HG10007031 (gene) Bottle gourd (Hangzhou Gourd) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: CDSpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below.ATGAAATACTTGTTCTTGAAGTTCAATGAACTAACAAAGTCACTAACTCCCAAGAAATGGAGAAACTCTGAAAATGTTTCTGATGCATGTGGGAGAGAAGCTGCAGAAGCAATGGCAAAGTCTGCAAAGAAGAAGGATCTGATCATCCATGGTTCCGGTAGTATAAATATTGATGGTTCGAGCAACTTTGTCTCGAGTTTTTCGAAGAGGGGTGAGAAAGGAATCAATCAGGACTGCTGCATTGTGTGGGAGGTATGCAAATATAACTTAAGAACAAGAACTTTTTTCTCAAAGATGTCAAATATAGTTGCTTTCTCGTGTTCGTCGAATGAAAGATTCGAAGAGAGCTATTCATATTTTTCATCAGAGAATGACAGGAAAAAAAGGGATGTTTTGTTTTTTGAGTTTTGAAATGTAAAAAACTGGTTTTGATGATAGGAATTTGGATGTCAAAAGGATATGATATTTTGTGGGGTTTTTGATGGCCATGGACCATGGGGCCATTTCGTTGCAAAAAATGTTAGAGAGTCAATGCCAACTGCTCTGCTTTGCAATTGGCAAGAAGCACTTGTTCAAACTTCTCTTCACCCACATTTGGAGCTCAACTCAAGTAAAACACATCTACAGTTCAATTTGTGGGAGCATTCTTATATAGAAGCTTGTGCTGTGGTGGATCAAGAACTCGAGCGACACTGTAAAATCGACACGTTTCATAGCGGAACAACGGCCCTTTCCATCGTTCGACAAGTAATGTTATATTGTTATGTTTTGTCTCTTCTATATGATTCCTAGTGTTCATTTTCTTTATCAAGTTTTCATGACTTATTATATGAACTCGTGGTTATTCAGGGTGATACGATTGTCATAGCAAACCTTGGCGACTCCCGAGCGGTGTTGGCTACAACTTCTAATGATGGAAATTCGACACCATCACCAATTCAGCTCACTATCGATTTCAAACCGAATCTACCTCGTTTGTTCCTCTCTTTGTATACAAAATGAGGATTGAAAATGGAGAGTATATATATACAAAGCTCTAATATTTTTGGTTATTTGTTATGTTTCAGAGGAAGCTGAAAGGATAACACAATGCAATGGGAGGGTTTTCTGCTTGCAAGATGAACCAGGGACTCACCGTCTTTGGTTGCCGAACGAGGAAACGCCGGGGCTATCAATGTCGAGAGCGTTTGGCGATTTTTGCGTTAAGCATTTTGGACTTATTTCCATGCCTGATGTAACACAAAGAAGTGTAACCAACAAAGACTTATTTGTTGTACTTGCAACTGATGGGGTTAGCCTTTTCACACTTGTTCTTCTCAGCTGAAAAATGACACTCTTCCTAAGCATATGTTCTTATCAAGCTAAATGAATAAATGCACAATTTTATGATACTAATCCTAGTAGTATCAAATGTTTACTATTTCTATCAGATATGGGATGTGGTCACGAATCAAGAAGCTGTACAGATCGTACATTCAACTGTAGATAGAGAAAAATCTGCTCGACGATTGGTTGATTATGCTACTCGTGCATGGAAGCGAAAGAGGCCGAGAATTGCAATGGATGATATGTCGGTTATCGTCCTCTATCTCCATTCTTCACCTTCGCATCAACAACCTTTTTCTGTACTGTAGCTCCTATTGGAATGTCTTAAATCTGATATTTGGTGCTTTGAAAGACCAAGTACGGAGTTTAGGGAAGTGTGCCTGTCATATTCACGTTATTTACGTTTTTAACCCTAAAGTTTAGAGAAGTGCGCTATATAAATTCTCTAACGTTAGAGATACCCCTGACTCTGTAATCTGAATTATTCTCTCAAATAATAAATTGCTCTCTCTTTACCCATAGACGTACCTAACACACACTGTTAGGGAACTATGTTAATCTGTGTGTCGATTCTTTATTTCTTTATGTTTTTTGTTCATCTTTGTTTGTTGATTTCTTAACAGCTCCAATCTAAAATAAATAAATAAATAAATAACTTCAAGGTTTATGTTCTTTCTTTTGGGTTATTTGTTGCTACAATATGTTTATTTCAAAATGAAATGTTTGTTAGCTTTAGAATTAACAAATCTTTATTGTATCGATAGTTTTAGTGTTTTAAAATGTCCATAGCATTGATAATCTTTTCAACGCAATTTGAATCACTCAAATTAGACGTCAAACGAGAAAATAACGAAAGAAAAATTTGTGACAATGATGTTAGACAAAGGAATGAATTAGAAACTGGCACGTGAAAGTCTCCCATGAGGATACCAACAATCAAAATCTAAGCAAAGGATCGATACTGATAAGCCTATCTATATCGATACTGAATGGCAATAACGATTGGAGATGTCTAACTACATGCAACATCCGAGAATCATTTACCCCCTAAAAATTATCCAAAATTTCAAATTCATTGTACAATGAACAACAAACTGCATAAATAAACTTAAACCCTATCGTTCAATTAATACCCATATCCAAAAAGGAACAATATAAACAAAAAACCTGAATCCCAAAGCAATTGACTCATGAACAACAACGGACTCACAGAGCAGTAATTGAATAAAATTGTTAAGTTTGGAATTGACTAAATTTGTTTAAGGGTGTTTAACTATTGTTATAAGAGTTGTTTTGTTAGTTATCTCAAAGAATGTTCTTCAGGATGTCTCTCGGAATGTTGATCCTGCAGTTTATTTTTTTTCCTTATCTGGAAAATCTTTTATTTCTCTTGGATCCCCCCCTATTTTAGCCTTGATGATTTTGATTGAGGTTGTTCTCCTTTTCTGTTATGCTTATTTAAGAGCAAGTTGTATTTCTACTAGGGTTGTTGCTTTTGAATATTTTTTTATTAAATTTTCTGTTACGCATGGTGGTTGAATAATAAAGTGCTATGTCAATTGGGGAGATTGTAAAACAAGAAAGCTCTGAAGATCTTGAAGTGTTGCTTGAGATCACCTTGAAGCTTGAATCGCTATTGAGAATGGATTCTTATATTTAGAGGAGCCTAAGTTCATCAAGTGGAGTATTCTCCAATAGAAAGTAGAAAGATTACTATTAAGAGGGAGTCTCACACTTAGGAGTAACCTAAGTGATTGTCTACTGCACATGCTTAGTTAGAGCCTATGTTATCTTGAGAGGGAGTCTTACACTTAGGGGGAGTCTAGGTGTTCATTTATCAAGTTGAGCTCTTCGCGTGTCACTATATTTGTTGTTTATTTACATATCAATATAACGTTGTAATTGCTTAACTTCATATTAGTAAAAATATCTTTCCTGGGCATACTGCCCCCAGACGTAGGTGGTATATCGCTAAATTGGGTTACCAAACTCCGTGTGTTGTTATTCTAAGTTTATTTCAATACTTTATTATTTGTCTTTGCAATCGCCAGGTCATTGTGTGAAACACGTTTAGTTTGTGTGACAGATCACCTTAATTTCGTAAAGGAAGGAAAAGAACAATCGAACAAAGAATAAAAACCCAAATACTAAACTAAGGATATATTAAACAAACAATGAAAGAAGGGCACTTAAGCAAGGAAGAGCAAGAGGCTGACACAAGGCACAACTTAAATGTATGCAAATCACTTGAAGTTCAAAAGTCAGGAAATACGAAGATGGGAGATGAAACTATTATGTGAAATGTTTGGTAATTTTTTTTTTGTTATATCTCAATGACATTATAATAGTCACACATGTTTCGTTGTAATACCCATATTAATATAAACGAGCCAAATAGAAATTAAATTACAATTGCAGACTAAATAATAAAATAAATCTTATTTCCTTTGCGATTGAGCCCTATTACAATTGACTCATGATTGAAGGCCTTTGCCAAATTTGATTATGTGTGCGTAAACGTGTCCTAAGTTTGGTTAGACTTCAAATGGGTCTCAACCTCATCAACGACTTGAAACCCAAAAGTCGCTCCAAGCTCGTCCAAAGTCATATTTGATTGGCTTAACCCAACTATTTATTCGTTGAATTGGATATAAATTATCATTTTACAAATCAGGCTAGCCCAGACTTATTTGGATCATATTTGAATTTTTAGGGCCGACCCCATCAAATGATAGGGGTGAAATGGGCCATCCGTACAAAACAAAACCACCACGAATGTATCTCCTTCTCCACTAAAACCGCCGTCGAGATATTGAACGTCAGATCCATTTCCCCTTTCCTCATTCCCCAGCCGAGCTTCACCTATCTCAACGCCCCATTGTTAAGCACTTTTGAGGGAAGCACCAGCCGCTCGATCCCTGCCTTCCGGAATAAGCACCGCCGCATCCTTCATCTTCCTTTGTTCGGCTCCACCGCACCCACACAACAGATTCCCCTCACATTCGATACCCTCTGAACAACGTCTCAGTGCTCGAGCTCCGCATAACATTCTCTAACCCTATCCCCACCTCTAACTTCACCTTTCACAATTTGGCCCTACTAAACTTCCTTCGTAGCAAATGTTTTCCGTTCCACCCTCAGCGTAATGACAGTCCCTGGTTCCTCAGGTCATTCAGCGTTGCTTTCTGTCGTTGGGTGAGCTAAAGATTGGATTGAGATATGGGGTCTTTTCTAAAGCCAGAGAATGCTTTAAAACGAGCTGAAGGTGAACCCACATAATGTTCTCTTTTGGGTACTTTGTTTTTGTAGTATGTATGGTTCTTTTGATGAATTTTGGTTTTGTAGCTGTAAGTCCTCAAAATTCAATGAATTTTTTCCATTTATTGTTTGTTGGGAAGTCGGTTCAGTATACATGTTCTGATTAACATTGAGAATATATACATTATAGGTGTGTTTGATTGATGTCTGTGGATTTATTGATTTAACTTTGGGAAGTTTTCCATGAAGTTTGCGTAATTTTTTGAAATTGAAGTTTGATAACTTGTGCTAGTTGTGTGTGTGCGCGCCTGTGACTTATGACGTATGAACACTATAGTTAGATAGCATATTCATGGTTTAAATTTTATGTTATCACGAGGTATTTTATTGTGGAAACATGTAATTTGGTTCTTCAAGGGGTAGTTGAAAGATAATAGAAAATCAATTGGAATACCCCTTTTCTAATTCTGGGCGTATAAAATGTCAGTTTGGCTTTGCTGTGATTTGTGTTTCTCTTGTTACTTGAGTTTATTGTTTGTGTTTCTAGTCCCCCACTGTTGATGTATTCGCCCTATTTTGAAATTTATGATGTTTCTATTGGTTATTTATTTATATATATATATATATATATATATATATATATATATATATTTTATGAAATGAAGCATTCCAATTGTTAAATTTATTCTCCTTGCATGTATTCAGAGCTGATAAATGTTGGCCAGAAGCAAGATGCCTTGCAAGCCCTTCATGATATTATCACTTCAAAGAGATATCGATCATGGCAGAAACCTCTTGAGAAGATTATGTTTAAGTATGTTGACCTCTGTGTGGACATGAGGAAAGGAAGGTTTGCTAAAGATGGCTTAATTCAATACCGTATTGTTTGCCAGCAAGTTAATGTTACTTCTTTAGAGGAAGTAATCAAGCACTTTATGCATCTTTCCACTGAGAAGGCTGAGCAGGCTCGCAGTCAAGCTCAAGCTTTAGAAGAAGCTCTGGACGTTGATGATCTGGAAGCTGATAAAAGGCCAGAAGATCTGATGCTTAGTTATGTCAGTGGTGAGAAGGGAAAGGATAGATCTGATCGCGAACTTGTTACCCCTTGGTTTAAATTTCTGTGGGAGACATATCGAACAGTTCTTGAAATACTAAGGAATAACTCAAAGTTGGAGGCACTTTATGCGGTAGGTCATGACTAAATTGCTAGTTATTTGGTCGAATTATTGAGTTAACTTTTTTAGTTTATATGTTTTAAAAACTTAGAAGTATGTCATGCCTAAAAATTTAAGTATTATGGTGGGAATTTGATTTGGGCCTGGGAATAGTAGTTAGAACCCTGTCATATTGCAACTTAGATTCCTAATGGTTCTAATGGTTGGAGGATTTAAGAAAGCTTTTGACATCCATATCTGGAAGTTATGTATATAACTCCATGGAGCTACTTTTCCATAAGAATTTGATTTTTTGGGGGGATAATAACAAGTTTAGTCCCTAAACTTTCAGCTTTGTGTAAATTTGGTCCCTAAATTGGTAATAGGGCCATGAGCTTTCAACTTTGTCCAATAGGTCATGAACTTTAAAAAGTACCTAATAGGTCCTTAAATTTCATGTGTCCCATTGATCCAAAAATATGACAAACTAGATACAAAACTGAAAGTCTGACAGTTTAGGGTCTTAGTTGTTATGGTCTTCTGGTTAAAGCCTTATTTGCATATTTTTTTTTGAGAAGATGCAAAGAGTTTCAAGACAAGTCTTTCAATTGGGTAGTTCACTCCGAAGTTGCTCGGATTTTGCCTACCTTGCCGCCTTCTCCATCCAAGTTTTTGTTTAATTTGGATTGCTTTTGTTCTTCCAGCCTAGCCTAGTCATATGACTTTTGTCTTGCATTTGAATTTTTCTTTATTTTGTTTGTTTCTTTGTTTCTTGAGTATTTGTCTCTTTTCATTATTTCAATGAAAAACTTCGTTTACTTTTTTTTAAAAAAAGACACAAATTTAATTTTATACTTATTATATCAATTAGTTTTTTTTATAAAAAAAATTGAATATGCCAAGACCTATTATAAACACCTAAAAGTTAGGGACCTATTAGATACAAGGATTAAATAGACACAAATTTTGAAGTTAAAGGATTAAACTTGTAATTTAGTCTTTTCTTTATTGGTAACATGAAAACTATATGTTAGTTGGTTAATGTTATAAAGATTGAGCTATGATGTGTTGAACCTTGGGTGGGTAGGCTGGTTTTTTCATTTTTGTAGGACTTCTTTGACACTTCATTCTTTACCTTGTACATAACAAGAGAAGGGTACAAAAACTATTCTGGACAAGGTCACAGGCCTTACTCAGTTTGGACATTATTTATTTACCATTAATTAGAACTTCAACAATGACAATTTTCTTGTCATGACTCCTCTATATGATTATAGAAGGATCTGCAATTTAGTTTTATTGTCCTTGATGTGTTCTGTACAGTCACTGGATGAAGAATGTAGAATTTTGTAACAAGATGTAATATTTCTGCTGGTGTTTTCATTTGTAGATGACAGCCCATCGTGCCTTCCAGTTCTGTAAGGTGTATAAAAGAAAAACTGAATTTCGCAGATTATGTGAAATTATCCGAAATCATCTTGCTAATCTTAACAAGTATAGAGACCAAAGAGATCGGCCCGACCTTTCTGCTCCAGAGAGCTTGCAATTGTACCTTGACACAAGATTTGAACAGCTGAAGGTTGCCACAGAGCTTGAGCTCTGGCAGGTCTGAATTGTTCATTTCAGTAATTTTCTCTCAATAAAGAGAGCTGGGATAATGTCTAGAGTCCAAGAATTTATATCAGGAATTCTTCTCTACAAATAATGCCAATTCAAAATTTTCTATATCACTGATATTTGCAGGAAGCTTTTCGTTCTGTGGAAGATATTCATGGTTTGATGTGCATGGTGAAGAAAACACCTAAACCATCCTTGATGGTGGTGTATTATGTCAAATTAACAGAGATCTTCTGGATATCGGATAGGAATCTTTACCATGCCTATGCATGGCTTAAACTTTTCTCCCTTCAGAAGAGTTTCAACAAAAATCTAAGCCAGAAAGATTTACAGCTGATAGCTTCATCTGTTCTTTTAGCAGCTCTTGCAGTGTCCCCCTACGACTCCAAGCATGGTGCTTCTCATTTAGAACTTGAACATGAGAAAGAACGAAATTTGAGGATGGCTAATCTTATAGGGTTCAATTTAGACTCCAAACTCGAAAGTAGAGATGTGGTAAAGCAATTTGCCTAATTGGATTTTCTTTTATATTTTTCACAACCTGAACATTGCCTTACCCTTTTTCTGTTTATGTTTCATCCAGCTTTCAAGGGCGAATCTTCTTTCTGAACTGGTACGTTTACTTGGATATTTTGTTGAATATTACCCTCTTACCCTCTAAAACTATGATACTTCAATTGGTTCACATTCACTTGAAGTAACAAGGCTGGATAGTAAATTTCAATACCTTCTGGAATTAACATCATGCTTCTTACTGAAAGTTTAGCAACCAATATTGATAAGCTTCATACTATGTTAGCCAAAGATGAAAGGACGACTCTATAATTTTTATTTTATTTATTTATTTTCATTTGAGCTGATGTGCAATCATCTCTACCTCTGTCTACCTCCCCTTTTTTATACGAAGAACTATGTCTTTTCATTTACAGTGAAAGTGGCATGCAAATATGTAACACAACTTTTTGTATGTAGTCAATAATTCTAGTTCTATTTGCTTAGTAGATTTCTGCTTTTCTAGGTGTCTAAAGGAGTCCTGAGCTGTGCAACTCAGGAAGTTAAAGATCTCTATCATCTTTTGGAGCATGAATTCTTCCCTCTTGATCTTGCAACAAAATTGCAACCCTTACTAAACAAAATATCAAAGCTTGGAGGTAAGCTTTCATCAGCTTCATCTGTCCCCGAAGTGCAATTGTCCCAATATGTTCCGGCTCTTGAAAAACTTTCCACCCTGAGGCTGCTTCAGCAGGTACTTTTAGTATATCTCTTATATATTGTGAACATTGCAATGCCATTGCTCCATATAGAAAGAAAAAACATTGCTTGGTAATTTCAAAAACTGAACTTTTTATTTATCTATGTTATGCCAGGTCTCCAAGGTGTATCAGTCTATGAAAATTGAGAGTCTATCGCAGATGATCCCATTTTTTGATTTTTCTGCCATGGAGAAATTATCAGTTGATGCAGTTAAACAAAATTTTATTGCCATGAAAGTTGATCATTCAAGGAACGTTGTGTTATTTGGCAATTTGGTATTGAAAATTTCTTTCTTTCCATCTTCTTCTTCTTTTTCCTTCTCTTATTTGTACTAAGAGACAAGGCCACTGAGATTTGAGTCATGCTCGATAATTGCTTTTCCCTTATAATGTAAAAGTATCCCATCTGATTTTTTTTCTTCTGCTGTCTAAGATTATAGTAATTGAACCCTTCTGATTTGGCCTCTTCCTTTTTTGTTTGTGTTAGTTGACATCATCTTCAACATGTCTTTAGATCTTATTCAACTTATTTACATTGAACTTAAGGGACGGCTTTATCTTTTTCTTTCTATTTATTTGGAGTTAGGGAAATTAATATTTTCTCTCTATATATTTTTATATCGATGTTTTTGTTTCTTATGGATCAATTTAGGGTATTGAATCAGATGGGCTTCGGGACCACCTGACTGTTCTTGCTGAATCCTTAAACAAAGCAAGAGCTATGATCTATCCTCCAGTTGGGAAAGCATCAAAAACAGGTGACATATTGCCTGATTTGGCAGATATTGTTGATAAAGAGCACAAGAGGCTGCTTGCTCGGAAATTAATAATTGAGAAAAGGAAGGAAGAGCAGGAACGTCAGCTTTTGGAACTGGTACCCTCATCAAGTTGTGAATAGCCGTATTCATTTTTTTAGTGTATAAATGGAAAACAATGTGATGAATTATGTTTAGGAACGCGAGGAGGAATCAAAAAGGTTAAAATTACTGAAGATAAGTGAAGAGGCTGAGCAGAAGCGGCTTGCGGCAGAATATGAACAAAGGAAAAACCAACGGCTTCGTAGAGAAATTGAAGAACGGGAACTTGAAGAAGCACAGGCTTTACTTCAGGAAGCTGAAAAGCGTGTTGGTAAAAAGAAGGGAAGCAGGAAGCCAGTTCTTGACTCTGTGAGTTATTCTTTTTTCTTTTTTAGATTATTTTTCTTATTTGGAAGGATGTAGAATTGATTATTAACAATCGGTATAAATCTCTAGGAAAAGTTGACGAAACAAACTTTAATGCAATTGGCCCTTACTGAACAATTAAGGGAGAGGCAGGAAATGGAGAAGAAATTACAAAAGCTAGCCAAAACTATGGATTATCTAGAAAGAGCAAAAAGAGAAGAGGCTGCAACGTTAATTGAAGCTGCATTTCAGCAACGTTTGCTTGAAGAGAGAATGATTCACGAACGTGATCAGCAGGTCTTGCTTTCTGAATTATTTTTTCAACACATTGAAAGAAACTGACTATAATTATATGCTTTTGGTTGTAGCCTTTTTTTTATTTTTAAAATTTTAAATTCTGAATATGTGCAAACATATTTGTCACGTGGCATTTGAGACATTGAGTTGAGCTATTAAGTATGAAGTTGTTTAGTCTGTGGAATTAATAATTTGTGTTTAGGGTGCAAAGTTGTTTAGATTGGGTTTAGAAAGTCTATGTTTGAGGTGCATTAGTTGTTTAACCTACTGTTCTAAAGCATATAGGCTGACTTTTTTTTTTTTTTTGTACTATACAATTAGAGCTATATTTCAAATATAACAAATTTGATTTCAAATTTTCTTATATTTGTTTGTTGTATCGTTTGATTTTCAATTTCACACAAATTTGATATGGGACTGAATATGAATTTAACACTTTTTTTTAATTTGAGATCAACTCTAGATGACTTAAATTTGGATTTTACATTGTTTTAAAAATATTTGAGATGAAGTTTAGAATATTTCCATATTTAATTCAAGGTCAATGTTAGATTTTATCCAAATTTTGGTTCAAGTTTGAAATAAAATTCTAAGATAGACTTTCTCGAGTAATGAACGAACATAGAGAGGTAACAAGAAGTGGCTTGAATTTGACCACATAATGTTGTATTGTGAGGGTGGAAGAAAAACTAGCAGAACACTCACTACTATATTCATGGAAGCGCTCCAGTAGGATAAAAAAAATCAACTTCTTTGTTAGGTACTTTCGGTTTTTGAGAAAAGTGGGTTGGACAACAGTATTATTGAATGCATTGACATGAAGTCAGTTGGTGCAGTAAATTTATCGAAGAGGGGTGCTTCTATTGAGGTTAGGAGTTAATTCGGAGAGTGGGAAATTGTTGCAAAAATATTGGTGCAGTGTCTTCTGAGTTTCTAGCTTGGATCTCGTCTCCATAATCCTATGTGAACTTCAATAAAGATGAACTGATGGTTCTGCACATGACTTATTCAGCGGGTTTACCATTTTCAAGGGCTATTTTTAATTAATCTGATGTTGAGAATGGCTAATTTTGTTATGATTTTCTGACACGTGGTTTAAACAACATACTAATCTGACAAGGTTATACTTTGTTTTGTATGTATTCCATCTATTCGTTTTCCATTACAAATTATTGTACTTTCATTTTTGTGTTGTTAGATATTGTCTTGCCACAGTTGATAATATGTTAAATAATTAATAATTGGTGTTTCTAAGTTCTAATTCTATTAAAAAGTGAGTTTCTTTTCTGCTTTTCAGCTCGAGGTTGAGTTAAGCAAGCAGCGCCATGAAGGTGACCTCAAGGAGAAGAATCGATTGTCTAGAATGTTGGAGAGTAAGGTTAGTAGTTAGTTTCATATGGATGTAATGGGTTAATGTTGATCTTGGTTTGCTCGAAGTTTTAGAATTCCACTTGGTTATCATGTACTGTGATCACGAAAATTTTTATTTAATTGTTTTGTGATTTAAAAAAAATCTTATCAGTATTTGAAAATTGTATAAATCTTTTTTAATAGTCAACATGAAAATTTAGCCTACTTCCTTTTAATTATCATTTGACTTCTCTTGAATATATTTACGATCCCACAATATCAAATGTATAACTAACTTTTAACCAATAATGATTTGTTTTTTTGTTTAATATAACTAATTAATTATTATATACGCTTCTTAGGATTATTTGGCATACAATTTATTTAAATGAATTTCAACTTAGTGAAAAAACCTTAAGAGCATTTCAAGTATAATTAGTAAGTCTCCAATAATGTTCTCCAAAATCGCATCTTTTAATAGAATGACCATTGGACTGTGGGTGTTTGTTGTATTTGTCTTGTGGGCTCATTAAACATAGGGGTTTGTTTTCTCTATTTTTTATTTTATTATTTTAAATTTTTAGGGACAAAATTATTATTATTATTATTTTACTTCATTAGATGATCTGAAGTGAAATTTGAGTGTACGAATCGCTGCAGAAATTGAGTATTGGCAAGAGATTGAACTTAAACCTTTTATTTTTTGTTCTGCAGAAAATTTTCCAAGAAAGAGTCATGAATCTTCGCCAAGAGGAGTTCAGCAGACGTAGAGCTGAGAAAGAAGAACAGATCAGGCAAATAATTCAGGCTCGGAAAGCAGAGAGGGAGGCTAAGAGGAAAACAATCTTTTATGTAAGGCGTGAAGAGGAGAGGATTAGAATATTACGTGAAGAGGAGGAAGCACGCAAGCGTGAAGGTATTTTTTCAAAATGTTCTTGTTTTCTATGGGTCAATCATCTGAGAAGGCTCTTCCTAGTTTTTATATCATGTACATTAGTGTGTGGAGTCTTCATATTTAGATGGAGAACCTCAGACAAATAAAAAAAGGCACTCAAACCAACCACCACCTTCCACAACTATATTAACCCCTTTCAGTGGCAGTTTTATTTTCCCCAGGTTGGGTCCCAATGATCTGAATTCATATGTGCTTTTGAAATGTATCTTCTGAAACTTCTTTTTCCATTTCTTTCTTGTGGTATTTTGTTTCTAGCTGGCCGATTCAGAAACTGTTTTTGGTGATTGTTGATATGATTTACAAGTGTCTGGACATGTAGTTTTTCTTTCCCCCCTCTAGTGATTTTTGCATCTTTCGAACTCTTCAGAGGCCGAGAGGAGAAAGAGGGAAGAAGCTGAACGCAAGGCTAAACTGGATGAAATTGCTGAGAAGCAGAGACAAAGGGAGCGAGAATTGGAAGAAAAGGAAAGAATGCGGAAAGAAATGCTCTTTGGTGGTGGCAGATCAGCTGATGCGCCTGCTAGACCTGATGTTACCACTGGTTCTCAGCCTCTGGAGTCCGGTACTGCTGCTCCTGCTGCTCCTGCTGCTGCAGCTGCCGCTACTGCTACATCTCCAGCAAAATACGTGCCAAGGTTTCGACGGACTGAAGGCTCCAGCCCTAATGCACCACCACCTGAATCCAATCGATGGGGAAGCAGCAGGCCTGATAATCGACCATCTCAACCTGATAGCTGGCGCAGTGATGACCGTAAACCTGCTTTTGGAAGTTCAAGGTCGTCATGGTCCTCATCCCGAGCTTCTACTCGTTCTAGCACGGACCGCTGATTGTTGTTGGCAGGTCTGGCAAAGTTGA ATGAAATACTTGTTCTTGAAGTTCAATGAACTAACAAAGTCACTAACTCCCAAGAAATGGAGAAACTCTGAAAATGTTTCTGATGCATGTGGGAGAGAAGCTGCAGAAGCAATGGCAAAGTCTGCAAAGAAGAAGGATCTGATCATCCATGGTTCCGGTAGTATAAATATTGATGGTTCGAGCAACTTTGTCTCGAGTTTTTCGAAGAGGGGTGAGAAAGGAATCAATCAGGACTGCTGCATTGTGTGGGAGGAATTTGGATGTCAAAAGGATATGATATTTTGTGGGGTTTTTGATGGCCATGGACCATGGGGCCATTTCGTTGCAAAAAATGTTAGAGAGTCAATGCCAACTGCTCTGCTTTGCAATTGGCAAGAAGCACTTGTTCAAACTTCTCTTCACCCACATTTGGAGCTCAACTCAAGTAAAACACATCTACAGTTCAATTTGTGGGAGCATTCTTATATAGAAGCTTGTGCTGTGGTGGATCAAGAACTCGAGCGACACTGTAAAATCGACACGTTTCATAGCGGAACAACGGCCCTTTCCATCGTTCGACAAGGTGATACGATTGTCATAGCAAACCTTGGCGACTCCCGAGCGGTGTTGGCTACAACTTCTAATGATGGAAATTCGACACCATCACCAATTCAGCTCACTATCGATTTCAAACCGAATCTACCTCAGGAAGCTGAAAGGATAACACAATGCAATGGGAGGGTTTTCTGCTTGCAAGATGAACCAGGGACTCACCGTCTTTGGTTGCCGAACGAGGAAACGCCGGGGCTATCAATGTCGAGAGCGTTTGGCGATTTTTGCGTTAAGCATTTTGGACTTATTTCCATGCCTGATGTAACACAAAGAAGTGTAACCAACAAAGACTTATTTGTTGTACTTGCAACTGATGGGATATGGGATGTGGTCACGAATCAAGAAGCTGTACAGATCGTACATTCAACTGTAGATAGAGAAAAATCTGCTCGACGATTGGTTGATTATGCTACTCGTGCATGGAAGCGAAAGAGGCCGAGAATTGCAATGGATGATATCAAATGTTTTCCGTTCCACCCTCAGCGTAATGACAGTCCCTGGTTCCTCAGGTCATTCAGCGTTGCTTTCTGTCGTTGGAAGCAAGATGCCTTGCAAGCCCTTCATGATATTATCACTTCAAAGAGATATCGATCATGGCAGAAACCTCTTGAGAAGATTATGTTTAAGTATGTTGACCTCTGTGTGGACATGAGGAAAGGAAGGTTTGCTAAAGATGGCTTAATTCAATACCGTATTGTTTGCCAGCAAGTTAATGTTACTTCTTTAGAGGAAGTAATCAAGCACTTTATGCATCTTTCCACTGAGAAGGCTGAGCAGGCTCGCAGTCAAGCTCAAGCTTTAGAAGAAGCTCTGGACGTTGATGATCTGGAAGCTGATAAAAGGCCAGAAGATCTGATGCTTAGTTATGTCAGTGGTGAGAAGGGAAAGGATAGATCTGATCGCGAACTTGTTACCCCTTGGTTTAAATTTCTGTGGGAGACATATCGAACAGTTCTTGAAATACTAAGGAATAACTCAAAGTTGGAGGCACTTTATGCGATGACAGCCCATCGTGCCTTCCAGTTCTGTAAGGTGTATAAAAGAAAAACTGAATTTCGCAGATTATGTGAAATTATCCGAAATCATCTTGCTAATCTTAACAAGTATAGAGACCAAAGAGATCGGCCCGACCTTTCTGCTCCAGAGAGCTTGCAATTGTACCTTGACACAAGATTTGAACAGCTGAAGGTTGCCACAGAGCTTGAGCTCTGGCAGGAAGCTTTTCGTTCTGTGGAAGATATTCATGGTTTGATGTGCATGGTGAAGAAAACACCTAAACCATCCTTGATGGTGGTGTATTATGTCAAATTAACAGAGATCTTCTGGATATCGGATAGGAATCTTTACCATGCCTATGCATGGCTTAAACTTTTCTCCCTTCAGAAGAGTTTCAACAAAAATCTAAGCCAGAAAGATTTACAGCTGATAGCTTCATCTGTTCTTTTAGCAGCTCTTGCAGTGTCCCCCTACGACTCCAAGCATGGTGCTTCTCATTTAGAACTTGAACATGAGAAAGAACGAAATTTGAGGATGGCTAATCTTATAGGGTTCAATTTAGACTCCAAACTCGAAAGTAGAGATGTGCTTTCAAGGGCGAATCTTCTTTCTGAACTGGTGTCTAAAGGAGTCCTGAGCTGTGCAACTCAGGAAGTTAAAGATCTCTATCATCTTTTGGAGCATGAATTCTTCCCTCTTGATCTTGCAACAAAATTGCAACCCTTACTAAACAAAATATCAAAGCTTGGAGGTAAGCTTTCATCAGCTTCATCTGTCCCCGAAGTGCAATTGTCCCAATATGTTCCGGCTCTTGAAAAACTTTCCACCCTGAGGCTGCTTCAGCAGGGTATTGAATCAGATGGGCTTCGGGACCACCTGACTGTTCTTGCTGAATCCTTAAACAAAGCAAGAGCTATGATCTATCCTCCAGTTGGGAAAGCATCAAAAACAGGTGACATATTGCCTGATTTGGCAGATATTGTTGATAAAGAGCACAAGAGGCTGCTTGCTCGGAAATTAATAATTGAGAAAAGGAAGGAAGAGCAGGAACGTCAGCTTTTGGAACTGGAACGCGAGGAGGAATCAAAAAGGTTAAAATTACTGAAGATAAGTGAAGAGGCTGAGCAGAAGCGGCTTGCGGCAGAATATGAACAAAGGAAAAACCAACGGCTTCGTAGAGAAATTGAAGAACGGGAACTTGAAGAAGCACAGGCTTTACTTCAGGAAGCTGAAAAGCGTGTTGGTAAAAAGAAGGGAAGCAGGAAGCCAGTTCTTGACTCTGAAAAGTTGACGAAACAAACTTTAATGCAATTGGCCCTTACTGAACAATTAAGGGAGAGGCAGGAAATGGAGAAGAAATTACAAAAGCTAGCCAAAACTATGGATTATCTAGAAAGAGCAAAAAGAGAAGAGGCTGCAACGTTAATTGAAGCTGCATTTCAGCAACGTTTGCTTGAAGAGAGAATGATTCACGAACGTGATCAGCAGGTACTTTCGGTTTTTGAGAAAAGTGGGTTGGACAACAGTATTATTGAATGCATTGACATGAAGTCAGTTGGTGCAGTAAATTTATCGAAGAGGGGTGCTTCTATTGAGCTCGAGGTTGAGTTAAGCAAGCAGCGCCATGAAGGTGACCTCAAGGAGAAGAATCGATTGTCTAGAATGTTGGAGAGTAAGAAAATTTTCCAAGAAAGAGTCATGAATCTTCGCCAAGAGGAGTTCAGCAGACGTAGAGCTGAGAAAGAAGAACAGATCAGGCAAATAATTCAGGCTCGGAAAGCAGAGAGGGAGGCTAAGAGGAAAACAATCTTTTATGTAAGGCGTGAAGAGGAGAGGATTAGAATATTACGTGAAGAGGAGGAAGCACGCAAGCGTGAAGAGGCCGAGAGGAGAAAGAGGGAAGAAGCTGAACGCAAGGCTAAACTGGATGAAATTGCTGAGAAGCAGAGACAAAGGGAGCGAGAATTGGAAGAAAAGGAAAGAATGCGGAAAGAAATGCTCTTTGGTGGTTTCGACGGACTGAAGGCTCCAGCCCTAATGCACCACCACCTGAATCCAATCGATGGGGAAGCAGCAGGCCTGATAATCGACCATCTCAACCTGATAGCTGGCGCAGTGATGACCGTAAACCTGCTTTTGGAAGTTCAAGGTCGTCATGGTCCTCATCCCGAGCTTCTACTCGTTCTAGCACGGACCGCTGATTGTTGTTGGCAGGTCTGGCAAAGTTGA ATGAAATACTTGTTCTTGAAGTTCAATGAACTAACAAAGTCACTAACTCCCAAGAAATGGAGAAACTCTGAAAATGTTTCTGATGCATGTGGGAGAGAAGCTGCAGAAGCAATGGCAAAGTCTGCAAAGAAGAAGGATCTGATCATCCATGGTTCCGGTAGTATAAATATTGATGGTTCGAGCAACTTTGTCTCGAGTTTTTCGAAGAGGGGTGAGAAAGGAATCAATCAGGACTGCTGCATTGTGTGGGAGGAATTTGGATGTCAAAAGGATATGATATTTTGTGGGGTTTTTGATGGCCATGGACCATGGGGCCATTTCGTTGCAAAAAATGTTAGAGAGTCAATGCCAACTGCTCTGCTTTGCAATTGGCAAGAAGCACTTGTTCAAACTTCTCTTCACCCACATTTGGAGCTCAACTCAAGTAAAACACATCTACAGTTCAATTTGTGGGAGCATTCTTATATAGAAGCTTGTGCTGTGGTGGATCAAGAACTCGAGCGACACTGTAAAATCGACACGTTTCATAGCGGAACAACGGCCCTTTCCATCGTTCGACAAGGTGATACGATTGTCATAGCAAACCTTGGCGACTCCCGAGCGGTGTTGGCTACAACTTCTAATGATGGAAATTCGACACCATCACCAATTCAGCTCACTATCGATTTCAAACCGAATCTACCTCAGGAAGCTGAAAGGATAACACAATGCAATGGGAGGGTTTTCTGCTTGCAAGATGAACCAGGGACTCACCGTCTTTGGTTGCCGAACGAGGAAACGCCGGGGCTATCAATGTCGAGAGCGTTTGGCGATTTTTGCGTTAAGCATTTTGGACTTATTTCCATGCCTGATGTAACACAAAGAAGTGTAACCAACAAAGACTTATTTGTTGTACTTGCAACTGATGGGATATGGGATGTGGTCACGAATCAAGAAGCTGTACAGATCGTACATTCAACTGTAGATAGAGAAAAATCTGCTCGACGATTGGTTGATTATGCTACTCGTGCATGGAAGCGAAAGAGGCCGAGAATTGCAATGGATGATATCAAATGTTTTCCGTTCCACCCTCAGCGTAATGACAGTCCCTGGTTCCTCAGGTCATTCAGCGTTGCTTTCTGTCGTTGGAAGCAAGATGCCTTGCAAGCCCTTCATGATATTATCACTTCAAAGAGATATCGATCATGGCAGAAACCTCTTGAGAAGATTATGTTTAAGTATGTTGACCTCTGTGTGGACATGAGGAAAGGAAGGTTTGCTAAAGATGGCTTAATTCAATACCGTATTGTTTGCCAGCAAGTTAATGTTACTTCTTTAGAGGAAGTAATCAAGCACTTTATGCATCTTTCCACTGAGAAGGCTGAGCAGGCTCGCAGTCAAGCTCAAGCTTTAGAAGAAGCTCTGGACGTTGATGATCTGGAAGCTGATAAAAGGCCAGAAGATCTGATGCTTAGTTATGTCAGTGGTGAGAAGGGAAAGGATAGATCTGATCGCGAACTTGTTACCCCTTGGTTTAAATTTCTGTGGGAGACATATCGAACAGTTCTTGAAATACTAAGGAATAACTCAAAGTTGGAGGCACTTTATGCGATGACAGCCCATCGTGCCTTCCAGTTCTGTAAGGTGTATAAAAGAAAAACTGAATTTCGCAGATTATGTGAAATTATCCGAAATCATCTTGCTAATCTTAACAAGTATAGAGACCAAAGAGATCGGCCCGACCTTTCTGCTCCAGAGAGCTTGCAATTGTACCTTGACACAAGATTTGAACAGCTGAAGGTTGCCACAGAGCTTGAGCTCTGGCAGGAAGCTTTTCGTTCTGTGGAAGATATTCATGGTTTGATGTGCATGGTGAAGAAAACACCTAAACCATCCTTGATGGTGGTGTATTATGTCAAATTAACAGAGATCTTCTGGATATCGGATAGGAATCTTTACCATGCCTATGCATGGCTTAAACTTTTCTCCCTTCAGAAGAGTTTCAACAAAAATCTAAGCCAGAAAGATTTACAGCTGATAGCTTCATCTGTTCTTTTAGCAGCTCTTGCAGTGTCCCCCTACGACTCCAAGCATGGTGCTTCTCATTTAGAACTTGAACATGAGAAAGAACGAAATTTGAGGATGGCTAATCTTATAGGGTTCAATTTAGACTCCAAACTCGAAAGTAGAGATGTGCTTTCAAGGGCGAATCTTCTTTCTGAACTGGTGTCTAAAGGAGTCCTGAGCTGTGCAACTCAGGAAGTTAAAGATCTCTATCATCTTTTGGAGCATGAATTCTTCCCTCTTGATCTTGCAACAAAATTGCAACCCTTACTAAACAAAATATCAAAGCTTGGAGGTAAGCTTTCATCAGCTTCATCTGTCCCCGAAGTGCAATTGTCCCAATATGTTCCGGCTCTTGAAAAACTTTCCACCCTGAGGCTGCTTCAGCAGGGTATTGAATCAGATGGGCTTCGGGACCACCTGACTGTTCTTGCTGAATCCTTAAACAAAGCAAGAGCTATGATCTATCCTCCAGTTGGGAAAGCATCAAAAACAGGTGACATATTGCCTGATTTGGCAGATATTGTTGATAAAGAGCACAAGAGGCTGCTTGCTCGGAAATTAATAATTGAGAAAAGGAAGGAAGAGCAGGAACGTCAGCTTTTGGAACTGGAACGCGAGGAGGAATCAAAAAGGTTAAAATTACTGAAGATAAGTGAAGAGGCTGAGCAGAAGCGGCTTGCGGCAGAATATGAACAAAGGAAAAACCAACGGCTTCGTAGAGAAATTGAAGAACGGGAACTTGAAGAAGCACAGGCTTTACTTCAGGAAGCTGAAAAGCGTGTTGGTAAAAAGAAGGGAAGCAGGAAGCCAGTTCTTGACTCTGAAAAGTTGACGAAACAAACTTTAATGCAATTGGCCCTTACTGAACAATTAAGGGAGAGGCAGGAAATGGAGAAGAAATTACAAAAGCTAGCCAAAACTATGGATTATCTAGAAAGAGCAAAAAGAGAAGAGGCTGCAACGTTAATTGAAGCTGCATTTCAGCAACGTTTGCTTGAAGAGAGAATGATTCACGAACGTGATCAGCAGGTACTTTCGGTTTTTGAGAAAAGTGGGTTGGACAACAGTATTATTGAATGCATTGACATGAAGTCAGTTGGTGCAGTAAATTTATCGAAGAGGGGTGCTTCTATTGAGCTCGAGGTTGAGTTAAGCAAGCAGCGCCATGAAGGTGACCTCAAGGAGAAGAATCGATTGTCTAGAATGTTGGAGAGTAAGAAAATTTTCCAAGAAAGAGTCATGAATCTTCGCCAAGAGGAGTTCAGCAGACGTAGAGCTGAGAAAGAAGAACAGATCAGGCAAATAATTCAGGCTCGGAAAGCAGAGAGGGAGGCTAAGAGGAAAACAATCTTTTATGTAAGGCGTGAAGAGGAGAGGATTAGAATATTACGTGAAGAGGAGGAAGCACGCAAGCGTGAAGAGGCCGAGAGGAGAAAGAGGGAAGAAGCTGAACGCAAGGCTAAACTGGATGAAATTGCTGAGAAGCAGAGACAAAGGGAGCGAGAATTGGAAGAAAAGGAAAGAATGCGGAAAGAAATGCTCTTTGGTGGTTTCGACGGACTGAAGGCTCCAGCCCTAATGCACCACCACCTGAATCCAATCGATGGGGAAGCAGCAGGCCTGATAATCGACCATCTCAACCTGATAGCTGGCGCAGTGATGACCGTAAACCTGCTTTTGGAAGTTCAAGGTCGTCATGGTCCTCATCCCGAGCTTCTACTCGTTCTAGCACGGACCGCTGATTGTTGTTGGCAGGTCTGGCAAAGTTGA MKYLFLKFNELTKSLTPKKWRNSENVSDACGREAAEAMAKSAKKKDLIIHGSGSINIDGSSNFVSSFSKRGEKGINQDCCIVWEEFGCQKDMIFCGVFDGHGPWGHFVAKNVRESMPTALLCNWQEALVQTSLHPHLELNSSKTHLQFNLWEHSYIEACAVVDQELERHCKIDTFHSGTTALSIVRQGDTIVIANLGDSRAVLATTSNDGNSTPSPIQLTIDFKPNLPQEAERITQCNGRVFCLQDEPGTHRLWLPNEETPGLSMSRAFGDFCVKHFGLISMPDVTQRSVTNKDLFVVLATDGIWDVVTNQEAVQIVHSTVDREKSARRLVDYATRAWKRKRPRIAMDDIKCFPFHPQRNDSPWFLRSFSVAFCRWKQDALQALHDIITSKRYRSWQKPLEKIMFKYVDLCVDMRKGRFAKDGLIQYRIVCQQVNVTSLEEVIKHFMHLSTEKAEQARSQAQALEEALDVDDLEADKRPEDLMLSYVSGEKGKDRSDRELVTPWFKFLWETYRTVLEILRNNSKLEALYAMTAHRAFQFCKVYKRKTEFRRLCEIIRNHLANLNKYRDQRDRPDLSAPESLQLYLDTRFEQLKVATELELWQEAFRSVEDIHGLMCMVKKTPKPSLMVVYYVKLTEIFWISDRNLYHAYAWLKLFSLQKSFNKNLSQKDLQLIASSVLLAALAVSPYDSKHGASHLELEHEKERNLRMANLIGFNLDSKLESRDVLSRANLLSELVSKGVLSCATQEVKDLYHLLEHEFFPLDLATKLQPLLNKISKLGGKLSSASSVPEVQLSQYVPALEKLSTLRLLQQGIESDGLRDHLTVLAESLNKARAMIYPPVGKASKTGDILPDLADIVDKEHKRLLARKLIIEKRKEEQERQLLELEREEESKRLKLLKISEEAEQKRLAAEYEQRKNQRLRREIEERELEEAQALLQEAEKRVGKKKGSRKPVLDSEKLTKQTLMQLALTEQLRERQEMEKKLQKLAKTMDYLERAKREEAATLIEAAFQQRLLEERMIHERDQQVLSVFEKSGLDNSIIECIDMKSVGAVNLSKRGASIELEVELSKQRHEGDLKEKNRLSRMLESKKIFQERVMNLRQEEFSRRRAEKEEQIRQIIQARKAEREAKRKTIFYVRREEERIRILREEEEARKREEAERRKREEAERKAKLDEIAEKQRQRERELEEKERMRKEMLFGGFDGLKAPALMHHHLNPIDGEAAGLIIDHLNLIAGAVMTVNLLLEVQGRHGPHPELLLVLARTADCCWQVWQS Homology
BLAST of HG10007031 vs. NCBI nr
Match: KAG7024012.1 (Eukaryotic translation initiation factor 3 subunit A [Cucurbita argyrosperma subsp. argyrosperma]) HSP 1 Score: 1346.6 bits (3484), Expect = 0.0e+00 Identity = 761/894 (85.12%), Postives = 782/894 (87.47%), Query Frame = 0
BLAST of HG10007031 vs. NCBI nr
Match: KAG6590480.1 (Eukaryotic translation initiation factor 3 subunit A, partial [Cucurbita argyrosperma subsp. sororia]) HSP 1 Score: 1346.6 bits (3484), Expect = 0.0e+00 Identity = 761/894 (85.12%), Postives = 782/894 (87.47%), Query Frame = 0
BLAST of HG10007031 vs. NCBI nr
Match: XP_023515581.1 (eukaryotic translation initiation factor 3 subunit A-like [Cucurbita pepo subsp. pepo]) HSP 1 Score: 1345.5 bits (3481), Expect = 0.0e+00 Identity = 760/894 (85.01%), Postives = 781/894 (87.36%), Query Frame = 0
BLAST of HG10007031 vs. NCBI nr
Match: XP_022961493.1 (eukaryotic translation initiation factor 3 subunit A-like [Cucurbita moschata] >XP_022961495.1 eukaryotic translation initiation factor 3 subunit A-like [Cucurbita moschata] >XP_022961496.1 eukaryotic translation initiation factor 3 subunit A-like [Cucurbita moschata] >XP_022961497.1 eukaryotic translation initiation factor 3 subunit A-like [Cucurbita moschata]) HSP 1 Score: 1342.0 bits (3472), Expect = 0.0e+00 Identity = 759/894 (84.90%), Postives = 781/894 (87.36%), Query Frame = 0
BLAST of HG10007031 vs. NCBI nr
Match: XP_038894531.1 (eukaryotic translation initiation factor 3 subunit A-like [Benincasa hispida] >XP_038894532.1 eukaryotic translation initiation factor 3 subunit A-like [Benincasa hispida] >XP_038894533.1 eukaryotic translation initiation factor 3 subunit A-like [Benincasa hispida]) HSP 1 Score: 1340.1 bits (3467), Expect = 0.0e+00 Identity = 757/885 (85.54%), Postives = 778/885 (87.91%), Query Frame = 0
BLAST of HG10007031 vs. ExPASy Swiss-Prot
Match: Q9LD55 (Eukaryotic translation initiation factor 3 subunit A OS=Arabidopsis thaliana OX=3702 GN=TIF3A1 PE=1 SV=1) HSP 1 Score: 1094.7 bits (2830), Expect = 0.0e+00 Identity = 621/877 (70.81%), Postives = 706/877 (80.50%), Query Frame = 0
BLAST of HG10007031 vs. ExPASy Swiss-Prot
Match: Q40554 (Eukaryotic translation initiation factor 3 subunit A OS=Nicotiana tabacum OX=4097 GN=TIF3A1 PE=2 SV=1) HSP 1 Score: 1080.9 bits (2794), Expect = 0.0e+00 Identity = 618/872 (70.87%), Postives = 708/872 (81.19%), Query Frame = 0
BLAST of HG10007031 vs. ExPASy Swiss-Prot
Match: Q9XHR2 (Eukaryotic translation initiation factor 3 subunit A OS=Zea mays OX=4577 GN=TIF3A1 PE=2 SV=1) HSP 1 Score: 986.5 bits (2549), Expect = 2.8e-286 Identity = 574/884 (64.93%), Postives = 665/884 (75.23%), Query Frame = 0
BLAST of HG10007031 vs. ExPASy Swiss-Prot
Match: Q1JU68 (Eukaryotic translation initiation factor 3 subunit A OS=Rattus norvegicus OX=10116 GN=Eif3a PE=2 SV=2) HSP 1 Score: 404.4 bits (1038), Expect = 4.6e-111 Identity = 310/906 (34.22%), Postives = 497/906 (54.86%), Query Frame = 0
BLAST of HG10007031 vs. ExPASy Swiss-Prot
Match: P23116 (Eukaryotic translation initiation factor 3 subunit A OS=Mus musculus OX=10090 GN=Eif3a PE=1 SV=5) HSP 1 Score: 403.3 bits (1035), Expect = 1.0e-110 Identity = 309/906 (34.11%), Postives = 498/906 (54.97%), Query Frame = 0
BLAST of HG10007031 vs. ExPASy TrEMBL
Match: A0A6J1HAC5 (Eukaryotic translation initiation factor 3 subunit A OS=Cucurbita moschata OX=3662 GN=LOC111462056 PE=3 SV=1) HSP 1 Score: 1342.0 bits (3472), Expect = 0.0e+00 Identity = 759/894 (84.90%), Postives = 781/894 (87.36%), Query Frame = 0
BLAST of HG10007031 vs. ExPASy TrEMBL
Match: A0A6J1HXV1 (Eukaryotic translation initiation factor 3 subunit A OS=Cucurbita maxima OX=3661 GN=LOC111467845 PE=3 SV=1) HSP 1 Score: 1338.9 bits (3464), Expect = 0.0e+00 Identity = 755/885 (85.31%), Postives = 775/885 (87.57%), Query Frame = 0
BLAST of HG10007031 vs. ExPASy TrEMBL
Match: A0A6J1C790 (Eukaryotic translation initiation factor 3 subunit A OS=Momordica charantia OX=3673 GN=LOC111008017 PE=3 SV=1) HSP 1 Score: 1338.6 bits (3463), Expect = 0.0e+00 Identity = 754/885 (85.20%), Postives = 780/885 (88.14%), Query Frame = 0
BLAST of HG10007031 vs. ExPASy TrEMBL
Match: A0A1S3BCP4 (Eukaryotic translation initiation factor 3 subunit A OS=Cucumis melo OX=3656 GN=LOC103488448 PE=3 SV=1) HSP 1 Score: 1333.9 bits (3451), Expect = 0.0e+00 Identity = 753/876 (85.96%), Postives = 774/876 (88.36%), Query Frame = 0
BLAST of HG10007031 vs. ExPASy TrEMBL
Match: A0A5A7V982 (Eukaryotic translation initiation factor 3 subunit A OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold178G00320 PE=3 SV=1) HSP 1 Score: 1333.9 bits (3451), Expect = 0.0e+00 Identity = 753/876 (85.96%), Postives = 774/876 (88.36%), Query Frame = 0
BLAST of HG10007031 vs. TAIR 10
Match: AT4G11420.1 (eukaryotic translation initiation factor 3A ) HSP 1 Score: 1094.7 bits (2830), Expect = 0.0e+00 Identity = 621/877 (70.81%), Postives = 706/877 (80.50%), Query Frame = 0
BLAST of HG10007031 vs. TAIR 10
Match: AT5G27930.1 (Protein phosphatase 2C family protein ) HSP 1 Score: 456.1 bits (1172), Expect = 9.5e-128 Identity = 213/358 (59.50%), Postives = 278/358 (77.65%), Query Frame = 0
BLAST of HG10007031 vs. TAIR 10
Match: AT5G27930.2 (Protein phosphatase 2C family protein ) HSP 1 Score: 456.1 bits (1172), Expect = 9.5e-128 Identity = 213/358 (59.50%), Postives = 278/358 (77.65%), Query Frame = 0
BLAST of HG10007031 vs. TAIR 10
Match: AT3G05640.1 (Protein phosphatase 2C family protein ) HSP 1 Score: 448.4 bits (1152), Expect = 2.0e-125 Identity = 214/352 (60.80%), Postives = 273/352 (77.56%), Query Frame = 0
BLAST of HG10007031 vs. TAIR 10
Match: AT3G05640.2 (Protein phosphatase 2C family protein ) HSP 1 Score: 448.4 bits (1152), Expect = 2.0e-125 Identity = 214/352 (60.80%), Postives = 273/352 (77.56%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Bottle gourd (Hangzhou Gourd) v1
Date Performed: 2022-08-01
Relationships
The following mRNA feature(s) are a part of this gene:
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
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