGGACAACTTAGGTGATAATGAGGAAGATACTGCAGGTGGACGAAGGGCTTCAAGGGGAATTGCAGGAAGGGAAAGTGTGTCAGGGCGTAGGCCTCTTCCTGTTCGTCCAGGCATGTTTCTTGAAACCGTATCCAAGGTCCTTGGTGGAATATATGCTGGAAGCGAATCAGGTGTCACTGCACAACATTTAGAATGGGTACATGAGAAGACACTTCACATTCTTGAGGAAATAGCATTCTAG

Protein sequence

MNSSLRLFPACSCSTRLPTNPKSTSLFFINNQTHFLHLKRAKRKQQLASCTSYEVGGGYPEEELEMQDRRRPRKEVNPKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNTDETSEEIALQLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKAILEVVKETVLSHLTKKCPPHVQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDLVETMETRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNVVQEMIRNVMLGKDEGADNLGDNEEDTAGGRRASRGIAGRESVSGRRPLPVRPGMFLETVSKVLGGIYAGSESGVTAQHLEWVHEKTLHILEEIAF

Homology

[Close]

BLAST of Tan0001897 vs. ExPASy Swiss-Prot
Match: Q1H5E9 (Protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=PRDA1 PE=1 SV=1)

HSP 1 Score: 529.6 bits (1363), Expect = 2.9e-149
Identity = 268/355 (75.49%), Postives = 310/355 (87.32%), Query Frame = 0


Query: 42  KRKQQLASCTSYEVGGGYPEEEL-EMQDRRRPRKEVNPKMDTSEYEALLKGGDQVTSVLE 101
           K K+ +  C  YEVGGGY +EEL E    ++ +  V  K+D +EYEALLKGG+QVTSVLE
Sbjct: 44  KLKRLVQFCAPYEVGGGYTDEELFERYGTQQNQTNVKDKLDPAEYEALLKGGEQVTSVLE 103

Query: 102 EMIVLLEDTNTDETSEEIALQLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKA 161
           EMI LLED   +E SE +A++LAAQGVIGKRVDEMESGFMMALDYMIQ+A++DQD+KRK+
Sbjct: 104 EMITLLEDMKMNEASENVAVELAAQGVIGKRVDEMESGFMMALDYMIQLADKDQDEKRKS 163

Query: 162 ILEVVKETVLSHLTKKCPPHVQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHI 221
           +LEVVKETVLSHLTKKCPPHVQV+GLLCRTP KESRHELLRRVAAGGG F+S+NGTK+HI
Sbjct: 164 LLEVVKETVLSHLTKKCPPHVQVIGLLCRTPKKESRHELLRRVAAGGGAFESENGTKLHI 223

Query: 222 PGANLNDIANQADDLVETMETRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLST 281
           PGANLNDIANQADDL+ETMETRP +PDRKLLARLVLIREEARNMMGGGILDERNDRG +T
Sbjct: 224 PGANLNDIANQADDLLETMETRPAIPDRKLLARLVLIREEARNMMGGGILDERNDRGFTT 283

Query: 282 LPESEVNFLTKLVALKPGNVVQEMIRNVMLGKDEGADNLGDNEEDTAGGRRASRGIAGRE 341
           LPESEVNFL KLVALKPG  VQ+MI+NVM GKDEGADNL   ++ +  GR+ S G+ GR 
Sbjct: 284 LPESEVNFLAKLVALKPGKTVQQMIQNVMQGKDEGADNLSKEDDSSTEGRKPS-GLNGRG 343

Query: 342 SVSGRRPLPVRPGMFLETVSKVLGGIYAGSESGVTAQHLEWVHEKTLHILEEIAF 396
           SV+GR+PLPVRPGMFLETV+KVLG IY+G+ SG+TAQHLEWVH+KTL +LEEIA+
Sbjct: 344 SVTGRKPLPVRPGMFLETVTKVLGSIYSGNASGITAQHLEWVHQKTLQVLEEIAY 397

[Close]

BLAST of Tan0001897 vs. ExPASy Swiss-Prot
Match: Q53K52 (Protein PEP-RELATED DEVELOPMENT ARRESTED 1 homolog, chloroplastic OS=Oryza sativa subsp. japonica OX=39947 GN=Os11g0425300 PE=2 SV=1)

HSP 1 Score: 443.4 bits (1139), Expect = 2.8e-123
Identity = 222/317 (70.03%), Postives = 268/317 (84.54%), Query Frame = 0


Query: 79  KMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNTDETSEEIALQLAAQGVIGKRVDEMESG 138
           K D +E +ALL+GG+QV SVL+EM+ L+ED   D + E +A++L AQGVIGKRVDEMESG
Sbjct: 66  KWDPAECDALLRGGEQVASVLQEMLKLMEDMEMDGSFESLAVELIAQGVIGKRVDEMESG 125

Query: 139 FMMALDYMIQIAERDQDDKRKAILEVVKETVLSHLTKKCPPHVQVVGLLCRTPLKESRHE 198
           F+MALDYMIQ+AE+D D++RK++LEVVK+TVL HLTKKCPPHVQVVGLLC+T  K+SRHE
Sbjct: 126 FLMALDYMIQLAEKDSDNERKSLLEVVKQTVLDHLTKKCPPHVQVVGLLCQTEKKDSRHE 185

Query: 199 LLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDLVETMETRPVVPDRKLLARLVLIR 258
           LLRRVAAGGGVFK+  G K  IPGANLNDIANQADDL+E+ME+RP +PDRKLLARLV++R
Sbjct: 186 LLRRVAAGGGVFKNDKGLKCQIPGANLNDIANQADDLLESMESRPTIPDRKLLARLVIVR 245

Query: 259 EEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNVVQEMIRNVMLGKDEGADN 318
           EEARNMMGGG+LDERNDRG +TLPE+EVNFL+KLVALKPG  ++ MI++VM GK EGADN
Sbjct: 246 EEARNMMGGGLLDERNDRGFTTLPEAEVNFLSKLVALKPGKALERMIKDVMQGKAEGADN 305

Query: 319 LGDNEEDTAGGRRASRGIAGRESVSGRRPLPVRPGMFLETVSKVLGGIYAGSESGVTAQH 378
           + +             GI+GR SV+G +P PVRPGMFLETVSKVLGGIYA + SG+TAQH
Sbjct: 306 IENANAGPDSKLNHLTGISGRGSVTGLKPRPVRPGMFLETVSKVLGGIYANNTSGITAQH 365

Query: 379 LEWVHEKTLHILEEIAF 396
           LEWVH+ TL IL+E+AF
Sbjct: 366 LEWVHQTTLKILQEMAF 382

[Close]

BLAST of Tan0001897 vs. NCBI nr
Match: XP_038898241.1 (protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic isoform X3 [Benincasa hispida])

HSP 1 Score: 735.7 bits (1898), Expect = 2.1e-208
Identity = 375/395 (94.94%), Postives = 386/395 (97.72%), Query Frame = 0


Query: 1   MNSSLRLFPACSCSTRLPTNPKSTSLFFINNQTHFLHLKRAKRKQQLASCTSYEVGGGYP 60
           MNSSLRLFP CSCS RLPTNPK TSLFFINN THFLHLKRAKRKQQLASCTSYEVGGGYP
Sbjct: 1   MNSSLRLFPTCSCSNRLPTNPKPTSLFFINNPTHFLHLKRAKRKQQLASCTSYEVGGGYP 60

Query: 61  EEELEMQDRRRPRKEVNPKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNTDETSEEIAL 120
           EEEL+MQDRRRP KEV PKMD+SEYEALLKGGDQVTSVLEEMIVLLEDTN DETSEEIAL
Sbjct: 61  EEELDMQDRRRPIKEVKPKMDSSEYEALLKGGDQVTSVLEEMIVLLEDTNIDETSEEIAL 120

Query: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKAILEVVKETVLSHLTKKCPPH 180
           QLAAQGVIGKRVDEMESGFMMALDYMIQIAE+DQDDKRKAILEVVKETVLSHLTKKCPPH
Sbjct: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQIAEKDQDDKRKAILEVVKETVLSHLTKKCPPH 180

Query: 181 VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDLVETME 240
           VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDL+ETME
Sbjct: 181 VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDLIETME 240

Query: 241 TRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV 300
           TRP+VPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV
Sbjct: 241 TRPIVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV 300

Query: 301 VQEMIRNVMLGKDEGADNLGDNEEDTAGGRRASRGIAGRESVSGRRPLPVRPGMFLETVS 360
           VQEMIRNVMLGKDEGADN GD++EDTAGGRRASRGIAGR SVSG++PLPVRPGMFLETVS
Sbjct: 301 VQEMIRNVMLGKDEGADNSGDDKEDTAGGRRASRGIAGRGSVSGQKPLPVRPGMFLETVS 360

Query: 361 KVLGGIYAGSESGVTAQHLEWVHEKTLHILEEIAF 396
           KVLGGIYAG+ESGVTAQHLEWVH+KTLHILEEIAF
Sbjct: 361 KVLGGIYAGNESGVTAQHLEWVHQKTLHILEEIAF 395

[Close]

BLAST of Tan0001897 vs. NCBI nr
Match: XP_004150361.1 (protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic [Cucumis sativus] >KGN44684.1 hypothetical protein Csa_016754 [Cucumis sativus])

HSP 1 Score: 725.3 bits (1871), Expect = 2.8e-205
Identity = 368/395 (93.16%), Postives = 382/395 (96.71%), Query Frame = 0


Query: 1   MNSSLRLFPACSCSTRLPTNPKSTSLFFINNQTHFLHLKRAKRKQQLASCTSYEVGGGYP 60
           MNSSLRLFP+CSCS +LPTNPK T+L+FINN THFLHLKR  RKQ LASCTSYEVGGGYP
Sbjct: 1   MNSSLRLFPSCSCSYQLPTNPKPTTLYFINNPTHFLHLKRPNRKQLLASCTSYEVGGGYP 60

Query: 61  EEELEMQDRRRPRKEVNPKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNTDETSEEIAL 120
           +EE +MQDRRRP KEV PKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTN DETSEEIAL
Sbjct: 61  DEEFDMQDRRRPIKEVKPKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNIDETSEEIAL 120

Query: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKAILEVVKETVLSHLTKKCPPH 180
           QLAAQGVIGKRVDEMESGFMMALDYMIQIAE+DQDDKRKAILEVVKETVLSHLTKKCPPH
Sbjct: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQIAEKDQDDKRKAILEVVKETVLSHLTKKCPPH 180

Query: 181 VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDLVETME 240
           VQVVGLLCRTPLK+SRHELLRRVAAGGGVFKSKNGTKVHIP ANLNDIANQADDL+ETME
Sbjct: 181 VQVVGLLCRTPLKDSRHELLRRVAAGGGVFKSKNGTKVHIPSANLNDIANQADDLIETME 240

Query: 241 TRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV 300
           TRP+VPDRKLLARLVLIREEARNMMGGGILDERNDRGL+TLPESEVNFLTKLVALKPGNV
Sbjct: 241 TRPIVPDRKLLARLVLIREEARNMMGGGILDERNDRGLNTLPESEVNFLTKLVALKPGNV 300

Query: 301 VQEMIRNVMLGKDEGADNLGDNEEDTAGGRRASRGIAGRESVSGRRPLPVRPGMFLETVS 360
           VQEMIRNVMLGKDEGADN GDNEEDTAGGRRAS+GI GRESVSGR+PLPVRPGMFLETVS
Sbjct: 301 VQEMIRNVMLGKDEGADNSGDNEEDTAGGRRASKGIGGRESVSGRKPLPVRPGMFLETVS 360

Query: 361 KVLGGIYAGSESGVTAQHLEWVHEKTLHILEEIAF 396
           KVLGGIYAGSESGVTAQHLEWVH+KTLHILEEIAF
Sbjct: 361 KVLGGIYAGSESGVTAQHLEWVHQKTLHILEEIAF 395

[Close]

BLAST of Tan0001897 vs. NCBI nr
Match: XP_008447229.1 (PREDICTED: uncharacterized protein LOC103489722 [Cucumis melo] >KAA0042003.1 uncharacterized protein E6C27_scaffold67G004450 [Cucumis melo var. makuwa] >TYK17939.1 uncharacterized protein E5676_scaffold306G002360 [Cucumis melo var. makuwa])

HSP 1 Score: 724.9 bits (1870), Expect = 3.6e-205
Identity = 370/395 (93.67%), Postives = 380/395 (96.20%), Query Frame = 0


Query: 1   MNSSLRLFPACSCSTRLPTNPKSTSLFFINNQTHFLHLKRAKRKQQLASCTSYEVGGGYP 60
           MNSSLRLFP+CSCS +LPTNPK T+L+FINN THFLHLKR KRKQ LASCTSYEVGGGYP
Sbjct: 1   MNSSLRLFPSCSCSYQLPTNPKPTTLYFINNPTHFLHLKRPKRKQLLASCTSYEVGGGYP 60

Query: 61  EEELEMQDRRRPRKEVNPKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNTDETSEEIAL 120
           EEE +MQD RRP KEV PKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTN DETSEEIAL
Sbjct: 61  EEEFDMQDTRRPIKEVKPKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNIDETSEEIAL 120

Query: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKAILEVVKETVLSHLTKKCPPH 180
           QLAAQGVIGKRVDEMESGFMMALDYMIQ AE+DQDDKRKAILEVVKETVLSHLTKKCPPH
Sbjct: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQTAEKDQDDKRKAILEVVKETVLSHLTKKCPPH 180

Query: 181 VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDLVETME 240
           VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDL+ETME
Sbjct: 181 VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDLIETME 240

Query: 241 TRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV 300
           TRP+VPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV
Sbjct: 241 TRPIVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV 300

Query: 301 VQEMIRNVMLGKDEGADNLGDNEEDTAGGRRASRGIAGRESVSGRRPLPVRPGMFLETVS 360
           VQEMIRNVMLGKDEGADN GDNEE TAGGRR SRGI GRESVSGR+PLPVRPGMFLETVS
Sbjct: 301 VQEMIRNVMLGKDEGADNSGDNEEGTAGGRRDSRGIGGRESVSGRKPLPVRPGMFLETVS 360

Query: 361 KVLGGIYAGSESGVTAQHLEWVHEKTLHILEEIAF 396
           KVLGGIYAGSESGVTAQHLEWVH+KTLHILEEIAF
Sbjct: 361 KVLGGIYAGSESGVTAQHLEWVHQKTLHILEEIAF 395

[Close]

BLAST of Tan0001897 vs. NCBI nr
Match: XP_038898240.1 (protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic isoform X2 [Benincasa hispida])

HSP 1 Score: 723.8 bits (1867), Expect = 8.1e-205
Identity = 375/415 (90.36%), Postives = 386/415 (93.01%), Query Frame = 0


Query: 1   MNSSLRLFPACSCSTRLPTNPKSTSLFFINNQTHFLHLKRAKRKQQLASCTSYEVGGGYP 60
           MNSSLRLFP CSCS RLPTNPK TSLFFINN THFLHLKRAKRKQQLASCTSYEVGGGYP
Sbjct: 1   MNSSLRLFPTCSCSNRLPTNPKPTSLFFINNPTHFLHLKRAKRKQQLASCTSYEVGGGYP 60

Query: 61  EEELEMQDRRRPRKEVNPKMDTSEYEALLKGGDQVTSVLEEMIVL--------------- 120
           EEEL+MQDRRRP KEV PKMD+SEYEALLKGGDQVTSVLEEMIVL               
Sbjct: 61  EEELDMQDRRRPIKEVKPKMDSSEYEALLKGGDQVTSVLEEMIVLTHDVHIQRCSCHDCQ 120

Query: 121 -----LEDTNTDETSEEIALQLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKA 180
                LEDTN DETSEEIALQLAAQGVIGKRVDEMESGFMMALDYMIQIAE+DQDDKRKA
Sbjct: 121 FHGEKLEDTNIDETSEEIALQLAAQGVIGKRVDEMESGFMMALDYMIQIAEKDQDDKRKA 180

Query: 181 ILEVVKETVLSHLTKKCPPHVQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHI 240
           ILEVVKETVLSHLTKKCPPHVQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHI
Sbjct: 181 ILEVVKETVLSHLTKKCPPHVQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHI 240

Query: 241 PGANLNDIANQADDLVETMETRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLST 300
           PGANLNDIANQADDL+ETMETRP+VPDRKLLARLVLIREEARNMMGGGILDERNDRGLST
Sbjct: 241 PGANLNDIANQADDLIETMETRPIVPDRKLLARLVLIREEARNMMGGGILDERNDRGLST 300

Query: 301 LPESEVNFLTKLVALKPGNVVQEMIRNVMLGKDEGADNLGDNEEDTAGGRRASRGIAGRE 360
           LPESEVNFLTKLVALKPGNVVQEMIRNVMLGKDEGADN GD++EDTAGGRRASRGIAGR 
Sbjct: 301 LPESEVNFLTKLVALKPGNVVQEMIRNVMLGKDEGADNSGDDKEDTAGGRRASRGIAGRG 360

Query: 361 SVSGRRPLPVRPGMFLETVSKVLGGIYAGSESGVTAQHLEWVHEKTLHILEEIAF 396
           SVSG++PLPVRPGMFLETVSKVLGGIYAG+ESGVTAQHLEWVH+KTLHILEEIAF
Sbjct: 361 SVSGQKPLPVRPGMFLETVSKVLGGIYAGNESGVTAQHLEWVHQKTLHILEEIAF 415

[Close]

BLAST of Tan0001897 vs. NCBI nr
Match: XP_038898239.1 (protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic isoform X1 [Benincasa hispida])

HSP 1 Score: 723.4 bits (1866), Expect = 1.1e-204
Identity = 375/416 (90.14%), Postives = 386/416 (92.79%), Query Frame = 0


Query: 1   MNSSLRLFPACSCSTRLPTNPKSTSLFFINNQTHFLHLKRAKRKQQLASCTSYEVGGGYP 60
           MNSSLRLFP CSCS RLPTNPK TSLFFINN THFLHLKRAKRKQQLASCTSYEVGGGYP
Sbjct: 1   MNSSLRLFPTCSCSNRLPTNPKPTSLFFINNPTHFLHLKRAKRKQQLASCTSYEVGGGYP 60

Query: 61  EEELEMQDRRRPRKEVNPKMDTSEYEALLKGGDQVTSVLEEMIVL--------------- 120
           EEEL+MQDRRRP KEV PKMD+SEYEALLKGGDQVTSVLEEMIVL               
Sbjct: 61  EEELDMQDRRRPIKEVKPKMDSSEYEALLKGGDQVTSVLEEMIVLQTHDVHIQRCSCHDC 120

Query: 121 ------LEDTNTDETSEEIALQLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRK 180
                 LEDTN DETSEEIALQLAAQGVIGKRVDEMESGFMMALDYMIQIAE+DQDDKRK
Sbjct: 121 QFHGEKLEDTNIDETSEEIALQLAAQGVIGKRVDEMESGFMMALDYMIQIAEKDQDDKRK 180

Query: 181 AILEVVKETVLSHLTKKCPPHVQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVH 240
           AILEVVKETVLSHLTKKCPPHVQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVH
Sbjct: 181 AILEVVKETVLSHLTKKCPPHVQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVH 240

Query: 241 IPGANLNDIANQADDLVETMETRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLS 300
           IPGANLNDIANQADDL+ETMETRP+VPDRKLLARLVLIREEARNMMGGGILDERNDRGLS
Sbjct: 241 IPGANLNDIANQADDLIETMETRPIVPDRKLLARLVLIREEARNMMGGGILDERNDRGLS 300

Query: 301 TLPESEVNFLTKLVALKPGNVVQEMIRNVMLGKDEGADNLGDNEEDTAGGRRASRGIAGR 360
           TLPESEVNFLTKLVALKPGNVVQEMIRNVMLGKDEGADN GD++EDTAGGRRASRGIAGR
Sbjct: 301 TLPESEVNFLTKLVALKPGNVVQEMIRNVMLGKDEGADNSGDDKEDTAGGRRASRGIAGR 360

Query: 361 ESVSGRRPLPVRPGMFLETVSKVLGGIYAGSESGVTAQHLEWVHEKTLHILEEIAF 396
            SVSG++PLPVRPGMFLETVSKVLGGIYAG+ESGVTAQHLEWVH+KTLHILEEIAF
Sbjct: 361 GSVSGQKPLPVRPGMFLETVSKVLGGIYAGNESGVTAQHLEWVHQKTLHILEEIAF 416

[Close]

BLAST of Tan0001897 vs. ExPASy TrEMBL
Match: A0A0A0K6Y5 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_7G372300 PE=4 SV=1)

HSP 1 Score: 725.3 bits (1871), Expect = 1.4e-205
Identity = 368/395 (93.16%), Postives = 382/395 (96.71%), Query Frame = 0


Query: 1   MNSSLRLFPACSCSTRLPTNPKSTSLFFINNQTHFLHLKRAKRKQQLASCTSYEVGGGYP 60
           MNSSLRLFP+CSCS +LPTNPK T+L+FINN THFLHLKR  RKQ LASCTSYEVGGGYP
Sbjct: 1   MNSSLRLFPSCSCSYQLPTNPKPTTLYFINNPTHFLHLKRPNRKQLLASCTSYEVGGGYP 60

Query: 61  EEELEMQDRRRPRKEVNPKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNTDETSEEIAL 120
           +EE +MQDRRRP KEV PKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTN DETSEEIAL
Sbjct: 61  DEEFDMQDRRRPIKEVKPKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNIDETSEEIAL 120

Query: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKAILEVVKETVLSHLTKKCPPH 180
           QLAAQGVIGKRVDEMESGFMMALDYMIQIAE+DQDDKRKAILEVVKETVLSHLTKKCPPH
Sbjct: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQIAEKDQDDKRKAILEVVKETVLSHLTKKCPPH 180

Query: 181 VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDLVETME 240
           VQVVGLLCRTPLK+SRHELLRRVAAGGGVFKSKNGTKVHIP ANLNDIANQADDL+ETME
Sbjct: 181 VQVVGLLCRTPLKDSRHELLRRVAAGGGVFKSKNGTKVHIPSANLNDIANQADDLIETME 240

Query: 241 TRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV 300
           TRP+VPDRKLLARLVLIREEARNMMGGGILDERNDRGL+TLPESEVNFLTKLVALKPGNV
Sbjct: 241 TRPIVPDRKLLARLVLIREEARNMMGGGILDERNDRGLNTLPESEVNFLTKLVALKPGNV 300

Query: 301 VQEMIRNVMLGKDEGADNLGDNEEDTAGGRRASRGIAGRESVSGRRPLPVRPGMFLETVS 360
           VQEMIRNVMLGKDEGADN GDNEEDTAGGRRAS+GI GRESVSGR+PLPVRPGMFLETVS
Sbjct: 301 VQEMIRNVMLGKDEGADNSGDNEEDTAGGRRASKGIGGRESVSGRKPLPVRPGMFLETVS 360

Query: 361 KVLGGIYAGSESGVTAQHLEWVHEKTLHILEEIAF 396
           KVLGGIYAGSESGVTAQHLEWVH+KTLHILEEIAF
Sbjct: 361 KVLGGIYAGSESGVTAQHLEWVHQKTLHILEEIAF 395

[Close]

BLAST of Tan0001897 vs. ExPASy TrEMBL
Match: A0A5D3D3S5 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold306G002360 PE=4 SV=1)

HSP 1 Score: 724.9 bits (1870), Expect = 1.8e-205
Identity = 370/395 (93.67%), Postives = 380/395 (96.20%), Query Frame = 0


Query: 1   MNSSLRLFPACSCSTRLPTNPKSTSLFFINNQTHFLHLKRAKRKQQLASCTSYEVGGGYP 60
           MNSSLRLFP+CSCS +LPTNPK T+L+FINN THFLHLKR KRKQ LASCTSYEVGGGYP
Sbjct: 1   MNSSLRLFPSCSCSYQLPTNPKPTTLYFINNPTHFLHLKRPKRKQLLASCTSYEVGGGYP 60

Query: 61  EEELEMQDRRRPRKEVNPKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNTDETSEEIAL 120
           EEE +MQD RRP KEV PKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTN DETSEEIAL
Sbjct: 61  EEEFDMQDTRRPIKEVKPKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNIDETSEEIAL 120

Query: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKAILEVVKETVLSHLTKKCPPH 180
           QLAAQGVIGKRVDEMESGFMMALDYMIQ AE+DQDDKRKAILEVVKETVLSHLTKKCPPH
Sbjct: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQTAEKDQDDKRKAILEVVKETVLSHLTKKCPPH 180

Query: 181 VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDLVETME 240
           VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDL+ETME
Sbjct: 181 VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDLIETME 240

Query: 241 TRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV 300
           TRP+VPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV
Sbjct: 241 TRPIVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV 300

Query: 301 VQEMIRNVMLGKDEGADNLGDNEEDTAGGRRASRGIAGRESVSGRRPLPVRPGMFLETVS 360
           VQEMIRNVMLGKDEGADN GDNEE TAGGRR SRGI GRESVSGR+PLPVRPGMFLETVS
Sbjct: 301 VQEMIRNVMLGKDEGADNSGDNEEGTAGGRRDSRGIGGRESVSGRKPLPVRPGMFLETVS 360

Query: 361 KVLGGIYAGSESGVTAQHLEWVHEKTLHILEEIAF 396
           KVLGGIYAGSESGVTAQHLEWVH+KTLHILEEIAF
Sbjct: 361 KVLGGIYAGSESGVTAQHLEWVHQKTLHILEEIAF 395

[Close]

BLAST of Tan0001897 vs. ExPASy TrEMBL
Match: A0A1S3BHT4 (uncharacterized protein LOC103489722 OS=Cucumis melo OX=3656 GN=LOC103489722 PE=4 SV=1)

HSP 1 Score: 724.9 bits (1870), Expect = 1.8e-205
Identity = 370/395 (93.67%), Postives = 380/395 (96.20%), Query Frame = 0


Query: 1   MNSSLRLFPACSCSTRLPTNPKSTSLFFINNQTHFLHLKRAKRKQQLASCTSYEVGGGYP 60
           MNSSLRLFP+CSCS +LPTNPK T+L+FINN THFLHLKR KRKQ LASCTSYEVGGGYP
Sbjct: 1   MNSSLRLFPSCSCSYQLPTNPKPTTLYFINNPTHFLHLKRPKRKQLLASCTSYEVGGGYP 60

Query: 61  EEELEMQDRRRPRKEVNPKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNTDETSEEIAL 120
           EEE +MQD RRP KEV PKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTN DETSEEIAL
Sbjct: 61  EEEFDMQDTRRPIKEVKPKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNIDETSEEIAL 120

Query: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKAILEVVKETVLSHLTKKCPPH 180
           QLAAQGVIGKRVDEMESGFMMALDYMIQ AE+DQDDKRKAILEVVKETVLSHLTKKCPPH
Sbjct: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQTAEKDQDDKRKAILEVVKETVLSHLTKKCPPH 180

Query: 181 VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDLVETME 240
           VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDL+ETME
Sbjct: 181 VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDLIETME 240

Query: 241 TRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV 300
           TRP+VPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV
Sbjct: 241 TRPIVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV 300

Query: 301 VQEMIRNVMLGKDEGADNLGDNEEDTAGGRRASRGIAGRESVSGRRPLPVRPGMFLETVS 360
           VQEMIRNVMLGKDEGADN GDNEE TAGGRR SRGI GRESVSGR+PLPVRPGMFLETVS
Sbjct: 301 VQEMIRNVMLGKDEGADNSGDNEEGTAGGRRDSRGIGGRESVSGRKPLPVRPGMFLETVS 360

Query: 361 KVLGGIYAGSESGVTAQHLEWVHEKTLHILEEIAF 396
           KVLGGIYAGSESGVTAQHLEWVH+KTLHILEEIAF
Sbjct: 361 KVLGGIYAGSESGVTAQHLEWVHQKTLHILEEIAF 395

[Close]

BLAST of Tan0001897 vs. ExPASy TrEMBL
Match: A0A6J1KVI8 (protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111497973 PE=4 SV=1)

HSP 1 Score: 711.8 bits (1836), Expect = 1.5e-201
Identity = 366/397 (92.19%), Postives = 382/397 (96.22%), Query Frame = 0


Query: 1   MNSSLRLFPACSCSTRLPTNPKSTSLFFINNQTHFLHLKRAKRKQQLASCTSYEVGGGYP 60
           MNSSLRLFP C CS RLPT PK TSL FI+N +HF HLK AKRKQQLASCTSYEVGGGYP
Sbjct: 1   MNSSLRLFPTCPCSARLPTIPKPTSLVFIDNPSHFPHLKPAKRKQQLASCTSYEVGGGYP 60

Query: 61  EEELEMQDRRRPRKEVNPKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNTDETSEEIAL 120
           EE+L+MQDRRR RKE NPKMDTSEYEALLKGGDQVTSVLEEMI++LEDTNTDE SEEIAL
Sbjct: 61  EEQLDMQDRRRSRKEGNPKMDTSEYEALLKGGDQVTSVLEEMILILEDTNTDEASEEIAL 120

Query: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKAILEVVKETVLSHLTKKCPPH 180
           QLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKAILEVVKETVLSHLTKKCPPH
Sbjct: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKAILEVVKETVLSHLTKKCPPH 180

Query: 181 VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDLVETME 240
           VQVVGLLCRTPLKESRHELLRRVAAGGG FKSKNGTKVHIPGANLNDIANQADDLVETME
Sbjct: 181 VQVVGLLCRTPLKESRHELLRRVAAGGGAFKSKNGTKVHIPGANLNDIANQADDLVETME 240

Query: 241 TRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV 300
           TRPVVPDRKLLARLVLIREEARNMMGGGILDERN+RGLSTLPESEVNFLTKLVALKPGNV
Sbjct: 241 TRPVVPDRKLLARLVLIREEARNMMGGGILDERNNRGLSTLPESEVNFLTKLVALKPGNV 300

Query: 301 VQEMIRNVMLGKDEGADNLGDNEEDT--AGGRRASRGIAGRESVSGRRPLPVRPGMFLET 360
           V+EMI+NVMLGKDEGAD+LGD+EEDT  AGG+RASRGIAGRESVSGR+PLPVRPGMFLET
Sbjct: 301 VEEMIKNVMLGKDEGADDLGDDEEDTTRAGGQRASRGIAGRESVSGRKPLPVRPGMFLET 360

Query: 361 VSKVLGGIYAGSESGVTAQHLEWVHEKTLHILEEIAF 396
           VSKVLGGIY+G+ESGVTAQHLEWVH+KTLHILEEIAF
Sbjct: 361 VSKVLGGIYSGNESGVTAQHLEWVHQKTLHILEEIAF 397

[Close]

BLAST of Tan0001897 vs. ExPASy TrEMBL
Match: A0A6J1H599 (protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111460697 PE=4 SV=1)

HSP 1 Score: 709.9 bits (1831), Expect = 5.9e-201
Identity = 365/397 (91.94%), Postives = 381/397 (95.97%), Query Frame = 0


Query: 1   MNSSLRLFPACSCSTRLPTNPKSTSLFFINNQTHFLHLKRAKRKQQLASCTSYEVGGGYP 60
           MNSSLRLFP C CS RLPT PK +SL FI+N +HF HLK AKRKQQLASCTSYEVGGGYP
Sbjct: 1   MNSSLRLFPTCPCSARLPTIPKPSSLVFIDNPSHFPHLKPAKRKQQLASCTSYEVGGGYP 60

Query: 61  EEELEMQDRRRPRKEVNPKMDTSEYEALLKGGDQVTSVLEEMIVLLEDTNTDETSEEIAL 120
           EE+L+MQDRRR RKE NPKMDTSEYEALLKGGDQVTSVLEEMI++LEDTNTDE SEEIAL
Sbjct: 61  EEQLDMQDRRRSRKEGNPKMDTSEYEALLKGGDQVTSVLEEMILILEDTNTDEASEEIAL 120

Query: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKAILEVVKETVLSHLTKKCPPH 180
           QLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKAILEVVKETVLSHLTKKCPPH
Sbjct: 121 QLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKAILEVVKETVLSHLTKKCPPH 180

Query: 181 VQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHIPGANLNDIANQADDLVETME 240
           VQVVGLLCRTPLKESRHELLRRVAAGGG F SKNGTKVHIPGANLNDIANQADDLVETME
Sbjct: 181 VQVVGLLCRTPLKESRHELLRRVAAGGGAFTSKNGTKVHIPGANLNDIANQADDLVETME 240

Query: 241 TRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV 300
           TRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV
Sbjct: 241 TRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLSTLPESEVNFLTKLVALKPGNV 300

Query: 301 VQEMIRNVMLGKDEGADNLGDNEEDT--AGGRRASRGIAGRESVSGRRPLPVRPGMFLET 360
           V+EMI+NVMLGKDEGAD+LGD+EEDT  AGG+RASRGIAGRESVSGR+PLPVRPGMFLET
Sbjct: 301 VEEMIKNVMLGKDEGADDLGDDEEDTTRAGGQRASRGIAGRESVSGRKPLPVRPGMFLET 360

Query: 361 VSKVLGGIYAGSESGVTAQHLEWVHEKTLHILEEIAF 396
           VSKVLGGIY+G+ESGVTAQHLEWVH+KTLHILEEIAF
Sbjct: 361 VSKVLGGIYSGNESGVTAQHLEWVHQKTLHILEEIAF 397

[Close]

BLAST of Tan0001897 vs. TAIR 10
Match: AT5G48470.1 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: chloroplast; EXPRESSED IN: 22 plant structures; EXPRESSED DURING: 13 growth stages; Has 30201 Blast hits to 17322 proteins in 780 species: Archae - 12; Bacteria - 1396; Metazoa - 17338; Fungi - 3422; Plants - 5037; Viruses - 0; Other Eukaryotes - 2996 (source: NCBI BLink). )

HSP 1 Score: 529.6 bits (1363), Expect = 2.1e-150
Identity = 268/355 (75.49%), Postives = 310/355 (87.32%), Query Frame = 0


Query: 42  KRKQQLASCTSYEVGGGYPEEEL-EMQDRRRPRKEVNPKMDTSEYEALLKGGDQVTSVLE 101
           K K+ +  C  YEVGGGY +EEL E    ++ +  V  K+D +EYEALLKGG+QVTSVLE
Sbjct: 44  KLKRLVQFCAPYEVGGGYTDEELFERYGTQQNQTNVKDKLDPAEYEALLKGGEQVTSVLE 103

Query: 102 EMIVLLEDTNTDETSEEIALQLAAQGVIGKRVDEMESGFMMALDYMIQIAERDQDDKRKA 161
           EMI LLED   +E SE +A++LAAQGVIGKRVDEMESGFMMALDYMIQ+A++DQD+KRK+
Sbjct: 104 EMITLLEDMKMNEASENVAVELAAQGVIGKRVDEMESGFMMALDYMIQLADKDQDEKRKS 163

Query: 162 ILEVVKETVLSHLTKKCPPHVQVVGLLCRTPLKESRHELLRRVAAGGGVFKSKNGTKVHI 221
           +LEVVKETVLSHLTKKCPPHVQV+GLLCRTP KESRHELLRRVAAGGG F+S+NGTK+HI
Sbjct: 164 LLEVVKETVLSHLTKKCPPHVQVIGLLCRTPKKESRHELLRRVAAGGGAFESENGTKLHI 223

Query: 222 PGANLNDIANQADDLVETMETRPVVPDRKLLARLVLIREEARNMMGGGILDERNDRGLST 281
           PGANLNDIANQADDL+ETMETRP +PDRKLLARLVLIREEARNMMGGGILDERNDRG +T
Sbjct: 224 PGANLNDIANQADDLLETMETRPAIPDRKLLARLVLIREEARNMMGGGILDERNDRGFTT 283

Query: 282 LPESEVNFLTKLVALKPGNVVQEMIRNVMLGKDEGADNLGDNEEDTAGGRRASRGIAGRE 341
           LPESEVNFL KLVALKPG  VQ+MI+NVM GKDEGADNL   ++ +  GR+ S G+ GR 
Sbjct: 284 LPESEVNFLAKLVALKPGKTVQQMIQNVMQGKDEGADNLSKEDDSSTEGRKPS-GLNGRG 343

Query: 342 SVSGRRPLPVRPGMFLETVSKVLGGIYAGSESGVTAQHLEWVHEKTLHILEEIAF 396
           SV+GR+PLPVRPGMFLETV+KVLG IY+G+ SG+TAQHLEWVH+KTL +LEEIA+
Sbjct: 344 SVTGRKPLPVRPGMFLETVTKVLGSIYSGNASGITAQHLEWVHQKTLQVLEEIAY 397

The following BLAST results are available for this feature:

BLAST of Tan0001897 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q1H5E9	2.9e-149	75.49	Protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic OS=Arabidopsis thalian...	[more]
Q53K52	2.8e-123	70.03	Protein PEP-RELATED DEVELOPMENT ARRESTED 1 homolog, chloroplastic OS=Oryza sativ...	[more]

BLAST of Tan0001897 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038898241.1	2.1e-208	94.94	protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic isoform X3 [Benincasa ...	[more]
XP_004150361.1	2.8e-205	93.16	protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic [Cucumis sativus] >KGN...	[more]
XP_008447229.1	3.6e-205	93.67	PREDICTED: uncharacterized protein LOC103489722 [Cucumis melo] >KAA0042003.1 unc...	[more]
XP_038898240.1	8.1e-205	90.36	protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic isoform X2 [Benincasa ...	[more]
XP_038898239.1	1.1e-204	90.14	protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic isoform X1 [Benincasa ...	[more]

BLAST of Tan0001897 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0K6Y5	1.4e-205	93.16	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_7G372300 PE=4 SV=1	[more]
A0A5D3D3S5	1.8e-205	93.67	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]
A0A1S3BHT4	1.8e-205	93.67	uncharacterized protein LOC103489722 OS=Cucumis melo OX=3656 GN=LOC103489722 PE=...	[more]
A0A6J1KVI8	1.5e-201	92.19	protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic isoform X1 OS=Cucurbit...	[more]
A0A6J1H599	5.9e-201	91.94	protein PEP-RELATED DEVELOPMENT ARRESTED 1, chloroplastic isoform X1 OS=Cucurbit...	[more]

BLAST of Tan0001897 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G48470.1	2.1e-150	75.49	unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic...	[more]

InterPro

Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 313..347
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 61..81
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 62..81
IPR038961	Protein PEP-related development arrested 1	PANTHER	PTHR37262	PROTEIN PEP-RELATED DEVELOPMENT ARRESTED 1, CHLOROPLASTIC	coord: 24..395

Relationships

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


Feature Name	Unique Name	Type
Tan0001897.1	Tan0001897.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006355	regulation of transcription, DNA-templated
cellular_component	GO:0042644	chloroplast nucleoid