SoyBase SoyBase transitions to NEW site on 10/1/2024
Integrating Genetics and Genomics to Advance Soybean Research



Report for Sequence Feature Glyma16g14060

Feature Type:gene_model
Chromosome:Gm16
Start:15008266
stop:15024558
Source:JGI
Version:Wm82.a1.v1.1
High confidence:yes



A newer version of this gene model can be found here:

Database IDAnnotation TypeAnnotation DescriptionAnnotation SourceMatch ScoreEvidence Code
AT3G24880AT Annotation by Michelle Graham. TAIR10: Helicase/SANT-associated, DNA binding protein | chr3:9086457-9095537 REVERSE LENGTH=1957 SoyBaseE_val: 0ISS
GO:0005634GO-cc Annotation by Michelle Graham. GO Cellular Compartment: nucleus SoyBaseN/AISS
GO:0003677GO-mf Annotation by Michelle Graham. GO Molecular Function: DNA binding SoyBaseN/AISS
PF07529PFAM HSA JGI ISS
UniRef100_B9S516UniRef Annotation by Michelle Graham. Most informative UniRef hit: DNA binding protein, putative n=1 Tax=Ricinus communis RepID=B9S516_RICCO SoyBaseE_val: 0ISS
UniRef100_UPI000233E7A6UniRef Annotation by Michelle Graham. Best UniRef hit: UPI000233E7A6 related cluster n=1 Tax=unknown RepID=UPI000233E7A6 SoyBaseE_val: 0ISS

Gene expression representations made with eFP at the University of Toronto.
Waese et al. 2017, Plant Cell 29(8):1806-1821 ePlant: Visualizing and Exploring Multiple Levels of Data for Hypothesis Generation in Plant Biology
Libault et al. 2010, Plant Phys 152(2):541-552.
Complete Transcriptome of the Soybean Root Hair Cell, a Single-Cell Model, and Its Alteration in Response to Bradyrhizobium japonicum Infection
Severin et al. 2010, BMC Plant Biology 10:160
RNA-Seq Atlas of Glycine max: A guide to the soybean transcriptome

To see more experiments click HERE

Corresponding NameAnnotation VersionEvidenceComments
Glyma.16g093800 Wm82.a2.v1IGC As supplied by JGI

Schmutz et al. 2010
  Genome sequence of the palaeopolyploid soybean
  Nature 2010, 463:178-183

>Glyma16g14060.3   sequence type=transcript   gene model=Glyma16g14060   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
AAAAAGCCCATATTGGAGATCCAAAAAAAATTTGTGAAATCCCCCGTATACGTCGTCGTCTTCGTGCCCAGCCCACAACAACTCGCATAGTCCCTCGCCACCCACACGCGCAAGAAGAACAACGAACGTGCAAAATATAGCGGACGAAACGAATTAGAGAGGAACAAAATCACCATCACGATTACCCAAATTGGCGACGTTTGATTCTCCGATATTGCTTCCATGGCTGACATTTGCTGCTACATGTTGGTTTCCATGGGCAAATCGTGATCGAAGTGGTGCCCCTTTTCCAAAACCCTAGGAGAGAGAAACTTTGCGCTGAAACGGCCTCTTGGGGCTCTCACGTTGTGCCTTGGCTCCCAATTACGCCACCCTTTTGTGGATTCAGACTCTTTAAAAGATGGGAAGTGAAGCTTTAAGATATTAAAGGTTGGGAATGAATGGATATAAATCAGGATCTGCTCTCCTTGTAAATGCTGAGGTTGATTCTATGGGTGGAGTTGTTGACGGTGGAATTGGTATAGGTTTGAAGATCTCTCCGCGCAGAGCAGCAATTGAGAAGGCGCAAGCAGAGCTCAGAGAGGAGTATGATGTTCGTGAAGAAAGAAGAAGAGAGCTTGAATTTCTTGAAAAAGGTGGGAATCCTCTGGACTTTAAGTCTGGGAATGCTGCTTCAGTTAGTGTTCAGTCTACTTCACTCACTGATCAGCTTCATGAGCAGTTTGTGACCAGTGAAGCAAAAGGTAGTTTTGCATTGACTGCCTCCCCTCATGGTGACTCTGTTGACAGTAGTGCTAGACCCGGGGCTCCTTTGGCCAGTGAGCCTAATACTGCTGATAATCTCCTACTTTTTGATGGTGAGAATGAGTTGCCTGAAACTGAAAGGAGGTGCTTGCATTCAAACAGAAGGAATAATATTGCTCTGTCAGAACAGTCTTCCCAAATTGATGGGAGTCAAAATGCTAAGGAGACTGAAGATTCTGCTATTTTCCGGCCATATGCACGAAGGAACCGATCTAGATCAGGTCATGGTCCTCGGGGAGCTTCAAGGGAAGTGAAGGGGTTAACGTCTGAAACAAATAGCCAAAAGAACCTTAATTTGTCAACTGTATCTAAGCCAAAGCCTTCCTGTTTAAATGGTGATGTTGGCCCCAAATATTTGACTACTAATAATACTCTGAATAATGAATTGGTTGGGATCCGAGATCATCAATCCACTAGTGGCAATGCTAGTGTTCCCGAAGACAAATTGGATATTACGGTGAATAGAAACTTAAAAGAAAATCATGGAACTCTACCTTCTGAAGATAATACTGTTCAAGACCCAGTTCTCATGGCTTCTGGAGAAGATAACATAGTTGAATTAAGGGAGCCAGTAGCTGTTGTCAATCATGAGCCTCCACCTCATGTACCTACTACAAAACCTGAAAATGGGCCTTATTGTCAGCCAAATGGGTTTGGCAATGTAGAAGTAGACAGGAAAAGTGTACTAAATGAAGGCCAAAATAGCATTGCTACATTAGGCAAGAATTTCAATTTAGAGTCCTCGTGCACAAAAACTAGCTTAGTTAGAGATGTAAATATTGATAGTGATATGTGTACTAATACAAAGAATGTTGATGCTAATGGAAATACCATGGAACAAACATTTGCATTAGAGAATAAACTGAACTTCGCTGGCTGCAAAGTTGTGAAAGATAGGCATAAGACCAAAAATGCAAATGGTGCTACTGTTAGCAATGAGCATGATGCTGGTTATCAAAATCATTCTGGTTGTGGTAATATTGTCAAAGCTGAGGAAGATGTCCATATTAAGAGTTCTTGCATGTCAAATGTCAAAGGAGTACCTCATAATGACAGTAACATATCAAAAGTTGATAAAGATACCATCTTAGTGGATCAGTCCAATTTTGTCAAGGAAAACAGCTGTGAAAGACATCAGGTTCCTGTGGATGTGTCACTTTCAGAACCTCCTAAGACTGCTCCAGATGTAAAGGGTACAAGCGCCGCCTCTGATGATCAACCATGTCCTATGCACAATATGAAGTTAGCAGACAAGGCTCATGAAGATTCAATTTTGGAAGAGGCTAAAATTATAGAGGCCAAGCGGAAGAGAATTGCAGAATTATCTCTTCACTCCTTATCCACACAGAACCACAGAAAGTCACACTGGGGTTTTGTTCTAGAGGAAATGGCATGGCTAGCAAATGATTTTGCTCAGGAGCGCCTTTGGAAGATAGCTGCTGCTGCACAATTGGGCCATCAAACAGCTTTTACTTGTCGCTCAAGATTTGAAAAACTGAACAGACAATTAGAGACAAAAATTTTGTCTCACAGGATAGCAAAGGCTGTCATGCAGTTTTGGCATTCAGCTAAGCTGCTTCTAGACAATGATCTTGGTATTAACTGCATTGTTGGTTGTGTTGAATCTGGGAAAGTTGATGCAAATGAAGCTTTGAGGGATCAAAGAAGAAATAGCAATATGGAGACAAGCAAATTTTTGGAGGGACAAAATCCTGAAAAACATGCTGCACTTAAAGTGCATGCATATGCTTTGAGATTTTTAAAGGCTAATAGATCTCATGGAATTTCCTCTCAAGCAGAAGCACCAACAACACCTGAAAAGATATTTGACTCAAGCACTGTAGATATGTCATGGGATGAGCATCTTAATGAAGAAAATCTTTTTTATGAAGTTCCTCCTACTGCAATGGAAACATATAGAAAAGCTATCGAATCTCATTTCCTACAGTTCGAGAAAACTGGGAGTAGCATTCAAGAGGAAGTTGCAACATCTGTGTATGATACTGCAGCAGAGTTTGGGTCTCAAGAGAATGCATATGATGAGGAAGAAGGAGAAACCAGAACTTATTACTTGCCCAGTGTCTACGAGGGCAACAGATCATCAAAATCTGCGCAGAAGAAACATAAAAATTTGAAGGCTTACACTCCTAGATTTGGTGATGCTGGTGCTGATTTTCCTTATGTACACTATGCAACTGGAAATCAACCATCCATGCTGTTTGAAAAAAGACCTGCTAGTTTAAATGTTGGGTCAATACCAACAAAGCGCATGCGCACTGCTACTAGGCATAGAGTTGTAAGTCCTTTCACTGTCAACATTGGGACTGTACAGGCTCAAGCTAAGGCGGATGCTTCAAGTGGTGATACCAATTCCTTTCATGATGACCAGAGTACTTTACATGTTGGACCCCTGATCCAGAAAAGTACTGAAGTTGAGTCAGTTGCAGATTATGAAAAACAGTTATCTCAGGACTGTGCAGAAACATTTGTTAAAACAAAGAAGAAGAAGAAGGCAAAGACTCTGGGTACTACATATGATCCGGGATGGGAGTTGGACTCTGTTGTTTCTAATGAACAGAGGGATCAGTCCAAGAAGAGAGGGGAAAGTCATCACTTTGAATCTAATGGAAGTAGTGGTTTCTGTGGGCAACCCAATTCTAAGAAACCAAAGATAATGAGGCAGTCACTTGATAATCCTTTGGACAATATTGTGTCCATGACTAATTCTATTCCTTCCCCAGTTGCGTCACAAATGAGTAACATGTCAAATCCTAATAAATTTATTAAGATCATTAGTGGGCGAGACAGGGGCCGGAAAGCTAAAGCTCTGAAGATTTCAGCTGGACAGCCTGGTTCTGGAAGTCCTTGGTCACTATTTGAAGATCAGGCTCTTGTGGTCCTGGTGCATGATATGGGTCCAAACTGGGAGCTCATAAGTGATGCTATCAATAGTGCTCTTCAAATTAAGTGCGTCTTTCGGAAACCAAAAGAATGCAAGGAGCGTCATAAAAATTTAATGGATAGAACTACCGGGGATGGTGCAGATAGTGCTGAAGATTCAGGGTCTTCACATTCTTATCCTTCTACATTACCTGGAATTCCTAAGGGTAGTGCAAGGCAGTTGTTTCAACGTTTGCAGGGGCCATTGGAGGAGGATACACTGAAGTCTCATTTTGAGAAAATTATAAAGATTGGGCAGAAGCAGCATTACCCTCAGAATCAGGTTGATAACCTGGATTCAAAACAATTAGCGCCTGTCCATAATTCACACGTGATTGCTCTTTCCCTAACCATCCCCAACAACCTGAATGGATGTATTTTAACGCCACTTGATCTCTGTGAAGCTGAAGAAATAAATCCAGATGTCCCAGCCCTTGGGTATCAAAGTTCTCATCCTGGTGGTTTGACATTACCGAATCAAGGTTTTGTACCATCAATGCTTCCTACATCCGGGGTGAATTCTTCACTACCAGGGTCTTCTTCTGGTATGGTTCTTGGCCATAACTTGTCATCATCTCCTGGTGCATCTGTCAGGGGTGGTAGATATGGGATTCCAAGAAATTCACCTTCATCAGTGGATGAGCAACAGAGAATACAATACAATCAAATGCTATCTGGAAGAAACATTCAGCAGAGTATGTCAGTTACAGGGACTCTTTCTGGAAGTGATCATGGTGTTCGCATACTTCCTGGTGGAAATGGTATGGGCTTAATGGGTGGAATTAACAAAAACATGGCAATGAGGCCAGGGTTTCAAGGAATGGCATCACCATCAATGCTTAATTCTGGAAGCATGCTTTCCTCTAGTATGGTTGGTATGCCAAGCCCTGTAAATATGCACTCTGGAGTTGGTCCTGGACAAGGCAACTCAATCTTAAGACCTCATGAGAATCTACATATGATGAGGCCTGGTCATAACCCAGAACATCAGAGACAAATGATGGTTCCAGAGCTTCAGAGGCAGGTCACCCAAGGCAACAGTCAAGGTATTCCTGCTCTTTGTGGGCTGAGTTCTGCCTTTAGCAATCAGACAACACCACCAGTTCAGCCTTACCCAGGACATGCCCAACAGCCACACCAACTGTCCCAGCAGCAGTCCCATCTCAGTAATCCTCGTCCTCATCTTCAAGGTCCGAGTCATGCCACTAATTCACAGCAACAAGCATATGCTGTCCGGTTGGCAAAGGAAAGACAACTGCAGCAACGATACCTGCAGCACCAGCAGCAGCTTGTTGCATCAAATGCATTAATACCACATGTCCAGGCAAAGTCTCAACTTCCCATCTCATCATTACCATTGCAGAACAGTTCTCAGGTTCAATCACAAAATTCTCCTCAGCAAGTGCCTCTTTCACCTTTAACGCCATCATCCCCTTTGACTCCCATGTCATCCCAGCTCCAACAGCAAAAACTTCACCATATACAGCCTGGGTTCAGCAGGAATCCCACTGCTAGTGGGTTGACTAATCAAGCAGCAAAGCAACGCCCACGACATCCGCCGCAGCAGCAGTATCAGCAACCTAGTAGGCAACATCCTAGTCAACGGCATGATGTACAGTCTCAACAGCAGACAAAACTTCTGAAGGGAATGGGAAGAGGAAATATGTTGGTCCATCAGAACCTCTCTGTGGATACTTCTCAAAGTGGACTCTCTCTGCCTGCGGGAAGCCAAACTGGTGAAAAAGGGGACCAAATCTTGCACATGATGCAAGGTCAAAATTTATATCCTGGATCTGGTTTAAACCCAAATCAACCATCAAAGCCTTTGGGTCATGCTCATTCTTCAAACCATTCACAGTTGCAGCAGAAGCTACATTCTGGGTCACCAACCACTTCATCAAAGCAACTTCATATTTCTTCAGATACTAGTGGTCAAGGACAGGTTTCACCAGTTTCATCAGGTCAGTTGTTGTCACCTCCTCACCCAGCTGTTATTGCTTCGAACCACCATCAGCTGCTGCCACAGATTCAGTCTAAGAAAATTAATCAAACTCAAATAAATGTTCAGAGAATGTTGCCTCAAAACCATCTCGTGCATTCTGTGTCATCAAGCAAGTCTCAGTCTGATCCAACTCAATCTGATCAACAGCCTGCAAACAGTGCTTCCCAGGTTAGTGCAATGACTCAGGGTTGTGTGGATTCTGCTAGTGTGGTACCAGGTGTTTCTACTGTATCTTCTCAGTGGAAAGTATCAGAACCACCATTTGATTCCACTATGAACAATCAAACAACTCAAGTGAGCTCCTTGGGGAGTGCTCCTGTTGAAAATTCCACTGGAAATGAGCAACCAGCAATTAGTCAAGGGTTGGGGCCAAGATCAGTTAGCTTGATTTCTCAGGCACATAATTCTGATACACAGTGGCAGCAACAGCAGTCGCAATCTCTCCAACAGTCATCACAACCCATCCTATCTCAGCAGCCATATCAGGCTGAGTCGCAGCAGCAACAGGAGCAAGATCAACATTCTCCTAGAGATCTTGCTTTACAACATCAACCTCAGCAACATATGCAACATCTACAATCAGGGCAGAGCAGTTTGTTTATCCAGCCACCTAATTCTAATGTGGAATGATGCATTCTAACTGATGGAGCAGCCAAGTGCGCTTGTTCTGTCAGGATGGGAGTTTCTATGCCTTAACAGCAGTGTACAGATAAGCTGATTATTCATGGGGACTGTGGAATATGGAAACAGGTATTCATTGTTTCTGCACGTGTCCTGTTGAAGTACTAACCGAAGTTATATTGGCAGGCATCATTGCTTATCGTTTGCAAATCTTGTATATTACCACTGTTTTTAGAAGGTTGACCCCCCCCTCCTCCGCATTTTGCTTTTTTGAAAAGAGACGAGTATAGAGTTATTTTTGTACAGGGTCGTCTCTTGTTTCCTTTGTACTTTCTCCCTCCTTTTCCTTTTGTCTTGACCTTCTCATGTGTAGAGGAACAGTTGCCTTTTGTTTTACTAGATTATCGGGATATAGAAATCATTTTTATGGGCAAAAGCCAATAAAAATTTCCTGGTGTTCCAACTACCCATTGATGTCTATATTATCTTGGTACTACCATCTGTACGTATGAAAATTTTCATTTTGTAACCATTTTAAGGTTTAAGAACGCAAAATGTCCCAAGAGCTTGTCAGCATAATTAAGGGGGAACCCTTTTTTTT

>Glyma16g14060.4   sequence type=transcript   gene model=Glyma16g14060   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
AAAAAGCCCATATTGGAGATCCAAAAAAAATTTGTGAAATCCCCCGTATACGTCGTCGTCTTCGTGCCCAGCCCACAACAACTCGCATAGTCCCTCGCCACCCACACGCGCAAGAAGAACAACGAACGTGCAAAATATAGCGGACGAAACGAATTAGAGAGGAACAAAATCACCATCACGATTACCCAAATTGGCGACGTTTGATTCTCCGATATTGCTTCCATGGCTGACATTTGCTGCTACATGTTGGTTTCCATGGGCAAATCGTGATCGAAGTGGTGCCCCTTTTCCAAAACCCTAGGAGAGAGAAACTTTGCGCTGAAACGGCCTCTTGGGGCTCTCACGTTGTGCCTTGGCTCCCAATTACGCCACCCTTTTGTGGATTCAGACTCTTTAAAAGATGGGAAGTGAAGCTTTAAGATATTAAAGGTTGGGAATGAATGGATATAAATCAGGATCTGCTCTCCTTGTAAATGCTGAGGTTGATTCTATGGGTGGAGTTGTTGACGGTGGAATTGGTATAGGTTTGAAGATCTCTCCGCGCAGAGCAGCAATTGAGAAGGCGCAAGCAGAGCTCAGAGAGGAGTATGATGTTCGTGAAGAAAGAAGAAGAGAGCTTGAATTTCTTGAAAAAGGTGGGAATCCTCTGGACTTTAAGTCTGGGAATGCTGCTTCAGTTAGTGTTCAGTCTACTTCACTCACTGATCAGCTTCATGAGCAGTTTGTGACCAGTGAAGCAAAAGGTAGTTTTGCATTGACTGCCTCCCCTCATGGTGACTCTGTTGACAGTAGTGCTAGACCCGGGGCTCCTTTGGCCAGTGAGCCTAATACTGCTGATAATCTCCTACTTTTTGATGGTGAGAATGAGTTGCCTGAAACTGAAAGGAGGTGCTTGCATTCAAACAGAAGGAATAATATTGCTCTGTCAGAACAGTCTTCCCAAATTGATGGGAGTCAAAATGCTAAGGAGACTGAAGATTCTGCTATTTTCCGGCCATATGCACGAAGGAACCGATCTAGATCAGGTCATGGTCCTCGGGGAGCTTCAAGGGAAGTGAAGGGGTTAACGTCTGAAACAAATAGCCAAAAGAACCTTAATTTGTCAACTGTATCTAAGCCAAAGCCTTCCTGTTTAAATGGTGATGTTGGCCCCAAATATTTGACTACTAATAATACTCTGAATAATGAATTGGTTGGGATCCGAGATCATCAATCCACTAGTGGCAATGCTAGTGTTCCCGAAGACAAATTGGATATTACGGTGAATAGAAACTTAAAAGAAAATCATGGAACTCTACCTTCTGAAGATAATACTGTTCAAGACCCAGTTCTCATGGCTTCTGGAGAAGATAACATAGTTGAATTAAGGGAGCCAGTAGCTGTTGTCAATCATGAGCCTCCACCTCATGTACCTACTACAAAACCTGAAAATGGGCCTTATTGTCAGCCAAATGGGTTTGGCAATGTAGAAGTAGACAGGAAAAGTGTACTAAATGAAGGCCAAAATAGCATTGCTACATTAGGCAAGAATTTCAATTTAGAGTCCTCGTGCACAAAAACTAGCTTAGTTAGAGATGTAAATATTGATAGTGATATGTGTACTAATACAAAGAATGTTGATGCTAATGGAAATACCATGGAACAAACATTTGCATTAGAGAATAAACTGAACTTCGCTGGCTGCAAAGTTGTGAAAGATAGGCATAAGACCAAAAATGCAAATGGTGCTACTGTTAGCAATGAGCATGATGCTGGTTATCAAAATCATTCTGGTTGTGGTAATATTGTCAAAGCTGAGGAAGATGTCCATATTAAGAGTTCTTGCATGTCAAATGTCAAAGGAGTACCTCATAATGACAGTAACATATCAAAAGTTGATAAAGATACCATCTTAGTGGATCAGTCCAATTTTGTCAAGGAAAACAGCTGTGAAAGACATCAGGTTCCTGTGGATGTGTCACTTTCAGAACCTCCTAAGACTGCTCCAGATGTAAAGGGTACAAGCGCCGCCTCTGATGATCAACCATGTCCTATGCACAATATGAAGTTAGCAGACAAGGCTCATGAAGATTCAATTTTGGAAGAGGCTAAAATTATAGAGGCCAAGCGGAAGAGAATTGCAGAATTATCTCTTCACTCCTTATCCACACAGAACCACAGAAAGTCACACTGGGGTTTTGTTCTAGAGGAAATGGCATGGCTAGCAAATGATTTTGCTCAGGAGCGCCTTTGGAAGATAGCTGCTGCTGCACAATTGGGCCATCAAACAGCTTTTACTTGTCGCTCAAGATTTGAAAAACTGAACAGACAATTAGAGACAAAAATTTTGTCTCACAGGATAGCAAAGGCTGTCATGCAGTTTTGGCATTCAGCTAAGCTGCTTCTAGACAATGATCTTGGTATTAACTGCATTGTTGGTTGTGTTGAATCTGGGAAAGTTGATGCAAATGAAGCTTTGAGGGATCAAAGAAGAAATAGCAATATGGAGACAAGCAAATTTTTGGAGGGACAAAATCCTGAAAAACATGCTGCACTTAAAGTGCATGCATATGCTTTGAGATTTTTAAAGGCTAATAGATCTCATGGAATTTCCTCTCAAGCAGAAGCACCAACAACACCTGAAAAGATATTTGACTCAAGCACTGTAGATATGTCATGGGATGAGCATCTTAATGAAGAAAATCTTTTTTATGAAGTTCCTCCTACTGCAATGGAAACATATAGAAAAGCTATCGAATCTCATTTCCTACAGTTCGAGAAAACTGGGAGTAGCATTCAAGAGGAAGTTGCAACATCTGTGTATGATACTGCAGCAGAGTTTGGGTCTCAAGAGAATGCATATGATGAGGAAGAAGGAGAAACCAGAACTTATTACTTGCCCAGTGTCTACGAGGGCAACAGATCATCAAAATCTGCGCAGAAGAAACATAAAAATTTGAAGGCTTACACTCCTAGATTTGGTGATGCTGGTGCTGATTTTCCTTATGTACACTATGCAACTGGAAATCAACCATCCATGCTGTTTGAAAAAAGACCTGCTAGTTTAAATGTTGGGTCAATACCAACAAAGCGCATGCGCACTGCTACTAGGCATAGAGTTGTAAGTCCTTTCACTGTCAACATTGGGACTGTACAGGCTCAAGCTAAGGCGGATGCTTCAAGTGGTGATACCAATTCCTTTCATGATGACCAGAGTACTTTACATGTTGGACCCCTGATCCAGAAAAGTACTGAAGTTGAGTCAGTTGCAGATTATGAAAAACAGTTATCTCAGGACTGTGCAGAAACATTTGTTAAAACAAAGAAGAAGAAGAAGGCAAAGACTCTGGGTACTACATATGATCCGGGATGGGAGTTGGACTCTGTTGTTTCTAATGAACAGAGGGATCAGTCCAAGAAGAGAGGGGAAAGTCATCACTTTGAATCTAATGGAAGTAGTGGTTTCTGTGGGCAACCCAATTCTAAGAAACCAAAGATAATGAGGCAGTCACTTGATAATCCTTTGGACAATATTGTGTCCATGACTAATTCTATTCCTTCCCCAGTTGCGTCACAAATGAGTAACATGTCAAATCCTAATAAATTTATTAAGATCATTAGTGGGCGAGACAGGGGCCGGAAAGCTAAAGCTCTGAAGATTTCAGCTGGACAGCCTGGTTCTGGAAGTCCTTGGTCACTATTTGAAGATCAGGCTCTTGTGGTCCTGGTGCATGATATGGGTCCAAACTGGGAGCTCATAAGTGATGCTATCAATAGTGCTCTTCAAATTAAGTGCGTCTTTCGGAAACCAAAAGAATGCAAGGAGCGTCATAAAAATTTAATGGATAGAACTACCGGGGATGGTGCAGATAGTGCTGAAGATTCAGGGTCTTCACATTCTTATCCTTCTACATTACCTGGAATTCCTAAGCAGGGTAGTGCAAGGCAGTTGTTTCAACGTTTGCAGGGGCCATTGGAGGAGGATACACTGAAGTCTCATTTTGAGAAAATTATAAAGATTGGGCAGAAGCAGCATTACCCTCAGAATCAGGTTGATAACCTGGATTCAAAACAATTAGCGCCTGTCCATAATTCACACGTGATTGCTCTTTCCCTAACCATCCCCAACAACCTGAATGGATGTATTTTAACGCCACTTGATCTCTGTGAAGCTGAAGAAATAAATCCAGATGTCCCAGCCCTTGGGTATCAAAGTTCTCATCCTGGTGGTTTGACATTACCGAATCAAGGTTTTGTACCATCAATGCTTCCTACATCCGGGGTGAATTCTTCACTACCAGGGTCTTCTTCTGGTATGGTTCTTGGCCATAACTTGTCATCATCTCCTGGTGCATCTGTCAGATATGGGATTCCAAGAAATTCACCTTCATCAGTGGATGAGCAACAGAGAATACAATACAATCAAATGCTATCTGGAAGAAACATTCAGCAGAGTATGTCAGTTACAGGGACTCTTTCTGGAAGTGATCATGGTGTTCGCATACTTCCTGGTGGAAATGGTATGGGCTTAATGGGTGGAATTAACAAAAACATGGCAATGAGGCCAGGGTTTCAAGGAATGGCATCACCATCAATGCTTAATTCTGGAAGCATGCTTTCCTCTAGTATGGTTGGTATGCCAAGCCCTGTAAATATGCACTCTGGAGTTGGTCCTGGACAAGGCAACTCAATCTTAAGACCTCATGAGAATCTACATATGATGAGGCCTGGTCATAACCCAGAACATCAGAGACAAATGATGGTTCCAGAGCTTCAGAGGCAGGTCACCCAAGGCAACAGTCAAGGTATTCCTGCTCTTTGTGGGCTGAGTTCTGCCTTTAGCAATCAGACAACACCACCAGTTCAGCCTTACCCAGGACATGCCCAACAGCCACACCAACTGTCCCAGCAGCAGTCCCATCTCAGTAATCCTCGTCCTCATCTTCAAGGTCCGAGTCATGCCACTAATTCACAGCAACAAGCATATGCTGTCCGGTTGGCAAAGGAAAGACAACTGCAGCAACGATACCTGCAGCACCAGCAGCAGCTTGTTGCATCAAATGCATTAATACCACATGTCCAGGCAAAGTCTCAACTTCCCATCTCATCATTACCATTGCAGAACAGTTCTCAGGTTCAATCACAAAATTCTCCTCAGCAAGTGCCTCTTTCACCTTTAACGCCATCATCCCCTTTGACTCCCATGTCATCCCAGCTCCAACAGCAAAAACTTCACCATATACAGCCTGGGTTCAGCAGGAATCCCACTGCTAGTGGGTTGACTAATCAAGCAGCAAAGCAACGCCCACGACATCCGCCGCAGCAGCAGTATCAGCAACCTAGTAGGCAACATCCTAGTCAACGGCATGATGTACAGTCTCAACAGCAGACAAAACTTCTGAAGGGAATGGGAAGAGGAAATATGTTGGTCCATCAGAACCTCTCTGTGGATACTTCTCAAAGTGGACTCTCTCTGCCTGCGGGAAGCCAAACTGGTGAAAAAGGGGACCAAATCTTGCACATGATGCAAGGTCAAAATTTATATCCTGGATCTGGTTTAAACCCAAATCAACCATCAAAGCCTTTGGGTCATGCTCATTCTTCAAACCATTCACAGTTGCAGCAGAAGCTACATTCTGGGTCACCAACCACTTCATCAAAGCAACTTCATATTTCTTCAGATACTAGTGGTCAAGGACAGGTTTCACCAGTTTCATCAGGTCAGTTGTTGTCACCTCCTCACCCAGCTGTTATTGCTTCGAACCACCATCAGCTGCTGCCACAGATTCAGTCTAAGAAAATTAATCAAACTCAAATAAATGTTCAGAGAATGTTGCCTCAAAACCATCTCGTGCATTCTGTGTCATCAAGCAAGTCTCAGTCTGATCCAACTCAATCTGATCAACAGCCTGCAAACAGTGCTTCCCAGGTTAGTGCAATGACTCAGGGTTGTGTGGATTCTGCTAGTGTGGTACCAGGTGTTTCTACTGTATCTTCTCAGTGGAAAGTATCAGAACCACCATTTGATTCCACTATGAACAATCAAACAACTCAAGTGAGCTCCTTGGGGAGTGCTCCTGTTGAAAATTCCACTGGAAATGAGCAACCAGCAATTAGTCAAGGGTTGGGGCCAAGATCAGTTAGCTTGATTTCTCAGGCACATAATTCTGATACACAGTGGCAGCAACAGCAGTCGCAATCTCTCCAACAGTCATCACAACCCATCCTATCTCAGCAGCCATATCAGGCTGAGTCGCAGCAGCAACAGGAGCAAGATCAACATTCTCCTAGAGATCTTGCTTTACAACATCAACCTCAGCAACATATGCAACATCTACAATCAGGGCAGAGCAGTTTGTTTATCCAGCCACCTAATTCTAATGTGGAATGATGCATTCTAACTGATGGAGCAGCCAAGTGCGCTTGTTCTGTCAGGATGGGAGTTTCTATGCCTTAACAGCAGTGTACAGATAAGCTGATTATTCATGGGGACTGTGGAATATGGAAACAGGTATTCATTGTTTCTGCACGTGTCCTGTTGAAGTACTAACCGAAGTTATATTGGCAGGCATCATTGCTTATCGTTTGCAAATCTTGTATATTACCACTGTTTTTAGAAGGTTGACCCCCCCCTCCTCCGCATTTTGCTTTTTTGAAAAGAGACGAGTATAGAGTTATTTTTGTACAGGGTCGTCTCTTGTTTCCTTTGTACTTTCTCCCTCCTTTTCCTTTTGTCTTGACCTTCTCATGTGTAGAGGAACAGTTGCCTTTTGTTTTACTAGATTATCGGGATATAGAAATCATTTTTATGGGCAAAAGCCAATAAAAATTTCCTGGTGTTCCAACTACCCATTGATGTCTATATTATCTTGGTACTACCATCTGTACGTATGAAAATTTTCATTTTGTAACCATTTTAAGGTTTAAGAACGCAAAATGTCCCAAGAGCTTGTCAGCATAATTAAGGGGGAACCCTTTTTTTT

>Glyma16g14060.5   sequence type=transcript   gene model=Glyma16g14060   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
AAAAAGCCCATATTGGAGATCCAAAAAAAATTTGTGAAATCCCCCGTATACGTCGTCGTCTTCGTGCCCAGCCCACAACAACTCGCATAGTCCCTCGCCACCCACACGCGCAAGAAGAACAACGAACGTGCAAAATATAGCGGACGAAACGAATTAGAGAGGAACAAAATCACCATCACGATTACCCAAATTGGCGACGTTTGATTCTCCGATATTGCTTCCATGGCTGACATTTGCTGCTACATGTTGGTTTCCATGGGCAAATCGTGATCGAAGTGGTGCCCCTTTTCCAAAACCCTAGGAGAGAGAAACTTTGCGCTGAAACGGCCTCTTGGGGCTCTCACGTTGTGCCTTGGCTCCCAATTACGCCACCCTTTTGTGGATTCAGACTCTTTAAAAGATGGGAAGTGAAGCTTTAAGATATTAAAGGTTGGGAATGAATGGATATAAATCAGGATCTGCTCTCCTTGTAAATGCTGAGGTTGATTCTATGGGTGGAGTTGTTGACGGTGGAATTGGTATAGGTTTGAAGATCTCTCCGCGCAGAGCAGCAATTGAGAAGGCGCAAGCAGAGCTCAGAGAGGAGTATGATGTTCGTGAAGAAAGAAGAAGAGAGCTTGAATTTCTTGAAAAAGGTGGGAATCCTCTGGACTTTAAGTCTGGGAATGCTGCTTCAGTTAGTGTTCAGTCTACTTCACTCACTGATCAGCTTCATGAGCAGTTTGTGACCAGTGAAGCAAAAGGTAGTTTTGCATTGACTGCCTCCCCTCATGGTGACTCTGTTGACAGTAGTGCTAGACCCGGGGCTCCTTTGGCCAGTGAGCCTAATACTGCTGATAATCTCCTACTTTTTGATGGTGAGAATGAGTTGCCTGAAACTGAAAGGAGGTGCTTGCATTCAAACAGAAGGAATAATATTGCTCTGTCAGAACAGTCTTCCCAAATTGATGGGAGTCAAAATGCTAAGGAGACTGAAGATTCTGCTATTTTCCGGCCATATGCACGAAGGAACCGATCTAGATCAGGTCATGGTCCTCGGGGAGCTTCAAGGGAAGTGAAGGGGTTAACGTCTGAAACAAATAGCCAAAAGAACCTTAATTTGTCAACTGTATCTAAGCCAAAGCCTTCCTGTTTAAATGGTGATGTTGGCCCCAAATATTTGACTACTAATAATACTCTGAATAATGAATTGGTTGGGATCCGAGATCATCAATCCACTAGTGGCAATGCTAGTGTTCCCGAAGACAAATTGGATATTACGGTGAATAGAAACTTAAAAGAAAATCATGGAACTCTACCTTCTGAAGATAATACTGTTCAAGACCCAGTTCTCATGGCTTCTGGAGAAGATAACATAGTTGAATTAAGGGAGCCAGTAGCTGTTGTCAATCATGAGCCTCCACCTCATGTACCTACTACAAAACCTGAAAATGGGCCTTATTGTCAGCCAAATGGGTTTGGCAATGTAGAAGTAGACAGGAAAAGTGTACTAAATGAAGGCCAAAATAGCATTGCTACATTAGGCAAGAATTTCAATTTAGAGTCCTCGTGCACAAAAACTAGCTTAGTTAGAGATGTAAATATTGATAGTGATATGTGTACTAATACAAAGAATGTTGATGCTAATGGAAATACCATGGAACAAACATTTGCATTAGAGAATAAACTGAACTTCGCTGGCTGCAAAGTTGTGAAAGATAGGCATAAGACCAAAAATGCAAATGGTGCTACTGTTAGCAATGAGCATGATGCTGGTTATCAAAATCATTCTGGTTGTGGTAATATTGTCAAAGCTGAGGAAGATGTCCATATTAAGAGTTCTTGCATGTCAAATGTCAAAGGAGTACCTCATAATGACAGTAACATATCAAAAGTTGATAAAGATACCATCTTAGTGGATCAGTCCAATTTTGTCAAGGAAAACAGCTGTGAAAGACATCAGGTTCCTGTGGATGTGTCACTTTCAGAACCTCCTAAGACTGCTCCAGATGTAAAGGGTACAAGCGCCGCCTCTGATGATCAACCATGTCCTATGCACAATATGAAGTTAGCAGACAAGGCTCATGAAGATTCAATTTTGGAAGAGGCTAAAATTATAGAGGCCAAGCGGAAGAGAATTGCAGAATTATCTCTTCACTCCTTATCCACACAGAACCACAGAAAGTCACACTGGGGTTTTGTTCTAGAGGAAATGGCATGGCTAGCAAATGATTTTGCTCAGGAGCGCCTTTGGAAGATAGCTGCTGCTGCACAATTGGGCCATCAAACAGCTTTTACTTGTCGCTCAAGATTTGAAAAACTGAACAGACAATTAGAGACAAAAATTTTGTCTCACAGGATAGCAAAGGCTGTCATGCAGTTTTGGCATTCAGCTAAGCTGCTTCTAGACAATGATCTTGGTATTAACTGCATTGTTGGTTGTGTTGAATCTGGGAAAGTTGATGCAAATGAAGCTTTGAGGGATCAAAGAAGAAATAGCAATATGGAGACAAGCAAATTTTTGGAGGGACAAAATCCTGAAAAACATGCTGCACTTAAAGTGCATGCATATGCTTTGAGATTTTTAAAGGCTAATAGATCTCATGGAATTTCCTCTCAAGCAGAAGCACCAACAACACCTGAAAAGATATTTGACTCAAGCACTGTAGATATGTCATGGGATGAGCATCTTAATGAAGAAAATCTTTTTTATGAAGTTCCTCCTACTGCAATGGAAACATATAGAAAAGCTATCGAATCTCATTTCCTACAGTTCGAGAAAACTGGGAGTAGCATTCAAGAGGAAGTTGCAACATCTGTGTATGATACTGCAGCAGAGTTTGGGTCTCAAGAGAATGCATATGATGAGGAAGAAGGAGAAACCAGAACTTATTACTTGCCCAGTGTCTACGAGGGCAACAGATCATCAAAATCTGCGCAGAAGAAACATAAAAATTTGAAGGCTTACACTCCTAGATTTGGTGATGCTGGTGCTGATTTTCCTTATGTACACTATGCAACTGGAAATCAACCATCCATGCTGTTTGAAAAAAGACCTGCTAGTTTAAATGTTGGGTCAATACCAACAAAGCGCATGCGCACTGCTACTAGGCATAGAGTTGTAAGTCCTTTCACTGTCAACATTGGGACTGTACAGGCTCAAGCTAAGGCGGATGCTTCAAGTGGTGATACCAATTCCTTTCATGATGACCAGAGTACTTTACATGTTGGACCCCTGATCCAGAAAAGTACTGAAGTTGAGTCAGTTGCAGATTATGAAAAACAGTTATCTCAGGACTGTGCAGAAACATTTGTTAAAACAAAGAAGAAGAAGAAGGCAAAGACTCTGGGTACTACATATGATCCGGGATGGGAGTTGGACTCTGTTGTTTCTAATGAACAGAGGGATCAGTCCAAGAAGAGAGGGGAAAGTCATCACTTTGAATCTAATGGAAGTAGTGGTTTCTGTGGGCAACCCAATTCTAAGAAACCAAAGATAATGAGGCAGTCACTTGATAATCCTTTGGACAATATTGTGTCCATGACTAATTCTATTCCTTCCCCAGTTGCGTCACAAATGAGTAACATGTCAAATCCTAATAAATTTATTAAGATCATTAGTGGGCGAGACAGGGGCCGGAAAGCTAAAGCTCTGAAGATTTCAGCTGGACAGCCTGGTTCTGGAAGTCCTTGGTCACTATTTGAAGATCAGGCTCTTGTGGTCCTGGTGCATGATATGGGTCCAAACTGGGAGCTCATAAGTGATGCTATCAATAGTGCTCTTCAAATTAAGTGCGTCTTTCGGAAACCAAAAGAATGCAAGGAGCGTCATAAAAATTTAATGGATAGAACTACCGGGGATGGTGCAGATAGTGCTGAAGATTCAGGGTCTTCACATTCTTATCCTTCTACATTACCTGGAATTCCTAAGGGTAGTGCAAGGCAGTTGTTTCAACGTTTGCAGGGGCCATTGGAGGAGGATACACTGAAGTCTCATTTTGAGAAAATTATAAAGATTGGGCAGAAGCAGCATTACCCTCAGAATCAGGTTGATAACCTGGATTCAAAACAATTAGCGCCTGTCCATAATTCACACGTGATTGCTCTTTCCCTAACCATCCCCAACAACCTGAATGGATGTATTTTAACGCCACTTGATCTCTGTGAAGCTGAAGAAATAAATCCAGATGTCCCAGCCCTTGGGTATCAAAGTTCTCATCCTGGTGGTTTGACATTACCGAATCAAGGTTTTGTACCATCAATGCTTCCTACATCCGGGGTGAATTCTTCACTACCAGGGTCTTCTTCTGGTATGGTTCTTGGCCATAACTTGTCATCATCTCCTGGTGCATCTGTCAGATATGGGATTCCAAGAAATTCACCTTCATCAGTGGATGAGCAACAGAGAATACAATACAATCAAATGCTATCTGGAAGAAACATTCAGCAGAGTATGTCAGTTACAGGGACTCTTTCTGGAAGTGATCATGGTGTTCGCATACTTCCTGGTGGAAATGGTATGGGCTTAATGGGTGGAATTAACAAAAACATGGCAATGAGGCCAGGGTTTCAAGGAATGGCATCACCATCAATGCTTAATTCTGGAAGCATGCTTTCCTCTAGTATGGTTGGTATGCCAAGCCCTGTAAATATGCACTCTGGAGTTGGTCCTGGACAAGGCAACTCAATCTTAAGACCTCATGAGAATCTACATATGATGAGGCCTGGTCATAACCCAGAACATCAGAGACAAATGATGGTTCCAGAGCTTCAGAGGCAGGTCACCCAAGGCAACAGTCAAGGTATTCCTGCTCTTTGTGGGCTGAGTTCTGCCTTTAGCAATCAGACAACACCACCAGTTCAGCCTTACCCAGGACATGCCCAACAGCCACACCAACTGTCCCAGCAGCAGTCCCATCTCAGTAATCCTCGTCCTCATCTTCAAGGTCCGAGTCATGCCACTAATTCACAGCAACAAGCATATGCTGTCCGGTTGGCAAAGGAAAGACAACTGCAGCAACGATACCTGCAGCACCAGCAGCAGCTTGTTGCATCAAATGCATTAATACCACATGTCCAGGCAAAGTCTCAACTTCCCATCTCATCATTACCATTGCAGAACAGTTCTCAGGTTCAATCACAAAATTCTCCTCAGCAAGTGCCTCTTTCACCTTTAACGCCATCATCCCCTTTGACTCCCATGTCATCCCAGCTCCAACAGCAAAAACTTCACCATATACAGCCTGGGTTCAGCAGGAATCCCACTGCTAGTGGGTTGACTAATCAAGCAGCAAAGCAACGCCCACGACATCCGCCGCAGCAGCAGTATCAGCAACCTAGTAGGCAACATCCTAGTCAACGGCATGATGTACAGTCTCAACAGCAGACAAAACTTCTGAAGGGAATGGGAAGAGGAAATATGTTGGTCCATCAGAACCTCTCTGTGGATACTTCTCAAAGTGGACTCTCTCTGCCTGCGGGAAGCCAAACTGGTGAAAAAGGGGACCAAATCTTGCACATGATGCAAGGTCAAAATTTATATCCTGGATCTGGTTTAAACCCAAATCAACCATCAAAGCCTTTGGGTCATGCTCATTCTTCAAACCATTCACAGTTGCAGCAGAAGCTACATTCTGGGTCACCAACCACTTCATCAAAGCAACTTCATATTTCTTCAGATACTAGTGGTCAAGGACAGGTTTCACCAGTTTCATCAGGTCAGTTGTTGTCACCTCCTCACCCAGCTGTTATTGCTTCGAACCACCATCAGCTGCTGCCACAGATTCAGTCTAAGAAAATTAATCAAACTCAAATAAATGTTCAGAGAATGTTGCCTCAAAACCATCTCGTGCATTCTGTGTCATCAAGCAAGTCTCAGTCTGATCCAACTCAATCTGATCAACAGCCTGCAAACAGTGCTTCCCAGGTTAGTGCAATGACTCAGGGTTGTGTGGATTCTGCTAGTGTGGTACCAGGTGTTTCTACTGTATCTTCTCAGTGGAAAGTATCAGAACCACCATTTGATTCCACTATGAACAATCAAACAACTCAAGTGAGCTCCTTGGGGAGTGCTCCTGTTGAAAATTCCACTGGAAATGAGCAACCAGCAATTAGTCAAGGGTTGGGGCCAAGATCAGTTAGCTTGATTTCTCAGGCACATAATTCTGATACACAGTGGCAGCAACAGCAGTCGCAATCTCTCCAACAGTCATCACAACCCATCCTATCTCAGCAGCCATATCAGGCTGAGTCGCAGCAGCAACAGGAGCAAGATCAACATTCTCCTAGAGATCTTGCTTTACAACATCAACCTCAGCAACATATGCAACATCTACAATCAGGGCAGAGCAGTTTGTTTATCCAGCCACCTAATTCTAATGTGGAATGATGCATTCTAACTGATGGAGCAGCCAAGTGCGCTTGTTCTGTCAGGATGGGAGTTTCTATGCCTTAACAGCAGTGTACAGATAAGCTGATTATTCATGGGGACTGTGGAATATGGAAACAGGTATTCATTGTTTCTGCACGTGTCCTGTTGAAGTACTAACCGAAGTTATATTGGCAGGCATCATTGCTTATCGTTTGCAAATCTTGTATATTACCACTGTTTTTAGAAGGTTGACCCCCCCCTCCTCCGCATTTTGCTTTTTTGAAAAGAGACGAGTATAGAGTTATTTTTGTACAGGGTCGTCTCTTGTTTCCTTTGTACTTTCTCCCTCCTTTTCCTTTTGTCTTGACCTTCTCATGTGTAGAGGAACAGTTGCCTTTTGTTTTACTAGATTATCGGGATATAGAAATCATTTTTATGGGCAAAAGCCAATAAAAATTTCCTGGTGTTCCAACTACCCATTGATGTCTATATTATCTTGGTACTACCATCTGTACGTATGAAAATTTTCATTTTGTAACCATTTTAAGGTTTAAGAACGCAAAATGTCCCAAGAGCTTGTCAGCATAATTAAGGGGGAACCCTTTTTTTT

>Glyma16g14060.2   sequence type=CDS   gene model=Glyma16g14060   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
ATGAATGGATATAAATCAGGATCTGCTCTCCTTGTAAATGCTGAGGTTGATTCTATGGGTGGAGTTGTTGACGGTGGAATTGGTATAGGTTTGAAGATCTCTCCGCGCAGAGCAGCAATTGAGAAGGCGCAAGCAGAGCTCAGAGAGGAGTATGATGTTCGTGAAGAAAGAAGAAGAGAGCTTGAATTTCTTGAAAAAGGTGGGAATCCTCTGGACTTTAAGTCTGGGAATGCTGCTTCAGTTAGTGTTCAGTCTACTTCACTCACTGATCAGCTTCATGAGCAGTTTGTGACCAGTGAAGCAAAAGGTAGTTTTGCATTGACTGCCTCCCCTCATGGTGACTCTGTTGACAGTAGTGCTAGACCCGGGGCTCCTTTGGCCAGTGAGCCTAATACTGCTGATAATCTCCTACTTTTTGATGGTGAGAATGAGTTGCCTGAAACTGAAAGGAGGTGCTTGCATTCAAACAGAAGGAATAATATTGCTCTGTCAGAACAGTCTTCCCAAATTGATGGGAGTCAAAATGCTAAGGAGACTGAAGATTCTGCTATTTTCCGGCCATATGCACGAAGGAACCGATCTAGATCAGGTCATGGTCCTCGGGGAGCTTCAAGGGAAGTGAAGGGGTTAACGTCTGAAACAAATAGCCAAAAGAACCTTAATTTGTCAACTGTATCTAAGCCAAAGCCTTCCTGTTTAAATGGTGATGTTGGCCCCAAATATTTGACTACTAATAATACTCTGAATAATGAATTGGTTGGGATCCGAGATCATCAATCCACTAGTGGCAATGCTAGTGTTCCCGAAGACAAATTGGATATTACGGTGAATAGAAACTTAAAAGAAAATCATGGAACTCTACCTTCTGAAGATAATACTGTTCAAGACCCAGTTCTCATGGCTTCTGGAGAAGATAACATAGTTGAATTAAGGGAGCCAGTAGCTGTTGTCAATCATGAGCCTCCACCTCATGTACCTACTACAAAACCTGAAAATGGGCCTTATTGTCAGCCAAATGGGTTTGGCAATGTAGAAGTAGACAGGAAAAGTGTACTAAATGAAGGCCAAAATAGCATTGCTACATTAGGCAAGAATTTCAATTTAGAGTCCTCGTGCACAAAAACTAGCTTAGTTAGAGATGTAAATATTGATAGTGATATGTGTACTAATACAAAGAATGTTGATGCTAATGGAAATACCATGGAACAAACATTTGCATTAGAGAATAAACTGAACTTCGCTGGCTGCAAAGTTGTGAAAGATAGGCATAAGACCAAAAATGCAAATGGTGCTACTGTTAGCAATGAGCATGATGCTGGTTATCAAAATCATTCTGGTTGTGGTAATATTGTCAAAGCTGAGGAAGATGTCCATATTAAGAGTTCTTGCATGTCAAATGTCAAAGGAGTACCTCATAATGACAGTAACATATCAAAAGTTGATAAAGATACCATCTTAGTGGATCAGTCCAATTTTGTCAAGGAAAACAGCTGTGAAAGACATCAGGTTCCTGTGGATGTGTCACTTTCAGAACCTCCTAAGACTGCTCCAGATGTAAAGGGTACAAGCGCCGCCTCTGATGATCAACCATGTCCTATGCACAATATGAAGTTAGCAGACAAGGCTCATGAAGATTCAATTTTGGAAGAGGCTAAAATTATAGAGGCCAAGCGGAAGAGAATTGCAGAATTATCTCTTCACTCCTTATCCACACAGAACCACAGAAAGTCACACTGGGGTTTTGTTCTAGAGGAAATGGCATGGCTAGCAAATGATTTTGCTCAGGAGCGCCTTTGGAAGATAGCTGCTGCTGCACAATTGGGCCATCAAACAGCTTTTACTTGTCGCTCAAGATTTGAAAAACTGAACAGACAATTAGAGACAAAAATTTTGTCTCACAGGATAGCAAAGGCTGTCATGCAGTTTTGGCATTCAGCTAAGCTGCTTCTAGACAATGATCTTGGTATTAACTGCATTGTTGGTTGTGTTGAATCTGGGAAAGTTGATGCAAATGAAGCTTTGAGGGATCAAAGAAGAAATAGCAATATGGAGACAAGCAAATTTTTGGAGGGACAAAATCCTGAAAAACATGCTGCACTTAAAGTGCATGCATATGCTTTGAGATTTTTAAAGGCTAATAGATCTCATGGAATTTCCTCTCAAGCAGAAGCACCAACAACACCTGAAAAGATATTTGACTCAAGCACTGTAGATATGTCATGGGATGAGCATCTTAATGAAGAAAATCTTTTTTATGAAGTTCCTCCTACTGCAATGGAAACATATAGAAAAGCTATCGAATCTCATTTCCTACAGTTCGAGAAAACTGGGAGTAGCATTCAAGAGGAAGTTGCAACATCTGTGTATGATACTGCAGCAGAGTTTGGGTCTCAAGAGAATGCATATGATGAGGAAGAAGGAGAAACCAGAACTTATTACTTGCCCAGTGTCTACGAGGGCAACAGATCATCAAAATCTGCGCAGAAGAAACATAAAAATTTGAAGGCTTACACTCCTAGATTTGGTGATGCTGGTGCTGATTTTCCTTATGTACACTATGCAACTGGAAATCAACCATCCATGCTGTTTGAAAAAAGACCTGCTAGTTTAAATGTTGGGTCAATACCAACAAAGCGCATGCGCACTGCTACTAGGCATAGAGTTGTAAGTCCTTTCACTGTCAACATTGGGACTGTACAGGCTCAAGCTAAGGCGGATGCTTCAAGTGGTGATACCAATTCCTTTCATGATGACCAGAGTACTTTACATGTTGGACCCCTGATCCAGAAAAGTACTGAAGTTGAGTCAGTTGCAGATTATGAAAAACAGTTATCTCAGGACTGTGCAGAAACATTTGTTAAAACAAAGAAGAAGAAGAAGGCAAAGACTCTGGGTACTACATATGATCCGGGATGGGAGTTGGACTCTGTTGTTTCTAATGAACAGAGGGATCAGTCCAAGAAGAGAGGGGAAAGTCATCACTTTGAATCTAATGGAAGTAGTGGTTTCTGTGGGCAACCCAATTCTAAGAAACCAAAGATAATGAGGCAGTCACTTGATAATCCTTTGGACAATATTGTGTCCATGACTAATTCTATTCCTTCCCCAGTTGCGTCACAAATGAGTAACATGTCAAATCCTAATAAATTTATTAAGATCATTAGTGGGCGAGACAGGGGCCGGAAAGCTAAAGCTCTGAAGATTTCAGCTGGACAGCCTGGTTCTGGAAGTCCTTGGTCACTATTTGAAGATCAGGCTCTTGTGGTCCTGGTGCATGATATGGGTCCAAACTGGGAGCTCATAAGTGATGCTATCAATAGTGCTCTTCAAATTAAGTGCGTCTTTCGGAAACCAAAAGAATGCAAGGAGCGTCATAAAAATTTAATGGATAGAACTACCGGGGATGGTGCAGATAGTGCTGAAGATTCAGGGTCTTCACATTCTTATCCTTCTACATTACCTGGAATTCCTAAGCAGGGTAGTGCAAGGCAGTTGTTTCAACGTTTGCAGGGGCCATTGGAGGAGGATACACTGAAGTCTCATTTTGAGAAAATTATAAAGATTGGGCAGAAGCAGCATTACCCTCAGAATCAGGTTGATAACCTGGATTCAAAACAATTAGCGCCTGTCCATAATTCACACGTGATTGCTCTTTCCCTAACCATCCCCAACAACCTGAATGGATGTATTTTAACGCCACTTGATCTCTGTGAAGCTGAAGAAATAAATCCAGATGTCCCAGCCCTTGGGTATCAAAGTTCTCATCCTGGTGGTTTGACATTACCGAATCAAGGTTTTGTACCATCAATGCTTCCTACATCCGGGGTGAATTCTTCACTACCAGGGTCTTCTTCTGGTATGGTTCTTGGCCATAACTTGTCATCATCTCCTGGTGCATCTGTCAGGGGTGGTAGATATGGGATTCCAAGAAATTCACCTTCATCAGTGGATGAGCAACAGAGAATACAATACAATCAAATGCTATCTGGAAGAAACATTCAGCAGAGTATGTCAGTTACAGGGACTCTTTCTGGAAGTGATCATGGTGTTCGCATACTTCCTGGTGGAAATGGTATGGGCTTAATGGGTGGAATTAACAAAAACATGGCAATGAGGCCAGGGTTTCAAGGAATGGCATCACCATCAATGCTTAATTCTGGAAGCATGCTTTCCTCTAGTATGGTTGGTATGCCAAGCCCTGTAAATATGCACTCTGGAGTTGGTCCTGGACAAGGCAACTCAATCTTAAGACCTCATGAGAATCTACATATGATGAGGCCTGGTCATAACCCAGAACATCAGAGACAAATGATGGTTCCAGAGCTTCAGAGGCAGGTCACCCAAGGCAACAGTCAAGGTATTCCTGCTCTTTGTGGGCTGAGTTCTGCCTTTAGCAATCAGACAACACCACCAGTTCAGCCTTACCCAGGACATGCCCAACAGCCACACCAACTGTCCCAGCAGCAGTCCCATCTCAGTAATCCTCGTCCTCATCTTCAAGGTCCGAGTCATGCCACTAATTCACAGCAACAAGCATATGCTGTCCGGTTGGCAAAGGAAAGACAACTGCAGCAACGATACCTGCAGCACCAGCAGCAGCTTGTTGCATCAAATGCATTAATACCACATGTCCAGGCAAAGTCTCAACTTCCCATCTCATCATTACCATTGCAGAACAGTTCTCAGGTTCAATCACAAAATTCTCCTCAGCAAGTGCCTCTTTCACCTTTAACGCCATCATCCCCTTTGACTCCCATGTCATCCCAGCTCCAACAGCAAAAACTTCACCATATACAGCCTGGGTTCAGCAGGAATCCCACTGCTAGTGGGTTGACTAATCAAGCAGCAAAGCAACGCCCACGACATCCGCCGCAGCAGCAGTATCAGCAACCTAGTAGGCAACATCCTAGTCAACGGCATGATGTACAGTCTCAACAGCAGACAAAACTTCTGAAGGGAATGGGAAGAGGAAATATGTTGGTCCATCAGAACCTCTCTGTGGATACTTCTCAAAGTGGACTCTCTCTGCCTGCGGGAAGCCAAACTGGTGAAAAAGGGGACCAAATCTTGCACATGATGCAAGGTCAAAATTTATATCCTGGATCTGGTTTAAACCCAAATCAACCATCAAAGCCTTTGGGTCATGCTCATTCTTCAAACCATTCACAGTTGCAGCAGAAGCTACATTCTGGGTCACCAACCACTTCATCAAAGCAACTTCATATTTCTTCAGATACTAGTGGTCAAGGACAGGTTTCACCAGTTTCATCAGGTCAGTTGTTGTCACCTCCTCACCCAGCTGTTATTGCTTCGAACCACCATCAGCTGCTGCCACAGATTCAGTCTAAGAAAATTAATCAAACTCAAATAAATGTTCAGAGAATGTTGCCTCAAAACCATCTCGTGCATTCTGTGTCATCAAGCAAGTCTCAGTCTGATCCAACTCAATCTGATCAACAGCCTGCAAACAGTGCTTCCCAGGTTAGTGCAATGACTCAGGGTTGTGTGGATTCTGCTAGTGTGGTACCAGGTGTTTCTACTGTATCTTCTCAGTGGAAAGTATCAGAACCACCATTTGATTCCACTATGAACAATCAAACAACTCAAGTGAGCTCCTTGGGGAGTGCTCCTGTTGAAAATTCCACTGGAAATGAGCAACCAGCAATTAGTCAAGGGTTGGGGCCAAGATCAGTTAGCTTGATTTCTCAGGCACATAATTCTGATACACAGTGGCAGCAACAGCAGTCGCAATCTCTCCAACAGTCATCACAACCCATCCTATCTCAGCAGCCATATCAGGCTGAGTCGCAGCAGCAACAGGAGCAAGATCAACATTCTCCTAGAGATCTTGCTTTACAACATCAACCTCAGCAACATATGCAACATCTACAATCAGGGCAGAGCAGTTTGTTTATCCAGCCACCTAATTCTAATGTGGAATGA

>Glyma16g14060.3   sequence type=CDS   gene model=Glyma16g14060   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
ATGAATGGATATAAATCAGGATCTGCTCTCCTTGTAAATGCTGAGGTTGATTCTATGGGTGGAGTTGTTGACGGTGGAATTGGTATAGGTTTGAAGATCTCTCCGCGCAGAGCAGCAATTGAGAAGGCGCAAGCAGAGCTCAGAGAGGAGTATGATGTTCGTGAAGAAAGAAGAAGAGAGCTTGAATTTCTTGAAAAAGGTGGGAATCCTCTGGACTTTAAGTCTGGGAATGCTGCTTCAGTTAGTGTTCAGTCTACTTCACTCACTGATCAGCTTCATGAGCAGTTTGTGACCAGTGAAGCAAAAGGTAGTTTTGCATTGACTGCCTCCCCTCATGGTGACTCTGTTGACAGTAGTGCTAGACCCGGGGCTCCTTTGGCCAGTGAGCCTAATACTGCTGATAATCTCCTACTTTTTGATGGTGAGAATGAGTTGCCTGAAACTGAAAGGAGGTGCTTGCATTCAAACAGAAGGAATAATATTGCTCTGTCAGAACAGTCTTCCCAAATTGATGGGAGTCAAAATGCTAAGGAGACTGAAGATTCTGCTATTTTCCGGCCATATGCACGAAGGAACCGATCTAGATCAGGTCATGGTCCTCGGGGAGCTTCAAGGGAAGTGAAGGGGTTAACGTCTGAAACAAATAGCCAAAAGAACCTTAATTTGTCAACTGTATCTAAGCCAAAGCCTTCCTGTTTAAATGGTGATGTTGGCCCCAAATATTTGACTACTAATAATACTCTGAATAATGAATTGGTTGGGATCCGAGATCATCAATCCACTAGTGGCAATGCTAGTGTTCCCGAAGACAAATTGGATATTACGGTGAATAGAAACTTAAAAGAAAATCATGGAACTCTACCTTCTGAAGATAATACTGTTCAAGACCCAGTTCTCATGGCTTCTGGAGAAGATAACATAGTTGAATTAAGGGAGCCAGTAGCTGTTGTCAATCATGAGCCTCCACCTCATGTACCTACTACAAAACCTGAAAATGGGCCTTATTGTCAGCCAAATGGGTTTGGCAATGTAGAAGTAGACAGGAAAAGTGTACTAAATGAAGGCCAAAATAGCATTGCTACATTAGGCAAGAATTTCAATTTAGAGTCCTCGTGCACAAAAACTAGCTTAGTTAGAGATGTAAATATTGATAGTGATATGTGTACTAATACAAAGAATGTTGATGCTAATGGAAATACCATGGAACAAACATTTGCATTAGAGAATAAACTGAACTTCGCTGGCTGCAAAGTTGTGAAAGATAGGCATAAGACCAAAAATGCAAATGGTGCTACTGTTAGCAATGAGCATGATGCTGGTTATCAAAATCATTCTGGTTGTGGTAATATTGTCAAAGCTGAGGAAGATGTCCATATTAAGAGTTCTTGCATGTCAAATGTCAAAGGAGTACCTCATAATGACAGTAACATATCAAAAGTTGATAAAGATACCATCTTAGTGGATCAGTCCAATTTTGTCAAGGAAAACAGCTGTGAAAGACATCAGGTTCCTGTGGATGTGTCACTTTCAGAACCTCCTAAGACTGCTCCAGATGTAAAGGGTACAAGCGCCGCCTCTGATGATCAACCATGTCCTATGCACAATATGAAGTTAGCAGACAAGGCTCATGAAGATTCAATTTTGGAAGAGGCTAAAATTATAGAGGCCAAGCGGAAGAGAATTGCAGAATTATCTCTTCACTCCTTATCCACACAGAACCACAGAAAGTCACACTGGGGTTTTGTTCTAGAGGAAATGGCATGGCTAGCAAATGATTTTGCTCAGGAGCGCCTTTGGAAGATAGCTGCTGCTGCACAATTGGGCCATCAAACAGCTTTTACTTGTCGCTCAAGATTTGAAAAACTGAACAGACAATTAGAGACAAAAATTTTGTCTCACAGGATAGCAAAGGCTGTCATGCAGTTTTGGCATTCAGCTAAGCTGCTTCTAGACAATGATCTTGGTATTAACTGCATTGTTGGTTGTGTTGAATCTGGGAAAGTTGATGCAAATGAAGCTTTGAGGGATCAAAGAAGAAATAGCAATATGGAGACAAGCAAATTTTTGGAGGGACAAAATCCTGAAAAACATGCTGCACTTAAAGTGCATGCATATGCTTTGAGATTTTTAAAGGCTAATAGATCTCATGGAATTTCCTCTCAAGCAGAAGCACCAACAACACCTGAAAAGATATTTGACTCAAGCACTGTAGATATGTCATGGGATGAGCATCTTAATGAAGAAAATCTTTTTTATGAAGTTCCTCCTACTGCAATGGAAACATATAGAAAAGCTATCGAATCTCATTTCCTACAGTTCGAGAAAACTGGGAGTAGCATTCAAGAGGAAGTTGCAACATCTGTGTATGATACTGCAGCAGAGTTTGGGTCTCAAGAGAATGCATATGATGAGGAAGAAGGAGAAACCAGAACTTATTACTTGCCCAGTGTCTACGAGGGCAACAGATCATCAAAATCTGCGCAGAAGAAACATAAAAATTTGAAGGCTTACACTCCTAGATTTGGTGATGCTGGTGCTGATTTTCCTTATGTACACTATGCAACTGGAAATCAACCATCCATGCTGTTTGAAAAAAGACCTGCTAGTTTAAATGTTGGGTCAATACCAACAAAGCGCATGCGCACTGCTACTAGGCATAGAGTTGTAAGTCCTTTCACTGTCAACATTGGGACTGTACAGGCTCAAGCTAAGGCGGATGCTTCAAGTGGTGATACCAATTCCTTTCATGATGACCAGAGTACTTTACATGTTGGACCCCTGATCCAGAAAAGTACTGAAGTTGAGTCAGTTGCAGATTATGAAAAACAGTTATCTCAGGACTGTGCAGAAACATTTGTTAAAACAAAGAAGAAGAAGAAGGCAAAGACTCTGGGTACTACATATGATCCGGGATGGGAGTTGGACTCTGTTGTTTCTAATGAACAGAGGGATCAGTCCAAGAAGAGAGGGGAAAGTCATCACTTTGAATCTAATGGAAGTAGTGGTTTCTGTGGGCAACCCAATTCTAAGAAACCAAAGATAATGAGGCAGTCACTTGATAATCCTTTGGACAATATTGTGTCCATGACTAATTCTATTCCTTCCCCAGTTGCGTCACAAATGAGTAACATGTCAAATCCTAATAAATTTATTAAGATCATTAGTGGGCGAGACAGGGGCCGGAAAGCTAAAGCTCTGAAGATTTCAGCTGGACAGCCTGGTTCTGGAAGTCCTTGGTCACTATTTGAAGATCAGGCTCTTGTGGTCCTGGTGCATGATATGGGTCCAAACTGGGAGCTCATAAGTGATGCTATCAATAGTGCTCTTCAAATTAAGTGCGTCTTTCGGAAACCAAAAGAATGCAAGGAGCGTCATAAAAATTTAATGGATAGAACTACCGGGGATGGTGCAGATAGTGCTGAAGATTCAGGGTCTTCACATTCTTATCCTTCTACATTACCTGGAATTCCTAAGGGTAGTGCAAGGCAGTTGTTTCAACGTTTGCAGGGGCCATTGGAGGAGGATACACTGAAGTCTCATTTTGAGAAAATTATAAAGATTGGGCAGAAGCAGCATTACCCTCAGAATCAGGTTGATAACCTGGATTCAAAACAATTAGCGCCTGTCCATAATTCACACGTGATTGCTCTTTCCCTAACCATCCCCAACAACCTGAATGGATGTATTTTAACGCCACTTGATCTCTGTGAAGCTGAAGAAATAAATCCAGATGTCCCAGCCCTTGGGTATCAAAGTTCTCATCCTGGTGGTTTGACATTACCGAATCAAGGTTTTGTACCATCAATGCTTCCTACATCCGGGGTGAATTCTTCACTACCAGGGTCTTCTTCTGGTATGGTTCTTGGCCATAACTTGTCATCATCTCCTGGTGCATCTGTCAGGGGTGGTAGATATGGGATTCCAAGAAATTCACCTTCATCAGTGGATGAGCAACAGAGAATACAATACAATCAAATGCTATCTGGAAGAAACATTCAGCAGAGTATGTCAGTTACAGGGACTCTTTCTGGAAGTGATCATGGTGTTCGCATACTTCCTGGTGGAAATGGTATGGGCTTAATGGGTGGAATTAACAAAAACATGGCAATGAGGCCAGGGTTTCAAGGAATGGCATCACCATCAATGCTTAATTCTGGAAGCATGCTTTCCTCTAGTATGGTTGGTATGCCAAGCCCTGTAAATATGCACTCTGGAGTTGGTCCTGGACAAGGCAACTCAATCTTAAGACCTCATGAGAATCTACATATGATGAGGCCTGGTCATAACCCAGAACATCAGAGACAAATGATGGTTCCAGAGCTTCAGAGGCAGGTCACCCAAGGCAACAGTCAAGGTATTCCTGCTCTTTGTGGGCTGAGTTCTGCCTTTAGCAATCAGACAACACCACCAGTTCAGCCTTACCCAGGACATGCCCAACAGCCACACCAACTGTCCCAGCAGCAGTCCCATCTCAGTAATCCTCGTCCTCATCTTCAAGGTCCGAGTCATGCCACTAATTCACAGCAACAAGCATATGCTGTCCGGTTGGCAAAGGAAAGACAACTGCAGCAACGATACCTGCAGCACCAGCAGCAGCTTGTTGCATCAAATGCATTAATACCACATGTCCAGGCAAAGTCTCAACTTCCCATCTCATCATTACCATTGCAGAACAGTTCTCAGGTTCAATCACAAAATTCTCCTCAGCAAGTGCCTCTTTCACCTTTAACGCCATCATCCCCTTTGACTCCCATGTCATCCCAGCTCCAACAGCAAAAACTTCACCATATACAGCCTGGGTTCAGCAGGAATCCCACTGCTAGTGGGTTGACTAATCAAGCAGCAAAGCAACGCCCACGACATCCGCCGCAGCAGCAGTATCAGCAACCTAGTAGGCAACATCCTAGTCAACGGCATGATGTACAGTCTCAACAGCAGACAAAACTTCTGAAGGGAATGGGAAGAGGAAATATGTTGGTCCATCAGAACCTCTCTGTGGATACTTCTCAAAGTGGACTCTCTCTGCCTGCGGGAAGCCAAACTGGTGAAAAAGGGGACCAAATCTTGCACATGATGCAAGGTCAAAATTTATATCCTGGATCTGGTTTAAACCCAAATCAACCATCAAAGCCTTTGGGTCATGCTCATTCTTCAAACCATTCACAGTTGCAGCAGAAGCTACATTCTGGGTCACCAACCACTTCATCAAAGCAACTTCATATTTCTTCAGATACTAGTGGTCAAGGACAGGTTTCACCAGTTTCATCAGGTCAGTTGTTGTCACCTCCTCACCCAGCTGTTATTGCTTCGAACCACCATCAGCTGCTGCCACAGATTCAGTCTAAGAAAATTAATCAAACTCAAATAAATGTTCAGAGAATGTTGCCTCAAAACCATCTCGTGCATTCTGTGTCATCAAGCAAGTCTCAGTCTGATCCAACTCAATCTGATCAACAGCCTGCAAACAGTGCTTCCCAGGTTAGTGCAATGACTCAGGGTTGTGTGGATTCTGCTAGTGTGGTACCAGGTGTTTCTACTGTATCTTCTCAGTGGAAAGTATCAGAACCACCATTTGATTCCACTATGAACAATCAAACAACTCAAGTGAGCTCCTTGGGGAGTGCTCCTGTTGAAAATTCCACTGGAAATGAGCAACCAGCAATTAGTCAAGGGTTGGGGCCAAGATCAGTTAGCTTGATTTCTCAGGCACATAATTCTGATACACAGTGGCAGCAACAGCAGTCGCAATCTCTCCAACAGTCATCACAACCCATCCTATCTCAGCAGCCATATCAGGCTGAGTCGCAGCAGCAACAGGAGCAAGATCAACATTCTCCTAGAGATCTTGCTTTACAACATCAACCTCAGCAACATATGCAACATCTACAATCAGGGCAGAGCAGTTTGTTTATCCAGCCACCTAATTCTAATGTGGAATGA

>Glyma16g14060.4   sequence type=CDS   gene model=Glyma16g14060   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
ATGAATGGATATAAATCAGGATCTGCTCTCCTTGTAAATGCTGAGGTTGATTCTATGGGTGGAGTTGTTGACGGTGGAATTGGTATAGGTTTGAAGATCTCTCCGCGCAGAGCAGCAATTGAGAAGGCGCAAGCAGAGCTCAGAGAGGAGTATGATGTTCGTGAAGAAAGAAGAAGAGAGCTTGAATTTCTTGAAAAAGGTGGGAATCCTCTGGACTTTAAGTCTGGGAATGCTGCTTCAGTTAGTGTTCAGTCTACTTCACTCACTGATCAGCTTCATGAGCAGTTTGTGACCAGTGAAGCAAAAGGTAGTTTTGCATTGACTGCCTCCCCTCATGGTGACTCTGTTGACAGTAGTGCTAGACCCGGGGCTCCTTTGGCCAGTGAGCCTAATACTGCTGATAATCTCCTACTTTTTGATGGTGAGAATGAGTTGCCTGAAACTGAAAGGAGGTGCTTGCATTCAAACAGAAGGAATAATATTGCTCTGTCAGAACAGTCTTCCCAAATTGATGGGAGTCAAAATGCTAAGGAGACTGAAGATTCTGCTATTTTCCGGCCATATGCACGAAGGAACCGATCTAGATCAGGTCATGGTCCTCGGGGAGCTTCAAGGGAAGTGAAGGGGTTAACGTCTGAAACAAATAGCCAAAAGAACCTTAATTTGTCAACTGTATCTAAGCCAAAGCCTTCCTGTTTAAATGGTGATGTTGGCCCCAAATATTTGACTACTAATAATACTCTGAATAATGAATTGGTTGGGATCCGAGATCATCAATCCACTAGTGGCAATGCTAGTGTTCCCGAAGACAAATTGGATATTACGGTGAATAGAAACTTAAAAGAAAATCATGGAACTCTACCTTCTGAAGATAATACTGTTCAAGACCCAGTTCTCATGGCTTCTGGAGAAGATAACATAGTTGAATTAAGGGAGCCAGTAGCTGTTGTCAATCATGAGCCTCCACCTCATGTACCTACTACAAAACCTGAAAATGGGCCTTATTGTCAGCCAAATGGGTTTGGCAATGTAGAAGTAGACAGGAAAAGTGTACTAAATGAAGGCCAAAATAGCATTGCTACATTAGGCAAGAATTTCAATTTAGAGTCCTCGTGCACAAAAACTAGCTTAGTTAGAGATGTAAATATTGATAGTGATATGTGTACTAATACAAAGAATGTTGATGCTAATGGAAATACCATGGAACAAACATTTGCATTAGAGAATAAACTGAACTTCGCTGGCTGCAAAGTTGTGAAAGATAGGCATAAGACCAAAAATGCAAATGGTGCTACTGTTAGCAATGAGCATGATGCTGGTTATCAAAATCATTCTGGTTGTGGTAATATTGTCAAAGCTGAGGAAGATGTCCATATTAAGAGTTCTTGCATGTCAAATGTCAAAGGAGTACCTCATAATGACAGTAACATATCAAAAGTTGATAAAGATACCATCTTAGTGGATCAGTCCAATTTTGTCAAGGAAAACAGCTGTGAAAGACATCAGGTTCCTGTGGATGTGTCACTTTCAGAACCTCCTAAGACTGCTCCAGATGTAAAGGGTACAAGCGCCGCCTCTGATGATCAACCATGTCCTATGCACAATATGAAGTTAGCAGACAAGGCTCATGAAGATTCAATTTTGGAAGAGGCTAAAATTATAGAGGCCAAGCGGAAGAGAATTGCAGAATTATCTCTTCACTCCTTATCCACACAGAACCACAGAAAGTCACACTGGGGTTTTGTTCTAGAGGAAATGGCATGGCTAGCAAATGATTTTGCTCAGGAGCGCCTTTGGAAGATAGCTGCTGCTGCACAATTGGGCCATCAAACAGCTTTTACTTGTCGCTCAAGATTTGAAAAACTGAACAGACAATTAGAGACAAAAATTTTGTCTCACAGGATAGCAAAGGCTGTCATGCAGTTTTGGCATTCAGCTAAGCTGCTTCTAGACAATGATCTTGGTATTAACTGCATTGTTGGTTGTGTTGAATCTGGGAAAGTTGATGCAAATGAAGCTTTGAGGGATCAAAGAAGAAATAGCAATATGGAGACAAGCAAATTTTTGGAGGGACAAAATCCTGAAAAACATGCTGCACTTAAAGTGCATGCATATGCTTTGAGATTTTTAAAGGCTAATAGATCTCATGGAATTTCCTCTCAAGCAGAAGCACCAACAACACCTGAAAAGATATTTGACTCAAGCACTGTAGATATGTCATGGGATGAGCATCTTAATGAAGAAAATCTTTTTTATGAAGTTCCTCCTACTGCAATGGAAACATATAGAAAAGCTATCGAATCTCATTTCCTACAGTTCGAGAAAACTGGGAGTAGCATTCAAGAGGAAGTTGCAACATCTGTGTATGATACTGCAGCAGAGTTTGGGTCTCAAGAGAATGCATATGATGAGGAAGAAGGAGAAACCAGAACTTATTACTTGCCCAGTGTCTACGAGGGCAACAGATCATCAAAATCTGCGCAGAAGAAACATAAAAATTTGAAGGCTTACACTCCTAGATTTGGTGATGCTGGTGCTGATTTTCCTTATGTACACTATGCAACTGGAAATCAACCATCCATGCTGTTTGAAAAAAGACCTGCTAGTTTAAATGTTGGGTCAATACCAACAAAGCGCATGCGCACTGCTACTAGGCATAGAGTTGTAAGTCCTTTCACTGTCAACATTGGGACTGTACAGGCTCAAGCTAAGGCGGATGCTTCAAGTGGTGATACCAATTCCTTTCATGATGACCAGAGTACTTTACATGTTGGACCCCTGATCCAGAAAAGTACTGAAGTTGAGTCAGTTGCAGATTATGAAAAACAGTTATCTCAGGACTGTGCAGAAACATTTGTTAAAACAAAGAAGAAGAAGAAGGCAAAGACTCTGGGTACTACATATGATCCGGGATGGGAGTTGGACTCTGTTGTTTCTAATGAACAGAGGGATCAGTCCAAGAAGAGAGGGGAAAGTCATCACTTTGAATCTAATGGAAGTAGTGGTTTCTGTGGGCAACCCAATTCTAAGAAACCAAAGATAATGAGGCAGTCACTTGATAATCCTTTGGACAATATTGTGTCCATGACTAATTCTATTCCTTCCCCAGTTGCGTCACAAATGAGTAACATGTCAAATCCTAATAAATTTATTAAGATCATTAGTGGGCGAGACAGGGGCCGGAAAGCTAAAGCTCTGAAGATTTCAGCTGGACAGCCTGGTTCTGGAAGTCCTTGGTCACTATTTGAAGATCAGGCTCTTGTGGTCCTGGTGCATGATATGGGTCCAAACTGGGAGCTCATAAGTGATGCTATCAATAGTGCTCTTCAAATTAAGTGCGTCTTTCGGAAACCAAAAGAATGCAAGGAGCGTCATAAAAATTTAATGGATAGAACTACCGGGGATGGTGCAGATAGTGCTGAAGATTCAGGGTCTTCACATTCTTATCCTTCTACATTACCTGGAATTCCTAAGCAGGGTAGTGCAAGGCAGTTGTTTCAACGTTTGCAGGGGCCATTGGAGGAGGATACACTGAAGTCTCATTTTGAGAAAATTATAAAGATTGGGCAGAAGCAGCATTACCCTCAGAATCAGGTTGATAACCTGGATTCAAAACAATTAGCGCCTGTCCATAATTCACACGTGATTGCTCTTTCCCTAACCATCCCCAACAACCTGAATGGATGTATTTTAACGCCACTTGATCTCTGTGAAGCTGAAGAAATAAATCCAGATGTCCCAGCCCTTGGGTATCAAAGTTCTCATCCTGGTGGTTTGACATTACCGAATCAAGGTTTTGTACCATCAATGCTTCCTACATCCGGGGTGAATTCTTCACTACCAGGGTCTTCTTCTGGTATGGTTCTTGGCCATAACTTGTCATCATCTCCTGGTGCATCTGTCAGATATGGGATTCCAAGAAATTCACCTTCATCAGTGGATGAGCAACAGAGAATACAATACAATCAAATGCTATCTGGAAGAAACATTCAGCAGAGTATGTCAGTTACAGGGACTCTTTCTGGAAGTGATCATGGTGTTCGCATACTTCCTGGTGGAAATGGTATGGGCTTAATGGGTGGAATTAACAAAAACATGGCAATGAGGCCAGGGTTTCAAGGAATGGCATCACCATCAATGCTTAATTCTGGAAGCATGCTTTCCTCTAGTATGGTTGGTATGCCAAGCCCTGTAAATATGCACTCTGGAGTTGGTCCTGGACAAGGCAACTCAATCTTAAGACCTCATGAGAATCTACATATGATGAGGCCTGGTCATAACCCAGAACATCAGAGACAAATGATGGTTCCAGAGCTTCAGAGGCAGGTCACCCAAGGCAACAGTCAAGGTATTCCTGCTCTTTGTGGGCTGAGTTCTGCCTTTAGCAATCAGACAACACCACCAGTTCAGCCTTACCCAGGACATGCCCAACAGCCACACCAACTGTCCCAGCAGCAGTCCCATCTCAGTAATCCTCGTCCTCATCTTCAAGGTCCGAGTCATGCCACTAATTCACAGCAACAAGCATATGCTGTCCGGTTGGCAAAGGAAAGACAACTGCAGCAACGATACCTGCAGCACCAGCAGCAGCTTGTTGCATCAAATGCATTAATACCACATGTCCAGGCAAAGTCTCAACTTCCCATCTCATCATTACCATTGCAGAACAGTTCTCAGGTTCAATCACAAAATTCTCCTCAGCAAGTGCCTCTTTCACCTTTAACGCCATCATCCCCTTTGACTCCCATGTCATCCCAGCTCCAACAGCAAAAACTTCACCATATACAGCCTGGGTTCAGCAGGAATCCCACTGCTAGTGGGTTGACTAATCAAGCAGCAAAGCAACGCCCACGACATCCGCCGCAGCAGCAGTATCAGCAACCTAGTAGGCAACATCCTAGTCAACGGCATGATGTACAGTCTCAACAGCAGACAAAACTTCTGAAGGGAATGGGAAGAGGAAATATGTTGGTCCATCAGAACCTCTCTGTGGATACTTCTCAAAGTGGACTCTCTCTGCCTGCGGGAAGCCAAACTGGTGAAAAAGGGGACCAAATCTTGCACATGATGCAAGGTCAAAATTTATATCCTGGATCTGGTTTAAACCCAAATCAACCATCAAAGCCTTTGGGTCATGCTCATTCTTCAAACCATTCACAGTTGCAGCAGAAGCTACATTCTGGGTCACCAACCACTTCATCAAAGCAACTTCATATTTCTTCAGATACTAGTGGTCAAGGACAGGTTTCACCAGTTTCATCAGGTCAGTTGTTGTCACCTCCTCACCCAGCTGTTATTGCTTCGAACCACCATCAGCTGCTGCCACAGATTCAGTCTAAGAAAATTAATCAAACTCAAATAAATGTTCAGAGAATGTTGCCTCAAAACCATCTCGTGCATTCTGTGTCATCAAGCAAGTCTCAGTCTGATCCAACTCAATCTGATCAACAGCCTGCAAACAGTGCTTCCCAGGTTAGTGCAATGACTCAGGGTTGTGTGGATTCTGCTAGTGTGGTACCAGGTGTTTCTACTGTATCTTCTCAGTGGAAAGTATCAGAACCACCATTTGATTCCACTATGAACAATCAAACAACTCAAGTGAGCTCCTTGGGGAGTGCTCCTGTTGAAAATTCCACTGGAAATGAGCAACCAGCAATTAGTCAAGGGTTGGGGCCAAGATCAGTTAGCTTGATTTCTCAGGCACATAATTCTGATACACAGTGGCAGCAACAGCAGTCGCAATCTCTCCAACAGTCATCACAACCCATCCTATCTCAGCAGCCATATCAGGCTGAGTCGCAGCAGCAACAGGAGCAAGATCAACATTCTCCTAGAGATCTTGCTTTACAACATCAACCTCAGCAACATATGCAACATCTACAATCAGGGCAGAGCAGTTTGTTTATCCAGCCACCTAATTCTAATGTGGAATGA

>Glyma16g14060.5   sequence type=CDS   gene model=Glyma16g14060   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
ATGAATGGATATAAATCAGGATCTGCTCTCCTTGTAAATGCTGAGGTTGATTCTATGGGTGGAGTTGTTGACGGTGGAATTGGTATAGGTTTGAAGATCTCTCCGCGCAGAGCAGCAATTGAGAAGGCGCAAGCAGAGCTCAGAGAGGAGTATGATGTTCGTGAAGAAAGAAGAAGAGAGCTTGAATTTCTTGAAAAAGGTGGGAATCCTCTGGACTTTAAGTCTGGGAATGCTGCTTCAGTTAGTGTTCAGTCTACTTCACTCACTGATCAGCTTCATGAGCAGTTTGTGACCAGTGAAGCAAAAGGTAGTTTTGCATTGACTGCCTCCCCTCATGGTGACTCTGTTGACAGTAGTGCTAGACCCGGGGCTCCTTTGGCCAGTGAGCCTAATACTGCTGATAATCTCCTACTTTTTGATGGTGAGAATGAGTTGCCTGAAACTGAAAGGAGGTGCTTGCATTCAAACAGAAGGAATAATATTGCTCTGTCAGAACAGTCTTCCCAAATTGATGGGAGTCAAAATGCTAAGGAGACTGAAGATTCTGCTATTTTCCGGCCATATGCACGAAGGAACCGATCTAGATCAGGTCATGGTCCTCGGGGAGCTTCAAGGGAAGTGAAGGGGTTAACGTCTGAAACAAATAGCCAAAAGAACCTTAATTTGTCAACTGTATCTAAGCCAAAGCCTTCCTGTTTAAATGGTGATGTTGGCCCCAAATATTTGACTACTAATAATACTCTGAATAATGAATTGGTTGGGATCCGAGATCATCAATCCACTAGTGGCAATGCTAGTGTTCCCGAAGACAAATTGGATATTACGGTGAATAGAAACTTAAAAGAAAATCATGGAACTCTACCTTCTGAAGATAATACTGTTCAAGACCCAGTTCTCATGGCTTCTGGAGAAGATAACATAGTTGAATTAAGGGAGCCAGTAGCTGTTGTCAATCATGAGCCTCCACCTCATGTACCTACTACAAAACCTGAAAATGGGCCTTATTGTCAGCCAAATGGGTTTGGCAATGTAGAAGTAGACAGGAAAAGTGTACTAAATGAAGGCCAAAATAGCATTGCTACATTAGGCAAGAATTTCAATTTAGAGTCCTCGTGCACAAAAACTAGCTTAGTTAGAGATGTAAATATTGATAGTGATATGTGTACTAATACAAAGAATGTTGATGCTAATGGAAATACCATGGAACAAACATTTGCATTAGAGAATAAACTGAACTTCGCTGGCTGCAAAGTTGTGAAAGATAGGCATAAGACCAAAAATGCAAATGGTGCTACTGTTAGCAATGAGCATGATGCTGGTTATCAAAATCATTCTGGTTGTGGTAATATTGTCAAAGCTGAGGAAGATGTCCATATTAAGAGTTCTTGCATGTCAAATGTCAAAGGAGTACCTCATAATGACAGTAACATATCAAAAGTTGATAAAGATACCATCTTAGTGGATCAGTCCAATTTTGTCAAGGAAAACAGCTGTGAAAGACATCAGGTTCCTGTGGATGTGTCACTTTCAGAACCTCCTAAGACTGCTCCAGATGTAAAGGGTACAAGCGCCGCCTCTGATGATCAACCATGTCCTATGCACAATATGAAGTTAGCAGACAAGGCTCATGAAGATTCAATTTTGGAAGAGGCTAAAATTATAGAGGCCAAGCGGAAGAGAATTGCAGAATTATCTCTTCACTCCTTATCCACACAGAACCACAGAAAGTCACACTGGGGTTTTGTTCTAGAGGAAATGGCATGGCTAGCAAATGATTTTGCTCAGGAGCGCCTTTGGAAGATAGCTGCTGCTGCACAATTGGGCCATCAAACAGCTTTTACTTGTCGCTCAAGATTTGAAAAACTGAACAGACAATTAGAGACAAAAATTTTGTCTCACAGGATAGCAAAGGCTGTCATGCAGTTTTGGCATTCAGCTAAGCTGCTTCTAGACAATGATCTTGGTATTAACTGCATTGTTGGTTGTGTTGAATCTGGGAAAGTTGATGCAAATGAAGCTTTGAGGGATCAAAGAAGAAATAGCAATATGGAGACAAGCAAATTTTTGGAGGGACAAAATCCTGAAAAACATGCTGCACTTAAAGTGCATGCATATGCTTTGAGATTTTTAAAGGCTAATAGATCTCATGGAATTTCCTCTCAAGCAGAAGCACCAACAACACCTGAAAAGATATTTGACTCAAGCACTGTAGATATGTCATGGGATGAGCATCTTAATGAAGAAAATCTTTTTTATGAAGTTCCTCCTACTGCAATGGAAACATATAGAAAAGCTATCGAATCTCATTTCCTACAGTTCGAGAAAACTGGGAGTAGCATTCAAGAGGAAGTTGCAACATCTGTGTATGATACTGCAGCAGAGTTTGGGTCTCAAGAGAATGCATATGATGAGGAAGAAGGAGAAACCAGAACTTATTACTTGCCCAGTGTCTACGAGGGCAACAGATCATCAAAATCTGCGCAGAAGAAACATAAAAATTTGAAGGCTTACACTCCTAGATTTGGTGATGCTGGTGCTGATTTTCCTTATGTACACTATGCAACTGGAAATCAACCATCCATGCTGTTTGAAAAAAGACCTGCTAGTTTAAATGTTGGGTCAATACCAACAAAGCGCATGCGCACTGCTACTAGGCATAGAGTTGTAAGTCCTTTCACTGTCAACATTGGGACTGTACAGGCTCAAGCTAAGGCGGATGCTTCAAGTGGTGATACCAATTCCTTTCATGATGACCAGAGTACTTTACATGTTGGACCCCTGATCCAGAAAAGTACTGAAGTTGAGTCAGTTGCAGATTATGAAAAACAGTTATCTCAGGACTGTGCAGAAACATTTGTTAAAACAAAGAAGAAGAAGAAGGCAAAGACTCTGGGTACTACATATGATCCGGGATGGGAGTTGGACTCTGTTGTTTCTAATGAACAGAGGGATCAGTCCAAGAAGAGAGGGGAAAGTCATCACTTTGAATCTAATGGAAGTAGTGGTTTCTGTGGGCAACCCAATTCTAAGAAACCAAAGATAATGAGGCAGTCACTTGATAATCCTTTGGACAATATTGTGTCCATGACTAATTCTATTCCTTCCCCAGTTGCGTCACAAATGAGTAACATGTCAAATCCTAATAAATTTATTAAGATCATTAGTGGGCGAGACAGGGGCCGGAAAGCTAAAGCTCTGAAGATTTCAGCTGGACAGCCTGGTTCTGGAAGTCCTTGGTCACTATTTGAAGATCAGGCTCTTGTGGTCCTGGTGCATGATATGGGTCCAAACTGGGAGCTCATAAGTGATGCTATCAATAGTGCTCTTCAAATTAAGTGCGTCTTTCGGAAACCAAAAGAATGCAAGGAGCGTCATAAAAATTTAATGGATAGAACTACCGGGGATGGTGCAGATAGTGCTGAAGATTCAGGGTCTTCACATTCTTATCCTTCTACATTACCTGGAATTCCTAAGGGTAGTGCAAGGCAGTTGTTTCAACGTTTGCAGGGGCCATTGGAGGAGGATACACTGAAGTCTCATTTTGAGAAAATTATAAAGATTGGGCAGAAGCAGCATTACCCTCAGAATCAGGTTGATAACCTGGATTCAAAACAATTAGCGCCTGTCCATAATTCACACGTGATTGCTCTTTCCCTAACCATCCCCAACAACCTGAATGGATGTATTTTAACGCCACTTGATCTCTGTGAAGCTGAAGAAATAAATCCAGATGTCCCAGCCCTTGGGTATCAAAGTTCTCATCCTGGTGGTTTGACATTACCGAATCAAGGTTTTGTACCATCAATGCTTCCTACATCCGGGGTGAATTCTTCACTACCAGGGTCTTCTTCTGGTATGGTTCTTGGCCATAACTTGTCATCATCTCCTGGTGCATCTGTCAGATATGGGATTCCAAGAAATTCACCTTCATCAGTGGATGAGCAACAGAGAATACAATACAATCAAATGCTATCTGGAAGAAACATTCAGCAGAGTATGTCAGTTACAGGGACTCTTTCTGGAAGTGATCATGGTGTTCGCATACTTCCTGGTGGAAATGGTATGGGCTTAATGGGTGGAATTAACAAAAACATGGCAATGAGGCCAGGGTTTCAAGGAATGGCATCACCATCAATGCTTAATTCTGGAAGCATGCTTTCCTCTAGTATGGTTGGTATGCCAAGCCCTGTAAATATGCACTCTGGAGTTGGTCCTGGACAAGGCAACTCAATCTTAAGACCTCATGAGAATCTACATATGATGAGGCCTGGTCATAACCCAGAACATCAGAGACAAATGATGGTTCCAGAGCTTCAGAGGCAGGTCACCCAAGGCAACAGTCAAGGTATTCCTGCTCTTTGTGGGCTGAGTTCTGCCTTTAGCAATCAGACAACACCACCAGTTCAGCCTTACCCAGGACATGCCCAACAGCCACACCAACTGTCCCAGCAGCAGTCCCATCTCAGTAATCCTCGTCCTCATCTTCAAGGTCCGAGTCATGCCACTAATTCACAGCAACAAGCATATGCTGTCCGGTTGGCAAAGGAAAGACAACTGCAGCAACGATACCTGCAGCACCAGCAGCAGCTTGTTGCATCAAATGCATTAATACCACATGTCCAGGCAAAGTCTCAACTTCCCATCTCATCATTACCATTGCAGAACAGTTCTCAGGTTCAATCACAAAATTCTCCTCAGCAAGTGCCTCTTTCACCTTTAACGCCATCATCCCCTTTGACTCCCATGTCATCCCAGCTCCAACAGCAAAAACTTCACCATATACAGCCTGGGTTCAGCAGGAATCCCACTGCTAGTGGGTTGACTAATCAAGCAGCAAAGCAACGCCCACGACATCCGCCGCAGCAGCAGTATCAGCAACCTAGTAGGCAACATCCTAGTCAACGGCATGATGTACAGTCTCAACAGCAGACAAAACTTCTGAAGGGAATGGGAAGAGGAAATATGTTGGTCCATCAGAACCTCTCTGTGGATACTTCTCAAAGTGGACTCTCTCTGCCTGCGGGAAGCCAAACTGGTGAAAAAGGGGACCAAATCTTGCACATGATGCAAGGTCAAAATTTATATCCTGGATCTGGTTTAAACCCAAATCAACCATCAAAGCCTTTGGGTCATGCTCATTCTTCAAACCATTCACAGTTGCAGCAGAAGCTACATTCTGGGTCACCAACCACTTCATCAAAGCAACTTCATATTTCTTCAGATACTAGTGGTCAAGGACAGGTTTCACCAGTTTCATCAGGTCAGTTGTTGTCACCTCCTCACCCAGCTGTTATTGCTTCGAACCACCATCAGCTGCTGCCACAGATTCAGTCTAAGAAAATTAATCAAACTCAAATAAATGTTCAGAGAATGTTGCCTCAAAACCATCTCGTGCATTCTGTGTCATCAAGCAAGTCTCAGTCTGATCCAACTCAATCTGATCAACAGCCTGCAAACAGTGCTTCCCAGGTTAGTGCAATGACTCAGGGTTGTGTGGATTCTGCTAGTGTGGTACCAGGTGTTTCTACTGTATCTTCTCAGTGGAAAGTATCAGAACCACCATTTGATTCCACTATGAACAATCAAACAACTCAAGTGAGCTCCTTGGGGAGTGCTCCTGTTGAAAATTCCACTGGAAATGAGCAACCAGCAATTAGTCAAGGGTTGGGGCCAAGATCAGTTAGCTTGATTTCTCAGGCACATAATTCTGATACACAGTGGCAGCAACAGCAGTCGCAATCTCTCCAACAGTCATCACAACCCATCCTATCTCAGCAGCCATATCAGGCTGAGTCGCAGCAGCAACAGGAGCAAGATCAACATTCTCCTAGAGATCTTGCTTTACAACATCAACCTCAGCAACATATGCAACATCTACAATCAGGGCAGAGCAGTTTGTTTATCCAGCCACCTAATTCTAATGTGGAATGA

>Glyma16g14060.2   sequence type=predicted peptide   gene model=Glyma16g14060   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
MNGYKSGSALLVNAEVDSMGGVVDGGIGIGLKISPRRAAIEKAQAELREEYDVREERRRELEFLEKGGNPLDFKSGNAASVSVQSTSLTDQLHEQFVTSEAKGSFALTASPHGDSVDSSARPGAPLASEPNTADNLLLFDGENELPETERRCLHSNRRNNIALSEQSSQIDGSQNAKETEDSAIFRPYARRNRSRSGHGPRGASREVKGLTSETNSQKNLNLSTVSKPKPSCLNGDVGPKYLTTNNTLNNELVGIRDHQSTSGNASVPEDKLDITVNRNLKENHGTLPSEDNTVQDPVLMASGEDNIVELREPVAVVNHEPPPHVPTTKPENGPYCQPNGFGNVEVDRKSVLNEGQNSIATLGKNFNLESSCTKTSLVRDVNIDSDMCTNTKNVDANGNTMEQTFALENKLNFAGCKVVKDRHKTKNANGATVSNEHDAGYQNHSGCGNIVKAEEDVHIKSSCMSNVKGVPHNDSNISKVDKDTILVDQSNFVKENSCERHQVPVDVSLSEPPKTAPDVKGTSAASDDQPCPMHNMKLADKAHEDSILEEAKIIEAKRKRIAELSLHSLSTQNHRKSHWGFVLEEMAWLANDFAQERLWKIAAAAQLGHQTAFTCRSRFEKLNRQLETKILSHRIAKAVMQFWHSAKLLLDNDLGINCIVGCVESGKVDANEALRDQRRNSNMETSKFLEGQNPEKHAALKVHAYALRFLKANRSHGISSQAEAPTTPEKIFDSSTVDMSWDEHLNEENLFYEVPPTAMETYRKAIESHFLQFEKTGSSIQEEVATSVYDTAAEFGSQENAYDEEEGETRTYYLPSVYEGNRSSKSAQKKHKNLKAYTPRFGDAGADFPYVHYATGNQPSMLFEKRPASLNVGSIPTKRMRTATRHRVVSPFTVNIGTVQAQAKADASSGDTNSFHDDQSTLHVGPLIQKSTEVESVADYEKQLSQDCAETFVKTKKKKKAKTLGTTYDPGWELDSVVSNEQRDQSKKRGESHHFESNGSSGFCGQPNSKKPKIMRQSLDNPLDNIVSMTNSIPSPVASQMSNMSNPNKFIKIISGRDRGRKAKALKISAGQPGSGSPWSLFEDQALVVLVHDMGPNWELISDAINSALQIKCVFRKPKECKERHKNLMDRTTGDGADSAEDSGSSHSYPSTLPGIPKQGSARQLFQRLQGPLEEDTLKSHFEKIIKIGQKQHYPQNQVDNLDSKQLAPVHNSHVIALSLTIPNNLNGCILTPLDLCEAEEINPDVPALGYQSSHPGGLTLPNQGFVPSMLPTSGVNSSLPGSSSGMVLGHNLSSSPGASVRGGRYGIPRNSPSSVDEQQRIQYNQMLSGRNIQQSMSVTGTLSGSDHGVRILPGGNGMGLMGGINKNMAMRPGFQGMASPSMLNSGSMLSSSMVGMPSPVNMHSGVGPGQGNSILRPHENLHMMRPGHNPEHQRQMMVPELQRQVTQGNSQGIPALCGLSSAFSNQTTPPVQPYPGHAQQPHQLSQQQSHLSNPRPHLQGPSHATNSQQQAYAVRLAKERQLQQRYLQHQQQLVASNALIPHVQAKSQLPISSLPLQNSSQVQSQNSPQQVPLSPLTPSSPLTPMSSQLQQQKLHHIQPGFSRNPTASGLTNQAAKQRPRHPPQQQYQQPSRQHPSQRHDVQSQQQTKLLKGMGRGNMLVHQNLSVDTSQSGLSLPAGSQTGEKGDQILHMMQGQNLYPGSGLNPNQPSKPLGHAHSSNHSQLQQKLHSGSPTTSSKQLHISSDTSGQGQVSPVSSGQLLSPPHPAVIASNHHQLLPQIQSKKINQTQINVQRMLPQNHLVHSVSSSKSQSDPTQSDQQPANSASQVSAMTQGCVDSASVVPGVSTVSSQWKVSEPPFDSTMNNQTTQVSSLGSAPVENSTGNEQPAISQGLGPRSVSLISQAHNSDTQWQQQQSQSLQQSSQPILSQQPYQAESQQQQEQDQHSPRDLALQHQPQQHMQHLQSGQSSLFIQPPNSNVE*

>Glyma16g14060.3   sequence type=predicted peptide   gene model=Glyma16g14060   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
MNGYKSGSALLVNAEVDSMGGVVDGGIGIGLKISPRRAAIEKAQAELREEYDVREERRRELEFLEKGGNPLDFKSGNAASVSVQSTSLTDQLHEQFVTSEAKGSFALTASPHGDSVDSSARPGAPLASEPNTADNLLLFDGENELPETERRCLHSNRRNNIALSEQSSQIDGSQNAKETEDSAIFRPYARRNRSRSGHGPRGASREVKGLTSETNSQKNLNLSTVSKPKPSCLNGDVGPKYLTTNNTLNNELVGIRDHQSTSGNASVPEDKLDITVNRNLKENHGTLPSEDNTVQDPVLMASGEDNIVELREPVAVVNHEPPPHVPTTKPENGPYCQPNGFGNVEVDRKSVLNEGQNSIATLGKNFNLESSCTKTSLVRDVNIDSDMCTNTKNVDANGNTMEQTFALENKLNFAGCKVVKDRHKTKNANGATVSNEHDAGYQNHSGCGNIVKAEEDVHIKSSCMSNVKGVPHNDSNISKVDKDTILVDQSNFVKENSCERHQVPVDVSLSEPPKTAPDVKGTSAASDDQPCPMHNMKLADKAHEDSILEEAKIIEAKRKRIAELSLHSLSTQNHRKSHWGFVLEEMAWLANDFAQERLWKIAAAAQLGHQTAFTCRSRFEKLNRQLETKILSHRIAKAVMQFWHSAKLLLDNDLGINCIVGCVESGKVDANEALRDQRRNSNMETSKFLEGQNPEKHAALKVHAYALRFLKANRSHGISSQAEAPTTPEKIFDSSTVDMSWDEHLNEENLFYEVPPTAMETYRKAIESHFLQFEKTGSSIQEEVATSVYDTAAEFGSQENAYDEEEGETRTYYLPSVYEGNRSSKSAQKKHKNLKAYTPRFGDAGADFPYVHYATGNQPSMLFEKRPASLNVGSIPTKRMRTATRHRVVSPFTVNIGTVQAQAKADASSGDTNSFHDDQSTLHVGPLIQKSTEVESVADYEKQLSQDCAETFVKTKKKKKAKTLGTTYDPGWELDSVVSNEQRDQSKKRGESHHFESNGSSGFCGQPNSKKPKIMRQSLDNPLDNIVSMTNSIPSPVASQMSNMSNPNKFIKIISGRDRGRKAKALKISAGQPGSGSPWSLFEDQALVVLVHDMGPNWELISDAINSALQIKCVFRKPKECKERHKNLMDRTTGDGADSAEDSGSSHSYPSTLPGIPKGSARQLFQRLQGPLEEDTLKSHFEKIIKIGQKQHYPQNQVDNLDSKQLAPVHNSHVIALSLTIPNNLNGCILTPLDLCEAEEINPDVPALGYQSSHPGGLTLPNQGFVPSMLPTSGVNSSLPGSSSGMVLGHNLSSSPGASVRGGRYGIPRNSPSSVDEQQRIQYNQMLSGRNIQQSMSVTGTLSGSDHGVRILPGGNGMGLMGGINKNMAMRPGFQGMASPSMLNSGSMLSSSMVGMPSPVNMHSGVGPGQGNSILRPHENLHMMRPGHNPEHQRQMMVPELQRQVTQGNSQGIPALCGLSSAFSNQTTPPVQPYPGHAQQPHQLSQQQSHLSNPRPHLQGPSHATNSQQQAYAVRLAKERQLQQRYLQHQQQLVASNALIPHVQAKSQLPISSLPLQNSSQVQSQNSPQQVPLSPLTPSSPLTPMSSQLQQQKLHHIQPGFSRNPTASGLTNQAAKQRPRHPPQQQYQQPSRQHPSQRHDVQSQQQTKLLKGMGRGNMLVHQNLSVDTSQSGLSLPAGSQTGEKGDQILHMMQGQNLYPGSGLNPNQPSKPLGHAHSSNHSQLQQKLHSGSPTTSSKQLHISSDTSGQGQVSPVSSGQLLSPPHPAVIASNHHQLLPQIQSKKINQTQINVQRMLPQNHLVHSVSSSKSQSDPTQSDQQPANSASQVSAMTQGCVDSASVVPGVSTVSSQWKVSEPPFDSTMNNQTTQVSSLGSAPVENSTGNEQPAISQGLGPRSVSLISQAHNSDTQWQQQQSQSLQQSSQPILSQQPYQAESQQQQEQDQHSPRDLALQHQPQQHMQHLQSGQSSLFIQPPNSNVE*

>Glyma16g14060.4   sequence type=predicted peptide   gene model=Glyma16g14060   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
MNGYKSGSALLVNAEVDSMGGVVDGGIGIGLKISPRRAAIEKAQAELREEYDVREERRRELEFLEKGGNPLDFKSGNAASVSVQSTSLTDQLHEQFVTSEAKGSFALTASPHGDSVDSSARPGAPLASEPNTADNLLLFDGENELPETERRCLHSNRRNNIALSEQSSQIDGSQNAKETEDSAIFRPYARRNRSRSGHGPRGASREVKGLTSETNSQKNLNLSTVSKPKPSCLNGDVGPKYLTTNNTLNNELVGIRDHQSTSGNASVPEDKLDITVNRNLKENHGTLPSEDNTVQDPVLMASGEDNIVELREPVAVVNHEPPPHVPTTKPENGPYCQPNGFGNVEVDRKSVLNEGQNSIATLGKNFNLESSCTKTSLVRDVNIDSDMCTNTKNVDANGNTMEQTFALENKLNFAGCKVVKDRHKTKNANGATVSNEHDAGYQNHSGCGNIVKAEEDVHIKSSCMSNVKGVPHNDSNISKVDKDTILVDQSNFVKENSCERHQVPVDVSLSEPPKTAPDVKGTSAASDDQPCPMHNMKLADKAHEDSILEEAKIIEAKRKRIAELSLHSLSTQNHRKSHWGFVLEEMAWLANDFAQERLWKIAAAAQLGHQTAFTCRSRFEKLNRQLETKILSHRIAKAVMQFWHSAKLLLDNDLGINCIVGCVESGKVDANEALRDQRRNSNMETSKFLEGQNPEKHAALKVHAYALRFLKANRSHGISSQAEAPTTPEKIFDSSTVDMSWDEHLNEENLFYEVPPTAMETYRKAIESHFLQFEKTGSSIQEEVATSVYDTAAEFGSQENAYDEEEGETRTYYLPSVYEGNRSSKSAQKKHKNLKAYTPRFGDAGADFPYVHYATGNQPSMLFEKRPASLNVGSIPTKRMRTATRHRVVSPFTVNIGTVQAQAKADASSGDTNSFHDDQSTLHVGPLIQKSTEVESVADYEKQLSQDCAETFVKTKKKKKAKTLGTTYDPGWELDSVVSNEQRDQSKKRGESHHFESNGSSGFCGQPNSKKPKIMRQSLDNPLDNIVSMTNSIPSPVASQMSNMSNPNKFIKIISGRDRGRKAKALKISAGQPGSGSPWSLFEDQALVVLVHDMGPNWELISDAINSALQIKCVFRKPKECKERHKNLMDRTTGDGADSAEDSGSSHSYPSTLPGIPKQGSARQLFQRLQGPLEEDTLKSHFEKIIKIGQKQHYPQNQVDNLDSKQLAPVHNSHVIALSLTIPNNLNGCILTPLDLCEAEEINPDVPALGYQSSHPGGLTLPNQGFVPSMLPTSGVNSSLPGSSSGMVLGHNLSSSPGASVRYGIPRNSPSSVDEQQRIQYNQMLSGRNIQQSMSVTGTLSGSDHGVRILPGGNGMGLMGGINKNMAMRPGFQGMASPSMLNSGSMLSSSMVGMPSPVNMHSGVGPGQGNSILRPHENLHMMRPGHNPEHQRQMMVPELQRQVTQGNSQGIPALCGLSSAFSNQTTPPVQPYPGHAQQPHQLSQQQSHLSNPRPHLQGPSHATNSQQQAYAVRLAKERQLQQRYLQHQQQLVASNALIPHVQAKSQLPISSLPLQNSSQVQSQNSPQQVPLSPLTPSSPLTPMSSQLQQQKLHHIQPGFSRNPTASGLTNQAAKQRPRHPPQQQYQQPSRQHPSQRHDVQSQQQTKLLKGMGRGNMLVHQNLSVDTSQSGLSLPAGSQTGEKGDQILHMMQGQNLYPGSGLNPNQPSKPLGHAHSSNHSQLQQKLHSGSPTTSSKQLHISSDTSGQGQVSPVSSGQLLSPPHPAVIASNHHQLLPQIQSKKINQTQINVQRMLPQNHLVHSVSSSKSQSDPTQSDQQPANSASQVSAMTQGCVDSASVVPGVSTVSSQWKVSEPPFDSTMNNQTTQVSSLGSAPVENSTGNEQPAISQGLGPRSVSLISQAHNSDTQWQQQQSQSLQQSSQPILSQQPYQAESQQQQEQDQHSPRDLALQHQPQQHMQHLQSGQSSLFIQPPNSNVE*

>Glyma16g14060.5   sequence type=predicted peptide   gene model=Glyma16g14060   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
MNGYKSGSALLVNAEVDSMGGVVDGGIGIGLKISPRRAAIEKAQAELREEYDVREERRRELEFLEKGGNPLDFKSGNAASVSVQSTSLTDQLHEQFVTSEAKGSFALTASPHGDSVDSSARPGAPLASEPNTADNLLLFDGENELPETERRCLHSNRRNNIALSEQSSQIDGSQNAKETEDSAIFRPYARRNRSRSGHGPRGASREVKGLTSETNSQKNLNLSTVSKPKPSCLNGDVGPKYLTTNNTLNNELVGIRDHQSTSGNASVPEDKLDITVNRNLKENHGTLPSEDNTVQDPVLMASGEDNIVELREPVAVVNHEPPPHVPTTKPENGPYCQPNGFGNVEVDRKSVLNEGQNSIATLGKNFNLESSCTKTSLVRDVNIDSDMCTNTKNVDANGNTMEQTFALENKLNFAGCKVVKDRHKTKNANGATVSNEHDAGYQNHSGCGNIVKAEEDVHIKSSCMSNVKGVPHNDSNISKVDKDTILVDQSNFVKENSCERHQVPVDVSLSEPPKTAPDVKGTSAASDDQPCPMHNMKLADKAHEDSILEEAKIIEAKRKRIAELSLHSLSTQNHRKSHWGFVLEEMAWLANDFAQERLWKIAAAAQLGHQTAFTCRSRFEKLNRQLETKILSHRIAKAVMQFWHSAKLLLDNDLGINCIVGCVESGKVDANEALRDQRRNSNMETSKFLEGQNPEKHAALKVHAYALRFLKANRSHGISSQAEAPTTPEKIFDSSTVDMSWDEHLNEENLFYEVPPTAMETYRKAIESHFLQFEKTGSSIQEEVATSVYDTAAEFGSQENAYDEEEGETRTYYLPSVYEGNRSSKSAQKKHKNLKAYTPRFGDAGADFPYVHYATGNQPSMLFEKRPASLNVGSIPTKRMRTATRHRVVSPFTVNIGTVQAQAKADASSGDTNSFHDDQSTLHVGPLIQKSTEVESVADYEKQLSQDCAETFVKTKKKKKAKTLGTTYDPGWELDSVVSNEQRDQSKKRGESHHFESNGSSGFCGQPNSKKPKIMRQSLDNPLDNIVSMTNSIPSPVASQMSNMSNPNKFIKIISGRDRGRKAKALKISAGQPGSGSPWSLFEDQALVVLVHDMGPNWELISDAINSALQIKCVFRKPKECKERHKNLMDRTTGDGADSAEDSGSSHSYPSTLPGIPKGSARQLFQRLQGPLEEDTLKSHFEKIIKIGQKQHYPQNQVDNLDSKQLAPVHNSHVIALSLTIPNNLNGCILTPLDLCEAEEINPDVPALGYQSSHPGGLTLPNQGFVPSMLPTSGVNSSLPGSSSGMVLGHNLSSSPGASVRYGIPRNSPSSVDEQQRIQYNQMLSGRNIQQSMSVTGTLSGSDHGVRILPGGNGMGLMGGINKNMAMRPGFQGMASPSMLNSGSMLSSSMVGMPSPVNMHSGVGPGQGNSILRPHENLHMMRPGHNPEHQRQMMVPELQRQVTQGNSQGIPALCGLSSAFSNQTTPPVQPYPGHAQQPHQLSQQQSHLSNPRPHLQGPSHATNSQQQAYAVRLAKERQLQQRYLQHQQQLVASNALIPHVQAKSQLPISSLPLQNSSQVQSQNSPQQVPLSPLTPSSPLTPMSSQLQQQKLHHIQPGFSRNPTASGLTNQAAKQRPRHPPQQQYQQPSRQHPSQRHDVQSQQQTKLLKGMGRGNMLVHQNLSVDTSQSGLSLPAGSQTGEKGDQILHMMQGQNLYPGSGLNPNQPSKPLGHAHSSNHSQLQQKLHSGSPTTSSKQLHISSDTSGQGQVSPVSSGQLLSPPHPAVIASNHHQLLPQIQSKKINQTQINVQRMLPQNHLVHSVSSSKSQSDPTQSDQQPANSASQVSAMTQGCVDSASVVPGVSTVSSQWKVSEPPFDSTMNNQTTQVSSLGSAPVENSTGNEQPAISQGLGPRSVSLISQAHNSDTQWQQQQSQSLQQSSQPILSQQPYQAESQQQQEQDQHSPRDLALQHQPQQHMQHLQSGQSSLFIQPPNSNVE*







Funded by the USDA-ARS. Developed by the USDA-ARS SoyBase and Legume Clade Database group at the Iowa State University, Ames, IA
 
USDA Logo
Iowa State University Logo