Gene Details:
- Gene ID: Glyma.16g212300
- Gene Symbol: Rj2
- Gene Name: TIR-NBS-LRR family protein
- Genome: Wm82.a4.v1
- Species: Glycine max
Functional Descriptions:
- Some alleles of Rj2 restrict nodulation to specific rhizobial strains.
- Symbiotic incompatibility between soybean and Bradyrhizobium arises from one amino acid determinant in soybean Rj2 protein.
- The Rj2 allele was also found in Glycine soja, the wild progenitor of G. max, and their single amino acid polymorphisms were associated with the Rj2-nodulation phenotype.
- Rj2 allele restricts nodulation with specific Bradyrhizobium strains via host immunity, mediated by rhizobial type III secretory protein NopP and the host resistance protein Rj2.
Function-related keywords:
Literature:
- Symbiotic incompatibility between soybean and Bradyrhizobium arises from one amino acid determinant in soybean Rj2 protein. DOI: 10.1371/journal.pone.0222469 ; PMID: 31518373
Related News:
Gene Resources:
- NCBI ID: 100812810
- UniProt accessions: Glyma.16g212300
Sequences:
cDNA Sequence
- >Glyma.16G212300.1
AGAAAAATTGAGAGGAAACTTGAGAGCAATCTATAGCCATTAAATGACTCTTCAATTAACACAATAAACGGGCATAATGTCAATAACCCTTGAAATACTTAGTGGTTACACAAAAATAATGTCTCTTAATGCATATTACTCACACACTTTATCTTCTAACACTAACTGATCACAGTCCTTCATTTTCTAATTGTTTTATTTTATGCAGGCCAGAAAAAATAAACATATATATGAACCTTCATCCAAGTTTTGGAGACCCAACATTCCATCCACAATCATAGTAGACTTTCTTCTCAGTTCACATGGCTTTGGGATCATGTTCCTCTTCCTTCAACTATGATGTTTTCCTCAGCTTCAGAGGCGCAGACACACGACATGGTTTTACCGGAAATCTTTACAAAGCTCTTGATGACAGGGGAATCTACACTTTCATTGATGATGAGGAGCTCCAGAGTGGAGAGGAAATAACACCAGCACTTCTGAAGGCAATTCAAGAGTCCAGGATTGCCATCACTGTGCTCTCTATAAATTATGCTTCTTCCTCATTTTGCTTAGATGAACTTGCCTACATTCTTGAGTGCTTTAAGAGCAAAAATCTGTTGGTTGTGCCAGTCTTTTATAACGTGGATCCTTCTGATGTCAGACACCAGAAAGGTAGTTATGGAGAAGCATTGGCTAAGCATCAGGAAAGGTTCAACCACAACATGGAGAAGTTGGAGTATTGGAAGAAGGCTCTGCATCAAGTAGCTAACTTGTCTGGCTTTCATTTCAAACACGGAGAAGGGTATGAATATGAGTTTATTGGGAGGATTGTTGAGTTGGTCTCCAGCAAGATCAATCATGCTCCTTTGCCTGTTGCGGATTACCCGGTTGGACTAGAATCAAGATTACTAGAAGTAACAAAGCTTTTGGATGTTGAATCTGATGATGGTGTCTACATGATAGGGATCCATGGAATTGGTGGGATAGGAAAATCAACACTTGCTATAGCAGTTTATAATTTGATTGCTTGCCATTTTGATGGTTCATGTTTTCTTAAAGATTTGAGAGAAAAATCAAACAAGAAGGGGTTACAACACCTCCAGAGCATCCTTCTTCGGGAAATACTTGGAGAGAAGGAAATCAACTTAGCAAGTGTTGAACAAGGAGCTTCAATTATACAACATAGGCTTCAGCGAAAGAAGGTTCTCTTGATTTTAGATGATGTTGACAAGCATGAACAATTACAGGCTATTGTTGGAAGACCTTGTTGGTTTGGTCCAGGCAGTAGAGTCATCATCACCACTCGGGACAAACAACTGCTAGCATCTCATGGGGTTAAAAGAACATATGAAGTGGAACTATTGAATGAGAACAATGCTCTTCAATTGCTTACATGGAAATCTTTTAAAACCGAAAAGGTTGATCCAAGTTATAAGGAGGTCTTGAATGATGTAGTAATTTATGCTTCTGGCCTTCCATTAGCTTTGGAAGTGATAGGTTCCAACTTGTTCGGGAAAAGCATAGAAGAATGGAAATCTGCTATCAAACAATATAAAAGAATTCCCGGCATTCAAATCCTAGAGATACTTAAAGTAAGCTTTGATGCTTTGGAGGAAGAACAAAAGAATGTTTTCCTTGACATTGCCTGTTGCTTCAATAGATATGACTTGACAAAGGTTGAAGATATACTTCGTGCTCATTATGGTGATTGCATGAAATATCATATTGGAGTGTTGGTTGAAAAATCTCTTATAAAAAAGAAGTTTAGTTGGTATGGTAGAGTACCTAGAGTTACAATGCATGACTTGATTGAGGACATGGGAAAAGAAATTGTCAGGCAAGAATCACCGAAAGAGCCAGAGAAGCGCAGTAGACTATGGTTACCAGAAGATATAATTCAAGTTTTGGAAGACAACAAGGGAACTAGTGAAATTGAAATCATATGTCTAGACTTCCCCTGCTTTGGCAAAGAAGAAATAGTAGAATTAAATACAAAGGCTTTCAAGAAGATGAAAAACCTCAAAACACTTATTATTAGAAATGGTAAATTTTCCAAAGGTCCCAAATATCTTCCAAACAATTTGAGAGTACTGGAATGGTGGAGATATCCTTCACATTGTTTACCATCTGATTTTCATCCGAAAAAACTTTCCATATGCAAGTTACCCTATAGTTGTATTTCGTCATTTGAGTGGGATGGCTTATGGAAGATGTTCGTAAATCTAAGAACATTGAATTTTGACGGGTGCAAATGTTTAACACAGATTCCTGACGTATCTGGTCTCCCAAATTTGGAGGAATTTTCATTTGAACACTGCCTTAATTTAATTACAGTTCACAATTCAATTGGTTTTCTGGATAAGCTTAAAACATTGAATGCTTTTAGATGCAAAAGGCTCAGAAGTTTTCCACCTATCAAGTTGACCTCTCTTGAAAAACTTAATCTTTCATTTTGTTACAGTCTTGAGAGTTTTCCAAAAATATTAGGAAAGATGGAAAACATAAGAGAACTTTGTTTGTCAAACTCTTCCATAACAGAATTGTCATTTTCATTTCAAAATCTTGCTGGGCTTCAAGCATTAGACCTGAGCTTTTTAAGTCCTCATGCAATTTTTAAGGTGCCAAGTAGCATTGTCCTGATGCCGGAACTGACTGAAATCTTTGTCGTGGGATTGAAAGGGTGGCAATGGCTAAAACAGGAAGAGGGTGAAGAAAAAACGGGGTCAATAGTATCTTCCAAGGTAGTAAGGCTTACTGTCGCAATTTGCAACCTCAGTGATGAATTTTTTTCAATAGATTTTACTTGGTTTGCACATATGAAGGAATTATGTCTATCCGAGAATAATTTCACAATCCTTCCGGAATGCATCAAAGAATGTCAATTTTTAAGGATACTTGATGTATGTGACTGCAAGCATCTTCGGGAAATTAGAGGGATTCCACCAAACTTAAAGCATTTCTTTGCAATAAACTGTAAATCATTGACTTCCTCAAGTATAAGCAAGTTCCTAAATCAGGAACTGCATGAGGCTGGAAACACTGTGTTTTGTTTGCCAGGTAAAAGGATTCCAGAGTGGTTCGATCAGCAAAGCAGGGGACCTTCAATTTCTTTCTGGTTTCGTAATAAGTTCCCTGACATGGTTCTTTGTCTTATTGTTGCACCCATTCGATCCCAATTTTTTCGTCCCGAGGTTTTCATCAATGGCAATGAATGTTCCCCTTATAGTTGCTATTTCCAGAAAGGAATGCACCATGCATATCTTTGTGATCTACGAGAGATAGAATTCAGAAACAGTCCGTATGAGGTGCCTTTCGAAAATGGATGGAACCATGTGAATGTTACATGTCCTCGTTGTATAGATACCTATATCCACCCTGTTAAAATGGGAATCCATATATTTAAACAGGAACATGCCATGGAGGATGTTCGATTTACTGATCCTTTTATAGCAAGAGAAAATCAGACGATGATGTAGAAAGTTTGGAATCACAAACCACCAGTTGCTAAAAGAGGGCAGGTTTGTGGACATGGAACTTTCATAGACAGTATTTGTGCAACAGCAACAATGTATAGTTTTATGATCGCATCCATTGAGCTGGGCAGTGGAAATTGTATGATATTGTGAAGTTGGATTAAATTCAATGGATTCGAAGTATATAAGGGGCACAATTAGTGTCAAAGGTAAATTAATTTCCCTTATTATTGCGATCTGTATAAATGAAACAAAAGGAAAGAAGTATTGGAACTAGAGTTCTCTCAATTGGGGTACATGATTCTTTTTTTTCTTGAAGAATATATATATATATATATATATATATATATATATATATATATATATATATATATATATAACAAAAACAAAATTTGCTTCTGTTAGAGAGACTGAATGAAATTGATGCTTTTGT - >Glyma.16G212300.2
AGAAAAATTGAGAGGAAACTTGAGAGCAATCTATAGCCATTAAATGACTCTTCAATTAACACAATAAACGGGCATAATGTCAATAACCCTTGAAATACTTAGTGGTTACACAAAAATAATGTCTCTTAATGCATATTACTCACACACTTTATCTTCTAACACTAACTGATCACAGTCCTTCATTTTCTAATTGTTTTATTTTATGCAGGCCAGAAAAAATAAACATATATATGAACCTTCATCCAAGTTTTGGAGACCCAACATTCCATCCACAATCATAGTAGACTTTCTTCTCAGTTCACATGGCTTTGGGATCATGTTCCTCTTCCTTCAACTATGATGTTTTCCTCAGCTTCAGAGGCGCAGACACACGACATGGTTTTACCGGAAATCTTTACAAAGCTCTTGATGACAGGGGAATCTACACTTTCATTGATGATGAGGAGCTCCAGAGTGGAGAGGAAATAACACCAGCACTTCTGAAGGCAATTCAAGAGTCCAGGATTGCCATCACTGTGCTCTCTATAAATTATGCTTCTTCCTCATTTTGCTTAGATGAACTTGCCTACATTCTTGAGTGCTTTAAGAGCAAAAATCTGTTGGTTGTGCCAGTCTTTTATAACGTGGATCCTTCTGATGTCAGACACCAGAAAGGTAGTTATGGAGAAGCATTGGCTAAGCATCAGGAAAGGTTCAACCACAACATGGAGAAGTTGGAGTATTGGAAGAAGGCTCTGCATCAAGTAGCTAACTTGTCTGGCTTTCATTTCAAACACGGAGAAGGGTATGAATATGAGTTTATTGGGAGGATTGTTGAGTTGGTCTCCAGCAAGATCAATCATGCTCCTTTGCCTGTTGCGGATTACCCGGTTGGACTAGAATCAAGATTACTAGAAGTAACAAAGCTTTTGGATGTTGAATCTGATGATGGTGTCTACATGATAGGGATCCATGGAATTGGTGGGATAGGAAAATCAACACTTGCTATAGCAGTTTATAATTTGATTGCTTGCCATTTTGATGGTTCATGTTTTCTTAAAGATTTGAGAGAAAAATCAAACAAGAAGGGGTTACAACACCTCCAGAGCATCCTTCTTCGGGAAATACTTGGAGAGAAGGAAATCAACTTAGCAAGTGTTGAACAAGGAGCTTCAATTATACAACATAGGCTTCAGCGAAAGAAGGTTCTCTTGATTTTAGATGATGTTGACAAGCATGAACAATTACAGGCTATTGTTGGAAGACCTTGTTGGTTTGGTCCAGGCAGTAGAGTCATCATCACCACTCGGGACAAACAACTGCTAGCATCTCATGGGGTTAAAAGAACATATGAAGTGGAACTATTGAATGAGAACAATGCTCTTCAATTGCTTACATGGAAATCTTTTAAAACCGAAAAGGTTGATCCAAGTTATAAGGAGGTCTTGAATGATGTAGTAATTTATGCTTCTGGCCTTCCATTAGCTTTGGAAGTGATAGGTTCCAACTTGTTCGGGAAAAGCATAGAAGAATGGAAATCTGCTATCAAACAATATAAAAGAATTCCCGGCATTCAAATCCTAGAGATACTTAAAGTAAGCTTTGATGCTTTGGAGGAAGAACAAAAGAATGTTTTCCTTGACATTGCCTGTTGCTTCAATAGATATGACTTGACAAAGGTTGAAGATATACTTCGTGCTCATTATGGTGATTGCATGAAATATCATATTGGAGTGTTGGTTGAAAAATCTCTTATAAAAAAGAAGTTTAGTTGGTATGGTAGAGTACCTAGAGTTACAATGCATGACTTGATTGAGGACATGGGAAAAGAAATTGTCAGGCAAGAATCACCGAAAGAGCCAGAGAAGCGCAGTAGACTATGGTTACCAGAAGATATAATTCAAGTTTTGGAAGACAACAAGGGAACTAGTGAAATTGAAATCATATGTCTAGACTTCCCCTGCTTTGGCAAAGAAGAAATAGTAGAATTAAATACAAAGGCTTTCAAGAAGATGAAAAACCTCAAAACACTTATTATTAGAAATGGTAAATTTTCCAAAGGTCCCAAATATCTTCCAAACAATTTGAGAGTACTGGAATGGTGGAGATATCCTTCACATTGTTTACCATCTGATTTTCATCCGAAAAAACTTTCCATATGCAAGTTACCCTATAGTTGTATTTCGTCATTTGAGTGGGATGGCTTATGGAAGATGTTCGTAAATCTAAGAACATTGAATTTTGACGGGTGCAAATGTTTAACACAGATTCCTGACGTATCTGGTCTCCCAAATTTGGAGGAATTTTCATTTGAACACTGCCTTAATTTAATTACAGTTCACAATTCAATTGGTTTTCTGGATAAGCTTAAAACATTGAATGCTTTTAGATGCAAAAGGCTCAGAAGTTTTCCACCTATCAAGTTGACCTCTCTTGAAAAACTTAATCTTTCATTTTGTTACAGTCTTGAGAGTTTTCCAAAAATATTAGGAAAGATGGAAAACATAAGAGAACTTTGTTTGTCAAACTCTTCCATAACAGAATTGTCATTTTCATTTCAAAATCTTGCTGGGCTTCAAGCATTAGACCTGAGCTTTTTAAGTCCTCATGCAATTTTTAAGGTGCCAAGTAGCATTGTCCTGATGCCGGAACTGACTGAAATCTTTGTCGTGGGATTGAAAGGGTGGCAATGGCTAAAACAGGAAGAGGGTGAAGAAAAAACGGGGTCAATAGTATCTTCCAAGGTAGTAAGGCTTACTGTCGCAATTTGCAACCTCAGTGATGAATTTTTTTCAATAGATTTTACTTGGTTTGCACATATGAAGGAATTATGTCTATCCGAGAATAATTTCACAATCCTTCCGGAATGCATCAAAGAATGTCAATTTTTAAGGATACTTGATGTATGTGACTGCAAGCATCTTCGGGAAATTAGAGGGATTCCACCAAACTTAAAGCATTTCTTTGCAATAAACTGTAAATCATTGACTTCCTCAAGTATAAGCAAGTTCCTAAATCAGGAACTGCATGAGGCTGGAAACACTGTGTTTTGTTTGCCAGGTAAAAGGATTCCAGAGTGGTTCGATCAGCAAAGCAGGGGACCTTCAATTTCTTTCTGGTTTCGTAATAAGTTCCCTGACATGGTTCTTTGTCTTATTGTTGCACCCATTCGATCCCAATTTTTTCGTCCCGAGGTTTTCATCAATGGCAATGAATGTTCCCCTTATAGTTGCTATTTCCAGAAAGGAATGCACCATGCATATCTTTGTGATCTACGAGAGATAGAATTCAGAAACAGTCCGTATGAGGTGCCTTTCGAAAATGGATGGAACCATGTGAATGTTACATGTCCTCGTTGTATAGATACCTATATCCACCCTGTTAAAATGGGAATCCATATATTTAAACAGGAACATGCCATGGAGGATGTTCGATTTACTGATCCTTTTATAGCAAGAGAAAATCAGACGATGATGTAGAAAGTTTGGAATCACAAACCACCAGTTGCTAAAAGAGGGCAGGTTTGTGGACATGGAACTTTCATAGACAGTATTTGTGCAACAGCAACAATGTATAGTTTTATGATCGCATCCATTGAGCTGGGCAGTGGAAATTGTATGATATTGTGAAGTTGGATTAAATTCAATGGATTCGAAGTATATAAGGGGCACAATTAGTGTCAAAGGTAAATTAATTTCCCTTATTATTGCGATCTGTATAAATGAAACAAAAGGAAAGAAGTATTGGAACTAGAGTTCTCTCAATTGGGGTACATGATTCTTTTTTTTCTTGAAGAATATATATATATATATATATATATATATATATATATATATATATATATATATATATATAACAAAAACAAAATTTGCTTCTGTTAGAGAGACTGAATGAAATTGATGCTTTTGT
CDS Sequence
- >Glyma.16G212300.1
ATGGCTTTGGGATCATGTTCCTCTTCCTTCAACTATGATGTTTTCCTCAGCTTCAGAGGCGCAGACACACGACATGGTTTTACCGGAAATCTTTACAAAGCTCTTGATGACAGGGGAATCTACACTTTCATTGATGATGAGGAGCTCCAGAGTGGAGAGGAAATAACACCAGCACTTCTGAAGGCAATTCAAGAGTCCAGGATTGCCATCACTGTGCTCTCTATAAATTATGCTTCTTCCTCATTTTGCTTAGATGAACTTGCCTACATTCTTGAGTGCTTTAAGAGCAAAAATCTGTTGGTTGTGCCAGTCTTTTATAACGTGGATCCTTCTGATGTCAGACACCAGAAAGGTAGTTATGGAGAAGCATTGGCTAAGCATCAGGAAAGGTTCAACCACAACATGGAGAAGTTGGAGTATTGGAAGAAGGCTCTGCATCAAGTAGCTAACTTGTCTGGCTTTCATTTCAAACACGGAGAAGGGTATGAATATGAGTTTATTGGGAGGATTGTTGAGTTGGTCTCCAGCAAGATCAATCATGCTCCTTTGCCTGTTGCGGATTACCCGGTTGGACTAGAATCAAGATTACTAGAAGTAACAAAGCTTTTGGATGTTGAATCTGATGATGGTGTCTACATGATAGGGATCCATGGAATTGGTGGGATAGGAAAATCAACACTTGCTATAGCAGTTTATAATTTGATTGCTTGCCATTTTGATGGTTCATGTTTTCTTAAAGATTTGAGAGAAAAATCAAACAAGAAGGGGTTACAACACCTCCAGAGCATCCTTCTTCGGGAAATACTTGGAGAGAAGGAAATCAACTTAGCAAGTGTTGAACAAGGAGCTTCAATTATACAACATAGGCTTCAGCGAAAGAAGGTTCTCTTGATTTTAGATGATGTTGACAAGCATGAACAATTACAGGCTATTGTTGGAAGACCTTGTTGGTTTGGTCCAGGCAGTAGAGTCATCATCACCACTCGGGACAAACAACTGCTAGCATCTCATGGGGTTAAAAGAACATATGAAGTGGAACTATTGAATGAGAACAATGCTCTTCAATTGCTTACATGGAAATCTTTTAAAACCGAAAAGGTTGATCCAAGTTATAAGGAGGTCTTGAATGATGTAGTAATTTATGCTTCTGGCCTTCCATTAGCTTTGGAAGTGATAGGTTCCAACTTGTTCGGGAAAAGCATAGAAGAATGGAAATCTGCTATCAAACAATATAAAAGAATTCCCGGCATTCAAATCCTAGAGATACTTAAAGTAAGCTTTGATGCTTTGGAGGAAGAACAAAAGAATGTTTTCCTTGACATTGCCTGTTGCTTCAATAGATATGACTTGACAAAGGTTGAAGATATACTTCGTGCTCATTATGGTGATTGCATGAAATATCATATTGGAGTGTTGGTTGAAAAATCTCTTATAAAAAAGAAGTTTAGTTGGTATGGTAGAGTACCTAGAGTTACAATGCATGACTTGATTGAGGACATGGGAAAAGAAATTGTCAGGCAAGAATCACCGAAAGAGCCAGAGAAGCGCAGTAGACTATGGTTACCAGAAGATATAATTCAAGTTTTGGAAGACAACAAGGGAACTAGTGAAATTGAAATCATATGTCTAGACTTCCCCTGCTTTGGCAAAGAAGAAATAGTAGAATTAAATACAAAGGCTTTCAAGAAGATGAAAAACCTCAAAACACTTATTATTAGAAATGGTAAATTTTCCAAAGGTCCCAAATATCTTCCAAACAATTTGAGAGTACTGGAATGGTGGAGATATCCTTCACATTGTTTACCATCTGATTTTCATCCGAAAAAACTTTCCATATGCAAGTTACCCTATAGTTGTATTTCGTCATTTGAGTGGGATGGCTTATGGAAGATGTTCGTAAATCTAAGAACATTGAATTTTGACGGGTGCAAATGTTTAACACAGATTCCTGACGTATCTGGTCTCCCAAATTTGGAGGAATTTTCATTTGAACACTGCCTTAATTTAATTACAGTTCACAATTCAATTGGTTTTCTGGATAAGCTTAAAACATTGAATGCTTTTAGATGCAAAAGGCTCAGAAGTTTTCCACCTATCAAGTTGACCTCTCTTGAAAAACTTAATCTTTCATTTTGTTACAGTCTTGAGAGTTTTCCAAAAATATTAGGAAAGATGGAAAACATAAGAGAACTTTGTTTGTCAAACTCTTCCATAACAGAATTGTCATTTTCATTTCAAAATCTTGCTGGGCTTCAAGCATTAGACCTGAGCTTTTTAAGTCCTCATGCAATTTTTAAGGTGCCAAGTAGCATTGTCCTGATGCCGGAACTGACTGAAATCTTTGTCGTGGGATTGAAAGGGTGGCAATGGCTAAAACAGGAAGAGGGTGAAGAAAAAACGGGGTCAATAGTATCTTCCAAGGTAGTAAGGCTTACTGTCGCAATTTGCAACCTCAGTGATGAATTTTTTTCAATAGATTTTACTTGGTTTGCACATATGAAGGAATTATGTCTATCCGAGAATAATTTCACAATCCTTCCGGAATGCATCAAAGAATGTCAATTTTTAAGGATACTTGATGTATGTGACTGCAAGCATCTTCGGGAAATTAGAGGGATTCCACCAAACTTAAAGCATTTCTTTGCAATAAACTGTAAATCATTGACTTCCTCAAGTATAAGCAAGTTCCTAAATCAGGAACTGCATGAGGCTGGAAACACTGTGTTTTGTTTGCCAGGTAAAAGGATTCCAGAGTGGTTCGATCAGCAAAGCAGGGGACCTTCAATTTCTTTCTGGTTTCGTAATAAGTTCCCTGACATGGTTCTTTGTCTTATTGTTGCACCCATTCGATCCCAATTTTTTCGTCCCGAGGTTTTCATCAATGGCAATGAATGTTCCCCTTATAGTTGCTATTTCCAGAAAGGAATGCACCATGCATATCTTTGTGATCTACGAGAGATAGAATTCAGAAACAGTCCGTATGAGGTGCCTTTCGAAAATGGATGGAACCATGTGAATGTTACATGTCCTCGTTGTATAGATACCTATATCCACCCTGTTAAAATGGGAATCCATATATTTAAACAGGAACATGCCATGGAGGATGTTCGATTTACTGATCCTTTTATAGCAAGAGAAAATCAGACGATGATGTAG - >Glyma.16G212300.2
ATGGCTTTGGGATCATGTTCCTCTTCCTTCAACTATGATGTTTTCCTCAGCTTCAGAGGCGCAGACACACGACATGGTTTTACCGGAAATCTTTACAAAGCTCTTGATGACAGGGGAATCTACACTTTCATTGATGATGAGGAGCTCCAGAGTGGAGAGGAAATAACACCAGCACTTCTGAAGGCAATTCAAGAGTCCAGGATTGCCATCACTGTGCTCTCTATAAATTATGCTTCTTCCTCATTTTGCTTAGATGAACTTGCCTACATTCTTGAGTGCTTTAAGAGCAAAAATCTGTTGGTTGTGCCAGTCTTTTATAACGTGGATCCTTCTGATGTCAGACACCAGAAAGGTAGTTATGGAGAAGCATTGGCTAAGCATCAGGAAAGGTTCAACCACAACATGGAGAAGTTGGAGTATTGGAAGAAGGCTCTGCATCAAGTAGCTAACTTGTCTGGCTTTCATTTCAAACACGGAGAAGGGTATGAATATGAGTTTATTGGGAGGATTGTTGAGTTGGTCTCCAGCAAGATCAATCATGCTCCTTTGCCTGTTGCGGATTACCCGGTTGGACTAGAATCAAGATTACTAGAAGTAACAAAGCTTTTGGATGTTGAATCTGATGATGGTGTCTACATGATAGGGATCCATGGAATTGGTGGGATAGGAAAATCAACACTTGCTATAGCAGTTTATAATTTGATTGCTTGCCATTTTGATGGTTCATGTTTTCTTAAAGATTTGAGAGAAAAATCAAACAAGAAGGGGTTACAACACCTCCAGAGCATCCTTCTTCGGGAAATACTTGGAGAGAAGGAAATCAACTTAGCAAGTGTTGAACAAGGAGCTTCAATTATACAACATAGGCTTCAGCGAAAGAAGGTTCTCTTGATTTTAGATGATGTTGACAAGCATGAACAATTACAGGCTATTGTTGGAAGACCTTGTTGGTTTGGTCCAGGCAGTAGAGTCATCATCACCACTCGGGACAAACAACTGCTAGCATCTCATGGGGTTAAAAGAACATATGAAGTGGAACTATTGAATGAGAACAATGCTCTTCAATTGCTTACATGGAAATCTTTTAAAACCGAAAAGGTTGATCCAAGTTATAAGGAGGTCTTGAATGATGTAGTAATTTATGCTTCTGGCCTTCCATTAGCTTTGGAAGTGATAGGTTCCAACTTGTTCGGGAAAAGCATAGAAGAATGGAAATCTGCTATCAAACAATATAAAAGAATTCCCGGCATTCAAATCCTAGAGATACTTAAAGTAAGCTTTGATGCTTTGGAGGAAGAACAAAAGAATGTTTTCCTTGACATTGCCTGTTGCTTCAATAGATATGACTTGACAAAGGTTGAAGATATACTTCGTGCTCATTATGGTGATTGCATGAAATATCATATTGGAGTGTTGGTTGAAAAATCTCTTATAAAAAAGAAGTTTAGTTGGTATGGTAGAGTACCTAGAGTTACAATGCATGACTTGATTGAGGACATGGGAAAAGAAATTGTCAGGCAAGAATCACCGAAAGAGCCAGAGAAGCGCAGTAGACTATGGTTACCAGAAGATATAATTCAAGTTTTGGAAGACAACAAGGGAACTAGTGAAATTGAAATCATATGTCTAGACTTCCCCTGCTTTGGCAAAGAAGAAATAGTAGAATTAAATACAAAGGCTTTCAAGAAGATGAAAAACCTCAAAACACTTATTATTAGAAATGGTAAATTTTCCAAAGGTCCCAAATATCTTCCAAACAATTTGAGAGTACTGGAATGGTGGAGATATCCTTCACATTGTTTACCATCTGATTTTCATCCGAAAAAACTTTCCATATGCAAGTTACCCTATAGTTGTATTTCGTCATTTGAGTGGGATGGCTTATGGAAGATGTTCGTAAATCTAAGAACATTGAATTTTGACGGGTGCAAATGTTTAACACAGATTCCTGACGTATCTGGTCTCCCAAATTTGGAGGAATTTTCATTTGAACACTGCCTTAATTTAATTACAGTTCACAATTCAATTGGTTTTCTGGATAAGCTTAAAACATTGAATGCTTTTAGATGCAAAAGGCTCAGAAGTTTTCCACCTATCAAGTTGACCTCTCTTGAAAAACTTAATCTTTCATTTTGTTACAGTCTTGAGAGTTTTCCAAAAATATTAGGAAAGATGGAAAACATAAGAGAACTTTGTTTGTCAAACTCTTCCATAACAGAATTGTCATTTTCATTTCAAAATCTTGCTGGGCTTCAAGCATTAGACCTGAGCTTTTTAAGTCCTCATGCAATTTTTAAGGTGCCAAGTAGCATTGTCCTGATGCCGGAACTGACTGAAATCTTTGTCGTGGGATTGAAAGGGTGGCAATGGCTAAAACAGGAAGAGGGTGAAGAAAAAACGGGGTCAATAGTATCTTCCAAGGTAGTAAGGCTTACTGTCGCAATTTGCAACCTCAGTGATGAATTTTTTTCAATAGATTTTACTTGGTTTGCACATATGAAGGAATTATGTCTATCCGAGAATAATTTCACAATCCTTCCGGAATGCATCAAAGAATGTCAATTTTTAAGGATACTTGATGTATGTGACTGCAAGCATCTTCGGGAAATTAGAGGGATTCCACCAAACTTAAAGCATTTCTTTGCAATAAACTGTAAATCATTGACTTCCTCAAGTATAAGCAAGTTCCTAAATCAGGAACTGCATGAGGCTGGAAACACTGTGTTTTGTTTGCCAGGTAAAAGGATTCCAGAGTGGTTCGATCAGCAAAGCAGGGGACCTTCAATTTCTTTCTGGTTTCGTAATAAGTTCCCTGACATGGTTCTTTGTCTTATTGTTGCACCCATTCGATCCCAATTTTTTCGTCCCGAGGTTTTCATCAATGGCAATGAATGTTCCCCTTATAGTTGCTATTTCCAGAAAGGAATGCACCATGCATATCTTTGTGATCTACGAGAGATAGAATTCAGAAACAGTCCGTATGAGGTGCCTTTCGAAAATGGATGGAACCATGTGAATGTTACATGTCCTCGTTGTATAGATACCTATATCCACCCTGTTAAAATGGGAATCCATATATTTAAACAGGAACATGCCATGGAGGATGTTCGATTTACTGATCCTTTTATAGCAAGAGAAAATCAGACGATGATGTAG
Protein Sequence
- >Glyma.16G212300.1
MALGSCSSSFNYDVFLSFRGADTRHGFTGNLYKALDDRGIYTFIDDEELQSGEEITPALLKAIQESRIAITVLSINYASSSFCLDELAYILECFKSKNLLVVPVFYNVDPSDVRHQKGSYGEALAKHQERFNHNMEKLEYWKKALHQVANLSGFHFKHGEGYEYEFIGRIVELVSSKINHAPLPVADYPVGLESRLLEVTKLLDVESDDGVYMIGIHGIGGIGKSTLAIAVYNLIACHFDGSCFLKDLREKSNKKGLQHLQSILLREILGEKEINLASVEQGASIIQHRLQRKKVLLILDDVDKHEQLQAIVGRPCWFGPGSRVIITTRDKQLLASHGVKRTYEVELLNENNALQLLTWKSFKTEKVDPSYKEVLNDVVIYASGLPLALEVIGSNLFGKSIEEWKSAIKQYKRIPGIQILEILKVSFDALEEEQKNVFLDIACCFNRYDLTKVEDILRAHYGDCMKYHIGVLVEKSLIKKKFSWYGRVPRVTMHDLIEDMGKEIVRQESPKEPEKRSRLWLPEDIIQVLEDNKGTSEIEIICLDFPCFGKEEIVELNTKAFKKMKNLKTLIIRNGKFSKGPKYLPNNLRVLEWWRYPSHCLPSDFHPKKLSICKLPYSCISSFEWDGLWKMFVNLRTLNFDGCKCLTQIPDVSGLPNLEEFSFEHCLNLITVHNSIGFLDKLKTLNAFRCKRLRSFPPIKLTSLEKLNLSFCYSLESFPKILGKMENIRELCLSNSSITELSFSFQNLAGLQALDLSFLSPHAIFKVPSSIVLMPELTEIFVVGLKGWQWLKQEEGEEKTGSIVSSKVVRLTVAICNLSDEFFSIDFTWFAHMKELCLSENNFTILPECIKECQFLRILDVCDCKHLREIRGIPPNLKHFFAINCKSLTSSSISKFLNQELHEAGNTVFCLPGKRIPEWFDQQSRGPSISFWFRNKFPDMVLCLIVAPIRSQFFRPEVFINGNECSPYSCYFQKGMHHAYLCDLREIEFRNSPYEVPFENGWNHVNVTCPRCIDTYIHPVKMGIHIFKQEHAMEDVRFTDPFIARENQTMM* - >Glyma.16G212300.2
MALGSCSSSFNYDVFLSFRGADTRHGFTGNLYKALDDRGIYTFIDDEELQSGEEITPALLKAIQESRIAITVLSINYASSSFCLDELAYILECFKSKNLLVVPVFYNVDPSDVRHQKGSYGEALAKHQERFNHNMEKLEYWKKALHQVANLSGFHFKHGEGYEYEFIGRIVELVSSKINHAPLPVADYPVGLESRLLEVTKLLDVESDDGVYMIGIHGIGGIGKSTLAIAVYNLIACHFDGSCFLKDLREKSNKKGLQHLQSILLREILGEKEINLASVEQGASIIQHRLQRKKVLLILDDVDKHEQLQAIVGRPCWFGPGSRVIITTRDKQLLASHGVKRTYEVELLNENNALQLLTWKSFKTEKVDPSYKEVLNDVVIYASGLPLALEVIGSNLFGKSIEEWKSAIKQYKRIPGIQILEILKVSFDALEEEQKNVFLDIACCFNRYDLTKVEDILRAHYGDCMKYHIGVLVEKSLIKKKFSWYGRVPRVTMHDLIEDMGKEIVRQESPKEPEKRSRLWLPEDIIQVLEDNKGTSEIEIICLDFPCFGKEEIVELNTKAFKKMKNLKTLIIRNGKFSKGPKYLPNNLRVLEWWRYPSHCLPSDFHPKKLSICKLPYSCISSFEWDGLWKMFVNLRTLNFDGCKCLTQIPDVSGLPNLEEFSFEHCLNLITVHNSIGFLDKLKTLNAFRCKRLRSFPPIKLTSLEKLNLSFCYSLESFPKILGKMENIRELCLSNSSITELSFSFQNLAGLQALDLSFLSPHAIFKVPSSIVLMPELTEIFVVGLKGWQWLKQEEGEEKTGSIVSSKVVRLTVAICNLSDEFFSIDFTWFAHMKELCLSENNFTILPECIKECQFLRILDVCDCKHLREIRGIPPNLKHFFAINCKSLTSSSISKFLNQELHEAGNTVFCLPGKRIPEWFDQQSRGPSISFWFRNKFPDMVLCLIVAPIRSQFFRPEVFINGNECSPYSCYFQKGMHHAYLCDLREIEFRNSPYEVPFENGWNHVNVTCPRCIDTYIHPVKMGIHIFKQEHAMEDVRFTDPFIARENQTMM*