Clc01G06220 (gene) Watermelon (cordophanus) v2

Overview


Name	Clc01G06220
Type	gene
Organism	Citrullus lanatus subsp. cordophanus cv. cordophanus (Watermelon (cordophanus) v2)
Description	mitochondrial import inner membrane translocase subunit TIM44-2
Location	ClcChr01: 6027123 .. 6044306 (+)
RNA-Seq Expression	Clc01G06220
Synteny	Clc01G06220

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

ATGGGAGATTTTGAGAGGACGGGGAATGTCATAGGGAGTGGAGATGGGGATGGGGAAGCCATAAAAGTACAGGGGTTGTTTGAGACATTTAGTTGGTTATTATAATATGTGGTTATTATAGTTTGTGAGTCATAATAGTCGGTGGATTATTATAGTATGTGATTGATTATTTTGTGAAGTTCACTTATATCCTAACCTTTGCACCATTAAGACTCTGTTGACATGCTAATTTAAACGATTGGTTTAACTTAACAAGATAACATTCAATCAACAACATAAATAGAAAGGAGGATGCAATACCATATGGTTGCATCGACTCAAATCATATTATCTTAGAGATATCTACGTGACCGAATCCCTTAGAAAATTAGCCGACGAGTAGAAGAATACAAATAGACTTCAGTAATTCAAATAACATGGATTACAATTGTCAATTTCAAGTACTAAAATATAAGGAAAAAACCTAATAACAACAGACAATGAATAAAAGACAACTGGAAAACAATAAAATAATTTACTCGATTAAAAAACCTCACTCTAAAGAACTCTTTAGGATAGATTCAACCTTTTTCAAGGGTGAATCCTCACTATACACATGTTCTCACATGTAAGAGTGACAACTTATCTTCATATGAACTTGCTTTCTTAAAGAGTTTATAGATGTACCTTCTGGGTTTTTCTCCCAATGAATGAAGATTCTTGATTTTTGAGGATTCCTTCTCATTATATAGTTTAGGGAGGTTGGAGGATGGCTAAATCTTATGCATTGAATGACCCTAGGTAATTTTGGAGCTATAAAATGGTTGAAGACCGCAAAACAAATAAGTTTGAACAATTGAAGTGCACTTTGACTTGGTCTAGAGCATGATGCAGTCACATAAGTGGTTTTCCTTGCAAAATTGATAAAAACAACTATAAAAGCTCATGAAATTGGTTCAAAATAGCCTAAACTAACTTAAATTGTTAAATGACACACATTTACTCCTTTTGCTCATTCTAGGCCATATTGGGTCAAAACATCATACGGAGTTGCTCTTTTGCTAAAGAAAAGTAGTAAAATGGATGGTAAAAATATACACATTTTGACGTTCACCAATGGGTTGGGTTAGTTATTTTTGGTAGGCCTAACATTTGAGAAAAACGTTGCAATGAGCATAAATTCAAATATGGACAAATTGATCCATTAGGAACACACATGCAGAATAAGAGAGGACAACTCTAACTACAAATCATTATCCTAAATTGATTTCCAGATGTCCATCTGATAACAATTAAAAGAAAAACCACACTCCAACTTGGGACTAAAGGTGACTATTATAGGTAAAATTTGACCTAGAAAAGCATACTTAAGCCCGAGAGAAGATTAAGAGGAAAAGTTTTCAAAGTGAAGGTGTACTTCAAGTTGAAGAACTTAGAGCCGATTAATACTTGAGCCCCAATCAACCATAACTAGGGCCCAACAAGGAAGCCAAATCAAAAGTCAAAAGCCCAATAGACCACCATTGCCAAAGTTGAGAGGTTAGGGGAGAGGTGTCCCAAGCACATCCCCTAACACATATTGAATGCATACTTAACAACTCCCATAGGTTTGGTTCAACTTCTTTCGATCCTATTCAAAAGGAAAAATCGGAAACCTTACCTCTAGGTCAATATGTGAATAAATAGAACATCAAATCTTTAATGGAGGCAACGTTCAACTGGGTTGTCCTTTAAAACTCTATTACTACACTCATTTTATTTTGTTTTTCGATTTAAACATTTAAACATGTGTGATATGCACCACATTATAGAGTTTCCTTACCCCAAACTTTTCTATAACATTGCCTACCTAACAGACAAAATAAAACTAAGTTTACTACAACTTGTATGTGGCTAACATGAACATGACTCGACTAAGACTTAAATTATCCATGATGAGGTCGAATTTCAATTCCCTACCATCTAAATGTTGTTAAAAGATAAGAAAAAGAGAAAAAAGAAAGAAAAAAAAATTTGCATTATATTCTCTCCTTCCCTCTCCGCACGCAGGACTCAGCCGTCCTTTCCTTCTTTTTCCTTTATTTTTTCCCAACCATTCCCTTATAATTTCTCTAAACCCTATTTCAAGGGCAGCCACCACCTCTGCCTCCCTTACAATCCACTGCACCGCCGCTCGCCGGACGCCGCTCCTACCCGACAGTCTCAGCGGCTGCCACCGCACGCTGCACTTTCAGCTGCGCAGTCTCAGCCTCCCGACGAACTCGCTGCCGCTCCCTGTCCCCCGCACGCTCTCGCCTCTCCGAGCAACCAGAGTTGCTTATCTCTGTTGTTCTTGCTGTTGGCGAGGTCGCACCGCCACTCACTTTTCATATACCTAAGGTTTTGATTTTTTCGATTTTGTTTCGTTAATTTATGTTGATTTCTTGTCAGAAATTCATTTAGAGTATATTTTGTTGATTTCTTCATCAACCAATCCAAATGAAAACTATGTCACTAAAAATGCATACATCGCTGATTAGGATATAAAGAAATTGAATAAAAAATAAAAAGGAAATGAAAACATATTATTCTTATCCGAATTAATAAATAGATTGAAAAAAATGGTTTAAAAAGATGAAGGAAGCAAAAAAAGGGAAAGCTTACCTGTATGTAGTGTTTGCTCAGCTATAAAAAACTTGTTGGAATTGGGAAGCTGTATTGAAAGAATTGAAATTATTGGTATTAGTTTTAGAAAACAGAAAAATACAATGTACAAACCAAATAGAACACTGGTGTAGAGTTTGCTTGAATATAGAAGAAACCATCGATGCATTTCACAAATGATTTCAACTTCCTTGTTTTTTTTCCACCCGGACACATGGACTAATTTGAAATCCTTCCAATATCAGGGATTCAGGGTCCTCAATAGCGGTAAGGTGGAATTCGACTTCGAAATCCAAAATCTTCCATTTATTATTGTTTCATTATATTCTTCTTTTTGTCGGTTACTAACAATAGCATTAGAATTAGAGGTTAGAAGTAGCTTTTACCTCACCTATATAACTACATTTAAATAAAAAATTGTGGTTACATGGAGAAATTTTCTTTTAGTTCAGAACTTGTAATACCTTTAGTTTCCTTTAACATTACAAAATTTCCTCAAATCTTGAATCGTGCATTAAATTTTTACTTCATTCATGAAATATAGATCCGCATGATACCAATTAGATTGTGTTAATTATTGTTTTATAAGAAAGAGTTTTTGTGCAGAGTCGCAGTGACTAAATCTTAATGGCTGGCAGAAAATTAGTTCGGGATATATTACTCTCAAGACAAAGCATTTTTTATCATCTTACTTCCCATGAGGTATTTTTTTTCCCCTTTGCTTTATCCTTATCCCATCATTCTCCGCTGTAATCTTCATAGGATGGATTTCTGTGGTGTAAAGTTATTCAATATCAAGTTTGTTTTAATTTATGGTTGCATTTTGGTATGGTAGAGCTCCTGCACGAGATCACAATTGCTATTACCAAATGGTTATTCCATCAATCGTAGATTCAGTGTATTCAATGAGTTCTCAAAGAAAGTGAAAGGAGAAGCTGACAAGTATATTCCTCTCCTTTAAGATTATAATATTCTTGCATGTATATTTGTTTTAGCTTTTCTGCAAGTGTTTCTTTATCCAACAAAGCAAGTAAAATGCATGTGAATTGTTTTCCATTTTGTATGTAATTTATTAAGGCTGTATGACTGATGGAAGATCCATGAAGACATGAATCTATTGATGTATCACATATTTTTCAATATAAAGTGCAGGTTAGTTTAGACCTTGCTCAAGGAATCTGCCTGCTCTTGAAGCTAAAACCAAGCAGCTTAGGCCAACTAAAGCAAGTAAATTATCCATTTGGTTGATTAAAACATAAATATCTACCAATATAATGTTTCCTCCTACAACGGATAATCAGTTTTTTTAAGAAGAAACTTGAATTTCATTGACTTTTCCTTATAGGAAACAAGAAATATAATGAGATAAAGGGAGGTAATATAAAAAGGATTAAATTTGAACCAAGATTATTGTTATGAAAGACATTGGAATGAATACACCAAGAAGAAGCATGCAATCTAACTCCCTTCCCAAGAATAGCTGAGCCTGATTCTTGACCTATAAAAATTCTGCAATAAGATATAACTGAAGAAACTACATAATTAGAAAAATTATCAAAAGATTTTCCTTTTCGTTTATAATCTGTTGGTTTTTCTTGATTCAAGTAGAAGTAGCTCAAAAAACAGCTCAAACTAGGTGCGTCCATAAAACTTTTTTTTTCCCATTCGAGAAAGCGTAGCTTATCAGGGTGTAGTGAATGAGACTATTTGGATTACATGGGAGAGTTGTCGAGCATTTGAAAGAGGAAAGAATCTCCCTTCCCGAGCTTGTCAGCATATAAGCATGTGAGAAAAGCAAAGAAGCACATATATGGATACAAGACACGGATACGACACAATATGATACTAACACGACCATGTGCCATTTTTTTAAAACAATATATGACATGCCAAGGACACATTAAAATATACATTTTTTAAGAGAGATTATTTTTATACAAGATGGAAATTCAAAGTCATTGAGTTTATGCATTTATGTGCTTAAAAATTTAGTTTGATGCATTTGCTCTCTAATTTTATTAGTGTTGTCATATATGTGTCTATTCAGTAATTAGTATACTTAACAAGTGTTTGATGCATGTCAAACAAATGTTGGACCTACTTTGGCTTTGTACAATTAGCGTGTAATACATCTATTGTACTAACAAGTGTCCAATACATGTACAGCAAATGTCGGGGTCTCTAAGTGTCTGACACAGGTTGAACATGGACATGCTGTCTAACTAAAGTGTTCGTGTTTCTTAGGAGAAGTATGCTTTTTGTGTTTTTATATCATTTCTGCAGAATGGTCGCTGTGAGTGGATAGGGATATGTGTGGCAATCAACACAGAAGTTTATCTAAAGTGTTAATGGCCCTATGACTAAGTTCCCACGAGAAAAGTTTGACCTTTTTGGGTATCAGTCTGTCCATATTGATCCATGTAAAGGCGCTGATGATCTCCTAGCTTACAACCAATGTCATTTATAAGGGATTTTGTTGTGGAGGATCCTCTGCACCCCAACTTCCATAGTCGAAGGTCTCTTGTGTGAGTCAAATATATGGCAGATAATAGGTTAGAGAAGAGAGACCGGTCCATTTCTCAATTATAGCCTTATATAGTTCTCTCCTTGGTCTAAGGTTCCAATTTCCAAAATTGGCAATCAATGATCCCTGATCAGGGACATTTTTCTGCATTGATAAGGAGTTTAAGATGGAGTACGGAGAAGCCAAGGGAATATCCAACAGCCAACTATCACAGCAAAAGGAGGTGTTTGGCTGTTTTCCCTATTGCCAAGTTTGTGGATAACTCTGTCTTGGGTAAGACTTTGATGTTCCAAAATAATTTTCCCAGGCATTTTGCAGAGGCTTGAAGTTCTGTTTAGGGGCCAAGATCCTTTTTAGTTCAACCATTGCGAGGGTGGGGGTTAAATCATCAACACTGAGATGCCAATTGATGCCTTATCCATTGAACTATTCTTGGATTGACGTTTAGGGGCCAAGAATTATGAGATTATTTGCCATATTTTGCAGCAATAATCTGTCTTTGAAGGACCTTTTCCTTTTGATACTTCCAAATCCATTTAGCCTACAATGATCTGTTTTTGTCCCTCATACTGAGTAGACAAGACCCCTGAGTAAAAGACGTTAGGCAATGGATAACTGGAGAAATAGAGGTAAAGGGAGAAAAAAAGGCCAAGCTCTGATATTATATTCAATTGAAGAAAGATTTTCAAAGCAAACTAATAGCTCTTTTAGTAAAAAGCATGAAGCTTATTTATTTAATTAGTCTTCCCTAATAATGGTCGACTGTTATATATTAGGAACCAGATGTATGACTTCTTAGCTTGTAGTTGCTTCTTGTATTGACCGTTTTACTATTTTTTCTTCATGGTTTGTATCCATGGTATTTAGTTCTGTAATAAGTGTTCTGGGAAACATTGCAGAAACCCAGAATTTCAACAATCTATCAAAGAGTGGAAGGAGAAGGCAGAAGAACTTAAAGGTGTGAAGGAAGACCTAAAAGTTAGGTAATCTTTTGAGAACTTTGTTCTTTGTCTTGCATAGTTTTAGTGGTATTTGTTAACAGGCTGAGACATACCCTTGTATGTCAAGGCTGGGTGGGCACTTCAATGGATGGCCTGAGATGGTGAAATGGCGAATGCAGAACAAAGCAGACAACTGAGCAGCTTTACAAGCAGGTGGATGGCGTTTGGTCTGAGGCTGAGGCTACAGCTAGAAAGGTGATTTTCCCCCCCATTCACATGCTGCCTGTATTTAGCTGCGGTTTATCTGTGATGTTGAATAAATATTTAAGTAGTTTCAAGTTTGTACAGTATGCCTGGGTTAGTACATTTCCCCTCTCTCGCACTAATTTCAAAATGTTATTTAGTTTTTATTATTAATCTTTATTTTGTTATGGGCAGGCAATTGCTATTTGGGTTTTTTAGTTTTATTTCCTCACACTTGGTGGGGAAAATCTGTTTCTTTCACAAGTTGTTAAATATTATGGCGTCTCTAGACCGTTCCTGCTATTTATTTGAGACTATTATTCAATTTTTCATGGAATGGAACTTATTCATCATTTTAATTTTAATTTTTGCAGGTTTCTGCAGATGTCAAAGAGAAAATATCTGCTGCTACGGGGGAGGTTTGTGTTTTATGTGATGTGTCATTCAAACATATATAACCATACCCATGATATTAATATTTCAACACTATTGGAACCAGGTAAAAGAAGCTTTTGGATTCAGTCATAAGAATTCTTCTGAATCTACTTGTTCCTCAACTCATCATGGTGCTGATGCAACAAAACATGGAAGCGAGGCCAGTTCTGACGGAGCCAAACACCAACATCCTGGTTCTAGTGGCTCCTCCGAAACAGTATTTGGGAAGTTCAAGTCCAGCATTCCTTCATCAGGCATATCCTCTGCATTTGAACGGTTGAAAAGCACAAAGTTAATCGACTTAACAAAGAGGGGATATGAAATTGTAAAGGATGAGTTGAGTGGAAAACCACATAAGAAAAAGCATTTAGAATATGAGCCTTCAGCCTCACCAAAAGTTGAAAAAAGTACTAGAACTGATGTTGTTGTTTTGCCATCAAAGCAGTCTCGATGGAGTAAGAAGTGGGAGGCATTCAGGGAGAAGGTAAATTTTATAAGTTGCCAATGTCTTATGGAGTATCATTAAAGCTTCTATTGGAGTATTTTTCTTTTTTAAATCTTTTTAATCAAATCAGTCCTTTTTCCTTTTTTTTTTCCTTCCTTTAGATGCAAGGTCATCCCATTTTCAAGCGTTTTACAGACTATAGTGAACCTATAAAGTCAAAGGGTGAAGAGGTATGTATTTCCAATTTTAATGCTGTATTATAATTTCTTCTATACAATTCCGTATCTGCTGCTAAGTTTCATTTAATGTGCTTGACTGCCAGAGATAGGGTTATGTATTTTTTTATTTTAAAAAACAAAGAATTTCTTGAAATTACAAAAGAAGGGGGAGAGAGAAAGCTCCAAACCAAAGTAGTTACAGAAGACATCTCCAAGTTACACCAAGTTAAAGCGAAGAAAACAGCACTGTCCCAGAAATCTGGGTATCCAGTTTCCTTTGTATTGAAAGTTCTGCTGTTTCTTCCCAGTCAAACTGATCACAAGATGATCGAATGAGATTCTTCAATAGGAGCCCTTTCTTGCTCTTGAAGGGGTGACCCAACAGAAGAAGATTGAGAAGGGAGAATGGATCATTTGGTTGCACCACCGATCAAACGAAAGCATTCTGAAGATCAATCAAGAAACGTTGAGCAGGAGGGCAGTGGATAACAATGTGAGATTGTGTATCTAAACTATTTTTGCAAAGGGGTACACCAGTTTGGAATGAGGGCCATGTAGGAGACACCTTTTGGAGCCTATTGTGAGATAGCTCCCCCAAAGAAGAACTTTACCTTCTTTGGGTATTCATCATGCCAAATCAACTTAGTATAGAGATGAGGATTGCTCACTGCCGATGGATCAAGGTTATGCTGGAGGGAACAGGAATTTGACAGAAAAGAACTCCATTTGTCTCATGAGGCCAAACCCAAATTATTCATCGGAAGCTAGGTGGATGTTCATCAACGAAGACTTAAATCAGCGCAGCCCATTCTGATACTTCATCATCTTTCAGGGAATAGGAATCTGACAGAAAAGAACTCCATTGGTCTCATGAGGCCAAACCCAAATTATTCATCGAAAGCTACGTGGGTGTTCATCATTCATCAACGAAGACTTAAATCAGCCCAGCCCATTCTGATACTTCATCATCTTTCAAAAGTGTAACAAAATCCAAGTTCAGTCTTTGGCCAAGGCCATCTTTCTGGTAGAGACTGAGAACAGCTTGGAAAAACAGAGGGCTAAAGGTTGGCCAGTCAACCAAGAATCATGCCAAAAATCGGTGGAAGCACCATTACCTACTGGAGCATTCATCCAAGGTCCTGAAGAAGTGCAAAGGGAGAAACTTCCAGGGAGGTTATTTAGAGGATCTGTGCCAAATTTAGCATTATTAGTCAACCATCGTAGAGCCTCTTTCTCTTTTTGATAAGACCATGACCACTTGGATAAAAGATCTGGGCTTTTGTCTTTTATACTATGGAGGCCCAATCCACCCTTACCAATTGGAAGGAAAATCTTATCCCATTTGTCAAGATGCTTGTAGGTACCCTCACTCTGAACATAAATACCCTAAAAAAATTTCCTTTGAAGGCTTTTGATATTTTTTGTTACCTCAGTGGAAGGTGAAATTTCCAAAGAAAAATCAAATTCACTTGGTAGGTTATCCATGGAAGAGTCAACACTTTAGATGCGCTTTGAAGAAAGATGTCCTTTTTGATTAAGTCATTTTGTTGCATTTTTTGTGGCTTACAACTTGGAGACTATAAAGATGATCGAGGAATTCCTTCTCCATTTGCCTTTTCTAGAGAAGAGGAAGTTTTTGTGGCTAGTGGGGGTTTGTATTGTGTTGTGGGATGGAATGGACCTTCAGGGAATGGAATGGACCTTAGCATGGGTTTGTGCTGTGTTGTGGGGTGAGGAATAATAGGACGTTTAGAGGGATGGAAGGGGGACTCTTAACAATGTTTGGTTTTACGCTTTTTCTCTAGGACTTTTTGCAATTATTCTTGATTGGAACCCCCTTCTTTATGCGGGTTCTCTCTTTTGTGGGCTTGGTTTTTTAAACGCTCTTGTATTTTATTCTTTACTCAATGAAAGTTCAGTCTGTTATTAAAAAAATAAAAAAAAGGGTTAGGGTTAGGGTTAGGATCAAGATGGGAACATAACAACATGGATGGAATGATCTGCGGGAGTTAGGACCATGTTTGAATATAGAATGCCCAATAATAATATAGAACTTTTGGGTTGAGGTCAAGTTGGGGTTGTTTTTGTTTTGTTTGTTTGTTGTTGTTGTTGTTTATATGTATGTATGTATGTATGTATGTATTTCTTAGTGTTTTGGTCAACTTACGCGTATTTTGACTTATTGCACGAAATAACTTGCGGGGGTTTTTGGATAATTTTTAAAATTAGAGGTTGGGGATTGGGACATTGAATACATAATAATTAACAAAACTCAACTTTGGACTTGAGTTGCTTAATGTTAGCAGGGGCTGGGGAAACTGAATATAGGGAAAAAAAAAAAAAAACTTGGGAGATGGACAAGTTCGAGGAAATTTTTTAACTATTCAATGGTTGGTTGGGTCCAAATTTATCTTTTTGACTTTGTGAGTTAGGGTACTTCATTGGTAGCTGAAAACTTAGTCTTTTAGCTTTTTTTTAATGTTTAATATTTAATCTAATATGTAAAAATATTTTCTTATGTTGGAATTGACAGATAGCTGAGGACATTCGTGAAAGGTGGGAGACAAGTGATAACCCTATCGTTCAAAAAATTCAGGAGTAAGTGTTTATCGCATCATAATGGTTTGACAAATAAGAGAAACTTGAGCTCTGTGCGATCATGCAACTTGGCCTTTTAATGGGAAAGGCCAAATTATTTGGCTGTCTCGACCTTATTCATTTTTGTGAGGCATTTGGTTGGGAATGATAAATTACACATTATTGGCTGCTCAAATTGTGAGCTTGATAATGGGCAATTTGGTATTTTGCCCATAAACTGTATATTTAGTTATCTGTTAGCTTTTGTTTTCTTGTCATGGTTTAATGTTTCTGTAGCTAATTGTAGCCAGAAGTTTTATTTATTTATCTTATTTCTCACAGCATAAATGAAAATGTGTTTCAAGAATCAGATGCTGCTACATCATTCAAGGAAATTCGTCGTAGAGATCCGTAAGATTTTTCCTTTGGAGCTTTGGTACTTATCTGTTTGAATAAGGGAATCTGATTTGGTTTTTTCCTCGTTAACTCTGTGGATTAGGTATTTCTCCTTACCAGATTTCGTAGCTGAAGTTCAAGAAGCAATCAAACCAGTGTTAACTTCTTATATAAAGGTTAGTGCTAAGCTTATTTCTAAGATGAAAGATGCTTATCTCCCCTCCCCAAAAAATATCATTACTATTTATGTTGTATTTCTTGTAATTAACTCTTGTATAGCATCTGGCTTGATGATTAAAGTAGAGTTTCTGACATGGAGGTTTTCAAGTTGTAACCTATATTAATGTTTCAGGGAGATTCTGAAACTTTAAAGAAATACTGTAGTTCTGAGGTAATTGAACGTTGTAAAGCAGAGCATCGGGCTTACCAGAGCCAAGGTATCTTCTTTGATAACAAGGTAAGGATATATTGTCTGAATACTATCTTTCTTTTGTTATTGAAGTTTATTGCTTGTGCTTCCGTTTGTTTGGGGCTTGGTGGTGGTGCATCTAAATTGTACTTCTGTTAATTAATTGTGGACCTTTTTCTCTCGTTGGAATAATTATCATCTACCATTTTCTCAGCATAGGCTTTCCGTGGAAATTCAGTTTGTAGCGCTGCATCTCCATGATAATTATCGTAAATTCAGTTTTAGATACATAAAAGGGCTTTTGCATCACAAAAATGATACAAACGATTATTTTTAAATATTAACCTGCAATACTCCAAATGAATGCTGGATTAATTTGGAAACCGGGCAGAAAAAGAGTGAGATGGAGAGAGTTTTTGCGTGTGCTTGTGAGCCATCTTTCTCCATTACATAGTTTTTTTTCCTTTCCTTTTTTCTTTTTGGGTTTTTGATATGAAATAAATTTCATTGTATATAAAGTTTACACAGTTACAAAAGATTTCTCCAATTAGTCAGAAGAGACGAGAGATTATAAGAGCTATAGAAAGATGTACATTTGCACCGAGTCATGGCAGGATGGATAATATTTAAAAAAAACTATTCGAAGTGCTTCCCTTCTCATTAAAGAGGCGATTGTTCCGTTCCTTCCATGTAGTTTGTAAATAAGTCCGAATAAGATGCATCCACATGATTCTTTTTCGTTAGTGAAAGAGTGGCCAGTGAGGGTGCATAAGAGGAGGTTGATAATCTCATTCGGTAGTGTAGCAGACCAACCAAAGGGGAGAGAGATCTCCTTCCTAAAATTTTCAGCAAAATGGAAATTGATAAATTGGCTCGGTGGTTTGTGGACAACTTTCATAATGGGCAACAATGAGGGGATAAAGTCATGTGTGGGAAGCGGCGCTGAATTCTGTCATGTGTTAAATTGCATTCTGGCTAACTTCCCAAAGGAAAAATTTGGCCTTTTTGGGATAAAAGTCGGTCCAATACCCCCTTGTGAGGGGGAAATATGGCTATCAAAGGCTCGGCTCATGTCAAGAGGAAGTGATTTTGCTATCTTCTGCATTTTCAAAAAATATACCAAAAGATTGGTTCATCCAAAGAATAATAATGTTTTATATTTTAATTAGGCTGGGGAGTAGGGGTAGTTCTAGCCCTTATCGGGCGATATGGTGGCGAAAAAAAGGAAAACCTTGGGAAAGAAAGGGCTCATGTCAAGAGCAAGTGAGTTTGCTCTCTTCTCCTTTCGTGCTCGTCCTGATTCTTCTTCTTCTTCCGTTTCGCAATTTGCAACTTTTTCTTATTCTTTGTGAGACCAAGGAGGAAACGGTTGCATAACAGAAAAAATCATCAAGAACCAGATCTTCTTCTTCTCTCTCTAAAATCAAAGATGGAAGTTGGTGTGTGAATCAGAGCGAGATCAAGAAGAGAGAGTGAGACCAAGGAGTGAGAGGAAGAATCCAGTTGCAAAGGTGAAAAAGGTTGTAGAATGGAAAAAATAAGTGAGAGCGAGACCAAGAAGAGAGAGGAAGAAGCGAGAAGCAAGAAGAAGAAGCGAGATTTCATGGGAGTGTCAGACCCTCACACATGTTTTGGGGTCAAATTGGTACTTTCTCATGTGGCTGAGGTTAGTAGAAGGCAGTGTTATTAAGGCGACCCCAGGCACACGCCTAAGGTGAGAGGCGAGGCGACCTGGGGTCTAGTTGGCTCTTGAAGTGTCTGGGCGAGCATCTTCAATCAGGCGCTCGCCCAGCAACGCCATAATGCGCCTTTGGATGCCTTCGCCATTGATGAAGGCGTGTGCCCAACCATTCTGCTGGTTAAATTTTTTTTTTTTTAAAAAAATATGATTGTTACCCACAACCAAATCTATTTAGCCCAGGAGAAAGGCCTACATAAAGACTTGCCATGAACTTTTCGGCTTCTCCTTAATATTTTTGAATTCTCTTCTTCATTCTTCCCTTCTATTTCATCTTCCGTTTGGTCATCACTTCTTCTTTGAATGACGTTTTCTTCTTCAAGGTTTTTCCAATTATTTCAATGGCTTCCAGGTGGTGAGTGGGTATAAGGTTTCTTCACTTGGTCGTCATTTCCTTCCAGTCGGTGAGTGGGTGTAGGTTTCTCCACTTAATTTGTTGTTGTCTTACTTAGTCTGTGGGTAAGTTTTTTATTTATATCTTCTAATTTATTTAATAAATATAATTATAAAATTATATTTTATTATTATAATTTCTAGTAGGTTGGGTTTACGGTTTATTGTGATTTATAATTATATTAATTTAATCAATAAATTTTCTTATTTGCATTTTGCTTCTTCGACATTAGCATTGGCCAGTGGGGTGGTTTTAAGTTTATTTTGTACTCTTTTATAACAGGAGGGTGGAAATGGAGCTGAAATGCAAACATTCCCATTGGCAATGTGTTTTGGAACTAATATAAACTTGATTATTATTGTATGTTTTTGACATTGGGATGTTTTTACAATGTATATTTGATATATATTATTTATTTATTAGTTGCGCCTTGCTTCACTTAGGCGTTGCCTTTTTGTCGCCTCTTGCCTTGAGGTGATGAAAGGGCTTGTCACCTTGTGGTGTGCCTTGCGCTTTGAAAACACTGGTAGAAGACCTTTTTCTTTCGTTTTTAAACCTTTGACCAAATTTCAGTTGTGCCTCTAAAAAGAGGTCATCAGTACAATTTCTCAATATTTTAGTAGAAAGTAAAAACCACTCAAAGATGGAGTGCCTTTTGGCCTAGGTGCTTGACCAAGAAGCACTCGAGCAATCATATGAGTGTGAAAGAAAACATCAGAATAGTTTGTTATTAATTTGTTATTAAGCATGTTTTTTATAGCGAAGTGTTTACTGTTTATAATTAAAGTGCTTGCGCCAGAAGCACTCTTAAACACTCCTCTTATGCTTGTGCTTAATATTTTGAGGTCTGCACGTCTTGATAGTTGGATAGAATTATAATTAATGGAAGGCTTTCTTGTACGACATGCAAGCACTAATTTCTGTTCTGTTAAACAGATTCTGCACATTTCAGAGGTTGAAGTGCGGGAGACCAAGATGATGGGAAGCAGTCCCATCATCATTGTAGCTGTACGCTCCGACAGTCTTTGTTCTTTGTTATTCTATAGTTATAGATTTTGTTTTGTTGGATGAAGTGATGCTAACACCTTTTTCTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTAATTTCCACAGTTCCAAACGCAGCAGGTCTACTGCGTACGTGATGCACATGGATCAATTAGAGAAGGTGGTAAGGTGAGTTTTGTTTCTTCTGTTTCCAACTCTGCTTATTTTAATGCACCTCATGTAATGAGAGTTGAATAGGAGAGGATTAGAACGAAAATCATCCTGATGAAATATTTAACTTCTAATCTCCAAAACCTTGTTGGATACAAAAACAAAGTGGGGAGGATTAATTTGATGTTTATTGACGCTTGAAATCATAATCAAAGTAAATTGATCAGTATGGGACCTATAAGGAAAATTGGAGAGAATAAAGAATAGGAGTAGGACCCAACAGCGGAAGAAAACCCTCCTTTTTGTACATTTTATGTGTTGGATAATACTCTAAATTAGCCGTCACCCATTAGTTTAAGTTTTTGGGTAAATCGGTAATTTAAGACTATGTAGCATGCTCTCTCTCGAAATTTAAGGCCAGATGGACTTTCAGTCTTTCAGATTACATAGAGATGATCACGGATTAAGGTTCTAGCCAAGGATTTCTCTTAAATCTGGCCTAAACTACAACTGTGCGTGACTTTTGAACACCATCAACAAGTTCTAAGAGAGAGATGTGTGACCTTCCGATTCCTTTTCGTCCAAATTTCTTCAACTGCATAAATCGAACTTGAAGTTGCAAAGGCCAAGGAAGATTTCAGTGATTTCTGGAGAGGAAAATAATAAACTCCCCCCTGATTGATTGATATGCTTCCTTTATACTTGACTTATGCTTCATATTTTTGAATTAAATTGGATTAAATGGAATGTTACTTGCTATTGGCAGGACACAATCCACACTGTATATTATGCATGGGCTATGCAAATGTTGGATCCTGAAGAAGTTGGAGAAGGAGCATCTCATGCTATTTGGAGGGTTAGGGAAATGCAGCAGTTTGGTGTTCAAGCACTCATCTAATTCCCTGCTTTGCTTTCTTCTCAAACTCTTTTTACTTCATCCCTTATTATTTCTTATTTATTTCTTCTCTATACTTCCTCTGGTTTTTGTTACTTTCCAGAGATGACTAGTTTTTATCAATTTTGATTCATAAAATTGGGGGATCAGTCAAACTTCCTATAGGAAACGAAGCAAATCATTTCCAATTCTACATCAAATTTTCATCTCCTAAATGCCCAAGGACTTGTGAACCATGTAATAATCTTTATTACTGCTTTTAGAATCTTGTGGTTAGGCAATATGGAGGTGAACTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTAAAAAAAAAAAAAAAAAGCATGCAAATATGTTATACGTTTTGAGAGTTTAATTTGCTGGTTGCATAAAATGAAAATGTGAAATTGTGTCTATTCCTCGACTGATTCAAAATTATTCTGAATTTTCATGCAAGAATTTGGTTGTTGTACTTCCAATTTTGAAACAATTGAAACAGTTTAGTAGGTTTGTGATTTTAAATGATATGGTTCTTATCATAAAAATTGTTAAAATTAATTTCTTAGGACCAGTAAACCATTGAGAGATCCACCATGTTAAATTGTTAAAAAATATATTCTTGACAATAAATTTTGATAGAATTTATTTACAATAGGGATTCAGTTACAAGTTTGAAAATTTGAAAGTTTCAAGTTGTTACAAATTATTTCATATTCTATTATAAAATGAATGTACATAAATTTAAGGACTAAAAATGATTTTTAACCTAATAATTTTTATTTTAGACTCTCAGCATGGTTGAAGTCATTTTTTATTTACCCCAAACATTTAAGTGCGTTTCGTCATTAGATTAATAGTTTTGAATGCATGGTCGTGTAGTCCAGATTTAGGCAGTTTAAGAAACCACTTTTCCATTAATTCTCTGATTGGTATTTCATTATCAATATTTTGTAAACTACAAAACTTGGGGCATTGTTTGTAGGCTATTTGAGAATAAAATTTGAAAACAAAAAATCAATAAAAACATAGTTATTTATCATGTTTTTATATATGTGTTTGGTAACAAATTGAGTAATTAGATCCTAATAAATTAGTTGTAGTTACTCACTAAATTATAGGTAAGATTTAAAATATTATTAAGTAATTTATGAACATATTTTAATTAATCTTTTTTTTATAATTATTATTTTGTAATATTATATAATTTATAATAAATTACATAATACGTATTTTAACTAGTCGTAGTTATCCACTACATTATACATCTTTTTAATTTGATTATGCAATTTAAAACTTTTTAATTCAAAATCAGGATAATCATTAAAATGTTACTGATTTCATTATTGGATTACAGAATCTAAAAGAATGTTAAAAAACAGAATCTATATCGTCTACTAAACCTAAAACAAAATTAGATTGCCAACCAAATAGATTCTTCATTTTTCCTCTTTTCTTCATGGACAGACATCCAGATTTTATAACGAAAGAATTATTAATAATAACTAGTTTAAAACAACAATATTAACAATGAAGATTGATATTGAGATCATAAGTTAATAATGAAGTTGATGAAAAAAATACTGCAAAATCAGAAGGGTAAGCTTTGTAGGAAAAGATGGACTTATTTATTTTCATCTAAATACTTCTTATAAAAATTATTTAAAATAAAAATACTCGTATGTTTAGTTATCCTCGATGTTTTATATACAAGTTTGTTTGGTTTGTTATATACTCAAATTGTTTTTATTAATGTAAAACTACTATAAAAGATAACTATTAAACTCAATGAACTCGTAATTTCGAAATTGTATATAAAAGTACTTTCATTTGCCAAGTTTTGTCGTTTGTTTTTTTTAGCATATGGTCTATCTAATTGGTTAGTAGAGTTGGTTGTTGGAGATAATTGGGGCAGTTGGTCAACGAAGTTAGTCGTTGGAGCTGGCTGTAGGAGGTGGTTGTTGCTAGAGTTGGTTGCAGGAAGAGGTCATAAGAGGTGGTGGCTAGAGATGGTCGATGGAGTTGGTTTGATAGAGGTGGTTTTGGAGTTGGCCGTCGGAGTTGATCATCAAAGGCAGTCACCGATGGTGGTCGCCAAATGTGGTTGTCACCATAGATGGTTGCCGGTAGTAGCTAAAGATGGCTGA

mRNA sequence

ATGGGAGATTTTGAGAGGACGGGGAATGTCATAGGGAGTGGAGATGGGGATGGGGAAGCCATAAAAGTACAGGGGTTGTTTGAGACATTTAGTTGGCCATATTGGGTCAAAACATCATACGGAGTTGCTCTTTTGCTAAAGAAAAGTAGTAAAATGGATGGGCAGCCACCACCTCTGCCTCCCTTACAATCCACTGCACCGCCGCTCGCCGGACGCCGCTCCTACCCGACAGTCTCAGCGGCTGCCACCGCACGCTGCACTTTCAGCTGCGCAGTCTCAGCCTCCCGACGAACTCGCTGCCGCTCCCTGTCCCCCGCACGCTCTCGCCTCTCCGAGCAACCAGAGTTGCTTATCTCTGTTGTTCTTGCTGTTGGCGAGGTCGCACCGCCACTCACTTTTCATATACCTAAGAGTCGCATTCGGGATATATTACTCTCAAGACAAAGCATTTTTTATCATCTTACTTCCCATGAGAGCTCCTGCACGAGATCACAATTGCTATTACCAAATGGTTATTCCATCAATCGTAGATTCAGTGTATTCAATGAGTTCTCAAAGAAAGTGAAAGGAGAAGCTGACAAAAACCCAGAATTTCAACAATCTATCAAAGAGTGGAAGGAGAAGGCAGAAGAACTTAAAGGTGTGAAGGAAGACCTAAAAGTTAGAACAAAGCAGACAACTGAGCAGCTTTACAAGCAGGTGGATGGCGTTTGGTCTGAGGCTGAGGCTACAGCTAGAAAGGTTTCTGCAGATGTCAAAGAGAAAATATCTGCTGCTACGGGGGAGGTAAAAGAAGCTTTTGGATTCAGTCATAAGAATTCTTCTGAATCTACTTGTTCCTCAACTCATCATGGTGCTGATGCAACAAAACATGGAAGCGAGGCCAGTTCTGACGGAGCCAAACACCAACATCCTGGTTCTAGTGGCTCCTCCGAAACAGTATTTGGGAAGTTCAAGTCCAGCATTCCTTCATCAGGCATATCCTCTGCATTTGAACGGTTGAAAAGCACAAAGTTAATCGACTTAACAAAGAGGGGATATGAAATTGTAAAGGATGAGTTGAGTGGAAAACCACATAAGAAAAAGCATTTAGAATATGAGCCTTCAGCCTCACCAAAAGTTGAAAAAAGTACTAGAACTGATGTTGTTGTTTTGCCATCAAAGCAGTCTCGATGGAGTAAGAAGTGGGAGGCATTCAGGGAGAAGATGCAAGGTCATCCCATTTTCAAGCGTTTTACAGACTATAGTGAACCTATAAAGTCAAAGGGTGAAGAGATAGCTGAGGACATTCGTGAAAGGTGGGAGACAAGTGATAACCCTATCGTTCAAAAAATTCAGGACATAAATGAAAATGTGTTTCAAGAATCAGATGCTGCTACATCATTCAAGGAAATTCGTCGTAGAGATCCGTATTTCTCCTTACCAGATTTCGTAGCTGAAGTTCAAGAAGCAATCAAACCAGTGTTAACTTCTTATATAAAGGGAGATTCTGAAACTTTAAAGAAATACTGTAGTTCTGAGGTAATTGAACGTTGTAAAGCAGAGCATCGGGCTTACCAGAGCCAAGGTATCTTCTTTGATAACAAGATTCTGCACATTTCAGAGGTTGAAGTGCGGGAGACCAAGATGATGGGAAGCAGTCCCATCATCATTGTAGCTTTCCAAACGCAGCAGGTCTACTGCGTACGTGATGCACATGGATCAATTAGAGAAGGTGGTAAGGACACAATCCACACTGTATATTATGCATGGGCTATGCAAATGTTGGATCCTGAAGAAGTTGGAGAAGGAGCATCTCATGCTATTTGGAGGGTTAGGGAAATGCAGCAGTTTGCATATGGTCTATCTAATTGGTTAGTAGAGTTGGTTGTTGGAGATAATTGGGGCAGTTGGTCAACGAAGTTAGTCGTTGGAGCTGGCTGTAGGAGGTGGTTGTTGCTAGAGTTGGTTGCAGGAAGAGGTCATAAGAGGTGGTGGCTAGAGATGGTCGATGGAGTTGGTTTGATAGAGGTGGTTTTGGAGTTGGCCGTCGGAGTTGATCATCAAAGGCAGTCACCGATGGTGGTCGCCAAATGTGGTTGTCACCATAGATGGTTGCCGGTAGTAGCTAAAGATGGCTGA

Coding sequence (CDS)

ATGGGAGATTTTGAGAGGACGGGGAATGTCATAGGGAGTGGAGATGGGGATGGGGAAGCCATAAAAGTACAGGGGTTGTTTGAGACATTTAGTTGGCCATATTGGGTCAAAACATCATACGGAGTTGCTCTTTTGCTAAAGAAAAGTAGTAAAATGGATGGGCAGCCACCACCTCTGCCTCCCTTACAATCCACTGCACCGCCGCTCGCCGGACGCCGCTCCTACCCGACAGTCTCAGCGGCTGCCACCGCACGCTGCACTTTCAGCTGCGCAGTCTCAGCCTCCCGACGAACTCGCTGCCGCTCCCTGTCCCCCGCACGCTCTCGCCTCTCCGAGCAACCAGAGTTGCTTATCTCTGTTGTTCTTGCTGTTGGCGAGGTCGCACCGCCACTCACTTTTCATATACCTAAGAGTCGCATTCGGGATATATTACTCTCAAGACAAAGCATTTTTTATCATCTTACTTCCCATGAGAGCTCCTGCACGAGATCACAATTGCTATTACCAAATGGTTATTCCATCAATCGTAGATTCAGTGTATTCAATGAGTTCTCAAAGAAAGTGAAAGGAGAAGCTGACAAAAACCCAGAATTTCAACAATCTATCAAAGAGTGGAAGGAGAAGGCAGAAGAACTTAAAGGTGTGAAGGAAGACCTAAAAGTTAGAACAAAGCAGACAACTGAGCAGCTTTACAAGCAGGTGGATGGCGTTTGGTCTGAGGCTGAGGCTACAGCTAGAAAGGTTTCTGCAGATGTCAAAGAGAAAATATCTGCTGCTACGGGGGAGGTAAAAGAAGCTTTTGGATTCAGTCATAAGAATTCTTCTGAATCTACTTGTTCCTCAACTCATCATGGTGCTGATGCAACAAAACATGGAAGCGAGGCCAGTTCTGACGGAGCCAAACACCAACATCCTGGTTCTAGTGGCTCCTCCGAAACAGTATTTGGGAAGTTCAAGTCCAGCATTCCTTCATCAGGCATATCCTCTGCATTTGAACGGTTGAAAAGCACAAAGTTAATCGACTTAACAAAGAGGGGATATGAAATTGTAAAGGATGAGTTGAGTGGAAAACCACATAAGAAAAAGCATTTAGAATATGAGCCTTCAGCCTCACCAAAAGTTGAAAAAAGTACTAGAACTGATGTTGTTGTTTTGCCATCAAAGCAGTCTCGATGGAGTAAGAAGTGGGAGGCATTCAGGGAGAAGATGCAAGGTCATCCCATTTTCAAGCGTTTTACAGACTATAGTGAACCTATAAAGTCAAAGGGTGAAGAGATAGCTGAGGACATTCGTGAAAGGTGGGAGACAAGTGATAACCCTATCGTTCAAAAAATTCAGGACATAAATGAAAATGTGTTTCAAGAATCAGATGCTGCTACATCATTCAAGGAAATTCGTCGTAGAGATCCGTATTTCTCCTTACCAGATTTCGTAGCTGAAGTTCAAGAAGCAATCAAACCAGTGTTAACTTCTTATATAAAGGGAGATTCTGAAACTTTAAAGAAATACTGTAGTTCTGAGGTAATTGAACGTTGTAAAGCAGAGCATCGGGCTTACCAGAGCCAAGGTATCTTCTTTGATAACAAGATTCTGCACATTTCAGAGGTTGAAGTGCGGGAGACCAAGATGATGGGAAGCAGTCCCATCATCATTGTAGCTTTCCAAACGCAGCAGGTCTACTGCGTACGTGATGCACATGGATCAATTAGAGAAGGTGGTAAGGACACAATCCACACTGTATATTATGCATGGGCTATGCAAATGTTGGATCCTGAAGAAGTTGGAGAAGGAGCATCTCATGCTATTTGGAGGGTTAGGGAAATGCAGCAGTTTGCATATGGTCTATCTAATTGGTTAGTAGAGTTGGTTGTTGGAGATAATTGGGGCAGTTGGTCAACGAAGTTAGTCGTTGGAGCTGGCTGTAGGAGGTGGTTGTTGCTAGAGTTGGTTGCAGGAAGAGGTCATAAGAGGTGGTGGCTAGAGATGGTCGATGGAGTTGGTTTGATAGAGGTGGTTTTGGAGTTGGCCGTCGGAGTTGATCATCAAAGGCAGTCACCGATGGTGGTCGCCAAATGTGGTTGTCACCATAGATGGTTGCCGGTAGTAGCTAAAGATGGCTGA

Protein sequence

MGDFERTGNVIGSGDGDGEAIKVQGLFETFSWPYWVKTSYGVALLLKKSSKMDGQPPPLPPLQSTAPPLAGRRSYPTVSAAATARCTFSCAVSASRRTRCRSLSPARSRLSEQPELLISVVLAVGEVAPPLTFHIPKSRIRDILLSRQSIFYHLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQQSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAATGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFKSSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEKSTRTDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDNPIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGDSETLKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQQVYCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREMQQFAYGLSNWLVELVVGDNWGSWSTKLVVGAGCRRWLLLELVAGRGHKRWWLEMVDGVGLIEVVLELAVGVDHQRQSPMVVAKCGCHHRWLPVVAKDG

Homology

[Close]

BLAST of Clc01G06220 vs. NCBI nr
Match: XP_038875259.1 (mitochondrial import inner membrane translocase subunit TIM44-2 [Benincasa hispida])

HSP 1 Score: 840.5 bits (2170), Expect = 1.1e-239
Identity = 437/472 (92.58%), Postives = 452/472 (95.76%), Query Frame = 0


Query: 140 IRDILLSRQSIFYHLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQ 199
           +RDILLSRQSIFY LTSH+SSCTRSQLLL NGYSINRRFSVFNEFSKKVKGEADKNP+FQ
Sbjct: 7   VRDILLSRQSIFYQLTSHQSSCTRSQLLLQNGYSINRRFSVFNEFSKKVKGEADKNPQFQ 66

Query: 200 QSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAA 259
           QS+KEWKEKAEE KGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAA
Sbjct: 67  QSVKEWKEKAEEFKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAA 126

Query: 260 TGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFK 319
           T EVK AFGFSHKNSS ST S+T HGADA K G+EASSD AK QHPGS+GSSET+FGKFK
Sbjct: 127 TEEVKGAFGFSHKNSSGST-SATDHGADAKKPGTEASSDEAKDQHPGSNGSSETIFGKFK 186

Query: 320 SSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEKSTR 379
           SSIPS GISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSA+P VE+STR
Sbjct: 187 SSIPSPGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSAAPIVERSTR 246

Query: 380 TDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDN 439
           TDVVVLPSKQSRWSKKWEAFREKMQGHPI KR   YSEP++SK EEIAEDIRERWETSDN
Sbjct: 247 TDVVVLPSKQSRWSKKWEAFREKMQGHPILKRVIRYSEPVRSKTEEIAEDIRERWETSDN 306

Query: 440 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGDSET 499
           PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVL SYIKGDSET
Sbjct: 307 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLISYIKGDSET 366

Query: 500 LKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQQV 559
           LKK+CSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGS+PIIIVAFQTQQV
Sbjct: 367 LKKFCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSTPIIIVAFQTQQV 426

Query: 560 YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREMQQF 612
           YCVRDA+GSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREMQQF
Sbjct: 427 YCVRDANGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREMQQF 477

[Close]

BLAST of Clc01G06220 vs. NCBI nr
Match: XP_022939357.1 (mitochondrial import inner membrane translocase subunit TIM44-2 [Cucurbita moschata])

HSP 1 Score: 831.2 bits (2146), Expect = 6.5e-237
Identity = 425/475 (89.47%), Postives = 448/475 (94.32%), Query Frame = 0


Query: 137 KSRIRDILLSRQSIFYHLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNP 196
           K  +RD+ LSRQS+FY LTS ESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEA+KNP
Sbjct: 4   KKLVRDLFLSRQSLFYQLTSQESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEANKNP 63

Query: 197 EFQQSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKI 256
           EFQQS+K+WKEKAEELKGVKEDLKVRTKQTTEQLYKQVDG WSEAEATARKVS DVKEKI
Sbjct: 64  EFQQSVKDWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGAWSEAEATARKVSTDVKEKI 123

Query: 257 SAATGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFG 316
           SAAT EVKEAFGFSHK SS ST SST  GADA KHGSEA S+ AK QHPGS+GSSETVFG
Sbjct: 124 SAATEEVKEAFGFSHKKSSGSTRSSTDPGADAKKHGSEAPSEEAKDQHPGSTGSSETVFG 183

Query: 317 KFKSSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEK 376
           KFKSSIPS+GISSAFERLKSTKLIDLTK+GYEIVKDELSGKPHKKKHLEYEPS SPKVE+
Sbjct: 184 KFKSSIPSTGISSAFERLKSTKLIDLTKKGYEIVKDELSGKPHKKKHLEYEPSTSPKVER 243

Query: 377 STRTDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWET 436
           STRTDVVVLPSKQS WSKKWEAF+ KM GHP+FKR T YSEP+ SKG+EIAEDIRERWET
Sbjct: 244 STRTDVVVLPSKQSHWSKKWEAFKAKMHGHPMFKRVTGYSEPVMSKGQEIAEDIRERWET 303

Query: 437 SDNPIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGD 496
           SDNPIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFV+EVQEAIKPVLTSYIKGD
Sbjct: 304 SDNPIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVSEVQEAIKPVLTSYIKGD 363

Query: 497 SETLKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQT 556
           +E LKKYCS EVIERCKAEH+AYQSQGIFFDNKILHIS+VEVRETKMMG++PIIIVAFQT
Sbjct: 364 AEILKKYCSGEVIERCKAEHQAYQSQGIFFDNKILHISDVEVRETKMMGNTPIIIVAFQT 423

Query: 557 QQVYCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREMQQF 612
           QQVYCVRDAHGSI+EGGKDTIHTVYYAWAMQML+PEEVGEGA HAIWRVREMQQF
Sbjct: 424 QQVYCVRDAHGSIKEGGKDTIHTVYYAWAMQMLEPEEVGEGAPHAIWRVREMQQF 478

[Close]

BLAST of Clc01G06220 vs. NCBI nr
Match: XP_023550271.1 (mitochondrial import inner membrane translocase subunit TIM44-2-like [Cucurbita pepo subsp. pepo])

HSP 1 Score: 828.9 bits (2140), Expect = 3.2e-236
Identity = 425/472 (90.04%), Postives = 446/472 (94.49%), Query Frame = 0


Query: 140 IRDILLSRQSIFYHLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQ 199
           +RD+ LSRQS+FY LTS ESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEA+KNPEFQ
Sbjct: 7   VRDLFLSRQSLFYQLTSQESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEANKNPEFQ 66

Query: 200 QSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAA 259
           QS+KEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDG WSEAEATARKVS DVKEKISAA
Sbjct: 67  QSVKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGAWSEAEATARKVSTDVKEKISAA 126

Query: 260 TGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFK 319
           T EVKEAFGFSHK SS ST SST  GADA KHGSEA S+ AK QH GS+GSSETVFGKFK
Sbjct: 127 TEEVKEAFGFSHKKSSGSTRSSTDPGADAKKHGSEAPSEEAKDQHTGSTGSSETVFGKFK 186

Query: 320 SSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEKSTR 379
           SSIPS+GISSAFERLKSTKLIDLTK+GYEIVKDELSGKPHKKKHLEYEPS SPKVEKSTR
Sbjct: 187 SSIPSTGISSAFERLKSTKLIDLTKKGYEIVKDELSGKPHKKKHLEYEPSTSPKVEKSTR 246

Query: 380 TDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDN 439
           TDVVVLPSKQS WSKKWEAF+ KM GHP+FKR T YSEP+ SKG+EIAEDIRERWETSDN
Sbjct: 247 TDVVVLPSKQSHWSKKWEAFKAKMHGHPMFKRVTGYSEPVMSKGQEIAEDIRERWETSDN 306

Query: 440 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGDSET 499
           PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFV+EVQEAIKPVLTSYIKGD+E 
Sbjct: 307 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVSEVQEAIKPVLTSYIKGDAEI 366

Query: 500 LKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQQV 559
           LKKYCS EVIERCKAEH+AYQSQGIFFDNKILHIS+VEVRETKMMG++PIIIVAFQTQQV
Sbjct: 367 LKKYCSGEVIERCKAEHQAYQSQGIFFDNKILHISDVEVRETKMMGNTPIIIVAFQTQQV 426

Query: 560 YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREMQQF 612
           YCVRDAHGSI+EGGKDTIHTVYYAWAMQML+PEEVGEGA HAIWRVREMQQF
Sbjct: 427 YCVRDAHGSIKEGGKDTIHTVYYAWAMQMLEPEEVGEGAPHAIWRVREMQQF 478

[Close]

BLAST of Clc01G06220 vs. NCBI nr
Match: XP_022155929.1 (mitochondrial import inner membrane translocase subunit TIM44-2 isoform X1 [Momordica charantia])

HSP 1 Score: 825.9 bits (2132), Expect = 2.7e-235
Identity = 423/472 (89.62%), Postives = 445/472 (94.28%), Query Frame = 0


Query: 140 IRDILLSRQSIFYHLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQ 199
           +RD+ LSRQSIFY LTSH SSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEA+KNPEFQ
Sbjct: 7   VRDLFLSRQSIFYQLTSHGSSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEANKNPEFQ 66

Query: 200 QSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAA 259
           QS+KEWKEKAEELKG KED+KVRTKQTTEQLYKQVDG+WS+AEATARKVSADVKEKISAA
Sbjct: 67  QSVKEWKEKAEELKGAKEDIKVRTKQTTEQLYKQVDGMWSDAEATARKVSADVKEKISAA 126

Query: 260 TGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFK 319
           T EVK+AFGF  K SS STC+ST HGADA K GSEA+S+  +HQHPGS  +SETVFGKFK
Sbjct: 127 TEEVKDAFGFGQKKSSGSTCTSTDHGADAKKDGSEATSEEGRHQHPGSRDTSETVFGKFK 186

Query: 320 SSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEKSTR 379
           SSIPS GI SAFERLK  KLIDLTK+GYEIVKDELSGKPHKKKHLEYEPSASPKVE+STR
Sbjct: 187 SSIPSPGI-SAFERLKKAKLIDLTKKGYEIVKDELSGKPHKKKHLEYEPSASPKVERSTR 246

Query: 380 TDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDN 439
           TDVVVLPSKQSRWSKKWEAF+EKMQGH IFKR T Y EP+ SKG+EIAEDIRERWETSDN
Sbjct: 247 TDVVVLPSKQSRWSKKWEAFKEKMQGHTIFKRVTGYGEPVVSKGQEIAEDIRERWETSDN 306

Query: 440 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGDSET 499
           PIVQKIQDINENVFQESDAATSFKEIRR+DPYFSLPDFVAEVQEAIKPVLTSYIKGDSET
Sbjct: 307 PIVQKIQDINENVFQESDAATSFKEIRRKDPYFSLPDFVAEVQEAIKPVLTSYIKGDSET 366

Query: 500 LKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQQV 559
           LKKYCS+EVIERCKAEHRAY+SQ IFFDNKILHISEVEVRETKMMGS+PIIIVAFQTQQV
Sbjct: 367 LKKYCSAEVIERCKAEHRAYESQAIFFDNKILHISEVEVRETKMMGSTPIIIVAFQTQQV 426

Query: 560 YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREMQQF 612
           YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGA HAIWRVREMQQF
Sbjct: 427 YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGAPHAIWRVREMQQF 477

[Close]

BLAST of Clc01G06220 vs. NCBI nr
Match: XP_022994020.1 (mitochondrial import inner membrane translocase subunit TIM44-2-like [Cucurbita maxima])

HSP 1 Score: 824.3 bits (2128), Expect = 7.9e-235
Identity = 422/472 (89.41%), Postives = 445/472 (94.28%), Query Frame = 0


Query: 140 IRDILLSRQSIFYHLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQ 199
           +RD+ LSRQS+FY LTS ESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEA+KNPEFQ
Sbjct: 7   VRDLFLSRQSLFYQLTSQESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEANKNPEFQ 66

Query: 200 QSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAA 259
           QS+KEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDG WSEAEATARKVS DVKEKISAA
Sbjct: 67  QSVKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGAWSEAEATARKVSTDVKEKISAA 126

Query: 260 TGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFK 319
           T EVKEAFGFSHK SS ST SST  GADA KHG+EA S+ AK QHPGS+GSSETV GKFK
Sbjct: 127 TEEVKEAFGFSHKKSSGSTRSSTDPGADAKKHGNEAPSEEAKDQHPGSTGSSETVSGKFK 186

Query: 320 SSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEKSTR 379
           SSIPS+GISSAFERLKSTKLIDLTK+GYEIVKDELSGKPHKKKHLEYEPS SPKVE+STR
Sbjct: 187 SSIPSTGISSAFERLKSTKLIDLTKKGYEIVKDELSGKPHKKKHLEYEPSTSPKVERSTR 246

Query: 380 TDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDN 439
           TDVVVLPSKQS WSKKWEA + KM GHP+FKR T YSEP+ SKG+EIAEDIRERWETSDN
Sbjct: 247 TDVVVLPSKQSHWSKKWEALKAKMHGHPMFKRVTGYSEPVMSKGQEIAEDIRERWETSDN 306

Query: 440 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGDSET 499
           PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFV+EVQEAIKPVLTSYIKGD+E 
Sbjct: 307 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVSEVQEAIKPVLTSYIKGDAEI 366

Query: 500 LKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQQV 559
           LKKYCS EVIERCKAEH+AYQSQGIFFDNKILHIS+VEVRETKMMG++PIIIVAFQTQQV
Sbjct: 367 LKKYCSGEVIERCKAEHQAYQSQGIFFDNKILHISDVEVRETKMMGNTPIIIVAFQTQQV 426

Query: 560 YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREMQQF 612
           YCVRDAHGSI+EGGKDTIHTVYYAWAMQML+PEEVGEGA HAIWRVREMQQF
Sbjct: 427 YCVRDAHGSIKEGGKDTIHTVYYAWAMQMLEPEEVGEGAPHAIWRVREMQQF 478

[Close]

BLAST of Clc01G06220 vs. ExPASy Swiss-Prot
Match: Q5XF06 (Mitochondrial import inner membrane translocase subunit TIM44-2 OS=Arabidopsis thaliana OX=3702 GN=TIM44-2 PE=1 SV=1)

HSP 1 Score: 548.9 bits (1413), Expect = 8.4e-155
Identity = 276/469 (58.85%), Postives = 363/469 (77.40%), Query Frame = 0


Query: 140 IRDILLSRQSIFYHLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQ 199
           +RD+L+++Q +   L        R  LL  NG++ +RRFSVF+EFSKK++GEAD NPEFQ
Sbjct: 7   VRDLLITKQPLLQQLVHQRRVGARLGLLQGNGFASHRRFSVFSEFSKKIRGEADSNPEFQ 66

Query: 200 QSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAA 259
           +++KE+KE+AEEL+GVKEDLKVRTKQTTE+LYKQ  GVW+EAE+ A+KVS+ VK+K SAA
Sbjct: 67  KTVKEFKERAEELQGVKEDLKVRTKQTTEKLYKQGQGVWTEAESVAKKVSSSVKDKFSAA 126

Query: 260 TGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFK 319
           T EVKE+F    + S+ES  SS          G+  +    + Q  GS+   +T FGKFK
Sbjct: 127 TEEVKESFKLGKEESAESASSS----------GTGTTEGEKQQQQSGSTEEQDTFFGKFK 186

Query: 320 SSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEKSTR 379
           SSI S  +S AF      K +D  K+G +IVKDEL G P K+KHLEY P      E+STR
Sbjct: 187 SSISSPKLSEAFH-----KPLDFAKKGLDIVKDELRGNPSKRKHLEYTPPPPFTGERSTR 246

Query: 380 TDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDN 439
           T++V++P+KQS+W KKWE+ REKMQG+P+FKR +  SEP+ +K +EIAED+RE+WETSDN
Sbjct: 247 TEMVIMPTKQSKWQKKWESLREKMQGYPVFKRLSGMSEPVVNKSQEIAEDVREKWETSDN 306

Query: 440 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGDSET 499
           PIV KIQD+NE +F+E+ +A+++KEIRRRDP FSLPDFV+E+QEAI+PVL +Y KGD++T
Sbjct: 307 PIVHKIQDMNERIFEETGSASTYKEIRRRDPSFSLPDFVSEIQEAIRPVLNAYSKGDAKT 366

Query: 500 LKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQQV 559
           LKKYCS E+IERC AEHRA+ SQG FFD+K+LH+SEV+++ETKMMG++P+IIV FQTQ++
Sbjct: 367 LKKYCSKELIERCTAEHRAFTSQGYFFDHKLLHVSEVDIQETKMMGTTPVIIVRFQTQEI 426

Query: 560 YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREM 609
           +CVRD  G I+EGG+DTIHTVYY WAMQ +D  E+GE A + IWR+REM
Sbjct: 427 FCVRDQDGKIKEGGQDTIHTVYYDWAMQQVDAAELGEDAIYPIWRLREM 460

[Close]

BLAST of Clc01G06220 vs. ExPASy Swiss-Prot
Match: Q1PF33 (Mitochondrial import inner membrane translocase subunit TIM44-1 OS=Arabidopsis thaliana OX=3702 GN=TIM44-1 PE=2 SV=1)

HSP 1 Score: 504.2 bits (1297), Expect = 2.4e-141
Identity = 266/471 (56.48%), Postives = 342/471 (72.61%), Query Frame = 0


Query: 140 IRDILLSRQSIFYHLTSHE--SSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPE 199
           IRD+L+++Q +   L       +  RS+ L   GY+ +RRFSVF EFSK ++GEA  NPE
Sbjct: 7   IRDLLITKQPLLRQLFHQRVLRANARSEFLPAIGYTSHRRFSVFTEFSKNIRGEAHSNPE 66

Query: 200 FQQSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKIS 259
           F++++KE KE+ EE KGV EDLKVRTKQTTE+LYKQ DGVW+EAE+ A+KVS+ VK+K+S
Sbjct: 67  FERTVKELKERTEEFKGVTEDLKVRTKQTTEKLYKQADGVWTEAESAAKKVSSSVKDKLS 126

Query: 260 AATGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGK 319
           AA+ EVKE+F    + ++ES  SS          G+ AS    + Q  GS+    T F K
Sbjct: 127 AASEEVKESFKLGKEENAESASSS----------GTRASQ--GEKQQSGSTEELHTFFAK 186

Query: 320 FKSSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEKS 379
           FKSS+ S  +S  F RLK  K  D+ K+  +IVKDEL G P +KK LE+ P      E+S
Sbjct: 187 FKSSLSSPKVSEVFYRLKEAKPFDIVKQALDIVKDELRGNPSRKKFLEHTPPPPFTGERS 246

Query: 380 TRTDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETS 439
            RT++VV  +KQS+  +KWE+FREKMQG P+FKR +  SEP+ +K +EIAED+RE WETS
Sbjct: 247 MRTEMVVTQTKQSKLQQKWESFREKMQGSPVFKRLSGMSEPVVNKSQEIAEDVREIWETS 306

Query: 440 DNPIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGDS 499
           DNPIV KIQD+NE   +E+D+A+++KEIR RDP FSLPDF AE++E IKPVL +Y +GD 
Sbjct: 307 DNPIVHKIQDMNEKFLKETDSASTYKEIRSRDPSFSLPDFAAEIEEVIKPVLNAYSEGDV 366

Query: 500 ETLKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQ 559
           ETLKKYCS EVIERC AE  AYQ+ G+ FDNK+LHISEV V  TKMMG SPIII  FQTQ
Sbjct: 367 ETLKKYCSKEVIERCTAERTAYQTHGVLFDNKLLHISEVSVSVTKMMGDSPIIIAKFQTQ 426

Query: 560 QVYCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREM 609
           ++YCVRD +G I+EGG+DTIHTVY+ WAMQ ++  E+GE A + IWR+REM
Sbjct: 427 EIYCVRDENGEIQEGGQDTIHTVYHEWAMQQVETTELGEDAIYPIWRLREM 465

[Close]

BLAST of Clc01G06220 vs. ExPASy Swiss-Prot
Match: O35857 (Mitochondrial import inner membrane translocase subunit TIM44 OS=Mus musculus OX=10090 GN=Timm44 PE=1 SV=2)

HSP 1 Score: 102.4 bits (254), Expect = 2.1e-20
Identity = 111/470 (23.62%), Postives = 209/470 (44.47%), Query Frame = 0


Query: 153 HLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQQSIKEWKEKAEEL 212
           H +S++ S    +L L   YS   R    +     +K E  KN E ++SIK+++++A++L
Sbjct: 32  HGSSYQISRPGRELTLTKSYSSGSRKGFLSGLLDNIKQELAKNKEMKESIKKFRDEAKKL 91

Query: 213 KGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAATGEVKEAFGFSHK 272
           +      +    Q   + YK +       E+   + S  +K+K+   TG VKE+     K
Sbjct: 92  E------ESDALQEARRKYKSI-------ESETVRTSEAIKKKLGELTGTVKESLDEVSK 151

Query: 273 NSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFKSSIPSSGISSAFE 332
           +                K G E ++  AK                      +  +S + E
Sbjct: 152 SDL----------GRKIKEGVEEAARTAKQS--------------------AESVSKSGE 211

Query: 333 RLKSTKLIDLTKRGYEIVKDELS----------GKPHK-KKHLEYEPS--ASPKVEKSTR 392
           +L  T       +G E VK EL            +P + +K  E+  +     KV ++  
Sbjct: 212 KLGKTAAFKAISQGVESVKKELDESVLGQTGPYRRPERLRKRTEFAGAKFKESKVFEANE 271

Query: 393 TDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDN 452
             + V+  K S+W ++W+ F++    + +F RF +    +K K +E ++++  R   +  
Sbjct: 272 EALGVVLHKDSKWYQQWKDFKD---NNVVFNRFFE----MKMKYDE-SDNVLIR---ASR 331

Query: 453 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKP-VLTSYIKGDSE 512
            +  K+ D+   +F +++ +    EI R DP F    F+ + +  I P +L + I G+ +
Sbjct: 332 ALTDKVTDLLGGLFSKTEMSEVLTEILRVDPTFDKDHFLHQCETDIIPNILEAMISGELD 391

Query: 513 TLKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQQ 572
            LK +C      +     +  ++ G  F ++IL IS V++   KMM   P++IV FQ Q 
Sbjct: 392 ILKDWCYEATYSQLAHPIQQAKALGFQFHSRILDISNVDLAMGKMMEQGPVLIVTFQAQV 443

Query: 573 VYCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREM 609
           V  ++++ G + +G  D +  + Y WA+   D EE+     +A WR+ ++
Sbjct: 452 VMVIKNSKGEVYDGDPDKVQRMLYVWAL-CRDQEELN---PYAAWRLLDI 443

[Close]

BLAST of Clc01G06220 vs. ExPASy Swiss-Prot
Match: O35094 (Mitochondrial import inner membrane translocase subunit TIM44 OS=Rattus norvegicus OX=10116 GN=Timm44 PE=1 SV=1)

HSP 1 Score: 97.1 bits (240), Expect = 8.7e-19
Identity = 108/468 (23.08%), Postives = 207/468 (44.23%), Query Frame = 0


Query: 155 TSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQQSIKEWKEKAEELKG 214
           +S++ S    +L L   YS   R    +     +K E  +N E ++SIK+++++A++L+ 
Sbjct: 35  SSYQISRPGGELTLTKSYSSGSRKGFLSGLLDNIKQELAQNKEMKESIKKFRDEAKKLE- 94

Query: 215 VKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAATGEVKEAFGFSHKNS 274
                +    Q   + YK +       E+   + S  +K+K+   TG VKE+     K+ 
Sbjct: 95  -----ESDALQEARRKYKTI-------ESETVRTSEAIKKKLGELTGTVKESLDEVSKSD 154

Query: 275 SESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFKSSIPSSGISSAFERL 334
                          K G E ++  AK                      +  +S   E+L
Sbjct: 155 L----------GRKIKEGVEEAARTAKQS--------------------AESVSKGGEKL 214

Query: 335 KSTKLIDLTKRGYEIVKDELS----------GKPHK-KKHLEYEPS--ASPKVEKSTRTD 394
             T       +G E VK E+            +P + +K  E+  +     KV ++    
Sbjct: 215 GKTAAFKAISQGVESVKKEIDESVLGHTGTYRRPERLRKRTEFAGAKFKESKVFEANEEA 274

Query: 395 VVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDNPI 454
           + V+  K S+W ++W+ F++    + +F RF +    +K K +E ++++  R   +   +
Sbjct: 275 LGVVLHKDSKWYQQWKDFKD---NNVVFNRFFE----MKMKYDE-SDNVLIR---ASRAL 334

Query: 455 VQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKP-VLTSYIKGDSETL 514
             K+ D+   +F +++ +    EI R DP F    F+ + +  I P +L + I G+ + L
Sbjct: 335 TDKVTDLLGGLFSKTEMSEVLTEILRVDPTFDKDRFLHQCETDIIPNILEAMISGELDIL 394

Query: 515 KKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQQVY 574
           K +C      +     +  ++ G+ F ++IL IS V++   KMM   P++IV FQ Q V 
Sbjct: 395 KDWCYEATYNQLAHSIQQAKALGLQFHSRILDISNVDLAMGKMMEQGPVLIVTFQAQLVM 444

Query: 575 CVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREM 609
            +++  G + +G  D +  + Y WA+   D EE+     +A WR+ ++
Sbjct: 455 VIKNPKGEVFDGDPDKVLRMLYVWAL-CRDQEELN---PYAAWRLLDI 444

[Close]

BLAST of Clc01G06220 vs. ExPASy Swiss-Prot
Match: O43615 (Mitochondrial import inner membrane translocase subunit TIM44 OS=Homo sapiens OX=9606 GN=TIMM44 PE=1 SV=2)

HSP 1 Score: 95.1 bits (235), Expect = 3.3e-18
Identity = 110/477 (23.06%), Postives = 202/477 (42.35%), Query Frame = 0


Query: 153 HLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQQSIKEWKEKAEEL 212
           H ++++      +L L   YS   R    +     VK E  KN E ++SIK+++++A  L
Sbjct: 32  HGSTYQMRRPGGELPLSKSYSSGNRKGFLSGLLDNVKQELAKNKEMKESIKKFRDEARRL 91

Query: 213 KGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAATGEVKEAFGFSHK 272
           +      +    Q   + YK +       E+   + S  +++K+   TG VKE+    H+
Sbjct: 92  E------ESDVLQEARRKYKTI-------ESETVRTSEVLRKKLGELTGTVKESL---HE 151

Query: 273 NSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFKSSIPSSGISSAFE 332
            S               K G E ++  AK                      +  +S   E
Sbjct: 152 VSKSDL-------GRKIKEGVEEAAKTAKQS--------------------AESVSKGGE 211

Query: 333 RLKSTKLIDLTKRGYEIVKDELSG----------KPHK-KKHLEY--EPSASPKVEKSTR 392
           +L  T       +G E VK E+            +P + +K  E+  +     KV +   
Sbjct: 212 KLGRTAAFRALSQGVESVKKEIDDSVLGQTGPYRRPQRLRKRTEFAGDKFKEEKVFEPNE 271

Query: 393 TDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDN 452
             + V+  K S+W ++W+ F+E    + +F RF                +++ +++ SDN
Sbjct: 272 EALGVVLHKDSKWYQQWKDFKE---NNVVFNRFF---------------EMKMKYDESDN 331

Query: 453 PIVQ-------KIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKP-VLTS 512
             ++       K+ D+   +F +++ +    EI R DP F    F+ + +  I P VL +
Sbjct: 332 AFIRASRALTDKVTDLLGGLFSKTEMSEVLTEILRVDPAFDKDRFLKQCENDIIPNVLEA 391

Query: 513 YIKGDSETLKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIII 572
            I G+ + LK +C      +     +  ++ G+ F ++IL I  V++   KMM   P++I
Sbjct: 392 MISGELDILKDWCYEATYSQLAHPIQQAKALGLQFHSRILDIDNVDLAMGKMMEQGPVLI 443

Query: 573 VAFQTQQVYCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREM 609
           + FQ Q V  VR+  G + EG  D +  + Y WA+   D +E+     +A WR+ ++
Sbjct: 452 ITFQAQLVMVVRNPKGEVVEGDPDKVLRMLYVWAL-CRDQDELN---PYAAWRLLDI 443

[Close]

BLAST of Clc01G06220 vs. ExPASy TrEMBL
Match: A0A6J1FGJ9 (mitochondrial import inner membrane translocase subunit TIM44-2 OS=Cucurbita moschata OX=3662 GN=LOC111445295 PE=3 SV=1)

HSP 1 Score: 831.2 bits (2146), Expect = 3.1e-237
Identity = 425/475 (89.47%), Postives = 448/475 (94.32%), Query Frame = 0


Query: 137 KSRIRDILLSRQSIFYHLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNP 196
           K  +RD+ LSRQS+FY LTS ESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEA+KNP
Sbjct: 4   KKLVRDLFLSRQSLFYQLTSQESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEANKNP 63

Query: 197 EFQQSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKI 256
           EFQQS+K+WKEKAEELKGVKEDLKVRTKQTTEQLYKQVDG WSEAEATARKVS DVKEKI
Sbjct: 64  EFQQSVKDWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGAWSEAEATARKVSTDVKEKI 123

Query: 257 SAATGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFG 316
           SAAT EVKEAFGFSHK SS ST SST  GADA KHGSEA S+ AK QHPGS+GSSETVFG
Sbjct: 124 SAATEEVKEAFGFSHKKSSGSTRSSTDPGADAKKHGSEAPSEEAKDQHPGSTGSSETVFG 183

Query: 317 KFKSSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEK 376
           KFKSSIPS+GISSAFERLKSTKLIDLTK+GYEIVKDELSGKPHKKKHLEYEPS SPKVE+
Sbjct: 184 KFKSSIPSTGISSAFERLKSTKLIDLTKKGYEIVKDELSGKPHKKKHLEYEPSTSPKVER 243

Query: 377 STRTDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWET 436
           STRTDVVVLPSKQS WSKKWEAF+ KM GHP+FKR T YSEP+ SKG+EIAEDIRERWET
Sbjct: 244 STRTDVVVLPSKQSHWSKKWEAFKAKMHGHPMFKRVTGYSEPVMSKGQEIAEDIRERWET 303

Query: 437 SDNPIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGD 496
           SDNPIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFV+EVQEAIKPVLTSYIKGD
Sbjct: 304 SDNPIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVSEVQEAIKPVLTSYIKGD 363

Query: 497 SETLKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQT 556
           +E LKKYCS EVIERCKAEH+AYQSQGIFFDNKILHIS+VEVRETKMMG++PIIIVAFQT
Sbjct: 364 AEILKKYCSGEVIERCKAEHQAYQSQGIFFDNKILHISDVEVRETKMMGNTPIIIVAFQT 423

Query: 557 QQVYCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREMQQF 612
           QQVYCVRDAHGSI+EGGKDTIHTVYYAWAMQML+PEEVGEGA HAIWRVREMQQF
Sbjct: 424 QQVYCVRDAHGSIKEGGKDTIHTVYYAWAMQMLEPEEVGEGAPHAIWRVREMQQF 478

[Close]

BLAST of Clc01G06220 vs. ExPASy TrEMBL
Match: A0A6J1DRS2 (mitochondrial import inner membrane translocase subunit TIM44-2 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111022929 PE=3 SV=1)

HSP 1 Score: 825.9 bits (2132), Expect = 1.3e-235
Identity = 423/472 (89.62%), Postives = 445/472 (94.28%), Query Frame = 0


Query: 140 IRDILLSRQSIFYHLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQ 199
           +RD+ LSRQSIFY LTSH SSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEA+KNPEFQ
Sbjct: 7   VRDLFLSRQSIFYQLTSHGSSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEANKNPEFQ 66

Query: 200 QSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAA 259
           QS+KEWKEKAEELKG KED+KVRTKQTTEQLYKQVDG+WS+AEATARKVSADVKEKISAA
Sbjct: 67  QSVKEWKEKAEELKGAKEDIKVRTKQTTEQLYKQVDGMWSDAEATARKVSADVKEKISAA 126

Query: 260 TGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFK 319
           T EVK+AFGF  K SS STC+ST HGADA K GSEA+S+  +HQHPGS  +SETVFGKFK
Sbjct: 127 TEEVKDAFGFGQKKSSGSTCTSTDHGADAKKDGSEATSEEGRHQHPGSRDTSETVFGKFK 186

Query: 320 SSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEKSTR 379
           SSIPS GI SAFERLK  KLIDLTK+GYEIVKDELSGKPHKKKHLEYEPSASPKVE+STR
Sbjct: 187 SSIPSPGI-SAFERLKKAKLIDLTKKGYEIVKDELSGKPHKKKHLEYEPSASPKVERSTR 246

Query: 380 TDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDN 439
           TDVVVLPSKQSRWSKKWEAF+EKMQGH IFKR T Y EP+ SKG+EIAEDIRERWETSDN
Sbjct: 247 TDVVVLPSKQSRWSKKWEAFKEKMQGHTIFKRVTGYGEPVVSKGQEIAEDIRERWETSDN 306

Query: 440 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGDSET 499
           PIVQKIQDINENVFQESDAATSFKEIRR+DPYFSLPDFVAEVQEAIKPVLTSYIKGDSET
Sbjct: 307 PIVQKIQDINENVFQESDAATSFKEIRRKDPYFSLPDFVAEVQEAIKPVLTSYIKGDSET 366

Query: 500 LKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQQV 559
           LKKYCS+EVIERCKAEHRAY+SQ IFFDNKILHISEVEVRETKMMGS+PIIIVAFQTQQV
Sbjct: 367 LKKYCSAEVIERCKAEHRAYESQAIFFDNKILHISEVEVRETKMMGSTPIIIVAFQTQQV 426

Query: 560 YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREMQQF 612
           YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGA HAIWRVREMQQF
Sbjct: 427 YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGAPHAIWRVREMQQF 477

[Close]

BLAST of Clc01G06220 vs. ExPASy TrEMBL
Match: A0A6J1K042 (mitochondrial import inner membrane translocase subunit TIM44-2-like OS=Cucurbita maxima OX=3661 GN=LOC111489836 PE=3 SV=1)

HSP 1 Score: 824.3 bits (2128), Expect = 3.8e-235
Identity = 422/472 (89.41%), Postives = 445/472 (94.28%), Query Frame = 0


Query: 140 IRDILLSRQSIFYHLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQ 199
           +RD+ LSRQS+FY LTS ESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEA+KNPEFQ
Sbjct: 7   VRDLFLSRQSLFYQLTSQESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEANKNPEFQ 66

Query: 200 QSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAA 259
           QS+KEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDG WSEAEATARKVS DVKEKISAA
Sbjct: 67  QSVKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGAWSEAEATARKVSTDVKEKISAA 126

Query: 260 TGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFK 319
           T EVKEAFGFSHK SS ST SST  GADA KHG+EA S+ AK QHPGS+GSSETV GKFK
Sbjct: 127 TEEVKEAFGFSHKKSSGSTRSSTDPGADAKKHGNEAPSEEAKDQHPGSTGSSETVSGKFK 186

Query: 320 SSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEKSTR 379
           SSIPS+GISSAFERLKSTKLIDLTK+GYEIVKDELSGKPHKKKHLEYEPS SPKVE+STR
Sbjct: 187 SSIPSTGISSAFERLKSTKLIDLTKKGYEIVKDELSGKPHKKKHLEYEPSTSPKVERSTR 246

Query: 380 TDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDN 439
           TDVVVLPSKQS WSKKWEA + KM GHP+FKR T YSEP+ SKG+EIAEDIRERWETSDN
Sbjct: 247 TDVVVLPSKQSHWSKKWEALKAKMHGHPMFKRVTGYSEPVMSKGQEIAEDIRERWETSDN 306

Query: 440 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGDSET 499
           PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFV+EVQEAIKPVLTSYIKGD+E 
Sbjct: 307 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVSEVQEAIKPVLTSYIKGDAEI 366

Query: 500 LKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQQV 559
           LKKYCS EVIERCKAEH+AYQSQGIFFDNKILHIS+VEVRETKMMG++PIIIVAFQTQQV
Sbjct: 367 LKKYCSGEVIERCKAEHQAYQSQGIFFDNKILHISDVEVRETKMMGNTPIIIVAFQTQQV 426

Query: 560 YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREMQQF 612
           YCVRDAHGSI+EGGKDTIHTVYYAWAMQML+PEEVGEGA HAIWRVREMQQF
Sbjct: 427 YCVRDAHGSIKEGGKDTIHTVYYAWAMQMLEPEEVGEGAPHAIWRVREMQQF 478

[Close]

BLAST of Clc01G06220 vs. ExPASy TrEMBL
Match: A0A1S3CU85 (mitochondrial import inner membrane translocase subunit TIM44-2-like isoform X1 OS=Cucumis melo OX=3656 GN=LOC103504598 PE=3 SV=1)

HSP 1 Score: 822.8 bits (2124), Expect = 1.1e-234
Identity = 424/472 (89.83%), Postives = 445/472 (94.28%), Query Frame = 0


Query: 140 IRDILLSRQSIFYHLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQ 199
           +RDILLSRQ+IFY  TSH SSCTRSQ LLP+GYSINR+FSVFNEFSKKVKGEADKN EFQ
Sbjct: 7   VRDILLSRQTIFYQFTSHGSSCTRSQFLLPSGYSINRKFSVFNEFSKKVKGEADKNTEFQ 66

Query: 200 QSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAA 259
           QS+KE KEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEK+SAA
Sbjct: 67  QSVKELKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKLSAA 126

Query: 260 TGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFK 319
           T EVKEAFGFS KNSS STCSST HGAD  KHGSEAS + AK QHPGSSGSSET FGKFK
Sbjct: 127 TEEVKEAFGFSPKNSSGSTCSSTDHGADTKKHGSEASFENAKDQHPGSSGSSETFFGKFK 186

Query: 320 SSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEKSTR 379
           SSIPS GISSAFERLKSTKLIDL KRGYE+VKDELSGKPHKKKHLEYEPSASPKVE+STR
Sbjct: 187 SSIPSPGISSAFERLKSTKLIDLAKRGYEVVKDELSGKPHKKKHLEYEPSASPKVERSTR 246

Query: 380 TDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDN 439
           TDVVVLPSKQSRWSKKWEAFREK+Q HP++KR T YSEP+ +K +EIAED+RERWETSDN
Sbjct: 247 TDVVVLPSKQSRWSKKWEAFREKIQDHPVYKRVTGYSEPVITKSQEIAEDMRERWETSDN 306

Query: 440 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGDSET 499
            I+QKIQDINENVFQESDAATSFKEIRRRDP FSLPDFVAEVQE IKPVLTSYIKGDSET
Sbjct: 307 VIIQKIQDINENVFQESDAATSFKEIRRRDPSFSLPDFVAEVQEVIKPVLTSYIKGDSET 366

Query: 500 LKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQQV 559
           LKK+CS+EVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGS+PIIIVAFQTQQV
Sbjct: 367 LKKHCSAEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSTPIIIVAFQTQQV 426

Query: 560 YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREMQQF 612
           YCVRDA+GSIREGGKDTIHTVYYAWAMQMLDPEEVGEGA HAIWRVREMQQF
Sbjct: 427 YCVRDANGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGALHAIWRVREMQQF 478

[Close]

BLAST of Clc01G06220 vs. ExPASy TrEMBL
Match: A0A1S3CSY4 (mitochondrial import inner membrane translocase subunit TIM44-2-like isoform X2 OS=Cucumis melo OX=3656 GN=LOC103504598 PE=3 SV=1)

HSP 1 Score: 766.9 bits (1979), Expect = 7.2e-218
Identity = 401/472 (84.96%), Postives = 421/472 (89.19%), Query Frame = 0


Query: 140 IRDILLSRQSIFYHLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQ 199
           +RDILLSRQ+IFY  TSH SSCTRSQ LLP+GYSINR+FSVFNEFSKKVKGEADKN EFQ
Sbjct: 7   VRDILLSRQTIFYQFTSHGSSCTRSQFLLPSGYSINRKFSVFNEFSKKVKGEADKNTEFQ 66

Query: 200 QSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAA 259
           QS+KE KEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEK+SAA
Sbjct: 67  QSVKELKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKLSAA 126

Query: 260 TGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFK 319
           T EVKEAFGFS KNSS STCSST HGAD  KHGSEAS + AK QHPGSSGSSET FGKFK
Sbjct: 127 TEEVKEAFGFSPKNSSGSTCSSTDHGADTKKHGSEASFENAKDQHPGSSGSSETFFGKFK 186

Query: 320 SSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEKSTR 379
           SSIPS GISSAFERLKSTKLIDL KRGYE+VKDELSGKPHKKKHLEYEPSASPKVE+STR
Sbjct: 187 SSIPSPGISSAFERLKSTKLIDLAKRGYEVVKDELSGKPHKKKHLEYEPSASPKVERSTR 246

Query: 380 TDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDN 439
           TDVVVLPSKQSRWSKKWEAFREK+Q HP++KR T YSEP+ +K +EIAED+RERWETSDN
Sbjct: 247 TDVVVLPSKQSRWSKKWEAFREKIQDHPVYKRVTGYSEPVITKSQEIAEDMRERWETSDN 306

Query: 440 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGDSET 499
            I+QKIQDINENVFQESDAATSFKEIRRRDP FSLPDFVAEVQE IKPVLTSYIKGDSET
Sbjct: 307 VIIQKIQDINENVFQESDAATSFKEIRRRDPSFSLPDFVAEVQEVIKPVLTSYIKGDSET 366

Query: 500 LKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQQV 559
           LKK+CS+EVIERCKAEHRAYQSQGIFFDNK                        FQTQQV
Sbjct: 367 LKKHCSAEVIERCKAEHRAYQSQGIFFDNK------------------------FQTQQV 426

Query: 560 YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREMQQF 612
           YCVRDA+GSIREGGKDTIHTVYYAWAMQMLDPEEVGEGA HAIWRVREMQQF
Sbjct: 427 YCVRDANGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGALHAIWRVREMQQF 454

[Close]

BLAST of Clc01G06220 vs. TAIR 10
Match: AT2G36070.1 (translocase inner membrane subunit 44-2 )

HSP 1 Score: 548.9 bits (1413), Expect = 6.0e-156
Identity = 276/469 (58.85%), Postives = 363/469 (77.40%), Query Frame = 0


Query: 140 IRDILLSRQSIFYHLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQ 199
           +RD+L+++Q +   L        R  LL  NG++ +RRFSVF+EFSKK++GEAD NPEFQ
Sbjct: 7   VRDLLITKQPLLQQLVHQRRVGARLGLLQGNGFASHRRFSVFSEFSKKIRGEADSNPEFQ 66

Query: 200 QSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAA 259
           +++KE+KE+AEEL+GVKEDLKVRTKQTTE+LYKQ  GVW+EAE+ A+KVS+ VK+K SAA
Sbjct: 67  KTVKEFKERAEELQGVKEDLKVRTKQTTEKLYKQGQGVWTEAESVAKKVSSSVKDKFSAA 126

Query: 260 TGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFK 319
           T EVKE+F    + S+ES  SS          G+  +    + Q  GS+   +T FGKFK
Sbjct: 127 TEEVKESFKLGKEESAESASSS----------GTGTTEGEKQQQQSGSTEEQDTFFGKFK 186

Query: 320 SSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEKSTR 379
           SSI S  +S AF      K +D  K+G +IVKDEL G P K+KHLEY P      E+STR
Sbjct: 187 SSISSPKLSEAFH-----KPLDFAKKGLDIVKDELRGNPSKRKHLEYTPPPPFTGERSTR 246

Query: 380 TDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDN 439
           T++V++P+KQS+W KKWE+ REKMQG+P+FKR +  SEP+ +K +EIAED+RE+WETSDN
Sbjct: 247 TEMVIMPTKQSKWQKKWESLREKMQGYPVFKRLSGMSEPVVNKSQEIAEDVREKWETSDN 306

Query: 440 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGDSET 499
           PIV KIQD+NE +F+E+ +A+++KEIRRRDP FSLPDFV+E+QEAI+PVL +Y KGD++T
Sbjct: 307 PIVHKIQDMNERIFEETGSASTYKEIRRRDPSFSLPDFVSEIQEAIRPVLNAYSKGDAKT 366

Query: 500 LKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQQV 559
           LKKYCS E+IERC AEHRA+ SQG FFD+K+LH+SEV+++ETKMMG++P+IIV FQTQ++
Sbjct: 367 LKKYCSKELIERCTAEHRAFTSQGYFFDHKLLHVSEVDIQETKMMGTTPVIIVRFQTQEI 426

Query: 560 YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREM 609
           +CVRD  G I+EGG+DTIHTVYY WAMQ +D  E+GE A + IWR+REM
Sbjct: 427 FCVRDQDGKIKEGGQDTIHTVYYDWAMQQVDAAELGEDAIYPIWRLREM 460

[Close]

BLAST of Clc01G06220 vs. TAIR 10
Match: AT2G20510.1 (translocase inner membrane subunit 44-1 )

HSP 1 Score: 509.2 bits (1310), Expect = 5.2e-144
Identity = 266/469 (56.72%), Postives = 342/469 (72.92%), Query Frame = 0


Query: 140 IRDILLSRQSIFYHLTSHESSCTRSQLLLPNGYSINRRFSVFNEFSKKVKGEADKNPEFQ 199
           IRD+L+++Q +   L     +  RS+ L   GY+ +RRFSVF EFSK ++GEA  NPEF+
Sbjct: 7   IRDLLITKQPLLRQLFHQRRANARSEFLPAIGYTSHRRFSVFTEFSKNIRGEAHSNPEFE 66

Query: 200 QSIKEWKEKAEELKGVKEDLKVRTKQTTEQLYKQVDGVWSEAEATARKVSADVKEKISAA 259
           +++KE KE+ EE KGV EDLKVRTKQTTE+LYKQ DGVW+EAE+ A+KVS+ VK+K+SAA
Sbjct: 67  RTVKELKERTEEFKGVTEDLKVRTKQTTEKLYKQADGVWTEAESAAKKVSSSVKDKLSAA 126

Query: 260 TGEVKEAFGFSHKNSSESTCSSTHHGADATKHGSEASSDGAKHQHPGSSGSSETVFGKFK 319
           + EVKE+F    + ++ES  SS          G+ AS    + Q  GS+    T F KFK
Sbjct: 127 SEEVKESFKLGKEENAESASSS----------GTRASQ--GEKQQSGSTEELHTFFAKFK 186

Query: 320 SSIPSSGISSAFERLKSTKLIDLTKRGYEIVKDELSGKPHKKKHLEYEPSASPKVEKSTR 379
           SS+ S  +S  F RLK  K  D+ K+  +IVKDEL G P +KK LE+ P      E+S R
Sbjct: 187 SSLSSPKVSEVFYRLKEAKPFDIVKQALDIVKDELRGNPSRKKFLEHTPPPPFTGERSMR 246

Query: 380 TDVVVLPSKQSRWSKKWEAFREKMQGHPIFKRFTDYSEPIKSKGEEIAEDIRERWETSDN 439
           T++VV  +KQS+  +KWE+FREKMQG P+FKR +  SEP+ +K +EIAED+RE WETSDN
Sbjct: 247 TEMVVTQTKQSKLQQKWESFREKMQGSPVFKRLSGMSEPVVNKSQEIAEDVREIWETSDN 306

Query: 440 PIVQKIQDINENVFQESDAATSFKEIRRRDPYFSLPDFVAEVQEAIKPVLTSYIKGDSET 499
           PIV KIQD+NE   +E+D+A+++KEIR RDP FSLPDF AE++E IKPVL +Y +GD ET
Sbjct: 307 PIVHKIQDMNEKFLKETDSASTYKEIRSRDPSFSLPDFAAEIEEVIKPVLNAYSEGDVET 366

Query: 500 LKKYCSSEVIERCKAEHRAYQSQGIFFDNKILHISEVEVRETKMMGSSPIIIVAFQTQQV 559
           LKKYCS EVIERC AE  AYQ+ G+ FDNK+LHISEV V  TKMMG SPIII  FQTQ++
Sbjct: 367 LKKYCSKEVIERCTAERTAYQTHGVLFDNKLLHISEVSVSVTKMMGDSPIIIAKFQTQEI 426

Query: 560 YCVRDAHGSIREGGKDTIHTVYYAWAMQMLDPEEVGEGASHAIWRVREM 609
           YCVRD +G I+EGG+DTIHTVY+ WAMQ ++  E+GE A + IWR+REM
Sbjct: 427 YCVRDENGEIQEGGQDTIHTVYHEWAMQQVETTELGEDAIYPIWRLREM 463

The following BLAST results are available for this feature:

BLAST of Clc01G06220 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038875259.1	1.1e-239	92.58	mitochondrial import inner membrane translocase subunit TIM44-2 [Benincasa hispi...	[more]
XP_022939357.1	6.5e-237	89.47	mitochondrial import inner membrane translocase subunit TIM44-2 [Cucurbita mosch...	[more]
XP_023550271.1	3.2e-236	90.04	mitochondrial import inner membrane translocase subunit TIM44-2-like [Cucurbita ...	[more]
XP_022155929.1	2.7e-235	89.62	mitochondrial import inner membrane translocase subunit TIM44-2 isoform X1 [Momo...	[more]
XP_022994020.1	7.9e-235	89.41	mitochondrial import inner membrane translocase subunit TIM44-2-like [Cucurbita ...	[more]

BLAST of Clc01G06220 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q5XF06	8.4e-155	58.85	Mitochondrial import inner membrane translocase subunit TIM44-2 OS=Arabidopsis t...	[more]
Q1PF33	2.4e-141	56.48	Mitochondrial import inner membrane translocase subunit TIM44-1 OS=Arabidopsis t...	[more]
O35857	2.1e-20	23.62	Mitochondrial import inner membrane translocase subunit TIM44 OS=Mus musculus OX...	[more]
O35094	8.7e-19	23.08	Mitochondrial import inner membrane translocase subunit TIM44 OS=Rattus norvegic...	[more]
O43615	3.3e-18	23.06	Mitochondrial import inner membrane translocase subunit TIM44 OS=Homo sapiens OX...	[more]

BLAST of Clc01G06220 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1FGJ9	3.1e-237	89.47	mitochondrial import inner membrane translocase subunit TIM44-2 OS=Cucurbita mos...	[more]
A0A6J1DRS2	1.3e-235	89.62	mitochondrial import inner membrane translocase subunit TIM44-2 isoform X1 OS=Mo...	[more]
A0A6J1K042	3.8e-235	89.41	mitochondrial import inner membrane translocase subunit TIM44-2-like OS=Cucurbit...	[more]
A0A1S3CU85	1.1e-234	89.83	mitochondrial import inner membrane translocase subunit TIM44-2-like isoform X1 ...	[more]
A0A1S3CSY4	7.2e-218	84.96	mitochondrial import inner membrane translocase subunit TIM44-2-like isoform X2 ...	[more]

BLAST of Clc01G06220 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G36070.1	6.0e-156	58.85	translocase inner membrane subunit 44-2	[more]
AT2G20510.1	5.2e-144	56.72	translocase inner membrane subunit 44-1	[more]

InterPro

Analysis Name: InterPro Annotations of Watermelon (cordophanus) v2
Date Performed: 2022-01-31


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 202..222
None	No IPR available	GENE3D	3.10.450.240		coord: 428..613 e-value: 2.4E-66 score: 225.0
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 270..315
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 300..315
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 270..286
None	No IPR available	PANTHER	PTHR10721:SF2	BNAA07G00370D PROTEIN	coord: 139..610
IPR007379	Tim44-like domain	SMART	SM00978	Tim44_a_2	coord: 458..610 e-value: 2.0E-24 score: 97.1
IPR007379	Tim44-like domain	PFAM	PF04280	Tim44	coord: 459..610 e-value: 3.8E-42 score: 143.9
IPR039544	Tim44-like	PANTHER	PTHR10721	MITOCHONDRIAL IMPORT INNER MEMBRANE TRANSLOCASE SUBUNIT TIM44	coord: 139..610
IPR032710	NTF2-like domain superfamily	SUPERFAMILY	54427	NTF2-like	coord: 427..609

Relationships

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


Feature Name	Unique Name	Type
Clc01G06220.1	Clc01G06220.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0030150	protein import into mitochondrial matrix
cellular_component	GO:0005743	mitochondrial inner membrane
molecular_function	GO:0051087	chaperone binding