Glyma15g37710 - SoyBase

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

Warning: Undefined variable $sxsome in /var/www/html/include/SeqFeatClass.php on line 665

Warning: Undefined variable $sstart in /var/www/html/include/SeqFeatClass.php on line 665

Warning: Undefined variable $send in /var/www/html/include/SeqFeatClass.php on line 665

Warning: get_headers(): php_network_getaddresses: getaddrinfo for bar.utoronto.ca failed: Temporary failure in name resolution in /var/www/html/include/SeqFeatClass.php on line 1018

Warning: get_headers(https://bar.utoronto.ca/api/efp_image/efp_soybean/soybean/Absolute/Glyma15g37710): Failed to open stream: php_network_getaddresses: getaddrinfo for bar.utoronto.ca failed: Temporary failure in name resolution in /var/www/html/include/SeqFeatClass.php on line 1018

Warning: Trying to access array offset on false in /var/www/html/include/SeqFeatClass.php on line 1019

Warning: get_headers(): php_network_getaddresses: getaddrinfo for bar.utoronto.ca failed: Temporary failure in name resolution in /var/www/html/include/SeqFeatClass.php on line 1020

Warning: get_headers(https://bar.utoronto.ca/api/efp_image/efp_soybean/soybean_severin/Absolute/Glyma15g37710): Failed to open stream: php_network_getaddresses: getaddrinfo for bar.utoronto.ca failed: Temporary failure in name resolution in /var/www/html/include/SeqFeatClass.php on line 1020

Warning: Trying to access array offset on false in /var/www/html/include/SeqFeatClass.php on line 1021

Deprecated: preg_match(): Passing null to parameter #2 ($subject) of type string is deprecated in /var/www/html/include/SeqFeatClass.php on line 1025

Deprecated: preg_match(): Passing null to parameter #2 ($subject) of type string is deprecated in /var/www/html/include/SeqFeatClass.php on line 1031

Report for Sequence Feature Glyma15g37710

Feature Type:	gene_model
Chromosome:	Gm15
Start:	43587734
stop:	43604396
Source:	JGI
Version:	Wm82.a1.v1.1
High confidence:	yes

A newer version of this gene model can be found here:

Annotations for Glyma15g37710

Database ID	Annotation Type	Annotation Description	Annotation Source	Match Score	Evidence Code
AT2G40030	AT	Annotation by Michelle Graham. TAIR10: nuclear RNA polymerase D1B \| chr2:16715089-16723406 FORWARD LENGTH=1976	SoyBase	E_val: 0	ISS
GO:0000724	GO-bp	Annotation by Michelle Graham. GO Biological Process: double-strand break repair via homologous recombination	SoyBase	N/A	ISS
GO:0006261	GO-bp	Annotation by Michelle Graham. GO Biological Process: DNA-dependent DNA replication	SoyBase	N/A	ISS
GO:0006275	GO-bp	Annotation by Michelle Graham. GO Biological Process: regulation of DNA replication	SoyBase	N/A	ISS
GO:0006306	GO-bp	Annotation by Michelle Graham. GO Biological Process: DNA methylation	SoyBase	N/A	ISS
GO:0006342	GO-bp	Annotation by Michelle Graham. GO Biological Process: chromatin silencing	SoyBase	N/A	ISS
GO:0006351	GO-bp	Annotation by Michelle Graham. GO Biological Process: transcription, DNA-dependent	SoyBase	N/A	ISS
GO:0006354	GO-bp	Annotation by Michelle Graham. GO Biological Process: DNA-dependent transcription, elongation	SoyBase	N/A	ISS
GO:0009555	GO-bp	Annotation by Michelle Graham. GO Biological Process: pollen development	SoyBase	N/A	ISS
GO:0016444	GO-bp	Annotation by Michelle Graham. GO Biological Process: somatic cell DNA recombination	SoyBase	N/A	ISS
GO:0022402	GO-bp	Annotation by Michelle Graham. GO Biological Process: cell cycle process	SoyBase	N/A	ISS
GO:0030422	GO-bp	Annotation by Michelle Graham. GO Biological Process: production of siRNA involved in RNA interference	SoyBase	N/A	ISS
GO:0031047	GO-bp	Annotation by Michelle Graham. GO Biological Process: gene silencing by RNA	SoyBase	N/A	ISS
GO:0035194	GO-bp	Annotation by Michelle Graham. GO Biological Process: posttranscriptional gene silencing by RNA	SoyBase	N/A	ISS
GO:0048451	GO-bp	Annotation by Michelle Graham. GO Biological Process: petal formation	SoyBase	N/A	ISS
GO:0048453	GO-bp	Annotation by Michelle Graham. GO Biological Process: sepal formation	SoyBase	N/A	ISS
GO:0051567	GO-bp	Annotation by Michelle Graham. GO Biological Process: histone H3-K9 methylation	SoyBase	N/A	ISS
GO:0051726	GO-bp	Annotation by Michelle Graham. GO Biological Process: regulation of cell cycle	SoyBase	N/A	ISS
GO:0000418	GO-cc	Annotation by Michelle Graham. GO Cellular Compartment: DNA-directed RNA polymerase IV complex	SoyBase	N/A	ISS
GO:0000419	GO-cc	Annotation by Michelle Graham. GO Cellular Compartment: DNA-directed RNA polymerase V complex	SoyBase	N/A	ISS
GO:0005634	GO-cc	Annotation by Michelle Graham. GO Cellular Compartment: nucleus	SoyBase	N/A	ISS
GO:0005730	GO-cc	Annotation by Michelle Graham. GO Cellular Compartment: nucleolus	SoyBase	N/A	ISS
GO:0016604	GO-cc	Annotation by Michelle Graham. GO Cellular Compartment: nuclear body	SoyBase	N/A	ISS
GO:0030880	GO-cc	Annotation by Michelle Graham. GO Cellular Compartment: RNA polymerase complex	SoyBase	N/A	ISS
GO:0003677	GO-mf	Annotation by Michelle Graham. GO Molecular Function: DNA binding	SoyBase	N/A	ISS
GO:0003899	GO-mf	Annotation by Michelle Graham. GO Molecular Function: DNA-directed RNA polymerase activity	SoyBase	N/A	ISS
GO:0005515	GO-mf	Annotation by Michelle Graham. GO Molecular Function: protein binding	SoyBase	N/A	ISS
KOG0260	KOG	RNA polymerase II, large subunit	JGI		ISS
PTHR19376	Panther	DNA-DIRECTED RNA POLYMERASE	JGI		ISS
PTHR19376:SF7	Panther	DNA-DIRECTED RNA POLYMERASE II LARGEST SUBUNIT	JGI		ISS
PF00623	PFAM	RNA polymerase Rpb1, domain 2	JGI		ISS
PF04983	PFAM	RNA polymerase Rpb1, domain 3	JGI		ISS
PF04997	PFAM	RNA polymerase Rpb1, domain 1	JGI		ISS
PF04998	PFAM	RNA polymerase Rpb1, domain 5	JGI		ISS
PF11523	PFAM	Protein of unknown function (DUF3223)	JGI		ISS
UniRef100_I1MIR6	UniRef	Annotation by Michelle Graham. Most informative UniRef hit: DNA-directed RNA polymerase n=1 Tax=Glycine max RepID=I1MIR6_SOYBN	SoyBase	E_val: 0	ISS
UniRef100_UPI000233BB58	UniRef	Annotation by Michelle Graham. Best UniRef hit: UPI000233BB58 related cluster n=1 Tax=unknown RepID=UPI000233BB58	SoyBase	E_val: 0	ISS

Expression Patterns of Glyma15g37710

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

Glyma15g37710 not represented in the dataset	Glyma15g37710 not represented in the dataset
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

Gene model name correspondences to Glyma15g37710 Gene Call Version Wm82.a1.v1.1

Corresponding Name	Annotation Version	Evidence	Comments
Glyma.15g235900	Wm82.a2.v1	IGC	As supplied by JGI

References for Glyma15g37710

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

Transcripts of Glyma15g37710

Limit To All Plant Sequences

>Glyma15g37710.2   sequence type=transcript   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
AAAAAAGAAGTAAAATTTCATTTCATGTTCATGTTCATTTCACACTCACTCGCTTACTCACTCTCAGTCTCACACACTCTCTCTCATTTCATTTCTCTCCGGAAAACCTTTCCCCTTCGAAACCCTCTTTCTCTCTCGCTCTTTGTTGTTTCGATCGGTTTCGCGCAACGAGGTTCTTTGCATTTTCTAGGGTTTTGCGAGCTGAGCGAGACGTTTGAATTGAACAGCTTTTGTTTCGCTCCTGAGGTAGAATCAGGCACTGTAATTGACCACGAAAGTAATGGAGGATAATCCCCCTTCAAGTGTTTTAGATGGGACCGTTGTTGGGATCAAATTTGGTATGGCTACACGCCAGGAAATTTGTACAGCATCCATTAGTGACTCTTCAATTAGTCATGCTAGTCAGCTGTCAAATCCATTCCTTGGGCTGCCCCTTGAGTTTGGCAGATGTGAATCTTGTGGTACTTCTGAAGTTGGAAAATGCGAAGGTCACTTCGGATATATTGAGTTGCCAATTCCAATATATCACCCAAGTCATATCAGTGACTTGAAACGGATGCTGAGCATGGTCTGCTTAAACTGCCTAAAATTAAGGAAAACCAAGCTTCCAGCTTCAAGCAGTGGTTTAGCCCAGAGATTAATATCTCCTTGTTGTCAGGAGGATAAGGCTGCTCTAGTTTCTATTCGGGAAGTTAAAACAAGTGATGGGGCTTGTTATCTGGCGTTGAAAGTATCCAAATCCAAGATGCAAAATGGTTTTTGGAGTTTCTTAGAAAAATATGGTTATCGCTATGGGGGTGATCACACTCGAGCCTTGCTTCCTTGTGAGGCAATGGAAATTATTAAGAGAATTCCGATAGAGACAAAAAAAAAGCTTGCTGGAAAAGGATATTTTCCTCAAGATGGATATGTTTTGAAGTATCTTCCGGTGCCACCAAATTGCTTGTCTGTGCCAGAAGTTTCAGACGGTGTCAGTGTCATGTCGTCGGATCCTTCCATAACAATTCTCAGAAAATTGCTCAGGAAGGTTGAAATCATAAAAAGCTCTAGATCTGGTGAACCAAATTTCGAGTCTCATCACGTAGAAGCAAATGATTTGCAGTCTGTGGTTGATCAATATTTTCAAATTAGAGGAACTTCTAAGCCAGCACGTGATATAGAGACACATTTTGGGGTCAATAAAGAGCTTACTGCATCCTCAACAAAAGCATGGCTTGAGAAAATGAGGACATTATTTATAAGAAAGGGTTCAGGTTTTTCTTCCCGGAATGTAATTACTGGAGATTGTTATAAGAGGATAAATGAAGTAGGAATTCCGGTTGAAGTTGCCCAACGGATAACGTTTGAGGAGAGAGTTAACATCCACAACATCAGATATTTACAGAAGTTGGTTGATGAACATTTGTGCCTGACCTACAAGGAAGGTGGGTCAACTTATTCACTCAGGGAGGGCTCAAAGGGGCACATATATCTCAAGCCTGGTCAGATAGTGCATCGGAGGATTATGGATGGGGATATTGTCTTCATCAACAGACCACCTACAACACACAAGCACTCCTTACAAGCCCTTTATGTTTACATCCATGAAGACCACACTGTGAAGATAAATCCTTTAATTTGTGGACCACTTGGGGCTGATTTTGATGGTGACTGTGTCCATCTGTTTTATCCGCAATCACTTGCTGCTAAAGCTGAAGTTGTGGAGCTATTTTCTGTGGAGAATCAACTGCTCAGCTCTCACAGTGGTAATTTGAACCTACAGTTATCCACAGACTCGTTGTTGTCACTGAAGATGTTGGTCAAGAGATGTTTTTTTGATAGAGCAGCAGCTAATCAATTGGCGATGTTTATTTTGCTTCCTTTGCCTCGGCCTGCTTTGCTCAAGGCCAGTTCTGGTGATGCTTGTTGGACTTCCATCCAAATTTTACAGTGTGCTTTACCTTTGGGTTTTGATTGCACTGGGGGACGGTATTTGATTAGGCAGAGTGAGATCTTAGAATTTGAATTCAGCAGGGATGTTCTGCCTGCAACCGTAAATGAAATAGCAGCTTCAGTTTTCTTTGGCAAGGGTCCCAAGGAGGCACTTAATTTCTTTGATGTATTGCAACCCTTTTTGATGGAAAGCTTATTTGCGGAAGGGTTTAGTGTTAGCCTGGAAGAGTTTTCAATATCCAGGGCAATTAAAAGGATAATAAGAAAAAGCATTGGAAAAGTTTCTTCTCTGCTGTATCAGCTGAGGTCCTTGTACAATGAGCTGGTGGCGCAGCAACTGGAGAAGCACATTCGAGATGTTGAACTTCCTATCATTAATTTTGCTCTAAAGTCAACTAAATTAGGAGATTTAATTGATTCAAAGAGTAAATCTGCTATTGATAAGGTTGTTCAGCAGATTGGGTTTTTAGGGCAGCAACTTTTTGATAGGGGAAGATTCTACTCAAAGGGATTGGTAGATGATGTGGCATCACATTTTCATGCAAAGTGTTGTTATGACGGGGATGGTTATCCCTCTGCTGAGTATGGACTGCTCAAAGGGTGTTTTTTTAATGGTTTGGATCCATACGAAGAGATGGTGCATTCGATTTCAACAAGGGAAATAATGGTGCGTTCTTCGAGAGGATTATCTGAACCAGGAACACTCTTTAAGAATTTGATGGCCATCCTTCGGGATGTTGTTATCTGTTATGATGGAACTGTCAGAAACATTTGTAGTAATTCCATCATCCAGTTTGAATACGGGATACAAGCTGGAGACAAAAGTGAGCACTTATTCCCTGCTGGTGAGCCTGTAGGTGTGTTGGCTGCAACTGCTATGTCAAATCCTGCTTACAAGGCTGTCCTTGATGCTAGTCCTAGTAGCAACTCTTCATGGGAGTTGATGAAGGAAATATTACTCTGCAAGGTTAATTTTAGGAATGAACTTGTTGATCGGCGTGTCATTTTGTACTTGAATGACTGTGATTGTGGAGGGAGTTATTGCCGAGAAAATGCAGCATATTCAGTTAAAGATCAATTGAGAAAAGTCAGTCTCAAGGATGCAGCTGTGGAGTTCATTATTGAATACCAACAACAGCGAACTCAAAAGGAAAATTCTGAAACTGATGTTGGACTTGTTGGTCATATTTATTTGGATGAGATGATGTTAGAGGAGCTGAAGATCAGCATGGCCTATGTTTTCGACAAATGCCATGAAAGACTCAAGTCTTTTAGTCAGAAAAAGAAAGTTAATCAATCTTTGAAGAACATTGAATTATCATTTAGTGAGTCTTGCTCATCTTCACATCCTGCTGCACCATGTTTAACATTTTGGCTAAAGAATTATGATAGTGATTTGGATAATGCTGTAAAGGTCCTGGCTGAAAAGATCTGCCCTGTTCTGTTTAAAACAATAATCCAAGGAGACCCGCGCATTAGCTCTGCGAGTATAATCTGGGTTAGTCCAGATACAAACACATGGGTCCGAAACCCTTATAAATCTTCTAATGGTGAATTGGCACTTGACATCATTCTCGAGAAGGAAGCTGTCAAGCAGAGTGGCGATGCTTGGAGAGTTGTACTTGATGCCTGCCTTCCTGTTCTTCACTTGATTGATACCAGGCGTTCCATCCCTTACGCTATTAAGCAGATTCAGGAATTACTGGGGATATCATGTACTTTTGATCAAGCGATTCAGCGTGTTGCAGCATCTGTGAAAATGGTGGCGAAAGGTGTACTTAGGGAGCATCTAATTCTGTTAGCTAGTAGTATGACTTGTGGTGGGAACTTGGTTGGCTTTAATATAGGTGGATATAAAGCTCTGTCTCGTCAATTAAATATACAAGTACCATTCACAGATGCAACACTCTTTACACCTAAAAAGTGTTTTGAGAGAGCTGCTGAGAAATGCCATACTGATTCTCTGTCAAGCATAGTTGCCTCCTGTTCCTGGGGTAAACATGTGGCAGTTGGTACAGGATCAAAATTTGATGTTGTTTGGGATGCAAATGAGATAAAATCAAATGAAATTGAAGGGATGGATGTTTACAGTTTTCTTCACATGGTGAAAAGCTTTACCAATGGCGAAGAAGAAACCGATGCTTGTTTGGGTGAAGATATTGATGATTTGCTGGAAGAAGAATATATGGACTTGGGCATGTCCCCACAACATAACTCTGGTTTTGAAGCTGTCTTTGAAGAGAATCCTGAAGTACTGAATGGTTCAACATCCAATGGTTGGGATGTAAGTTCAAATCAGGGTGAATCAAAAACCAATGAGTGGTCAGGTTGGGCAAGTAGTAACAAAGCTGAAATAAAAGATGGTAGATCTGAAATTGCCCCCAAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAACCCTTGGAGTACAAGCACCATAGCAGATCAGACAAAAACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACAAGTCTGAAATACCAGTTGGTTGGGCAAGTAGTAACAAAACTGAAATAAAAGATGGTAGATCTGAAACTGCCCAAGAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAATGCTTGGAATACAAGCACCACAGTAGATCATGCAAACACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACCAGTCTGAAATACCAGCTGGTGGATCTAAAGCAGTTCAAGAAGATTCTTGGGGCTCAAGTAAGTGGAAGGCTGATGTTGCCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGAGACTGGTCGGGTTGGGGAAAGAAGAAAGATATTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGTTTGGTGCTTGGGATGCAAATGCAGAAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAATGAATGGTCAGACTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATGTCCAAGATTCTTGGGGCTCCGGTAAGAGGAAAGACAAAGTTACCCAAGAAGACAATTCTGGGTCTGGTGGTTGGGGTGCCAACAGAACAGATCTGGCAAAATCCAAATCTAGTGAATGGTCCAGCTGGGGAAAGAACAAGTCTGAAATACCAGCTGGTGGATCTGAAAATGTGCAGAATGACTCATGGGGCTCGGGTAAATTGGAAGATGATACCCAAAAAGAAAATTCTGGGTCTGCATGGGTGAGAAATAAAGCTGAAACAATAGATGGTGGGTCAGAAAAGCCCCAAGAGGATGCTTGGAATTCTGGTAATTGGAAAGCTGAATCAAAAGTCGGCAATGCCTCTTGGGGAAAACCCAAATCCTCAGAAAGTCAAGCATGGGATTCCCATAATCAGTCAAATCAAAATTCAAGTTCACAGGGATGGGAATCACATATTGCTTCAGCTAATTCAGAAAGTGAAAAAGGTTTTCAGTGGGGAAAGCAAGGTAGAGACTCGTTTAAGAAAAATCGATTTGAAGGTTCGCAAGGCCGGGGTTCAAATGCTGGTGACTGGAAAAATAGGAATCGCCCACCTAGAGCCCCTGGACAGAGATTGGACATTTATTCATCTGGTGAGCAGGATGTTCTGAAGGATATTGAACCCATTATGCAGTCTATCAGACGAATCATGCAACAACAGGGGTACAATGATGGGGACCCACTGGCTGCTGAAGATCAACTTTTTGTACTGGAGAATGTCTTTGAGCACCACCCAGATAAAGAAACCAAAATGGGCACTGGAATTGATTATGTCATGGTTAACAAACACAGTAGTTTCCAGGAAAGTAGATGCTTTTATGTGGTTTGTAAAGATGGTGAAAGCAAGGACTTTTCCTACCGGAAGTGTTTGGCCAACTATATAAGCAAGAAGTATCCTGACCTTGCTGAATCATTCCTTGGAAAATATTTTCGGAAACCTCGTGCACGGGGGGACCAGACTGCAACACCAGGGCGGGATGAAGCAGCCACTCCGGGCGAGCAGACAGCAACGCCAGGCCGGGATGAAGCAGCAACTCCGGCTGAGCAGATCTCAACACCCACCCCTATGGAAACCAATGAGTAGATTACAGTTGTGTCCATAATATTGTACAGAAACAGTGCAGTTGAGGCCACTGAATAGTTTGTCATAGCTGACCAATTTTCCTGTAGGAAAGTGTTCCTCTTTTTGGTGAACAGTTAGATGGTAATTTTTTTAGCATGTGAATGATGATAGCAAACACCCTTGTGCAGATGTTAATATTGTTCTGATGATTACAGCACATATGATGTGCCTAGCAAACTTTGCTCATCATTTTGTTTAATCATCAATGGCACCTGGGTTTCAGACCTTGATTGGACCACTGATGCAAAAATGGCATCCTTGTGATTAGAGTTTCATGAATCAGATTGTGGCTTATATTCTGTTTAATAGGTTACTAAGCATTTCCGAGTTATATTTAAACTGGTAAAATTTCTTTGATTTAGTTTTTTCTTGTCT

>Glyma15g37710.3   sequence type=transcript   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
AAAAAAGAAGTAAAATTTCATTTCATGTTCATGTTCATTTCACACTCACTCGCTTACTCACTCTCAGTCTCACACACTCTCTCTCATTTCATTTCTCTCCGGAAAACCTTTCCCCTTCGAAACCCTCTTTCTCTCTCGCTCTTTGTTGTTTCGATCGGTTTCGCGCAACGAGGTTCTTTGCATTTTCTAGGGTTTTGCGAGCTGAGCGAGACGTTTGAATTGAACAGCTTTTGTTTCGCTCCTGAGGCACTGTAATTGACCACGAAAGTAATGGAGGATAATCCCCCTTCAAGTGTTTTAGATGGGACCGTTGTTGGGATCAAATTTGGTATGGCTACACGCCAGGAAATTTGTACAGCATCCATTAGTGACTCTTCAATTAGTCATGCTAGTCAGCTGTCAAATCCATTCCTTGGGCTGCCCCTTGAGTTTGGCAGATGTGAATCTTGTGGTACTTCTGAAGTTGGAAAATGCGAAGGTCACTTCGGATATATTGAGTTGCCAATTCCAATATATCACCCAAGTCATATCAGTGACTTGAAACGGATGCTGAGCATGGTCTGCTTAAACTGCCTAAAATTAAGGAAAACCAAGCTTCCAGCTTCAAGCAGTGGTTTAGCCCAGAGATTAATATCTCCTTGTTGTCAGGAGGATAAGGCTGCTCTAGTTTCTATTCGGGAAGTTAAAACAAGTGATGGGGCTTGTTATCTGGCGTTGAAAGTATCCAAATCCAAGATGCAAAATGGTTTTTGGAGTTTCTTAGAAAAATATGGTTATCGCTATGGGGGTGATCACACTCGAGCCTTGCTTCCTTGTGAGGCAATGGAAATTATTAAGAGAATTCCGATAGAGACAAAAAAAAAGCTTGCTGGAAAAGGATATTTTCCTCAAGATGGATATGTTTTGAAGTATCTTCCGGTGCCACCAAATTGCTTGTCTGTGCCAGAAGTTTCAGACGGTGTCAGTGTCATGTCGTCGGATCCTTCCATAACAATTCTCAGAAAATTGCTCAGGAAGGTTGAAATCATAAAAAGCTCTAGATCTGGTGAACCAAATTTCGAGTCTCATCACGTAGAAGCAAATGATTTGCAGTCTGTGGTTGATCAATATTTTCAAATTAGAGGAACTTCTAAGCCAGCACGTGATATAGAGACACATTTTGGGGTCAATAAAGAGCTTACTGCATCCTCAACAAAAGCATGGCTTGAGAAAATGAGGACATTATTTATAAGAAAGGGTTCAGGTTTTTCTTCCCGGAATGTAATTACTGGAGATTGTTATAAGAGGATAAATGAAGTAGGAATTCCGGTTGAAGTTGCCCAACGGATAACGTTTGAGGAGAGAGTTAACATCCACAACATCAGATATTTACAGAAGTTGGTTGATGAACATTTGTGCCTGACCTACAAGGAAGGTGGGTCAACTTATTCACTCAGGGAGGGCTCAAAGGGGCACATATATCTCAAGCCTGGTCAGATAGTGCATCGGAGGATTATGGATGGGGATATTGTCTTCATCAACAGACCACCTACAACACACAAGCACTCCTTACAAGCCCTTTATGTTTACATCCATGAAGACCACACTGTGAAGATAAATCCTTTAATTTGTGGACCACTTGGGGCTGATTTTGATGGTGACTGTGTCCATCTGTTTTATCCGCAATCACTTGCTGCTAAAGCTGAAGTTGTGGAGCTATTTTCTGTGGAGAATCAACTGCTCAGCTCTCACAGTGGTAATTTGAACCTACAGTTATCCACAGACTCGTTGTTGTCACTGAAGATGTTGGTCAAGAGATGTTTTTTTGATAGAGCAGCAGCTAATCAATTGGCGATGTTTATTTTGCTTCCTTTGCCTCGGCCTGCTTTGCTCAAGGCCAGTTCTGGTGATGCTTGTTGGACTTCCATCCAAATTTTACAGTGTGCTTTACCTTTGGGTTTTGATTGCACTGGGGGACGGTATTTGATTAGGCAGAGTGAGATCTTAGAATTTGAATTCAGCAGGGATGTTCTGCCTGCAACCGTAAATGAAATAGCAGCTTCAGTTTTCTTTGGCAAGGGTCCCAAGGAGGCACTTAATTTCTTTGATGTATTGCAACCCTTTTTGATGGAAAGCTTATTTGCGGAAGGGTTTAGTGTTAGCCTGGAAGAGTTTTCAATATCCAGGGCAATTAAAAGGATAATAAGAAAAAGCATTGGAAAAGTTTCTTCTCTGCTGTATCAGCTGAGGTCCTTGTACAATGAGCTGGTGGCGCAGCAACTGGAGAAGCACATTCGAGATGTTGAACTTCCTATCATTAATTTTGCTCTAAAGTCAACTAAATTAGGAGATTTAATTGATTCAAAGAGTAAATCTGCTATTGATAAGGTTGTTCAGCAGATTGGGTTTTTAGGGCAGCAACTTTTTGATAGGGGAAGATTCTACTCAAAGGGATTGGTAGATGATGTGGCATCACATTTTCATGCAAAGTGTTGTTATGACGGGGATGGTTATCCCTCTGCTGAGTATGGACTGCTCAAAGGGTGTTTTTTTAATGGTTTGGATCCATACGAAGAGATGGTGCATTCGATTTCAACAAGGGAAATAATGGTGCGTTCTTCGAGAGGATTATCTGAACCAGGAACACTCTTTAAGAATTTGATGGCCATCCTTCGGGATGTTGTTATCTGTTATGATGGAACTGTCAGAAACATTTGTAGTAATTCCATCATCCAGTTTGAATACGGGATACAAGCTGGAGACAAAAGTGAGCACTTATTCCCTGCTGGTGAGCCTGTAGGTGTGTTGGCTGCAACTGCTATGTCAAATCCTGCTTACAAGGCTGTCCTTGATGCTAGTCCTAGTAGCAACTCTTCATGGGAGTTGATGAAGGAAATATTACTCTGCAAGGTTAATTTTAGGAATGAACTTGTTGATCGGCGTGTCATTTTGTACTTGAATGACTGTGATTGTGGAGGGAGTTATTGCCGAGAAAATGCAGCATATTCAGTTAAAGATCAATTGAGAAAAGTCAGTCTCAAGGATGCAGCTGTGGAGTTCATTATTGAATACCAACAACAGCGAACTCAAAAGGAAAATTCTGAAACTGATGTTGGACTTGTTGGTCATATTTATTTGGATGAGATGATGTTAGAGGAGCTGAAGATCAGCATGGCCTATGTTTTCGACAAATGCCATGAAAGACTCAAGTCTTTTAGTCAGAAAAAGAAAGTTAATCAATCTTTGAAGAACATTGAATTATCATTTAGTGAGTCTTGCTCATCTTCACATCCTGCTGCACCATGTTTAACATTTTGGCTAAAGAATTATGATAGTGATTTGGATAATGCTGTAAAGGTCCTGGCTGAAAAGATCTGCCCTGTTCTGTTTAAAACAATAATCCAAGGAGACCCGCGCATTAGCTCTGCGAGTATAATCTGGGTTAGTCCAGATACAAACACATGGGTCCGAAACCCTTATAAATCTTCTAATGGTGAATTGGCACTTGACATCATTCTCGAGAAGGAAGCTGTCAAGCAGAGTGGCGATGCTTGGAGAGTTGTACTTGATGCCTGCCTTCCTGTTCTTCACTTGATTGATACCAGGCGTTCCATCCCTTACGCTATTAAGCAGATTCAGGAATTACTGGGGATATCATGTACTTTTGATCAAGCGATTCAGCGTGTTGCAGCATCTGTGAAAATGGTGGCGAAAGGTGTACTTAGGGAGCATCTAATTCTGTTAGCTAGTAGTATGACTTGTGGTGGGAACTTGGTTGGCTTTAATATAGGTGGATATAAAGCTCTGTCTCGTCAATTAAATATACAAGTACCATTCACAGATGCAACACTCTTTACACCTAAAAAGTGTTTTGAGAGAGCTGCTGAGAAATGCCATACTGATTCTCTGTCAAGCATAGTTGCCTCCTGTTCCTGGGGTAAACATGTGGCAGTTGGTACAGGATCAAAATTTGATGTTGTTTGGGATGCAAATGAGATAAAATCAAATGAAATTGAAGGGATGGATGTTTACAGTTTTCTTCACATGGTGAAAAGCTTTACCAATGGCGAAGAAGAAACCGATGCTTGTTTGGGTGAAGATATTGATGATTTGCTGGAAGAAGAATATATGGACTTGGGCATGTCCCCACAACATAACTCTGGTTTTGAAGCTGTCTTTGAAGAGAATCCTGAAGTACTGAATGGTTCAACATCCAATGGTTGGGATGTAAGTTCAAATCAGGGTGAATCAAAAACCAATGAGTGGTCAGGTTGGGCAAGTAGTAACAAAGCTGAAATAAAAGATGGTAGATCTGAAATTGCCCCCAAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAACCCTTGGAGTACAAGCACCATAGCAGATCAGACAAAAACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACAAGTCTGAAATACCAGTTGGTTGGGCAAGTAGTAACAAAACTGAAATAAAAGATGGTAGATCTGAAACTGCCCAAGAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAATGCTTGGAATACAAGCACCACAGTAGATCATGCAAACACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACCAGTCTGAAATACCAGCTGGTGGATCTAAAGCAGTTCAAGAAGATTCTTGGGGCTCAAGTAAGTGGAAGGCTGATGTTGCCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGAGACTGGTCGGGTTGGGGAAAGAAGAAAGATATTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGTTTGGTGCTTGGGATGCAAATGCAGAAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAATGAATGGTCAGACTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATGTCCAAGATTCTTGGGGCTCCGGTAAGAGGAAAGACAAAGTTACCCAAGAAGACAATTCTGGGTCTGGTGGTTGGGGTGCCAACAGAACAGATCTGGCAAAATCCAAATCTAGTGAATGGTCCAGCTGGGGAAAGAACAAGTCTGAAATACCAGCTGGTGGATCTGAAAATGTGCAGAATGACTCATGGGGCTCGGGTAAATTGGAAGATGATACCCAAAAAGAAAATTCTGGGTCTGCATGGGTGAGAAATAAAGCTGAAACAATAGATGGTGGGTCAGAAAAGCCCCAAGAGGATGCTTGGAATTCTGGTAATTGGAAAGCTGAATCAAAAGTCGGCAATGCCTCTTGGGGAAAACCCAAATCCTCAGAAAGTCAAGCATGGGATTCCCATAATCAGTCAAATCAAAATTCAAGTTCACAGGGATGGGAATCACATATTGCTTCAGCTAATTCAGAAAGTGAAAAAGGTTTTCAGTGGGGAAAGCAAGGTAGAGACTCGTTTAAGAAAAATCGATTTGAAGGTTCGCAAGGCCGGGGTTCAAATGCTGGTGACTGGAAAAATAGGAATCGCCCACCTAGAGCCCCTGGACAGAGATTGGACATTTATTCATCTGGTGAGCAGGATGTTCTGAAGGATATTGAACCCATTATGCAGTCTATCAGACGAATCATGCAACAACAGGGGTACAATGATGGGGACCCACTGGCTGCTGAAGATCAACTTTTTGTACTGGAGAATGTCTTTGAGCACCACCCAGATAAAGAAACCAAAATGGGCACTGGAATTGATTATGTCATGGTTAACAAACACAGTAGTTTCCAGGAAAGTAGATGCTTTTATGTGGTTTGTAAAGATGGTGAAAGCAAGGACTTTTCCTACCGGAAGTGTTTGGCCAACTATATAAGCAAGAAGTATCCTGACCTTGCTGAATCATTCCTTGGAAAATATTTTCGGAAACCTCGTGCACGGGGGGACCAGACTGCAACACCAGGGCGGGATGAAGCAGCCACTCCGGGCGAGCAGACAGCAACGCCAGGCCGGGATGAAGCAGCAACTCCGGCTGAGCAGATCTCAACACCCACCCCTATGGAAACCAATGAGTAGATTACAGTTGTGTCCATAATATTGTACAGAAACAGTGCAGTTGAGGCCACTGAATAGTTTGTCATAGCTGACCAATTTTCCTGTAGGAAAGTGTTCCTCTTTTTGGTGAACAGTTAGATGGTAATTTTTTTAGCATGTGAATGATGATAGCAAACACCCTTGTGCAGATGTTAATATTGTTCTGATGATTACAGCACATATGATGTGCCTAGCAAACTTTGCTCATCATTTTGTTTAATCATCAATGGCACCTGGGTTTCAGACCTTGATTGGACCACTGATGCAAAAATGGCATCCTTGTGATTAGAGTTTCATGAATCAGATTGTGGCTTATATTCTGTTTAATAGGTTACTAAGCATTTCCGAGTTATATTTAAACTGGTAAAATTTCTTTGATTTAGTTTTTTCTTGTCT

>Glyma15g37710.4   sequence type=transcript   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
TCATGTTCATTTCACACTCACTCGCTTACTCACTCTCAGTCTCACACACTCTCTCTCATTTCATTTCTCTCCGGAAAACCTTTCCCCTTCGAAACCCTCTTTCTCTCTCGCTCTTTGTTGTTTCGATCGGTTTCGCGCAACGAGGTTCTTTGCATTTTCTAGGGTTTTGCGAGCTGAGCGAGACGTTTGAATTGAACAGCTTTTGTTTCGCTCCTGAGGTAGAATCAGGCACTGTAATTGACCACGAAAGTAATGGAGGATAATCCCCCTTCAAGTGTTTTAGATGGGACCGTTGTTGGGATCAAATTTGGTATGGCTACACGCCAGGAAATTTGTACAGCATCCATTAGTGACTCTTCAATTAGTCATGCTAGTCAGCTGTCAAATCCATTCCTTGGGCTGCCCCTTGAGTTTGGCAGATGTGAATCTTGTGGTACTTCTGAAGTTGGAAAATGCGAAGGTCACTTCGGATATATTGAGTTGCCAATTCCAATATATCACCCAAGTCATATCAGTGACTTGAAACGGATGCTGAGCATGGTCTGCTTAAACTGCCTAAAATTAAGGAAAACCAAGCTTCCAGCTTCAAGCAGTGGTTTAGCCCAGAGATTAATATCTCCTTGTTGTCAGGAGGATAAGGCTGCTCTAGTTTCTATTCGGGAAGTTAAAACAAGTGATGGGGCTTGTTATCTGGCGTTGAAAGTATCCAAATCCAAGATGCAAAATGGTTTTTGGAGTTTCTTAGAAAAATATGGTTATCGCTATGGGGGTGATCACACTCGAGCCTTGCTTCCTTGTGAGGCAATGGAAATTATTAAGAGAATTCCGATAGAGACAAAAAAAAAGCTTGCTGGAAAAGGATATTTTCCTCAAGATGGATATGTTTTGAAGTATCTTCCGGTGCCACCAAATTGCTTGTCTGTGCCAGAAGTTTCAGACGGTGTCAGTGTCATGTCGTCGGATCCTTCCATAACAATTCTCAGAAAATTGCTCAGGAAGGTTGAAATCATAAAAAGCTCTAGATCTGGTGAACCAAATTTCGAGTCTCATCACGTAGAAGCAAATGATTTGCAGTCTGTGGTTGATCAATATTTTCAAATTAGAGGAACTTCTAAGCCAGCACGTGATATAGAGACACATTTTGGGGTCAATAAAGAGCTTACTGCATCCTCAACAAAAGCATGGCTTGAGAAAATGAGGACATTATTTATAAGAAAGGGTTCAGGTTTTTCTTCCCGGAATGTAATTACTGGAGATTGTTATAAGAGGATAAATGAAGTAGGAATTCCGGTTGAAGTTGCCCAACGGATAACGTTTGAGGAGAGAGTTAACATCCACAACATCAGATATTTACAGAAGTTGGTTGATGAACATTTGTGCCTGACCTACAAGGAAGGTGGGTCAACTTATTCACTCAGGGAGGGCTCAAAGGGGCACATATATCTCAAGCCTGGTCAGATAGTGCATCGGAGGATTATGGATGGGGATATTGTCTTCATCAACAGACCACCTACAACACACAAGCACTCCTTACAAGCCCTTTATGTTTACATCCATGAAGACCACACTGTGAAGATAAATCCTTTAATTTGTGGACCACTTGGGGCTGATTTTGATGGTGACTGTGTCCATCTGTTTTATCCGCAATCACTTGCTGCTAAAGCTGAAGTTGTGGAGCTATTTTCTGTGGAGAATCAACTGCTCAGCTCTCACAGTGGTAATTTGAACCTACAGTTATCCACAGACTCGTTGTTGTCACTGAAGATGTTGGTCAAGAGATGTTTTTTTGATAGAGCAGCAGCTAATCAATTGGCGATGTTTATTTTGCTTCCTTTGCCTCGGCCTGCTTTGCTCAAGGCCAGTTCTGGTGATGCTTGTTGGACTTCCATCCAAATTTTACAGTGTGCTTTACCTTTGGGTTTTGATTGCACTGGGGGACGGTATTTGATTAGGCAGAGTGAGATCTTAGAATTTGAATTCAGCAGGGATGTTCTGCCTGCAACCGTAAATGAAATAGCAGCTTCAGTTTTCTTTGGCAAGGGTCCCAAGGAGGCACTTAATTTCTTTGATGTATTGCAACCCTTTTTGATGGAAAGCTTATTTGCGGAAGGGTTTAGTGTTAGCCTGGAAGAGTTTTCAATATCCAGGGCAATTAAAAGGATAATAAGAAAAAGCATTGGAAAAGTTTCTTCTCTGCTGTATCAGCTGAGGTCCTTGTACAATGAGCTGGTGGCGCAGCAACTGGAGAAGCACATTCGAGATGTTGAACTTCCTATCATTAATTTTGCTCTAAAGTCAACTAAATTAGGAGATTTAATTGATTCAAAGAGTAAATCTGCTATTGATAAGGTTGTTCAGCAGATTGGGTTTTTAGGGCAGCAACTTTTTGATAGGGGAAGATTCTACTCAAAGGGATTGGTAGATGATGTGGCATCACATTTTCATGCAAAGTGTTGTTATGACGGGGATGGTTATCCCTCTGCTGAGTATGGACTGCTCAAAGGGTGTTTTTTTAATGGTTTGGATCCATACGAAGAGATGGTGCATTCGATTTCAACAAGGGAAATAATGGTGCGTTCTTCGAGAGGATTATCTGAACCAGGAACACTCTTTAAGAATTTGATGGCCATCCTTCGGGATGTTGTTATCTGTTATGATGGAACTGTCAGAAACATTTGTAGTAATTCCATCATCCAGTTTGAATACGGGATACAAGCTGGAGACAAAAGTGAGCACTTATTCCCTGCTGGTGAGCCTGTAGGTGTGTTGGCTGCAACTGCTATGTCAAATCCTGCTTACAAGGCTGTCCTTGATGCTAGTCCTAGTAGCAACTCTTCATGGGAGTTGATGAAGGAAATATTACTCTGCAAGGTTAATTTTAGGAATGAACTTGTTGATCGGCGTGTCATTTTGTACTTGAATGACTGTGATTGTGGAGGGAGTTATTGCCGAGAAAATGCAGCATATTCAGTTAAAGATCAATTGAGAAAAGTCAGTCTCAAGGATGCAGCTGTGGAGTTCATTATTGAATACCAACAACAGCGAACTCAAAAGGAAAATTCTGAAACTGATGTTGGACTTGTTGGTCATATTTATTTGGATGAGATGATGTTAGAGGAGCTGAAGATCAGCATGGCCTATGTTTTCGACAAATGCCATGAAAGACTCAAGTCTTTTAGTCAGAAAAAGAAAGTTAATCAATCTTTGAAGAACATTGAATTATCATTTAGTTTATTTGTTGGTCTATATCACTTTCTGATTATGTTCCATCTTAGCAGTGAGTCTTGCTCATCTTCACATCCTGCTGCACCATGTTTAACATTTTGGCTAAAGAATTATGATAGTGATTTGGATAATGCTGTAAAGGTCCTGGCTGAAAAGATCTGCCCTGTTCTGTTTAAAACAATAATCCAAGGAGACCCGCGCATTAGCTCTGCGAGTATAATCTGGGTTAGTCCAGATACAAACACATGGGTCCGAAACCCTTATAAATCTTCTAATGGTGAATTGGCACTTGACATCATTCTCGAGAAGGAAGCTGTCAAGCAGAGTGGCGATGCTTGGAGAGTTGTACTTGATGCCTGCCTTCCTGTTCTTCACTTGATTGATACCAGGCGTTCCATCCCTTACGCTATTAAGCAGATTCAGGAATTACTGGGGATATCATGTACTTTTGATCAAGCGATTCAGCGTGTTGCAGCATCTGTGAAAATGGTGGCGAAAGGTGTACTTAGGGAGCATCTAATTCTGTTAGCTAGTAGTATGACTTGTGGTGGGAACTTGGTTGGCTTTAATATAGGTGGATATAAAGCTCTGTCTCGTCAATTAAATATACAAGTACCATTCACAGATGCAACACTCTTTACACCTAAAAAGTGTTTTGAGAGAGCTGCTGAGAAATGCCATACTGATTCTCTGTCAAGCATAGTTGCCTCCTGTTCCTGGGGTAAACATGTGGCAGTTGGTACAGGATCAAAATTTGATGTTGTTTGGGATGCAAATGAGATAAAATCAAATGAAATTGAAGGGATGGATGTTTACAGTTTTCTTCACATGGTGAAAAGCTTTACCAATGGCGAAGAAGAAACCGATGCTTGTTTGGGTGAAGATATTGATGATTTGCTGGAAGAAGAATATATGGACTTGGGCATGTCCCCACAACATAACTCTGGTTTTGAAGCTGTCTTTGAAGAGAATCCTGAAGTACTGAATGGTTCAACATCCAATGGTTGGGATGTAAGTTCAAATCAGGGTGAATCAAAAACCAATGAGTGGTCAGGTTGGGCAAGTAGTAACAAAGCTGAAATAAAAGATGGTAGATCTGAAATTGCCCCCAAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAACCCTTGGAGTACAAGCACCATAGCAGATCAGACAAAAACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACAAGTCTGAAATACCAGTTGGTTGGGCAAGTAGTAACAAAACTGAAATAAAAGATGGTAGATCTGAAACTGCCCAAGAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAATGCTTGGAATACAAGCACCACAGTAGATCATGCAAACACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACCAGTCTGAAATACCAGCTGGTGGATCTAAAGCAGTTCAAGAAGATTCTTGGGGCTCAAGTAAGTGGAAGGCTGATGTTGCCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGAGACTGGTCGGGTTGGGGAAAGAAGAAAGATATTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAATGAATGGTCAGACTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATGTCCAAGATTCTTGGGGCTCCGGTAAGAGGAAAGACAAAGTTACCCAAGAAGACAATTCTGGGTCTGGTGGTTGGGGTGCCAACAGAACAGATCTGGCAAAATCCAAATCTAGTGAATGGTCCAGCTGGGGAAAGAACAAGTCTGAAATACCAGCTGGTGGATCTGAAAATGTGCAGAATGACTCATGGGGCTCGGGTAAATTGGAAGATGATACCCAAAAAGAAAATTCTGGGTCTGCATGGGTGAGAAATAAAGCTGAAACAATAGATGGTGGGTCAGAAAAGCCCCAAGAGGATGCTTGGAATTCTGGTAATTGGAAAGCTGAATCAAAAGTCGGCAATGCCTCTTGGGGAAAACCCAAATCCTCAGAAAGTCAAGCATGGGATTCCCATAATCAGTCAAATCAAAATTCAAGTTCACAGGGATGGGAATCACATATTGCTTCAGCTAATTCAGAAAGTGAAAAAGGTTTTCAGTGGGGAAAGCAAGGTAGAGACTCGTTTAAGAAAAATCGATTTGAAGGTTCGCAAGGCCGGGGTTCAAATGCTGGTGACTGGAAAAATAGGAATCGCCCACCTAGAGCCCCTGGACAGAGATTGGACATTTATTCATCTGGTGAGCAGGATGTTCTGAAGGATATTGAACCCATTATGCAGTCTATCAGACGAATCATGCAACAACAGGGGTACAATGATGGGGACCCACTGGCTGCTGAAGATCAACTTTTTGTACTGGAGAATGTCTTTGAGCACCACCCAGATAAAGAAACCAAAATGGGCACTGGAATTGATTATGTCATGGTTAACAAACACAGTAGTTTCCAGGAAAGTAGATGCTTTTATGTGGTTTGTAAAGATGGTGAAAGCAAGGACTTTTCCTACCGGAAGTGTTTGGCCAACTATATAAGCAAGAAGTATCCTGACCTTGCTGAATCATTCCTTGGAAAATATTTTCGGAAACCTCGTGCACGGGGGGACCAGACTGCAACACCAGGGCGGGATGAAGCAGCCACTCCGGGCGAGCAGACAGCAACGCCAGGCCGGGATGAAGCAGCAACTCCGGCTGAGCAGATCTCAACACCCACCCCTATGGAAACCAATGAGTAGATTACAGTTGTGTCCATAATATTGTACAGAAACAGTGCAGTTGAGGCCACTGAATAGTTTGTCATAGCTGACCAATTTTCCTGTAGGAAAGTGTTCCTCTTTTTGGTGAACAGTTAGATGGTAATTTTTTTAGCATGTGAATGATGATAGCAAACACCCTTGTGCAGATGTTAATATTGTTCTGATGATTACAGCACATATGATGTGCCTAGCAAACTTTGCTCATCATTTTGTTTAATCATCAATGGCACCTGGGTTTCAGACCTTGATTGGACCACTGATGCAAAAATGGCATCCTTGTGATTAGAGTTTCATGAATCAGATTGTGGCTTATATTCTGTTTAATAGGTTACTAAGCATTTCCGAGTTATATTTAAACTGGTAAAATTTCTTTGATTTAGTTTTTTCTTGTCT

>Glyma15g37710.5   sequence type=transcript   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
AAAAAAGAAGTAAAATTTCATTTCATGTTCATGTTCATTTCACACTCACTCGCTTACTCACTCTCAGTCTCACACACTCTCTCTCATTTCATTTCTCTCCGGAAAACCTTTCCCCTTCGAAACCCTCTTTCTCTCTCGCTCTTTGTTGTTTCGATCGGTTTCGCGCAACGAGGTTCTTTGCATTTTCTAGGGTTTTGCGAGCTGAGCGAGACGTTTGAATTGAACAGCTTTTGTTTCGCTCCTGAGGCACTGTAATTGACCACGAAAGTAATGGAGGATAATCCCCCTTCAAGTGTTTTAGATGGGACCGTTGTTGGGATCAAATTTGGTATGGCTACACGCCAGGAAATTTGTACAGCATCCATTAGTGACTCTTCAATTAGTCATGCTAGTCAGCTGTCAAATCCATTCCTTGGGCTGCCCCTTGAGTTTGGCAGATGTGAATCTTGTGGTACTTCTGAAGTTGGAAAATGCGAAGGTCACTTCGGATATATTGAGTTGCCAATTCCAATATATCACCCAAGTCATATCAGTGACTTGAAACGGATGCTGAGCATGGTCTGCTTAAACTGCCTAAAATTAAGGAAAACCAAGCTTCCAGCTTCAAGCAGTGGTTTAGCCCAGAGATTAATATCTCCTTGTTGTCAGGAGGATAAGGCTGCTCTAGTTTCTATTCGGGAAGTTAAAACAAGTGATGGGGCTTGTTATCTGGCGTTGAAAGTATCCAAATCCAAGATGCAAAATGGTTTTTGGAGTTTCTTAGAAAAATATGGTTATCGCTATGGGGGTGATCACACTCGAGCCTTGCTTCCTTGTGAGGCAATGGAAATTATTAAGAGAATTCCGATAGAGACAAAAAAAAAGCTTGCTGGAAAAGGATATTTTCCTCAAGATGGATATGTTTTGAAGTATCTTCCGGTGCCACCAAATTGCTTGTCTGTGCCAGAAGTTTCAGACGGTGTCAGTGTCATGTCGTCGGATCCTTCCATAACAATTCTCAGAAAATTGCTCAGGAAGGTTGAAATCATAAAAAGCTCTAGATCTGGTGAACCAAATTTCGAGTCTCATCACGTAGAAGCAAATGATTTGCAGTCTGTGGTTGATCAATATTTTCAAATTAGAGGAACTTCTAAGCCAGCACGTGATATAGAGACACATTTTGGGGTCAATAAAGAGCTTACTGCATCCTCAACAAAAGCATGGCTTGAGAAAATGAGGACATTATTTATAAGAAAGGGTTCAGGTTTTTCTTCCCGGAATGTAATTACTGGAGATTGTTATAAGAGGATAAATGAAGTAGGAATTCCGGTTGAAGTTGCCCAACGGATAACGTTTGAGGAGAGAGTTAACATCCACAACATCAGATATTTACAGAAGTTGGTTGATGAACATTTGTGCCTGACCTACAAGGAAGGTGGGTCAACTTATTCACTCAGGGAGGGCTCAAAGGGGCACATATATCTCAAGCCTGGTCAGATAGTGCATCGGAGGATTATGGATGGGGATATTGTCTTCATCAACAGACCACCTACAACACACAAGCACTCCTTACAAGCCCTTTATGTTTACATCCATGAAGACCACACTGTGAAGATAAATCCTTTAATTTGTGGACCACTTGGGGCTGATTTTGATGGTGACTGTGTCCATCTGTTTTATCCGCAATCACTTGCTGCTAAAGCTGAAGTTGTGGAGCTATTTTCTGTGGAGAATCAACTGCTCAGCTCTCACAGTGGTAATTTGAACCTACAGTTATCCACAGACTCGTTGTTGTCACTGAAGATGTTGGTCAAGAGATGTTTTTTTGATAGAGCAGCAGCTAATCAATTGGCGATGTTTATTTTGCTTCCTTTGCCTCGGCCTGCTTTGCTCAAGGCCAGTTCTGGTGATGCTTGTTGGACTTCCATCCAAATTTTACAGTGTGCTTTACCTTTGGGTTTTGATTGCACTGGGGGACGGTATTTGATTAGGCAGAGTGAGATCTTAGAATTTGAATTCAGCAGGGATGTTCTGCCTGCAACCGTAAATGAAATAGCAGCTTCAGTTTTCTTTGGCAAGGGTCCCAAGGAGGCACTTAATTTCTTTGATGTATTGCAACCCTTTTTGATGGAAAGCTTATTTGCGGAAGGGTTTAGTGTTAGCCTGGAAGAGTTTTCAATATCCAGGGCAATTAAAAGGATAATAAGAAAAAGCATTGGAAAAGTTTCTTCTCTGCTGTATCAGCTGAGGTCCTTGTACAATGAGCTGGTGGCGCAGCAACTGGAGAAGCACATTCGAGATGTTGAACTTCCTATCATTAATTTTGCTCTAAAGTCAACTAAATTAGGAGATTTAATTGATTCAAAGAGTAAATCTGCTATTGATAAGGTTGTTCAGCAGATTGGGTTTTTAGGGCAGCAACTTTTTGATAGGGGAAGATTCTACTCAAAGGGATTGGTAGATGATGTGGCATCACATTTTCATGCAAAGTGTTGTTATGACGGGGATGGTTATCCCTCTGCTGAGTATGGACTGCTCAAAGGGTGTTTTTTTAATGGTTTGGATCCATACGAAGAGATGGTGCATTCGATTTCAACAAGGGAAATAATGGTGCGTTCTTCGAGAGGATTATCTGAACCAGGAACACTCTTTAAGAATTTGATGGCCATCCTTCGGGATGTTGTTATCTGTTATGATGGAACTGTCAGAAACATTTGTAGTAATTCCATCATCCAGTTTGAATACGGGATACAAGCTGGAGACAAAAGTGAGCACTTATTCCCTGCTGGTGAGCCTGTAGGTGTGTTGGCTGCAACTGCTATGTCAAATCCTGCTTACAAGGCTGTCCTTGATGCTAGTCCTAGTAGCAACTCTTCATGGGAGTTGATGAAGGAAATATTACTCTGCAAGGTTAATTTTAGGAATGAACTTGTTGATCGGCGTGTCATTTTGTACTTGAATGACTGTGATTGTGGAGGGAGTTATTGCCGAGAAAATGCAGCATATTCAGTTAAAGATCAATTGAGAAAAGTCAGTCTCAAGGATGCAGCTGTGGAGTTCATTATTGAATACCAACAACAGCGAACTCAAAAGGAAAATTCTGAAACTGATGTTGGACTTGTTGGTCATATTTATTTGGATGAGATGATGTTAGAGGAGCTGAAGATCAGCATGGCCTATGTTTTCGACAAATGCCATGAAAGACTCAAGTCTTTTAGTCAGAAAAAGAAAGTTAATCAATCTTTGAAGAACATTGAATTATCATTTAGTGAGTCTTGCTCATCTTCACATCCTGCTGCACCATGTTTAACATTTTGGCTAAAGAATTATGATAGTGATTTGGATAATGCTGTAAAGGTCCTGGCTGAAAAGATCTGCCCTGTTCTGTTTAAAACAATAATCCAAGGAGACCCGCGCATTAGCTCTGCGAGTATAATCTGGGTTAGTCCAGATACAAACACATGGGTCCGAAACCCTTATAAATCTTCTAATGGTGAATTGGCACTTGACATCATTCTCGAGAAGGAAGCTGTCAAGCAGAGTGGCGATGCTTGGAGAGTTGTACTTGATGCCTGCCTTCCTGTTCTTCACTTGATTGATACCAGGCGTTCCATCCCTTACGCTATTAAGCAGATTCAGGAATTACTGGGGATATCATGTACTTTTGATCAAGCGATTCAGCGTGTTGCAGCATCTGTGAAAATGGTGGCGAAAGGTGTACTTAGGGAGCATCTAATTCTGTTAGCTAGTAGTATGACTTGTGGTGGGAACTTGGTTGGCTTTAATATAGGTGGATATAAAGCTCTGTCTCGTCAATTAAATATACAAGTACCATTCACAGATGCAACACTCTTTACACCTAAAAAGTGTTTTGAGAGAGCTGCTGAGAAATGCCATACTGATTCTCTGTCAAGCATAGTTGCCTCCTGTTCCTGGGGTAAACATGTGGCAGTTGGTACAGGATCAAAATTTGATGTTGTTTGGGATGCAAATGAGATAAAATCAAATGAAATTGAAGGGATGGATGTTTACAGTTTTCTTCACATGGTGAAAAGCTTTACCAATGGCGAAGAAGAAACCGATGCTTGTTTGGGTGAAGATATTGATGATTTGCTGGAAGAAGAATATATGGACTTGGGCATGTCCCCACAACATAACTCTGGTTTTGAAGCTGTCTTTGAAGAGAATCCTGAAGTACTGAATGGTTCAACATCCAATGGTTGGGATGTAAGTTCAAATCAGGGTGAATCAAAAACCAATGAGTGGTCAGGTTGGGCAAGTAGTAACAAAGCTGAAATAAAAGATGGTAGATCTGAAATTGCCCCCAAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAACCCTTGGAGTACAAGCACCATAGCAGATCAGACAAAAACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACAAGTCTGAAATACCAGTTGGTTGGGCAAGTAGTAACAAAACTGAAATAAAAGATGGTAGATCTGAAACTGCCCAAGAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAATGCTTGGAATACAAGCACCACAGTAGATCATGCAAACACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACCAGTCTGAAATACCAGCTGGTGGATCTAAAGCAGTTCAAGAAGATTCTTGGGGCTCAAGTAAGTGGAAGGCTGATGTTGCCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGAGACTGGTCGGGTTGGGGAAAGAAGAAAGATATTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAATGAATGGTCAGACTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATGTCCAAGATTCTTGGGGCTCCGGTAAGAGGAAAGACAAAGTTACCCAAGAAGACAATTCTGGGTCTGGTGGTTGGGGTGCCAACAGAACAGATCTGGCAAAATCCAAATCTAGTGAATGGTCCAGCTGGGGAAAGAACAAGTCTGAAATACCAGCTGGTGGATCTGAAAATGTGCAGAATGACTCATGGGGCTCGGGTAAATTGGAAGATGATACCCAAAAAGAAAATTCTGGGTCTGCATGGGTGAGAAATAAAGCTGAAACAATAGATGGTGGGTCAGAAAAGCCCCAAGAGGATGCTTGGAATTCTGGTAATTGGAAAGCTGAATCAAAAGTCGGCAATGCCTCTTGGGGAAAACCCAAATCCTCAGAAAGTCAAGCATGGGATTCCCATAATCAGTCAAATCAAAATTCAAGTTCACAGGGATGGGAATCACATATTGCTTCAGCTAATTCAGAAAGTGAAAAAGGTTTTCAGTGGGGAAAGCAAGGTAGAGACTCGTTTAAGAAAAATCGATTTGAAGGTTCGCAAGGCCGGGGTTCAAATGCTGGTGACTGGAAAAATAGGAATCGCCCACCTAGAGCCCCTGGACAGAGATTGGACATTTATTCATCTGGTGAGCAGGATGTTCTGAAGGATATTGAACCCATTATGCAGTCTATCAGACGAATCATGCAACAACAGGGGTACAATGATGGGGACCCACTGGCTGCTGAAGATCAACTTTTTGTACTGGAGAATGTCTTTGAGCACCACCCAGATAAAGAAACCAAAATGGGCACTGGAATTGATTATGTCATGGTTAACAAACACAGTAGTTTCCAGGAAAGTAGATGCTTTTATGTGGTTTGTAAAGATGGTGAAAGCAAGGACTTTTCCTACCGGAAGTGTTTGGCCAACTATATAAGCAAGAAGTATCCTGACCTTGCTGAATCATTCCTTGGAAAATATTTTCGGAAACCTCGTGCACGGGGGGACCAGACTGCAACACCAGGGCGGGATGAAGCAGCCACTCCGGGCGAGCAGACAGCAACGCCAGGCCGGGATGAAGCAGCAACTCCGGCTGAGCAGATCTCAACACCCACCCCTATGGAAACCAATGAGTAGATTACAGTTGTGTCCATAATATTGTACAGAAACAGTGCAGTTGAGGCCACTGAATAGTTTGTCATAGCTGACCAATTTTCCTGTAGGAAAGTGTTCCTCTTTTTGGTGAACAGTTAGATGGTAATTTTTTTAGCATGTGAATGATGATAGCAAACACCCTTGTGCAGATGTTAATATTGTTCTGATGATTACAGCACATATGATGTGCCTAGCAAACTTTGCTCATCATTTTGTTTAATCATCAATGGCACCTGGGTTTCAGACCTTGATTGGACCACTGATGCAAAAATGGCATCCTTGTGATTAGAGTTTCATGAATCAGATTGTGGCTTATATTCTGTTTAATAGGTTACTAAGCATTTCCGAGTTATATTTAAACTGGTAAAATTTCTTTGATTTAGTTTTTTCTTGTCT

>Glyma15g37710.6   sequence type=transcript   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
AAAAAAGAAGTAAAATTTCATTTCATGTTCATGTTCATTTCACACTCACTCGCTTACTCACTCTCAGTCTCACACACTCTCTCTCATTTCATTTCTCTCCGGAAAACCTTTCCCCTTCGAAACCCTCTTTCTCTCTCGCTCTTTGTTGTTTCGATCGGTTTCGCGCAACGAGGTTCTTTGCATTTTCTAGGGTTTTGCGAGCTGAGCGAGACGTTTGAATTGAACAGCTTTTGTTTCGCTCCTGAGGTAGAATCAGGCACTGTAATTGACCACGAAAGTAATGGAGGATAATCCCCCTTCAAGTGTTTTAGATGGGACCGTTGTTGGGATCAAATTTGGTATGGCTACACGCCAGGAAATTTGTACAGCATCCATTAGTGACTCTTCAATTAGTCATGCTAGTCAGCTGTCAAATCCATTCCTTGGGCTGCCCCTTGAGTTTGGCAGATGTGAATCTTGTGGTACTTCTGAAGTTGGAAAATGCGAAGGTCACTTCGGATATATTGAGTTGCCAATTCCAATATATCACCCAAGTCATATCAGTGACTTGAAACGGATGCTGAGCATGGTCTGCTTAAACTGCCTAAAATTAAGGAAAACCAAGCTTCCAGCTTCAAGCAGTGGTTTAGCCCAGAGATTAATATCTCCTTGTTGTCAGGAGGATAAGGCTGCTCTAGTTTCTATTCGGGAAGTTAAAACAAGTGATGGGGCTTGTTATCTGGCGTTGAAAGTATCCAAATCCAAGATGCAAAATGGTTTTTGGAGTTTCTTAGAAAAATATGGTTATCGCTATGGGGGTGATCACACTCGAGCCTTGCTTCCTTGTGAGGCAATGGAAATTATTAAGAGAATTCCGATAGAGACAAAAAAAAAGCTTGCTGGAAAAGGATATTTTCCTCAAGATGGATATGTTTTGAAGTATCTTCCGGTGCCACCAAATTGCTTGTCTGTGCCAGAAGTTTCAGACGGTGTCAGTGTCATGTCGTCGGATCCTTCCATAACAATTCTCAGAAAATTGCTCAGGAAGGTTGAAATCATAAAAAGCTCTAGATCTGGTGAACCAAATTTCGAGTCTCATCACGTAGAAGCAAATGATTTGCAGTCTGTGGTTGATCAATATTTTCAAATTAGAGGAACTTCTAAGCCAGCACGTGATATAGAGACACATTTTGGGGTCAATAAAGAGCTTACTGCATCCTCAACAAAAGCATGGCTTGAGAAAATGAGGACATTATTTATAAGAAAGGGTTCAGGTTTTTCTTCCCGGAATGTAATTACTGGAGATTGTTATAAGAGGATAAATGAAGTAGGAATTCCGGTTGAAGTTGCCCAACGGATAACGTTTGAGGAGAGAGTTAACATCCACAACATCAGATATTTACAGAAGTTGGTTGATGAACATTTGTGCCTGACCTACAAGGAAGGTGGGTCAACTTATTCACTCAGGGAGGGCTCAAAGGGGCACATATATCTCAAGCCTGGTCAGATAGTGCATCGGAGGATTATGGATGGGGATATTGTCTTCATCAACAGACCACCTACAACACACAAGCACTCCTTACAAGCCCTTTATGTTTACATCCATGAAGACCACACTGTGAAGATAAATCCTTTAATTTGTGGACCACTTGGGGCTGATTTTGATGGTGACTGTGTCCATCTGTTTTATCCGCAATCACTTGCTGCTAAAGCTGAAGTTGTGGAGCTATTTTCTGTGGAGAATCAACTGCTCAGCTCTCACAGTGGTAATTTGAACCTACAGTTATCCACAGACTCGTTGTTGTCACTGAAGATGTTGGTCAAGAGATGTTTTTTTGATAGAGCAGCAGCTAATCAATTGGCGATGTTTATTTTGCTTCCTTTGCCTCGGCCTGCTTTGCTCAAGGCCAGTTCTGGTGATGCTTGTTGGACTTCCATCCAAATTTTACAGTGTGCTTTACCTTTGGGTTTTGATTGCACTGGGGGACGGTATTTGATTAGGCAGAGTGAGATCTTAGAATTTGAATTCAGCAGGGATGTTCTGCCTGCAACCGTAAATGAAATAGCAGCTTCAGTTTTCTTTGGCAAGGGTCCCAAGGAGGCACTTAATTTCTTTGATGTATTGCAACCCTTTTTGATGGAAAGCTTATTTGCGGAAGGGTTTAGTGTTAGCCTGGAAGAGTTTTCAATATCCAGGGCAATTAAAAGGATAATAAGAAAAAGCATTGGAAAAGTTTCTTCTCTGCTGTATCAGCTGAGGTCCTTGTACAATGAGCTGGTGGCGCAGCAACTGGAGAAGCACATTCGAGATGTTGAACTTCCTATCATTAATTTTGCTCTAAAGTCAACTAAATTAGGAGATTTAATTGATTCAAAGAGTAAATCTGCTATTGATAAGGTTGTTCAGCAGATTGGGTTTTTAGGGCAGCAACTTTTTGATAGGGGAAGATTCTACTCAAAGGGATTGGTAGATGATGTGGCATCACATTTTCATGCAAAGTGTTGTTATGACGGGGATGGTTATCCCTCTGCTGAGTATGGACTGCTCAAAGGGTGTTTTTTTAATGGTTTGGATCCATACGAAGAGATGGTGCATTCGATTTCAACAAGGGAAATAATGGTGCGTTCTTCGAGAGGATTATCTGAACCAGGAACACTCTTTAAGAATTTGATGGCCATCCTTCGGGATGTTGTTATCTGTTATGATGGAACTGTCAGAAACATTTGTAGTAATTCCATCATCCAGTTTGAATACGGGATACAAGCTGGAGACAAAAGTGAGCACTTATTCCCTGCTGGTGAGCCTGTAGGTGTGTTGGCTGCAACTGCTATGTCAAATCCTGCTTACAAGGCTGTCCTTGATGCTAGTCCTAGTAGCAACTCTTCATGGGAGTTGATGAAGGAAATATTACTCTGCAAGGTTAATTTTAGGAATGAACTTGTTGATCGGCGTGTCATTTTGTACTTGAATGACTGTGATTGTGGAGGGAGTTATTGCCGAGAAAATGCAGCATATTCAGTTAAAGATCAATTGAGAAAAGTCAGTCTCAAGGATGCAGCTGTGGAGTTCATTATTGAATACCAACAACAGCGAACTCAAAAGGAAAATTCTGAAACTGATGTTGGACTTGTTGGTCATATTTATTTGGATGAGATGATGTTAGAGGAGCTGAAGATCAGCATGGCCTATGTTTTCGACAAATGCCATGAAAGACTCAAGTCTTTTAGTCAGAAAAAGAAAGTTAATCAATCTTTGAAGAACATTGAATTATCATTTAGTGAGTCTTGCTCATCTTCACATCCTGCTGCACCATGTTTAACATTTTGGCTAAAGAATTATGATAGTGATTTGGATAATGCTGTAAAGGTCCTGGCTGAAAAGATCTGCCCTGTTCTGTTTAAAACAATAATCCAAGGAGACCCGCGCATTAGCTCTGCGAGTATAATCTGGGTTAGTCCAGATACAAACACATGGGTCCGAAACCCTTATAAATCTTCTAATGGTGAATTGGCACTTGACATCATTCTCGAGAAGGAAGCTGTCAAGCAGAGTGGCGATGCTTGGAGAGTTGTACTTGATGCCTGCCTTCCTGTTCTTCACTTGATTGATACCAGGCGTTCCATCCCTTACGCTATTAAGCAGATTCAGGAATTACTGGGGATATCATGTACTTTTGATCAAGCGATTCAGCGTGTTGCAGCATCTGTGAAAATGGTGGCGAAAGGTGTACTTAGGGAGCATCTAATTCTGTTAGCTAGTAGTATGACTTGTGGTGGGAACTTGGTTGGCTTTAATATAGGTGGATATAAAGCTCTGTCTCGTCAATTAAATATACAAGTACCATTCACAGATGCAACACTCTTTACACCTAAAAAGTGTTTTGAGAGAGCTGCTGAGAAATGCCATACTGATTCTCTGTCAAGCATAGTTGCCTCCTGTTCCTGGGGTAAACATGTGGCAGTTGGTACAGGATCAAAATTTGATGTTGTTTGGGATGCAAATGAGATAAAATCAAATGAAATTGAAGGGATGGATGTTTACAGTTTTCTTCACATGGTGAAAAGCTTTACCAATGGCGAAGAAGAAACCGATGCTTGTTTGGGTGAAGATATTGATGATTTGCTGGAAGAAGAATATATGGACTTGGGCATGTCCCCACAACATAACTCTGGTTTTGAAGCTGTCTTTGAAGAGAATCCTGAAGTACTGAATGGTTCAACATCCAATGGTTGGGATGTAAGTTCAAATCAGGGTGAATCAAAAACCAATGAGTGGTCAGGTTGGGCAAGTAGTAACAAAGCTGAAATAAAAGATGGTAGATCTGAAATTGCCCCCAAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAACCCTTGGAGTACAAGCACCATAGCAGATCAGACAAAAACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACAAGTCTGAAATACCAGTTGGTTGGGCAAGTAGTAACAAAACTGAAATAAAAGATGGTAGATCTGAAACTGCCCAAGAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAATGCTTGGAATACAAGCACCACAGTAGATCATGCAAACACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACCAGTCTGAAATACCAGCTGGTGGATCTAAAGCAGTTCAAGAAGATTCTTGGGGCTCAAGTAAGTGGAAGGCTGATGTTGCCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGAGACTGGTCGGGTTGGGGAAAGAAGAAAGATATTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAATGAATGGTCAGACTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATGTCCAAGATTCTTGGGGCTCCGGTAAGAGGAAAGACAAAGTTACCCAAGAAGACAATTCTGGGTCTGGTGGTTGGGGTGCCAACAGAACAGATCTGGCAAAATCCAAATCTAGTGAATGGTCCAGCTGGGGAAAGAACAAGTCTGAAATACCAGCTGGTGGATCTGAAAATGTGCAGAATGACTCATGGGGCTCGGGTAAATTGGAAGATGATACCCAAAAAGAAAATTCTGGGTCTGCATGGGTGAGAAATAAAGCTGAAACAATAGATGGTGGGTCAGAAAAGCCCCAAGAGGATGCTTGGAATTCTGGTAATTGGAAAGCTGAATCAAAAGTCGGCAATGCCTCTTGGGGAAAACCCAAATCCTCAGAAAGTCAAGCATGGGATTCCCATAATCAGTCAAATCAAAATTCAAGTTCACAGGGATGGGAATCACATATTGCTTCAGCTAATTCAGAAAGTGAAAAAGGTTTTCAGTGGGGAAAGCAAGGTAGAGACTCGTTTAAGAAAAATCGATTTGAAGGTTCGCAAGGCCGGGGTTCAAATGCTGGTGACTGGAAAAATAGGAATCGCCCACCTAGAGCCCCTGGACAGAGATTGGACATTTATTCATCTGGTGAGCAGGATGTTCTGAAGGATATTGAACCCATTATGCAGTCTATCAGACGAATCATGCAACAACAGGGGTACAATGATGGGGACCCACTGGCTGCTGAAGATCAACTTTTTGTACTGGAGAATGTCTTTGAGCACCACCCAGATAAAGAAACCAAAATGGGCACTGGAATTGATTATGTCATGGTTAACAAACACAGTAGTTTCCAGGAAAGTAGATGCTTTTATGTGGTTTGTAAAGATGGTGAAAGCAAGGACTTTTCCTACCGGAAGTGTTTGGCCAACTATATAAGCAAGAAGTATCCTGACCTTGCTGAATCATTCCTTGGAAAATATTTTCGGAAACCTCGTGCACGGGGGGACCAGACTGCAACACCAGGGCGGGATGAAGCAGCCACTCCGGGCGAGCAGACAGCAACGCCAGGCCGGGATGAAGCAGCAACTCCGGCTGAGCAGATCTCAACACCCACCCCTATGGAAACCAATGAGTAGATTACAGTTGTGTCCATAATATTGTACAGAAACAGTGCAGTTGAGGCCACTGAATAGTTTGTCATAGCTGACCAATTTTCCTGTAGGAAAGTGTTCCTCTTTTTGGTGAACAGTTAGATGGTAATTTTTTTAGCATGTGAATGATGATAGCAAACACCCTTGTGCAGATGTTAATATTGTTCTGATGATTACAGCACATATGATGTGCCTAGCAAACTTTGCTCATCATTTTGTTTAATCATCAATGGCACCTGGGTTTCAGACCTTGATTGGACCACTGATGCAAAAATGGCATCCTTGTGATTAGAGTTTCATGAATCAGATTGTGGCTTATATTCTGTTTAATAGGTTACTAAGCATTTCCGAGTTATATTTAAACTGGTAAAATTTCTTTGATTTAGTTTTTTCTTGTCT

Coding sequences of Glyma15g37710

Limit To All Plant Sequences

>Glyma15g37710.1   sequence type=CDS   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
ATGGAGGATAATCCCCCTTCAAGTGTTTTAGATGGGACCGTTGTTGGGATCAAATTTGGTATGGCTACACGCCAGGAAATTTGTACAGCATCCATTAGTGACTCTTCAATTAGTCATGCTAGTCAGCTGTCAAATCCATTCCTTGGGCTGCCCCTTGAGTTTGGCAGATGTGAATCTTGTGGTACTTCTGAAGTTGGAAAATGCGAAGGTCACTTCGGATATATTGAGTTGCCAATTCCAATATATCACCCAAGTCATATCAGTGACTTGAAACGGATGCTGAGCATGGTCTGCTTAAACTGCCTAAAATTAAGGAAAACCAAGCTTCCAGCTTCAAGCAGTGGTTTAGCCCAGAGATTAATATCTCCTTGTTGTCAGGAGGATAAGGCTGCTCTAGTTTCTATTCGGGAAGTTAAAACAAGTGATGGGGCTTGTTATCTGGCGTTGAAAGTATCCAAATCCAAGATGCAAAATGGTTTTTGGAGTTTCTTAGAAAAATATGGTTATCGCTATGGGGGTGATCACACTCGAGCCTTGCTTCCTTGTGAGGCAATGGAAATTATTAAGAGAATTCCGATAGAGACAAAAAAAAAGCTTGCTGGAAAAGGATATTTTCCTCAAGATGGATATGTTTTGAAGTATCTTCCGGTGCCACCAAATTGCTTGTCTGTGCCAGAAGTTTCAGACGGTGTCAGTGTCATGTCGTCGGATCCTTCCATAACAATTCTCAGAAAATTGCTCAGGAAGGTTGAAATCATAAAAAGCTCTAGATCTGGTGAACCAAATTTCGAGTCTCATCACGTAGAAGCAAATGATTTGCAGTCTGTGGTTGATCAATATTTTCAAATTAGAGGAACTTCTAAGCCAGCACGTGATATAGAGACACATTTTGGGGTCAATAAAGAGCTTACTGCATCCTCAACAAAAGCATGGCTTGAGAAAATGAGGACATTATTTATAAGAAAGGGTTCAGGTTTTTCTTCCCGGAATGTAATTACTGGAGATTGTTATAAGAGGATAAATGAAGTAGGAATTCCGGTTGAAGTTGCCCAACGGATAACGTTTGAGGAGAGAGTTAACATCCACAACATCAGATATTTACAGAAGTTGGTTGATGAACATTTGTGCCTGACCTACAAGGAAGGTGGGTCAACTTATTCACTCAGGGAGGGCTCAAAGGGGCACATATATCTCAAGCCTGGTCAGATAGTGCATCGGAGGATTATGGATGGGGATATTGTCTTCATCAACAGACCACCTACAACACACAAGCACTCCTTACAAGCCCTTTATGTTTACATCCATGAAGACCACACTGTGAAGATAAATCCTTTAATTTGTGGACCACTTGGGGCTGATTTTGATGGTGACTGTGTCCATCTGTTTTATCCGCAATCACTTGCTGCTAAAGCTGAAGTTGTGGAGCTATTTTCTGTGGAGAATCAACTGCTCAGCTCTCACAGTGGTAATTTGAACCTACAGTTATCCACAGACTCGTTGTTGTCACTGAAGATGTTGGTCAAGAGATGTTTTTTTGATAGAGCAGCAGCTAATCAATTGGCGATGTTTATTTTGCTTCCTTTGCCTCGGCCTGCTTTGCTCAAGGCCAGTTCTGGTGATGCTTGTTGGACTTCCATCCAAATTTTACAGTGTGCTTTACCTTTGGGTTTTGATTGCACTGGGGGACGGTATTTGATTAGGCAGAGTGAGATCTTAGAATTTGAATTCAGCAGGGATGTTCTGCCTGCAACCGTAAATGAAATAGCAGCTTCAGTTTTCTTTGGCAAGGGTCCCAAGGAGGCACTTAATTTCTTTGATGTATTGCAACCCTTTTTGATGGAAAGCTTATTTGCGGAAGGGTTTAGTGTTAGCCTGGAAGAGTTTTCAATATCCAGGGCAATTAAAAGGATAATAAGAAAAAGCATTGGAAAAGTTTCTTCTCTGCTGTATCAGCTGAGGTCCTTGTACAATGAGCTGGTGGCGCAGCAACTGGAGAAGCACATTCGAGATGTTGAACTTCCTATCATTAATTTTGCTCTAAAGTCAACTAAATTAGGAGATTTAATTGATTCAAAGAGTAAATCTGCTATTGATAAGGTTGTTCAGCAGATTGGGTTTTTAGGGCAGCAACTTTTTGATAGGGGAAGATTCTACTCAAAGGGATTGGTAGATGATGTGGCATCACATTTTCATGCAAAGTGTTGTTATGACGGGGATGGTTATCCCTCTGCTGAGTATGGACTGCTCAAAGGGTGTTTTTTTAATGGTTTGGATCCATACGAAGAGATGGTGCATTCGATTTCAACAAGGGAAATAATGGTGCGTTCTTCGAGAGGATTATCTGAACCAGGAACACTCTTTAAGAATTTGATGGCCATCCTTCGGGATGTTGTTATCTGTTATGATGGAACTGTCAGAAACATTTGTAGTAATTCCATCATCCAGTTTGAATACGGGATACAAGCTGGAGACAAAAGTGAGCACTTATTCCCTGCTGGTGAGCCTGTAGGTGTGTTGGCTGCAACTGCTATGTCAAATCCTGCTTACAAGGCTGTCCTTGATGCTAGTCCTAGTAGCAACTCTTCATGGGAGTTGATGAAGGAAATATTACTCTGCAAGGTTAATTTTAGGAATGAACTTGTTGATCGGCGTGTCATTTTGTACTTGAATGACTGTGATTGTGGAGGGAGTTATTGCCGAGAAAATGCAGCATATTCAGTTAAAGATCAATTGAGAAAAGTCAGTCTCAAGGATGCAGCTGTGGAGTTCATTATTGAATACCAACAACAGCGAACTCAAAAGGAAAATTCTGAAACTGATGTTGGACTTGTTGGTCATATTTATTTGGATGAGATGATGTTAGAGGAGCTGAAGATCAGCATGGCCTATGTTTTCGACAAATGCCATGAAAGACTCAAGTCTTTTAGTCAGAAAAAGAAAGTTAATCAATCTTTGAAGAACATTGAATTATCATTTAGTTTATTTGTTGGTCTATATCACTTTCTGATTATGTTCCATCTTAGCAGTGAGTCTTGCTCATCTTCACATCCTGCTGCACCATGTTTAACATTTTGGCTAAAGAATTATGATAGTGATTTGGATAATGCTGTAAAGGTCCTGGCTGAAAAGATCTGCCCTGTTCTGTTTAAAACAATAATCCAAGGAGACCCGCGCATTAGCTCTGCGAGTATAATCTGGGTTAGTCCAGATACAAACACATGGGTCCGAAACCCTTATAAATCTTCTAATGGTGAATTGGCACTTGACATCATTCTCGAGAAGGAAGCTGTCAAGCAGAGTGGCGATGCTTGGAGAGTTGTACTTGATGCCTGCCTTCCTGTTCTTCACTTGATTGATACCAGGCGTTCCATCCCTTACGCTATTAAGCAGATTCAGGAATTACTGGGGATATCATGTACTTTTGATCAAGCGATTCAGCGTGTTGCAGCATCTGTGAAAATGGTGGCGAAAGGTGTACTTAGGGAGCATCTAATTCTGTTAGCTAGTAGTATGACTTGTGGTGGGAACTTGGTTGGCTTTAATATAGGTGGATATAAAGCTCTGTCTCGTCAATTAAATATACAAGTACCATTCACAGATGCAACACTCTTTACACCTAAAAAGTGTTTTGAGAGAGCTGCTGAGAAATGCCATACTGATTCTCTGTCAAGCATAGTTGCCTCCTGTTCCTGGGGTAAACATGTGGCAGTTGGTACAGGATCAAAATTTGATGTTGTTTGGGATGCAAATGAGATAAAATCAAATGAAATTGAAGGGATGGATGTTTACAGTTTTCTTCACATGGTGAAAAGCTTTACCAATGGCGAAGAAGAAACCGATGCTTGTTTGGGTGAAGATATTGATGATTTGCTGGAAGAAGAATATATGGACTTGGGCATGTCCCCACAACATAACTCTGGTTTTGAAGCTGTCTTTGAAGAGAATCCTGAAGTACTGAATGGTTCAACATCCAATGGTTGGGATGTAAGTTCAAATCAGGGTGAATCAAAAACCAATGAGTGGTCAGGTTGGGCAAGTAGTAACAAAGCTGAAATAAAAGATGGTAGATCTGAAATTGCCCCCAAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAACCCTTGGAGTACAAGCACCATAGCAGATCAGACAAAAACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACAAGTCTGAAATACCAGTTGGTTGGGCAAGTAGTAACAAAACTGAAATAAAAGATGGTAGATCTGAAACTGCCCAAGAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAATGCTTGGAATACAAGCACCACAGTAGATCATGCAAACACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACCAGTCTGAAATACCAGCTGGTGGATCTAAAGCAGTTCAAGAAGATTCTTGGGGCTCAAGTAAGTGGAAGGCTGATGTTGCCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGAGACTGGTCGGGTTGGGGAAAGAAGAAAGATATTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGTTTGGTGCTTGGGATGCAAATGCAGAAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAATGAATGGTCAGACTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATGTCCAAGATTCTTGGGGCTCCGGTAAGAGGAAAGACAAAGTTACCCAAGAAGACAATTCTGGGTCTGGTGGTTGGGGTGCCAACAGAACAGATCTGGCAAAATCCAAATCTAGTGAATGGTCCAGCTGGGGAAAGAACAAGTCTGAAATACCAGCTGGTGGATCTGAAAATGTGCAGAATGACTCATGGGGCTCGGGTAAATTGGAAGATGATACCCAAAAAGAAAATTCTGGGTCTGCATGGGTGAGAAATAAAGCTGAAACAATAGATGGTGGGTCAGAAAAGCCCCAAGAGGATGCTTGGAATTCTGGTAATTGGAAAGCTGAATCAAAAGTCGGCAATGCCTCTTGGGGAAAACCCAAATCCTCAGAAAGTCAAGCATGGGATTCCCATAATCAGTCAAATCAAAATTCAAGTTCACAGGGATGGGAATCACATATTGCTTCAGCTAATTCAGAAAGTGAAAAAGGTTTTCAGTGGGGAAAGCAAGGTAGAGACTCGTTTAAGAAAAATCGATTTGAAGGTTCGCAAGGCCGGGGTTCAAATGCTGGTGACTGGAAAAATAGGAATCGCCCACCTAGAGCCCCTGGACAGAGATTGGACATTTATTCATCTGGTGAGCAGGATGTTCTGAAGGATATTGAACCCATTATGCAGTCTATCAGACGAATCATGCAACAACAGGGGTACAATGATGGGGACCCACTGGCTGCTGAAGATCAACTTTTTGTACTGGAGAATGTCTTTGAGCACCACCCAGATAAAGAAACCAAAATGGGCACTGGAATTGATTATGTCATGGTTAACAAACACAGTAGTTTCCAGGAAAGTAGATGCTTTTATGTGGTTTGTAAAGATGGTGAAAGCAAGGACTTTTCCTACCGGAAGTGTTTGGCCAACTATATAAGCAAGAAGTATCCTGACCTTGCTGAATCATTCCTTGGAAAATATTTTCGGAAACCTCGTGCACGGGGGGACCAGACTGCAACACCAGGGCGGGATGAAGCAGCCACTCCGGGCGAGCAGACAGCAACGCCAGGCCGGGATGAAGCAGCAACTCCGGCTGAGCAGATCTCAACACCCACCCCTATGGAAACCAATGAGTAG

>Glyma15g37710.2   sequence type=CDS   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
ATGGAGGATAATCCCCCTTCAAGTGTTTTAGATGGGACCGTTGTTGGGATCAAATTTGGTATGGCTACACGCCAGGAAATTTGTACAGCATCCATTAGTGACTCTTCAATTAGTCATGCTAGTCAGCTGTCAAATCCATTCCTTGGGCTGCCCCTTGAGTTTGGCAGATGTGAATCTTGTGGTACTTCTGAAGTTGGAAAATGCGAAGGTCACTTCGGATATATTGAGTTGCCAATTCCAATATATCACCCAAGTCATATCAGTGACTTGAAACGGATGCTGAGCATGGTCTGCTTAAACTGCCTAAAATTAAGGAAAACCAAGCTTCCAGCTTCAAGCAGTGGTTTAGCCCAGAGATTAATATCTCCTTGTTGTCAGGAGGATAAGGCTGCTCTAGTTTCTATTCGGGAAGTTAAAACAAGTGATGGGGCTTGTTATCTGGCGTTGAAAGTATCCAAATCCAAGATGCAAAATGGTTTTTGGAGTTTCTTAGAAAAATATGGTTATCGCTATGGGGGTGATCACACTCGAGCCTTGCTTCCTTGTGAGGCAATGGAAATTATTAAGAGAATTCCGATAGAGACAAAAAAAAAGCTTGCTGGAAAAGGATATTTTCCTCAAGATGGATATGTTTTGAAGTATCTTCCGGTGCCACCAAATTGCTTGTCTGTGCCAGAAGTTTCAGACGGTGTCAGTGTCATGTCGTCGGATCCTTCCATAACAATTCTCAGAAAATTGCTCAGGAAGGTTGAAATCATAAAAAGCTCTAGATCTGGTGAACCAAATTTCGAGTCTCATCACGTAGAAGCAAATGATTTGCAGTCTGTGGTTGATCAATATTTTCAAATTAGAGGAACTTCTAAGCCAGCACGTGATATAGAGACACATTTTGGGGTCAATAAAGAGCTTACTGCATCCTCAACAAAAGCATGGCTTGAGAAAATGAGGACATTATTTATAAGAAAGGGTTCAGGTTTTTCTTCCCGGAATGTAATTACTGGAGATTGTTATAAGAGGATAAATGAAGTAGGAATTCCGGTTGAAGTTGCCCAACGGATAACGTTTGAGGAGAGAGTTAACATCCACAACATCAGATATTTACAGAAGTTGGTTGATGAACATTTGTGCCTGACCTACAAGGAAGGTGGGTCAACTTATTCACTCAGGGAGGGCTCAAAGGGGCACATATATCTCAAGCCTGGTCAGATAGTGCATCGGAGGATTATGGATGGGGATATTGTCTTCATCAACAGACCACCTACAACACACAAGCACTCCTTACAAGCCCTTTATGTTTACATCCATGAAGACCACACTGTGAAGATAAATCCTTTAATTTGTGGACCACTTGGGGCTGATTTTGATGGTGACTGTGTCCATCTGTTTTATCCGCAATCACTTGCTGCTAAAGCTGAAGTTGTGGAGCTATTTTCTGTGGAGAATCAACTGCTCAGCTCTCACAGTGGTAATTTGAACCTACAGTTATCCACAGACTCGTTGTTGTCACTGAAGATGTTGGTCAAGAGATGTTTTTTTGATAGAGCAGCAGCTAATCAATTGGCGATGTTTATTTTGCTTCCTTTGCCTCGGCCTGCTTTGCTCAAGGCCAGTTCTGGTGATGCTTGTTGGACTTCCATCCAAATTTTACAGTGTGCTTTACCTTTGGGTTTTGATTGCACTGGGGGACGGTATTTGATTAGGCAGAGTGAGATCTTAGAATTTGAATTCAGCAGGGATGTTCTGCCTGCAACCGTAAATGAAATAGCAGCTTCAGTTTTCTTTGGCAAGGGTCCCAAGGAGGCACTTAATTTCTTTGATGTATTGCAACCCTTTTTGATGGAAAGCTTATTTGCGGAAGGGTTTAGTGTTAGCCTGGAAGAGTTTTCAATATCCAGGGCAATTAAAAGGATAATAAGAAAAAGCATTGGAAAAGTTTCTTCTCTGCTGTATCAGCTGAGGTCCTTGTACAATGAGCTGGTGGCGCAGCAACTGGAGAAGCACATTCGAGATGTTGAACTTCCTATCATTAATTTTGCTCTAAAGTCAACTAAATTAGGAGATTTAATTGATTCAAAGAGTAAATCTGCTATTGATAAGGTTGTTCAGCAGATTGGGTTTTTAGGGCAGCAACTTTTTGATAGGGGAAGATTCTACTCAAAGGGATTGGTAGATGATGTGGCATCACATTTTCATGCAAAGTGTTGTTATGACGGGGATGGTTATCCCTCTGCTGAGTATGGACTGCTCAAAGGGTGTTTTTTTAATGGTTTGGATCCATACGAAGAGATGGTGCATTCGATTTCAACAAGGGAAATAATGGTGCGTTCTTCGAGAGGATTATCTGAACCAGGAACACTCTTTAAGAATTTGATGGCCATCCTTCGGGATGTTGTTATCTGTTATGATGGAACTGTCAGAAACATTTGTAGTAATTCCATCATCCAGTTTGAATACGGGATACAAGCTGGAGACAAAAGTGAGCACTTATTCCCTGCTGGTGAGCCTGTAGGTGTGTTGGCTGCAACTGCTATGTCAAATCCTGCTTACAAGGCTGTCCTTGATGCTAGTCCTAGTAGCAACTCTTCATGGGAGTTGATGAAGGAAATATTACTCTGCAAGGTTAATTTTAGGAATGAACTTGTTGATCGGCGTGTCATTTTGTACTTGAATGACTGTGATTGTGGAGGGAGTTATTGCCGAGAAAATGCAGCATATTCAGTTAAAGATCAATTGAGAAAAGTCAGTCTCAAGGATGCAGCTGTGGAGTTCATTATTGAATACCAACAACAGCGAACTCAAAAGGAAAATTCTGAAACTGATGTTGGACTTGTTGGTCATATTTATTTGGATGAGATGATGTTAGAGGAGCTGAAGATCAGCATGGCCTATGTTTTCGACAAATGCCATGAAAGACTCAAGTCTTTTAGTCAGAAAAAGAAAGTTAATCAATCTTTGAAGAACATTGAATTATCATTTAGTGAGTCTTGCTCATCTTCACATCCTGCTGCACCATGTTTAACATTTTGGCTAAAGAATTATGATAGTGATTTGGATAATGCTGTAAAGGTCCTGGCTGAAAAGATCTGCCCTGTTCTGTTTAAAACAATAATCCAAGGAGACCCGCGCATTAGCTCTGCGAGTATAATCTGGGTTAGTCCAGATACAAACACATGGGTCCGAAACCCTTATAAATCTTCTAATGGTGAATTGGCACTTGACATCATTCTCGAGAAGGAAGCTGTCAAGCAGAGTGGCGATGCTTGGAGAGTTGTACTTGATGCCTGCCTTCCTGTTCTTCACTTGATTGATACCAGGCGTTCCATCCCTTACGCTATTAAGCAGATTCAGGAATTACTGGGGATATCATGTACTTTTGATCAAGCGATTCAGCGTGTTGCAGCATCTGTGAAAATGGTGGCGAAAGGTGTACTTAGGGAGCATCTAATTCTGTTAGCTAGTAGTATGACTTGTGGTGGGAACTTGGTTGGCTTTAATATAGGTGGATATAAAGCTCTGTCTCGTCAATTAAATATACAAGTACCATTCACAGATGCAACACTCTTTACACCTAAAAAGTGTTTTGAGAGAGCTGCTGAGAAATGCCATACTGATTCTCTGTCAAGCATAGTTGCCTCCTGTTCCTGGGGTAAACATGTGGCAGTTGGTACAGGATCAAAATTTGATGTTGTTTGGGATGCAAATGAGATAAAATCAAATGAAATTGAAGGGATGGATGTTTACAGTTTTCTTCACATGGTGAAAAGCTTTACCAATGGCGAAGAAGAAACCGATGCTTGTTTGGGTGAAGATATTGATGATTTGCTGGAAGAAGAATATATGGACTTGGGCATGTCCCCACAACATAACTCTGGTTTTGAAGCTGTCTTTGAAGAGAATCCTGAAGTACTGAATGGTTCAACATCCAATGGTTGGGATGTAAGTTCAAATCAGGGTGAATCAAAAACCAATGAGTGGTCAGGTTGGGCAAGTAGTAACAAAGCTGAAATAAAAGATGGTAGATCTGAAATTGCCCCCAAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAACCCTTGGAGTACAAGCACCATAGCAGATCAGACAAAAACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACAAGTCTGAAATACCAGTTGGTTGGGCAAGTAGTAACAAAACTGAAATAAAAGATGGTAGATCTGAAACTGCCCAAGAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAATGCTTGGAATACAAGCACCACAGTAGATCATGCAAACACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACCAGTCTGAAATACCAGCTGGTGGATCTAAAGCAGTTCAAGAAGATTCTTGGGGCTCAAGTAAGTGGAAGGCTGATGTTGCCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGAGACTGGTCGGGTTGGGGAAAGAAGAAAGATATTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGTTTGGTGCTTGGGATGCAAATGCAGAAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAATGAATGGTCAGACTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATGTCCAAGATTCTTGGGGCTCCGGTAAGAGGAAAGACAAAGTTACCCAAGAAGACAATTCTGGGTCTGGTGGTTGGGGTGCCAACAGAACAGATCTGGCAAAATCCAAATCTAGTGAATGGTCCAGCTGGGGAAAGAACAAGTCTGAAATACCAGCTGGTGGATCTGAAAATGTGCAGAATGACTCATGGGGCTCGGGTAAATTGGAAGATGATACCCAAAAAGAAAATTCTGGGTCTGCATGGGTGAGAAATAAAGCTGAAACAATAGATGGTGGGTCAGAAAAGCCCCAAGAGGATGCTTGGAATTCTGGTAATTGGAAAGCTGAATCAAAAGTCGGCAATGCCTCTTGGGGAAAACCCAAATCCTCAGAAAGTCAAGCATGGGATTCCCATAATCAGTCAAATCAAAATTCAAGTTCACAGGGATGGGAATCACATATTGCTTCAGCTAATTCAGAAAGTGAAAAAGGTTTTCAGTGGGGAAAGCAAGGTAGAGACTCGTTTAAGAAAAATCGATTTGAAGGTTCGCAAGGCCGGGGTTCAAATGCTGGTGACTGGAAAAATAGGAATCGCCCACCTAGAGCCCCTGGACAGAGATTGGACATTTATTCATCTGGTGAGCAGGATGTTCTGAAGGATATTGAACCCATTATGCAGTCTATCAGACGAATCATGCAACAACAGGGGTACAATGATGGGGACCCACTGGCTGCTGAAGATCAACTTTTTGTACTGGAGAATGTCTTTGAGCACCACCCAGATAAAGAAACCAAAATGGGCACTGGAATTGATTATGTCATGGTTAACAAACACAGTAGTTTCCAGGAAAGTAGATGCTTTTATGTGGTTTGTAAAGATGGTGAAAGCAAGGACTTTTCCTACCGGAAGTGTTTGGCCAACTATATAAGCAAGAAGTATCCTGACCTTGCTGAATCATTCCTTGGAAAATATTTTCGGAAACCTCGTGCACGGGGGGACCAGACTGCAACACCAGGGCGGGATGAAGCAGCCACTCCGGGCGAGCAGACAGCAACGCCAGGCCGGGATGAAGCAGCAACTCCGGCTGAGCAGATCTCAACACCCACCCCTATGGAAACCAATGAGTAG

>Glyma15g37710.3   sequence type=CDS   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
ATGGAGGATAATCCCCCTTCAAGTGTTTTAGATGGGACCGTTGTTGGGATCAAATTTGGTATGGCTACACGCCAGGAAATTTGTACAGCATCCATTAGTGACTCTTCAATTAGTCATGCTAGTCAGCTGTCAAATCCATTCCTTGGGCTGCCCCTTGAGTTTGGCAGATGTGAATCTTGTGGTACTTCTGAAGTTGGAAAATGCGAAGGTCACTTCGGATATATTGAGTTGCCAATTCCAATATATCACCCAAGTCATATCAGTGACTTGAAACGGATGCTGAGCATGGTCTGCTTAAACTGCCTAAAATTAAGGAAAACCAAGCTTCCAGCTTCAAGCAGTGGTTTAGCCCAGAGATTAATATCTCCTTGTTGTCAGGAGGATAAGGCTGCTCTAGTTTCTATTCGGGAAGTTAAAACAAGTGATGGGGCTTGTTATCTGGCGTTGAAAGTATCCAAATCCAAGATGCAAAATGGTTTTTGGAGTTTCTTAGAAAAATATGGTTATCGCTATGGGGGTGATCACACTCGAGCCTTGCTTCCTTGTGAGGCAATGGAAATTATTAAGAGAATTCCGATAGAGACAAAAAAAAAGCTTGCTGGAAAAGGATATTTTCCTCAAGATGGATATGTTTTGAAGTATCTTCCGGTGCCACCAAATTGCTTGTCTGTGCCAGAAGTTTCAGACGGTGTCAGTGTCATGTCGTCGGATCCTTCCATAACAATTCTCAGAAAATTGCTCAGGAAGGTTGAAATCATAAAAAGCTCTAGATCTGGTGAACCAAATTTCGAGTCTCATCACGTAGAAGCAAATGATTTGCAGTCTGTGGTTGATCAATATTTTCAAATTAGAGGAACTTCTAAGCCAGCACGTGATATAGAGACACATTTTGGGGTCAATAAAGAGCTTACTGCATCCTCAACAAAAGCATGGCTTGAGAAAATGAGGACATTATTTATAAGAAAGGGTTCAGGTTTTTCTTCCCGGAATGTAATTACTGGAGATTGTTATAAGAGGATAAATGAAGTAGGAATTCCGGTTGAAGTTGCCCAACGGATAACGTTTGAGGAGAGAGTTAACATCCACAACATCAGATATTTACAGAAGTTGGTTGATGAACATTTGTGCCTGACCTACAAGGAAGGTGGGTCAACTTATTCACTCAGGGAGGGCTCAAAGGGGCACATATATCTCAAGCCTGGTCAGATAGTGCATCGGAGGATTATGGATGGGGATATTGTCTTCATCAACAGACCACCTACAACACACAAGCACTCCTTACAAGCCCTTTATGTTTACATCCATGAAGACCACACTGTGAAGATAAATCCTTTAATTTGTGGACCACTTGGGGCTGATTTTGATGGTGACTGTGTCCATCTGTTTTATCCGCAATCACTTGCTGCTAAAGCTGAAGTTGTGGAGCTATTTTCTGTGGAGAATCAACTGCTCAGCTCTCACAGTGGTAATTTGAACCTACAGTTATCCACAGACTCGTTGTTGTCACTGAAGATGTTGGTCAAGAGATGTTTTTTTGATAGAGCAGCAGCTAATCAATTGGCGATGTTTATTTTGCTTCCTTTGCCTCGGCCTGCTTTGCTCAAGGCCAGTTCTGGTGATGCTTGTTGGACTTCCATCCAAATTTTACAGTGTGCTTTACCTTTGGGTTTTGATTGCACTGGGGGACGGTATTTGATTAGGCAGAGTGAGATCTTAGAATTTGAATTCAGCAGGGATGTTCTGCCTGCAACCGTAAATGAAATAGCAGCTTCAGTTTTCTTTGGCAAGGGTCCCAAGGAGGCACTTAATTTCTTTGATGTATTGCAACCCTTTTTGATGGAAAGCTTATTTGCGGAAGGGTTTAGTGTTAGCCTGGAAGAGTTTTCAATATCCAGGGCAATTAAAAGGATAATAAGAAAAAGCATTGGAAAAGTTTCTTCTCTGCTGTATCAGCTGAGGTCCTTGTACAATGAGCTGGTGGCGCAGCAACTGGAGAAGCACATTCGAGATGTTGAACTTCCTATCATTAATTTTGCTCTAAAGTCAACTAAATTAGGAGATTTAATTGATTCAAAGAGTAAATCTGCTATTGATAAGGTTGTTCAGCAGATTGGGTTTTTAGGGCAGCAACTTTTTGATAGGGGAAGATTCTACTCAAAGGGATTGGTAGATGATGTGGCATCACATTTTCATGCAAAGTGTTGTTATGACGGGGATGGTTATCCCTCTGCTGAGTATGGACTGCTCAAAGGGTGTTTTTTTAATGGTTTGGATCCATACGAAGAGATGGTGCATTCGATTTCAACAAGGGAAATAATGGTGCGTTCTTCGAGAGGATTATCTGAACCAGGAACACTCTTTAAGAATTTGATGGCCATCCTTCGGGATGTTGTTATCTGTTATGATGGAACTGTCAGAAACATTTGTAGTAATTCCATCATCCAGTTTGAATACGGGATACAAGCTGGAGACAAAAGTGAGCACTTATTCCCTGCTGGTGAGCCTGTAGGTGTGTTGGCTGCAACTGCTATGTCAAATCCTGCTTACAAGGCTGTCCTTGATGCTAGTCCTAGTAGCAACTCTTCATGGGAGTTGATGAAGGAAATATTACTCTGCAAGGTTAATTTTAGGAATGAACTTGTTGATCGGCGTGTCATTTTGTACTTGAATGACTGTGATTGTGGAGGGAGTTATTGCCGAGAAAATGCAGCATATTCAGTTAAAGATCAATTGAGAAAAGTCAGTCTCAAGGATGCAGCTGTGGAGTTCATTATTGAATACCAACAACAGCGAACTCAAAAGGAAAATTCTGAAACTGATGTTGGACTTGTTGGTCATATTTATTTGGATGAGATGATGTTAGAGGAGCTGAAGATCAGCATGGCCTATGTTTTCGACAAATGCCATGAAAGACTCAAGTCTTTTAGTCAGAAAAAGAAAGTTAATCAATCTTTGAAGAACATTGAATTATCATTTAGTGAGTCTTGCTCATCTTCACATCCTGCTGCACCATGTTTAACATTTTGGCTAAAGAATTATGATAGTGATTTGGATAATGCTGTAAAGGTCCTGGCTGAAAAGATCTGCCCTGTTCTGTTTAAAACAATAATCCAAGGAGACCCGCGCATTAGCTCTGCGAGTATAATCTGGGTTAGTCCAGATACAAACACATGGGTCCGAAACCCTTATAAATCTTCTAATGGTGAATTGGCACTTGACATCATTCTCGAGAAGGAAGCTGTCAAGCAGAGTGGCGATGCTTGGAGAGTTGTACTTGATGCCTGCCTTCCTGTTCTTCACTTGATTGATACCAGGCGTTCCATCCCTTACGCTATTAAGCAGATTCAGGAATTACTGGGGATATCATGTACTTTTGATCAAGCGATTCAGCGTGTTGCAGCATCTGTGAAAATGGTGGCGAAAGGTGTACTTAGGGAGCATCTAATTCTGTTAGCTAGTAGTATGACTTGTGGTGGGAACTTGGTTGGCTTTAATATAGGTGGATATAAAGCTCTGTCTCGTCAATTAAATATACAAGTACCATTCACAGATGCAACACTCTTTACACCTAAAAAGTGTTTTGAGAGAGCTGCTGAGAAATGCCATACTGATTCTCTGTCAAGCATAGTTGCCTCCTGTTCCTGGGGTAAACATGTGGCAGTTGGTACAGGATCAAAATTTGATGTTGTTTGGGATGCAAATGAGATAAAATCAAATGAAATTGAAGGGATGGATGTTTACAGTTTTCTTCACATGGTGAAAAGCTTTACCAATGGCGAAGAAGAAACCGATGCTTGTTTGGGTGAAGATATTGATGATTTGCTGGAAGAAGAATATATGGACTTGGGCATGTCCCCACAACATAACTCTGGTTTTGAAGCTGTCTTTGAAGAGAATCCTGAAGTACTGAATGGTTCAACATCCAATGGTTGGGATGTAAGTTCAAATCAGGGTGAATCAAAAACCAATGAGTGGTCAGGTTGGGCAAGTAGTAACAAAGCTGAAATAAAAGATGGTAGATCTGAAATTGCCCCCAAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAACCCTTGGAGTACAAGCACCATAGCAGATCAGACAAAAACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACAAGTCTGAAATACCAGTTGGTTGGGCAAGTAGTAACAAAACTGAAATAAAAGATGGTAGATCTGAAACTGCCCAAGAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAATGCTTGGAATACAAGCACCACAGTAGATCATGCAAACACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACCAGTCTGAAATACCAGCTGGTGGATCTAAAGCAGTTCAAGAAGATTCTTGGGGCTCAAGTAAGTGGAAGGCTGATGTTGCCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGAGACTGGTCGGGTTGGGGAAAGAAGAAAGATATTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGTTTGGTGCTTGGGATGCAAATGCAGAAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAATGAATGGTCAGACTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATGTCCAAGATTCTTGGGGCTCCGGTAAGAGGAAAGACAAAGTTACCCAAGAAGACAATTCTGGGTCTGGTGGTTGGGGTGCCAACAGAACAGATCTGGCAAAATCCAAATCTAGTGAATGGTCCAGCTGGGGAAAGAACAAGTCTGAAATACCAGCTGGTGGATCTGAAAATGTGCAGAATGACTCATGGGGCTCGGGTAAATTGGAAGATGATACCCAAAAAGAAAATTCTGGGTCTGCATGGGTGAGAAATAAAGCTGAAACAATAGATGGTGGGTCAGAAAAGCCCCAAGAGGATGCTTGGAATTCTGGTAATTGGAAAGCTGAATCAAAAGTCGGCAATGCCTCTTGGGGAAAACCCAAATCCTCAGAAAGTCAAGCATGGGATTCCCATAATCAGTCAAATCAAAATTCAAGTTCACAGGGATGGGAATCACATATTGCTTCAGCTAATTCAGAAAGTGAAAAAGGTTTTCAGTGGGGAAAGCAAGGTAGAGACTCGTTTAAGAAAAATCGATTTGAAGGTTCGCAAGGCCGGGGTTCAAATGCTGGTGACTGGAAAAATAGGAATCGCCCACCTAGAGCCCCTGGACAGAGATTGGACATTTATTCATCTGGTGAGCAGGATGTTCTGAAGGATATTGAACCCATTATGCAGTCTATCAGACGAATCATGCAACAACAGGGGTACAATGATGGGGACCCACTGGCTGCTGAAGATCAACTTTTTGTACTGGAGAATGTCTTTGAGCACCACCCAGATAAAGAAACCAAAATGGGCACTGGAATTGATTATGTCATGGTTAACAAACACAGTAGTTTCCAGGAAAGTAGATGCTTTTATGTGGTTTGTAAAGATGGTGAAAGCAAGGACTTTTCCTACCGGAAGTGTTTGGCCAACTATATAAGCAAGAAGTATCCTGACCTTGCTGAATCATTCCTTGGAAAATATTTTCGGAAACCTCGTGCACGGGGGGACCAGACTGCAACACCAGGGCGGGATGAAGCAGCCACTCCGGGCGAGCAGACAGCAACGCCAGGCCGGGATGAAGCAGCAACTCCGGCTGAGCAGATCTCAACACCCACCCCTATGGAAACCAATGAGTAG

>Glyma15g37710.4   sequence type=CDS   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
ATGGAGGATAATCCCCCTTCAAGTGTTTTAGATGGGACCGTTGTTGGGATCAAATTTGGTATGGCTACACGCCAGGAAATTTGTACAGCATCCATTAGTGACTCTTCAATTAGTCATGCTAGTCAGCTGTCAAATCCATTCCTTGGGCTGCCCCTTGAGTTTGGCAGATGTGAATCTTGTGGTACTTCTGAAGTTGGAAAATGCGAAGGTCACTTCGGATATATTGAGTTGCCAATTCCAATATATCACCCAAGTCATATCAGTGACTTGAAACGGATGCTGAGCATGGTCTGCTTAAACTGCCTAAAATTAAGGAAAACCAAGCTTCCAGCTTCAAGCAGTGGTTTAGCCCAGAGATTAATATCTCCTTGTTGTCAGGAGGATAAGGCTGCTCTAGTTTCTATTCGGGAAGTTAAAACAAGTGATGGGGCTTGTTATCTGGCGTTGAAAGTATCCAAATCCAAGATGCAAAATGGTTTTTGGAGTTTCTTAGAAAAATATGGTTATCGCTATGGGGGTGATCACACTCGAGCCTTGCTTCCTTGTGAGGCAATGGAAATTATTAAGAGAATTCCGATAGAGACAAAAAAAAAGCTTGCTGGAAAAGGATATTTTCCTCAAGATGGATATGTTTTGAAGTATCTTCCGGTGCCACCAAATTGCTTGTCTGTGCCAGAAGTTTCAGACGGTGTCAGTGTCATGTCGTCGGATCCTTCCATAACAATTCTCAGAAAATTGCTCAGGAAGGTTGAAATCATAAAAAGCTCTAGATCTGGTGAACCAAATTTCGAGTCTCATCACGTAGAAGCAAATGATTTGCAGTCTGTGGTTGATCAATATTTTCAAATTAGAGGAACTTCTAAGCCAGCACGTGATATAGAGACACATTTTGGGGTCAATAAAGAGCTTACTGCATCCTCAACAAAAGCATGGCTTGAGAAAATGAGGACATTATTTATAAGAAAGGGTTCAGGTTTTTCTTCCCGGAATGTAATTACTGGAGATTGTTATAAGAGGATAAATGAAGTAGGAATTCCGGTTGAAGTTGCCCAACGGATAACGTTTGAGGAGAGAGTTAACATCCACAACATCAGATATTTACAGAAGTTGGTTGATGAACATTTGTGCCTGACCTACAAGGAAGGTGGGTCAACTTATTCACTCAGGGAGGGCTCAAAGGGGCACATATATCTCAAGCCTGGTCAGATAGTGCATCGGAGGATTATGGATGGGGATATTGTCTTCATCAACAGACCACCTACAACACACAAGCACTCCTTACAAGCCCTTTATGTTTACATCCATGAAGACCACACTGTGAAGATAAATCCTTTAATTTGTGGACCACTTGGGGCTGATTTTGATGGTGACTGTGTCCATCTGTTTTATCCGCAATCACTTGCTGCTAAAGCTGAAGTTGTGGAGCTATTTTCTGTGGAGAATCAACTGCTCAGCTCTCACAGTGGTAATTTGAACCTACAGTTATCCACAGACTCGTTGTTGTCACTGAAGATGTTGGTCAAGAGATGTTTTTTTGATAGAGCAGCAGCTAATCAATTGGCGATGTTTATTTTGCTTCCTTTGCCTCGGCCTGCTTTGCTCAAGGCCAGTTCTGGTGATGCTTGTTGGACTTCCATCCAAATTTTACAGTGTGCTTTACCTTTGGGTTTTGATTGCACTGGGGGACGGTATTTGATTAGGCAGAGTGAGATCTTAGAATTTGAATTCAGCAGGGATGTTCTGCCTGCAACCGTAAATGAAATAGCAGCTTCAGTTTTCTTTGGCAAGGGTCCCAAGGAGGCACTTAATTTCTTTGATGTATTGCAACCCTTTTTGATGGAAAGCTTATTTGCGGAAGGGTTTAGTGTTAGCCTGGAAGAGTTTTCAATATCCAGGGCAATTAAAAGGATAATAAGAAAAAGCATTGGAAAAGTTTCTTCTCTGCTGTATCAGCTGAGGTCCTTGTACAATGAGCTGGTGGCGCAGCAACTGGAGAAGCACATTCGAGATGTTGAACTTCCTATCATTAATTTTGCTCTAAAGTCAACTAAATTAGGAGATTTAATTGATTCAAAGAGTAAATCTGCTATTGATAAGGTTGTTCAGCAGATTGGGTTTTTAGGGCAGCAACTTTTTGATAGGGGAAGATTCTACTCAAAGGGATTGGTAGATGATGTGGCATCACATTTTCATGCAAAGTGTTGTTATGACGGGGATGGTTATCCCTCTGCTGAGTATGGACTGCTCAAAGGGTGTTTTTTTAATGGTTTGGATCCATACGAAGAGATGGTGCATTCGATTTCAACAAGGGAAATAATGGTGCGTTCTTCGAGAGGATTATCTGAACCAGGAACACTCTTTAAGAATTTGATGGCCATCCTTCGGGATGTTGTTATCTGTTATGATGGAACTGTCAGAAACATTTGTAGTAATTCCATCATCCAGTTTGAATACGGGATACAAGCTGGAGACAAAAGTGAGCACTTATTCCCTGCTGGTGAGCCTGTAGGTGTGTTGGCTGCAACTGCTATGTCAAATCCTGCTTACAAGGCTGTCCTTGATGCTAGTCCTAGTAGCAACTCTTCATGGGAGTTGATGAAGGAAATATTACTCTGCAAGGTTAATTTTAGGAATGAACTTGTTGATCGGCGTGTCATTTTGTACTTGAATGACTGTGATTGTGGAGGGAGTTATTGCCGAGAAAATGCAGCATATTCAGTTAAAGATCAATTGAGAAAAGTCAGTCTCAAGGATGCAGCTGTGGAGTTCATTATTGAATACCAACAACAGCGAACTCAAAAGGAAAATTCTGAAACTGATGTTGGACTTGTTGGTCATATTTATTTGGATGAGATGATGTTAGAGGAGCTGAAGATCAGCATGGCCTATGTTTTCGACAAATGCCATGAAAGACTCAAGTCTTTTAGTCAGAAAAAGAAAGTTAATCAATCTTTGAAGAACATTGAATTATCATTTAGTTTATTTGTTGGTCTATATCACTTTCTGATTATGTTCCATCTTAGCAGTGAGTCTTGCTCATCTTCACATCCTGCTGCACCATGTTTAACATTTTGGCTAAAGAATTATGATAGTGATTTGGATAATGCTGTAAAGGTCCTGGCTGAAAAGATCTGCCCTGTTCTGTTTAAAACAATAATCCAAGGAGACCCGCGCATTAGCTCTGCGAGTATAATCTGGGTTAGTCCAGATACAAACACATGGGTCCGAAACCCTTATAAATCTTCTAATGGTGAATTGGCACTTGACATCATTCTCGAGAAGGAAGCTGTCAAGCAGAGTGGCGATGCTTGGAGAGTTGTACTTGATGCCTGCCTTCCTGTTCTTCACTTGATTGATACCAGGCGTTCCATCCCTTACGCTATTAAGCAGATTCAGGAATTACTGGGGATATCATGTACTTTTGATCAAGCGATTCAGCGTGTTGCAGCATCTGTGAAAATGGTGGCGAAAGGTGTACTTAGGGAGCATCTAATTCTGTTAGCTAGTAGTATGACTTGTGGTGGGAACTTGGTTGGCTTTAATATAGGTGGATATAAAGCTCTGTCTCGTCAATTAAATATACAAGTACCATTCACAGATGCAACACTCTTTACACCTAAAAAGTGTTTTGAGAGAGCTGCTGAGAAATGCCATACTGATTCTCTGTCAAGCATAGTTGCCTCCTGTTCCTGGGGTAAACATGTGGCAGTTGGTACAGGATCAAAATTTGATGTTGTTTGGGATGCAAATGAGATAAAATCAAATGAAATTGAAGGGATGGATGTTTACAGTTTTCTTCACATGGTGAAAAGCTTTACCAATGGCGAAGAAGAAACCGATGCTTGTTTGGGTGAAGATATTGATGATTTGCTGGAAGAAGAATATATGGACTTGGGCATGTCCCCACAACATAACTCTGGTTTTGAAGCTGTCTTTGAAGAGAATCCTGAAGTACTGAATGGTTCAACATCCAATGGTTGGGATGTAAGTTCAAATCAGGGTGAATCAAAAACCAATGAGTGGTCAGGTTGGGCAAGTAGTAACAAAGCTGAAATAAAAGATGGTAGATCTGAAATTGCCCCCAAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAACCCTTGGAGTACAAGCACCATAGCAGATCAGACAAAAACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACAAGTCTGAAATACCAGTTGGTTGGGCAAGTAGTAACAAAACTGAAATAAAAGATGGTAGATCTGAAACTGCCCAAGAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAATGCTTGGAATACAAGCACCACAGTAGATCATGCAAACACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACCAGTCTGAAATACCAGCTGGTGGATCTAAAGCAGTTCAAGAAGATTCTTGGGGCTCAAGTAAGTGGAAGGCTGATGTTGCCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGAGACTGGTCGGGTTGGGGAAAGAAGAAAGATATTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAATGAATGGTCAGACTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATGTCCAAGATTCTTGGGGCTCCGGTAAGAGGAAAGACAAAGTTACCCAAGAAGACAATTCTGGGTCTGGTGGTTGGGGTGCCAACAGAACAGATCTGGCAAAATCCAAATCTAGTGAATGGTCCAGCTGGGGAAAGAACAAGTCTGAAATACCAGCTGGTGGATCTGAAAATGTGCAGAATGACTCATGGGGCTCGGGTAAATTGGAAGATGATACCCAAAAAGAAAATTCTGGGTCTGCATGGGTGAGAAATAAAGCTGAAACAATAGATGGTGGGTCAGAAAAGCCCCAAGAGGATGCTTGGAATTCTGGTAATTGGAAAGCTGAATCAAAAGTCGGCAATGCCTCTTGGGGAAAACCCAAATCCTCAGAAAGTCAAGCATGGGATTCCCATAATCAGTCAAATCAAAATTCAAGTTCACAGGGATGGGAATCACATATTGCTTCAGCTAATTCAGAAAGTGAAAAAGGTTTTCAGTGGGGAAAGCAAGGTAGAGACTCGTTTAAGAAAAATCGATTTGAAGGTTCGCAAGGCCGGGGTTCAAATGCTGGTGACTGGAAAAATAGGAATCGCCCACCTAGAGCCCCTGGACAGAGATTGGACATTTATTCATCTGGTGAGCAGGATGTTCTGAAGGATATTGAACCCATTATGCAGTCTATCAGACGAATCATGCAACAACAGGGGTACAATGATGGGGACCCACTGGCTGCTGAAGATCAACTTTTTGTACTGGAGAATGTCTTTGAGCACCACCCAGATAAAGAAACCAAAATGGGCACTGGAATTGATTATGTCATGGTTAACAAACACAGTAGTTTCCAGGAAAGTAGATGCTTTTATGTGGTTTGTAAAGATGGTGAAAGCAAGGACTTTTCCTACCGGAAGTGTTTGGCCAACTATATAAGCAAGAAGTATCCTGACCTTGCTGAATCATTCCTTGGAAAATATTTTCGGAAACCTCGTGCACGGGGGGACCAGACTGCAACACCAGGGCGGGATGAAGCAGCCACTCCGGGCGAGCAGACAGCAACGCCAGGCCGGGATGAAGCAGCAACTCCGGCTGAGCAGATCTCAACACCCACCCCTATGGAAACCAATGAGTAG

>Glyma15g37710.5   sequence type=CDS   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
ATGGAGGATAATCCCCCTTCAAGTGTTTTAGATGGGACCGTTGTTGGGATCAAATTTGGTATGGCTACACGCCAGGAAATTTGTACAGCATCCATTAGTGACTCTTCAATTAGTCATGCTAGTCAGCTGTCAAATCCATTCCTTGGGCTGCCCCTTGAGTTTGGCAGATGTGAATCTTGTGGTACTTCTGAAGTTGGAAAATGCGAAGGTCACTTCGGATATATTGAGTTGCCAATTCCAATATATCACCCAAGTCATATCAGTGACTTGAAACGGATGCTGAGCATGGTCTGCTTAAACTGCCTAAAATTAAGGAAAACCAAGCTTCCAGCTTCAAGCAGTGGTTTAGCCCAGAGATTAATATCTCCTTGTTGTCAGGAGGATAAGGCTGCTCTAGTTTCTATTCGGGAAGTTAAAACAAGTGATGGGGCTTGTTATCTGGCGTTGAAAGTATCCAAATCCAAGATGCAAAATGGTTTTTGGAGTTTCTTAGAAAAATATGGTTATCGCTATGGGGGTGATCACACTCGAGCCTTGCTTCCTTGTGAGGCAATGGAAATTATTAAGAGAATTCCGATAGAGACAAAAAAAAAGCTTGCTGGAAAAGGATATTTTCCTCAAGATGGATATGTTTTGAAGTATCTTCCGGTGCCACCAAATTGCTTGTCTGTGCCAGAAGTTTCAGACGGTGTCAGTGTCATGTCGTCGGATCCTTCCATAACAATTCTCAGAAAATTGCTCAGGAAGGTTGAAATCATAAAAAGCTCTAGATCTGGTGAACCAAATTTCGAGTCTCATCACGTAGAAGCAAATGATTTGCAGTCTGTGGTTGATCAATATTTTCAAATTAGAGGAACTTCTAAGCCAGCACGTGATATAGAGACACATTTTGGGGTCAATAAAGAGCTTACTGCATCCTCAACAAAAGCATGGCTTGAGAAAATGAGGACATTATTTATAAGAAAGGGTTCAGGTTTTTCTTCCCGGAATGTAATTACTGGAGATTGTTATAAGAGGATAAATGAAGTAGGAATTCCGGTTGAAGTTGCCCAACGGATAACGTTTGAGGAGAGAGTTAACATCCACAACATCAGATATTTACAGAAGTTGGTTGATGAACATTTGTGCCTGACCTACAAGGAAGGTGGGTCAACTTATTCACTCAGGGAGGGCTCAAAGGGGCACATATATCTCAAGCCTGGTCAGATAGTGCATCGGAGGATTATGGATGGGGATATTGTCTTCATCAACAGACCACCTACAACACACAAGCACTCCTTACAAGCCCTTTATGTTTACATCCATGAAGACCACACTGTGAAGATAAATCCTTTAATTTGTGGACCACTTGGGGCTGATTTTGATGGTGACTGTGTCCATCTGTTTTATCCGCAATCACTTGCTGCTAAAGCTGAAGTTGTGGAGCTATTTTCTGTGGAGAATCAACTGCTCAGCTCTCACAGTGGTAATTTGAACCTACAGTTATCCACAGACTCGTTGTTGTCACTGAAGATGTTGGTCAAGAGATGTTTTTTTGATAGAGCAGCAGCTAATCAATTGGCGATGTTTATTTTGCTTCCTTTGCCTCGGCCTGCTTTGCTCAAGGCCAGTTCTGGTGATGCTTGTTGGACTTCCATCCAAATTTTACAGTGTGCTTTACCTTTGGGTTTTGATTGCACTGGGGGACGGTATTTGATTAGGCAGAGTGAGATCTTAGAATTTGAATTCAGCAGGGATGTTCTGCCTGCAACCGTAAATGAAATAGCAGCTTCAGTTTTCTTTGGCAAGGGTCCCAAGGAGGCACTTAATTTCTTTGATGTATTGCAACCCTTTTTGATGGAAAGCTTATTTGCGGAAGGGTTTAGTGTTAGCCTGGAAGAGTTTTCAATATCCAGGGCAATTAAAAGGATAATAAGAAAAAGCATTGGAAAAGTTTCTTCTCTGCTGTATCAGCTGAGGTCCTTGTACAATGAGCTGGTGGCGCAGCAACTGGAGAAGCACATTCGAGATGTTGAACTTCCTATCATTAATTTTGCTCTAAAGTCAACTAAATTAGGAGATTTAATTGATTCAAAGAGTAAATCTGCTATTGATAAGGTTGTTCAGCAGATTGGGTTTTTAGGGCAGCAACTTTTTGATAGGGGAAGATTCTACTCAAAGGGATTGGTAGATGATGTGGCATCACATTTTCATGCAAAGTGTTGTTATGACGGGGATGGTTATCCCTCTGCTGAGTATGGACTGCTCAAAGGGTGTTTTTTTAATGGTTTGGATCCATACGAAGAGATGGTGCATTCGATTTCAACAAGGGAAATAATGGTGCGTTCTTCGAGAGGATTATCTGAACCAGGAACACTCTTTAAGAATTTGATGGCCATCCTTCGGGATGTTGTTATCTGTTATGATGGAACTGTCAGAAACATTTGTAGTAATTCCATCATCCAGTTTGAATACGGGATACAAGCTGGAGACAAAAGTGAGCACTTATTCCCTGCTGGTGAGCCTGTAGGTGTGTTGGCTGCAACTGCTATGTCAAATCCTGCTTACAAGGCTGTCCTTGATGCTAGTCCTAGTAGCAACTCTTCATGGGAGTTGATGAAGGAAATATTACTCTGCAAGGTTAATTTTAGGAATGAACTTGTTGATCGGCGTGTCATTTTGTACTTGAATGACTGTGATTGTGGAGGGAGTTATTGCCGAGAAAATGCAGCATATTCAGTTAAAGATCAATTGAGAAAAGTCAGTCTCAAGGATGCAGCTGTGGAGTTCATTATTGAATACCAACAACAGCGAACTCAAAAGGAAAATTCTGAAACTGATGTTGGACTTGTTGGTCATATTTATTTGGATGAGATGATGTTAGAGGAGCTGAAGATCAGCATGGCCTATGTTTTCGACAAATGCCATGAAAGACTCAAGTCTTTTAGTCAGAAAAAGAAAGTTAATCAATCTTTGAAGAACATTGAATTATCATTTAGTGAGTCTTGCTCATCTTCACATCCTGCTGCACCATGTTTAACATTTTGGCTAAAGAATTATGATAGTGATTTGGATAATGCTGTAAAGGTCCTGGCTGAAAAGATCTGCCCTGTTCTGTTTAAAACAATAATCCAAGGAGACCCGCGCATTAGCTCTGCGAGTATAATCTGGGTTAGTCCAGATACAAACACATGGGTCCGAAACCCTTATAAATCTTCTAATGGTGAATTGGCACTTGACATCATTCTCGAGAAGGAAGCTGTCAAGCAGAGTGGCGATGCTTGGAGAGTTGTACTTGATGCCTGCCTTCCTGTTCTTCACTTGATTGATACCAGGCGTTCCATCCCTTACGCTATTAAGCAGATTCAGGAATTACTGGGGATATCATGTACTTTTGATCAAGCGATTCAGCGTGTTGCAGCATCTGTGAAAATGGTGGCGAAAGGTGTACTTAGGGAGCATCTAATTCTGTTAGCTAGTAGTATGACTTGTGGTGGGAACTTGGTTGGCTTTAATATAGGTGGATATAAAGCTCTGTCTCGTCAATTAAATATACAAGTACCATTCACAGATGCAACACTCTTTACACCTAAAAAGTGTTTTGAGAGAGCTGCTGAGAAATGCCATACTGATTCTCTGTCAAGCATAGTTGCCTCCTGTTCCTGGGGTAAACATGTGGCAGTTGGTACAGGATCAAAATTTGATGTTGTTTGGGATGCAAATGAGATAAAATCAAATGAAATTGAAGGGATGGATGTTTACAGTTTTCTTCACATGGTGAAAAGCTTTACCAATGGCGAAGAAGAAACCGATGCTTGTTTGGGTGAAGATATTGATGATTTGCTGGAAGAAGAATATATGGACTTGGGCATGTCCCCACAACATAACTCTGGTTTTGAAGCTGTCTTTGAAGAGAATCCTGAAGTACTGAATGGTTCAACATCCAATGGTTGGGATGTAAGTTCAAATCAGGGTGAATCAAAAACCAATGAGTGGTCAGGTTGGGCAAGTAGTAACAAAGCTGAAATAAAAGATGGTAGATCTGAAATTGCCCCCAAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAACCCTTGGAGTACAAGCACCATAGCAGATCAGACAAAAACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACAAGTCTGAAATACCAGTTGGTTGGGCAAGTAGTAACAAAACTGAAATAAAAGATGGTAGATCTGAAACTGCCCAAGAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAATGCTTGGAATACAAGCACCACAGTAGATCATGCAAACACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACCAGTCTGAAATACCAGCTGGTGGATCTAAAGCAGTTCAAGAAGATTCTTGGGGCTCAAGTAAGTGGAAGGCTGATGTTGCCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGAGACTGGTCGGGTTGGGGAAAGAAGAAAGATATTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAATGAATGGTCAGACTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATGTCCAAGATTCTTGGGGCTCCGGTAAGAGGAAAGACAAAGTTACCCAAGAAGACAATTCTGGGTCTGGTGGTTGGGGTGCCAACAGAACAGATCTGGCAAAATCCAAATCTAGTGAATGGTCCAGCTGGGGAAAGAACAAGTCTGAAATACCAGCTGGTGGATCTGAAAATGTGCAGAATGACTCATGGGGCTCGGGTAAATTGGAAGATGATACCCAAAAAGAAAATTCTGGGTCTGCATGGGTGAGAAATAAAGCTGAAACAATAGATGGTGGGTCAGAAAAGCCCCAAGAGGATGCTTGGAATTCTGGTAATTGGAAAGCTGAATCAAAAGTCGGCAATGCCTCTTGGGGAAAACCCAAATCCTCAGAAAGTCAAGCATGGGATTCCCATAATCAGTCAAATCAAAATTCAAGTTCACAGGGATGGGAATCACATATTGCTTCAGCTAATTCAGAAAGTGAAAAAGGTTTTCAGTGGGGAAAGCAAGGTAGAGACTCGTTTAAGAAAAATCGATTTGAAGGTTCGCAAGGCCGGGGTTCAAATGCTGGTGACTGGAAAAATAGGAATCGCCCACCTAGAGCCCCTGGACAGAGATTGGACATTTATTCATCTGGTGAGCAGGATGTTCTGAAGGATATTGAACCCATTATGCAGTCTATCAGACGAATCATGCAACAACAGGGGTACAATGATGGGGACCCACTGGCTGCTGAAGATCAACTTTTTGTACTGGAGAATGTCTTTGAGCACCACCCAGATAAAGAAACCAAAATGGGCACTGGAATTGATTATGTCATGGTTAACAAACACAGTAGTTTCCAGGAAAGTAGATGCTTTTATGTGGTTTGTAAAGATGGTGAAAGCAAGGACTTTTCCTACCGGAAGTGTTTGGCCAACTATATAAGCAAGAAGTATCCTGACCTTGCTGAATCATTCCTTGGAAAATATTTTCGGAAACCTCGTGCACGGGGGGACCAGACTGCAACACCAGGGCGGGATGAAGCAGCCACTCCGGGCGAGCAGACAGCAACGCCAGGCCGGGATGAAGCAGCAACTCCGGCTGAGCAGATCTCAACACCCACCCCTATGGAAACCAATGAGTAG

>Glyma15g37710.6   sequence type=CDS   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
ATGGAGGATAATCCCCCTTCAAGTGTTTTAGATGGGACCGTTGTTGGGATCAAATTTGGTATGGCTACACGCCAGGAAATTTGTACAGCATCCATTAGTGACTCTTCAATTAGTCATGCTAGTCAGCTGTCAAATCCATTCCTTGGGCTGCCCCTTGAGTTTGGCAGATGTGAATCTTGTGGTACTTCTGAAGTTGGAAAATGCGAAGGTCACTTCGGATATATTGAGTTGCCAATTCCAATATATCACCCAAGTCATATCAGTGACTTGAAACGGATGCTGAGCATGGTCTGCTTAAACTGCCTAAAATTAAGGAAAACCAAGCTTCCAGCTTCAAGCAGTGGTTTAGCCCAGAGATTAATATCTCCTTGTTGTCAGGAGGATAAGGCTGCTCTAGTTTCTATTCGGGAAGTTAAAACAAGTGATGGGGCTTGTTATCTGGCGTTGAAAGTATCCAAATCCAAGATGCAAAATGGTTTTTGGAGTTTCTTAGAAAAATATGGTTATCGCTATGGGGGTGATCACACTCGAGCCTTGCTTCCTTGTGAGGCAATGGAAATTATTAAGAGAATTCCGATAGAGACAAAAAAAAAGCTTGCTGGAAAAGGATATTTTCCTCAAGATGGATATGTTTTGAAGTATCTTCCGGTGCCACCAAATTGCTTGTCTGTGCCAGAAGTTTCAGACGGTGTCAGTGTCATGTCGTCGGATCCTTCCATAACAATTCTCAGAAAATTGCTCAGGAAGGTTGAAATCATAAAAAGCTCTAGATCTGGTGAACCAAATTTCGAGTCTCATCACGTAGAAGCAAATGATTTGCAGTCTGTGGTTGATCAATATTTTCAAATTAGAGGAACTTCTAAGCCAGCACGTGATATAGAGACACATTTTGGGGTCAATAAAGAGCTTACTGCATCCTCAACAAAAGCATGGCTTGAGAAAATGAGGACATTATTTATAAGAAAGGGTTCAGGTTTTTCTTCCCGGAATGTAATTACTGGAGATTGTTATAAGAGGATAAATGAAGTAGGAATTCCGGTTGAAGTTGCCCAACGGATAACGTTTGAGGAGAGAGTTAACATCCACAACATCAGATATTTACAGAAGTTGGTTGATGAACATTTGTGCCTGACCTACAAGGAAGGTGGGTCAACTTATTCACTCAGGGAGGGCTCAAAGGGGCACATATATCTCAAGCCTGGTCAGATAGTGCATCGGAGGATTATGGATGGGGATATTGTCTTCATCAACAGACCACCTACAACACACAAGCACTCCTTACAAGCCCTTTATGTTTACATCCATGAAGACCACACTGTGAAGATAAATCCTTTAATTTGTGGACCACTTGGGGCTGATTTTGATGGTGACTGTGTCCATCTGTTTTATCCGCAATCACTTGCTGCTAAAGCTGAAGTTGTGGAGCTATTTTCTGTGGAGAATCAACTGCTCAGCTCTCACAGTGGTAATTTGAACCTACAGTTATCCACAGACTCGTTGTTGTCACTGAAGATGTTGGTCAAGAGATGTTTTTTTGATAGAGCAGCAGCTAATCAATTGGCGATGTTTATTTTGCTTCCTTTGCCTCGGCCTGCTTTGCTCAAGGCCAGTTCTGGTGATGCTTGTTGGACTTCCATCCAAATTTTACAGTGTGCTTTACCTTTGGGTTTTGATTGCACTGGGGGACGGTATTTGATTAGGCAGAGTGAGATCTTAGAATTTGAATTCAGCAGGGATGTTCTGCCTGCAACCGTAAATGAAATAGCAGCTTCAGTTTTCTTTGGCAAGGGTCCCAAGGAGGCACTTAATTTCTTTGATGTATTGCAACCCTTTTTGATGGAAAGCTTATTTGCGGAAGGGTTTAGTGTTAGCCTGGAAGAGTTTTCAATATCCAGGGCAATTAAAAGGATAATAAGAAAAAGCATTGGAAAAGTTTCTTCTCTGCTGTATCAGCTGAGGTCCTTGTACAATGAGCTGGTGGCGCAGCAACTGGAGAAGCACATTCGAGATGTTGAACTTCCTATCATTAATTTTGCTCTAAAGTCAACTAAATTAGGAGATTTAATTGATTCAAAGAGTAAATCTGCTATTGATAAGGTTGTTCAGCAGATTGGGTTTTTAGGGCAGCAACTTTTTGATAGGGGAAGATTCTACTCAAAGGGATTGGTAGATGATGTGGCATCACATTTTCATGCAAAGTGTTGTTATGACGGGGATGGTTATCCCTCTGCTGAGTATGGACTGCTCAAAGGGTGTTTTTTTAATGGTTTGGATCCATACGAAGAGATGGTGCATTCGATTTCAACAAGGGAAATAATGGTGCGTTCTTCGAGAGGATTATCTGAACCAGGAACACTCTTTAAGAATTTGATGGCCATCCTTCGGGATGTTGTTATCTGTTATGATGGAACTGTCAGAAACATTTGTAGTAATTCCATCATCCAGTTTGAATACGGGATACAAGCTGGAGACAAAAGTGAGCACTTATTCCCTGCTGGTGAGCCTGTAGGTGTGTTGGCTGCAACTGCTATGTCAAATCCTGCTTACAAGGCTGTCCTTGATGCTAGTCCTAGTAGCAACTCTTCATGGGAGTTGATGAAGGAAATATTACTCTGCAAGGTTAATTTTAGGAATGAACTTGTTGATCGGCGTGTCATTTTGTACTTGAATGACTGTGATTGTGGAGGGAGTTATTGCCGAGAAAATGCAGCATATTCAGTTAAAGATCAATTGAGAAAAGTCAGTCTCAAGGATGCAGCTGTGGAGTTCATTATTGAATACCAACAACAGCGAACTCAAAAGGAAAATTCTGAAACTGATGTTGGACTTGTTGGTCATATTTATTTGGATGAGATGATGTTAGAGGAGCTGAAGATCAGCATGGCCTATGTTTTCGACAAATGCCATGAAAGACTCAAGTCTTTTAGTCAGAAAAAGAAAGTTAATCAATCTTTGAAGAACATTGAATTATCATTTAGTGAGTCTTGCTCATCTTCACATCCTGCTGCACCATGTTTAACATTTTGGCTAAAGAATTATGATAGTGATTTGGATAATGCTGTAAAGGTCCTGGCTGAAAAGATCTGCCCTGTTCTGTTTAAAACAATAATCCAAGGAGACCCGCGCATTAGCTCTGCGAGTATAATCTGGGTTAGTCCAGATACAAACACATGGGTCCGAAACCCTTATAAATCTTCTAATGGTGAATTGGCACTTGACATCATTCTCGAGAAGGAAGCTGTCAAGCAGAGTGGCGATGCTTGGAGAGTTGTACTTGATGCCTGCCTTCCTGTTCTTCACTTGATTGATACCAGGCGTTCCATCCCTTACGCTATTAAGCAGATTCAGGAATTACTGGGGATATCATGTACTTTTGATCAAGCGATTCAGCGTGTTGCAGCATCTGTGAAAATGGTGGCGAAAGGTGTACTTAGGGAGCATCTAATTCTGTTAGCTAGTAGTATGACTTGTGGTGGGAACTTGGTTGGCTTTAATATAGGTGGATATAAAGCTCTGTCTCGTCAATTAAATATACAAGTACCATTCACAGATGCAACACTCTTTACACCTAAAAAGTGTTTTGAGAGAGCTGCTGAGAAATGCCATACTGATTCTCTGTCAAGCATAGTTGCCTCCTGTTCCTGGGGTAAACATGTGGCAGTTGGTACAGGATCAAAATTTGATGTTGTTTGGGATGCAAATGAGATAAAATCAAATGAAATTGAAGGGATGGATGTTTACAGTTTTCTTCACATGGTGAAAAGCTTTACCAATGGCGAAGAAGAAACCGATGCTTGTTTGGGTGAAGATATTGATGATTTGCTGGAAGAAGAATATATGGACTTGGGCATGTCCCCACAACATAACTCTGGTTTTGAAGCTGTCTTTGAAGAGAATCCTGAAGTACTGAATGGTTCAACATCCAATGGTTGGGATGTAAGTTCAAATCAGGGTGAATCAAAAACCAATGAGTGGTCAGGTTGGGCAAGTAGTAACAAAGCTGAAATAAAAGATGGTAGATCTGAAATTGCCCCCAAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAACCCTTGGAGTACAAGCACCATAGCAGATCAGACAAAAACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACAAGTCTGAAATACCAGTTGGTTGGGCAAGTAGTAACAAAACTGAAATAAAAGATGGTAGATCTGAAACTGCCCAAGAGAATTCTTGGGGGAAAACTGTCAACCAAGAAGACTCTTCCAAGTCTAATGCTTGGAATACAAGCACCACAGTAGATCATGCAAACACTAAATCTAATGAATGGTCTGCCTGGGGAAGTAACCAGTCTGAAATACCAGCTGGTGGATCTAAAGCAGTTCAAGAAGATTCTTGGGGCTCAAGTAAGTGGAAGGCTGATGTTGCCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGAGACTGGTCGGGTTGGGGAAAGAAGAAAGATATTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAGTGAATGGTCGGGTTGGGGAAAGAAGAAAGATGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATACAGCAGATCAGACAAAATCTAATGAATGGTCAGGTTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATTCCAGGCTTGGTGCTTGGGATGCAAATGCAGCAGATCAGACAAAATCTAATGAATGGTCAGACTGGGGAAAGAAGAAAGAAGTTACCCAAGAAGACAATGTCCAAGATTCTTGGGGCTCCGGTAAGAGGAAAGACAAAGTTACCCAAGAAGACAATTCTGGGTCTGGTGGTTGGGGTGCCAACAGAACAGATCTGGCAAAATCCAAATCTAGTGAATGGTCCAGCTGGGGAAAGAACAAGTCTGAAATACCAGCTGGTGGATCTGAAAATGTGCAGAATGACTCATGGGGCTCGGGTAAATTGGAAGATGATACCCAAAAAGAAAATTCTGGGTCTGCATGGGTGAGAAATAAAGCTGAAACAATAGATGGTGGGTCAGAAAAGCCCCAAGAGGATGCTTGGAATTCTGGTAATTGGAAAGCTGAATCAAAAGTCGGCAATGCCTCTTGGGGAAAACCCAAATCCTCAGAAAGTCAAGCATGGGATTCCCATAATCAGTCAAATCAAAATTCAAGTTCACAGGGATGGGAATCACATATTGCTTCAGCTAATTCAGAAAGTGAAAAAGGTTTTCAGTGGGGAAAGCAAGGTAGAGACTCGTTTAAGAAAAATCGATTTGAAGGTTCGCAAGGCCGGGGTTCAAATGCTGGTGACTGGAAAAATAGGAATCGCCCACCTAGAGCCCCTGGACAGAGATTGGACATTTATTCATCTGGTGAGCAGGATGTTCTGAAGGATATTGAACCCATTATGCAGTCTATCAGACGAATCATGCAACAACAGGGGTACAATGATGGGGACCCACTGGCTGCTGAAGATCAACTTTTTGTACTGGAGAATGTCTTTGAGCACCACCCAGATAAAGAAACCAAAATGGGCACTGGAATTGATTATGTCATGGTTAACAAACACAGTAGTTTCCAGGAAAGTAGATGCTTTTATGTGGTTTGTAAAGATGGTGAAAGCAAGGACTTTTCCTACCGGAAGTGTTTGGCCAACTATATAAGCAAGAAGTATCCTGACCTTGCTGAATCATTCCTTGGAAAATATTTTCGGAAACCTCGTGCACGGGGGGACCAGACTGCAACACCAGGGCGGGATGAAGCAGCCACTCCGGGCGAGCAGACAGCAACGCCAGGCCGGGATGAAGCAGCAACTCCGGCTGAGCAGATCTCAACACCCACCCCTATGGAAACCAATGAGTAG

Predicted protein sequences of Glyma15g37710

Limit To All Plant Sequences

>Glyma15g37710.1   sequence type=predicted peptide   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
MEDNPPSSVLDGTVVGIKFGMATRQEICTASISDSSISHASQLSNPFLGLPLEFGRCESCGTSEVGKCEGHFGYIELPIPIYHPSHISDLKRMLSMVCLNCLKLRKTKLPASSSGLAQRLISPCCQEDKAALVSIREVKTSDGACYLALKVSKSKMQNGFWSFLEKYGYRYGGDHTRALLPCEAMEIIKRIPIETKKKLAGKGYFPQDGYVLKYLPVPPNCLSVPEVSDGVSVMSSDPSITILRKLLRKVEIIKSSRSGEPNFESHHVEANDLQSVVDQYFQIRGTSKPARDIETHFGVNKELTASSTKAWLEKMRTLFIRKGSGFSSRNVITGDCYKRINEVGIPVEVAQRITFEERVNIHNIRYLQKLVDEHLCLTYKEGGSTYSLREGSKGHIYLKPGQIVHRRIMDGDIVFINRPPTTHKHSLQALYVYIHEDHTVKINPLICGPLGADFDGDCVHLFYPQSLAAKAEVVELFSVENQLLSSHSGNLNLQLSTDSLLSLKMLVKRCFFDRAAANQLAMFILLPLPRPALLKASSGDACWTSIQILQCALPLGFDCTGGRYLIRQSEILEFEFSRDVLPATVNEIAASVFFGKGPKEALNFFDVLQPFLMESLFAEGFSVSLEEFSISRAIKRIIRKSIGKVSSLLYQLRSLYNELVAQQLEKHIRDVELPIINFALKSTKLGDLIDSKSKSAIDKVVQQIGFLGQQLFDRGRFYSKGLVDDVASHFHAKCCYDGDGYPSAEYGLLKGCFFNGLDPYEEMVHSISTREIMVRSSRGLSEPGTLFKNLMAILRDVVICYDGTVRNICSNSIIQFEYGIQAGDKSEHLFPAGEPVGVLAATAMSNPAYKAVLDASPSSNSSWELMKEILLCKVNFRNELVDRRVILYLNDCDCGGSYCRENAAYSVKDQLRKVSLKDAAVEFIIEYQQQRTQKENSETDVGLVGHIYLDEMMLEELKISMAYVFDKCHERLKSFSQKKKVNQSLKNIELSFSLFVGLYHFLIMFHLSSESCSSSHPAAPCLTFWLKNYDSDLDNAVKVLAEKICPVLFKTIIQGDPRISSASIIWVSPDTNTWVRNPYKSSNGELALDIILEKEAVKQSGDAWRVVLDACLPVLHLIDTRRSIPYAIKQIQELLGISCTFDQAIQRVAASVKMVAKGVLREHLILLASSMTCGGNLVGFNIGGYKALSRQLNIQVPFTDATLFTPKKCFERAAEKCHTDSLSSIVASCSWGKHVAVGTGSKFDVVWDANEIKSNEIEGMDVYSFLHMVKSFTNGEEETDACLGEDIDDLLEEEYMDLGMSPQHNSGFEAVFEENPEVLNGSTSNGWDVSSNQGESKTNEWSGWASSNKAEIKDGRSEIAPKNSWGKTVNQEDSSKSNPWSTSTIADQTKTKSNEWSAWGSNKSEIPVGWASSNKTEIKDGRSETAQENSWGKTVNQEDSSKSNAWNTSTTVDHANTKSNEWSAWGSNQSEIPAGGSKAVQEDSWGSSKWKADVAQEDNSRLGAWDANAADQTKSSEWSGWGKKKDVTQEDNSRLGAWDANAADQTKSRDWSGWGKKKDITQEDNSRLGAWDANAADQTKSSEWSGWGKKKDVTQEDNSRLGAWDANTADQTKSNEWSGWGKKKEVTQEDNSRLGAWDANTADQTKSNEWSGWGKKKEVTQEDNSRFGAWDANAEDQTKSNEWSGWGKKKDVTQEDNSRLGAWDANAADQTKSNEWSDWGKKKEVTQEDNVQDSWGSGKRKDKVTQEDNSGSGGWGANRTDLAKSKSSEWSSWGKNKSEIPAGGSENVQNDSWGSGKLEDDTQKENSGSAWVRNKAETIDGGSEKPQEDAWNSGNWKAESKVGNASWGKPKSSESQAWDSHNQSNQNSSSQGWESHIASANSESEKGFQWGKQGRDSFKKNRFEGSQGRGSNAGDWKNRNRPPRAPGQRLDIYSSGEQDVLKDIEPIMQSIRRIMQQQGYNDGDPLAAEDQLFVLENVFEHHPDKETKMGTGIDYVMVNKHSSFQESRCFYVVCKDGESKDFSYRKCLANYISKKYPDLAESFLGKYFRKPRARGDQTATPGRDEAATPGEQTATPGRDEAATPAEQISTPTPMETNE*

>Glyma15g37710.2   sequence type=predicted peptide   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
MEDNPPSSVLDGTVVGIKFGMATRQEICTASISDSSISHASQLSNPFLGLPLEFGRCESCGTSEVGKCEGHFGYIELPIPIYHPSHISDLKRMLSMVCLNCLKLRKTKLPASSSGLAQRLISPCCQEDKAALVSIREVKTSDGACYLALKVSKSKMQNGFWSFLEKYGYRYGGDHTRALLPCEAMEIIKRIPIETKKKLAGKGYFPQDGYVLKYLPVPPNCLSVPEVSDGVSVMSSDPSITILRKLLRKVEIIKSSRSGEPNFESHHVEANDLQSVVDQYFQIRGTSKPARDIETHFGVNKELTASSTKAWLEKMRTLFIRKGSGFSSRNVITGDCYKRINEVGIPVEVAQRITFEERVNIHNIRYLQKLVDEHLCLTYKEGGSTYSLREGSKGHIYLKPGQIVHRRIMDGDIVFINRPPTTHKHSLQALYVYIHEDHTVKINPLICGPLGADFDGDCVHLFYPQSLAAKAEVVELFSVENQLLSSHSGNLNLQLSTDSLLSLKMLVKRCFFDRAAANQLAMFILLPLPRPALLKASSGDACWTSIQILQCALPLGFDCTGGRYLIRQSEILEFEFSRDVLPATVNEIAASVFFGKGPKEALNFFDVLQPFLMESLFAEGFSVSLEEFSISRAIKRIIRKSIGKVSSLLYQLRSLYNELVAQQLEKHIRDVELPIINFALKSTKLGDLIDSKSKSAIDKVVQQIGFLGQQLFDRGRFYSKGLVDDVASHFHAKCCYDGDGYPSAEYGLLKGCFFNGLDPYEEMVHSISTREIMVRSSRGLSEPGTLFKNLMAILRDVVICYDGTVRNICSNSIIQFEYGIQAGDKSEHLFPAGEPVGVLAATAMSNPAYKAVLDASPSSNSSWELMKEILLCKVNFRNELVDRRVILYLNDCDCGGSYCRENAAYSVKDQLRKVSLKDAAVEFIIEYQQQRTQKENSETDVGLVGHIYLDEMMLEELKISMAYVFDKCHERLKSFSQKKKVNQSLKNIELSFSESCSSSHPAAPCLTFWLKNYDSDLDNAVKVLAEKICPVLFKTIIQGDPRISSASIIWVSPDTNTWVRNPYKSSNGELALDIILEKEAVKQSGDAWRVVLDACLPVLHLIDTRRSIPYAIKQIQELLGISCTFDQAIQRVAASVKMVAKGVLREHLILLASSMTCGGNLVGFNIGGYKALSRQLNIQVPFTDATLFTPKKCFERAAEKCHTDSLSSIVASCSWGKHVAVGTGSKFDVVWDANEIKSNEIEGMDVYSFLHMVKSFTNGEEETDACLGEDIDDLLEEEYMDLGMSPQHNSGFEAVFEENPEVLNGSTSNGWDVSSNQGESKTNEWSGWASSNKAEIKDGRSEIAPKNSWGKTVNQEDSSKSNPWSTSTIADQTKTKSNEWSAWGSNKSEIPVGWASSNKTEIKDGRSETAQENSWGKTVNQEDSSKSNAWNTSTTVDHANTKSNEWSAWGSNQSEIPAGGSKAVQEDSWGSSKWKADVAQEDNSRLGAWDANAADQTKSSEWSGWGKKKDVTQEDNSRLGAWDANAADQTKSRDWSGWGKKKDITQEDNSRLGAWDANAADQTKSSEWSGWGKKKDVTQEDNSRLGAWDANTADQTKSNEWSGWGKKKEVTQEDNSRLGAWDANTADQTKSNEWSGWGKKKEVTQEDNSRFGAWDANAEDQTKSNEWSGWGKKKDVTQEDNSRLGAWDANAADQTKSNEWSDWGKKKEVTQEDNVQDSWGSGKRKDKVTQEDNSGSGGWGANRTDLAKSKSSEWSSWGKNKSEIPAGGSENVQNDSWGSGKLEDDTQKENSGSAWVRNKAETIDGGSEKPQEDAWNSGNWKAESKVGNASWGKPKSSESQAWDSHNQSNQNSSSQGWESHIASANSESEKGFQWGKQGRDSFKKNRFEGSQGRGSNAGDWKNRNRPPRAPGQRLDIYSSGEQDVLKDIEPIMQSIRRIMQQQGYNDGDPLAAEDQLFVLENVFEHHPDKETKMGTGIDYVMVNKHSSFQESRCFYVVCKDGESKDFSYRKCLANYISKKYPDLAESFLGKYFRKPRARGDQTATPGRDEAATPGEQTATPGRDEAATPAEQISTPTPMETNE*

>Glyma15g37710.3   sequence type=predicted peptide   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
MEDNPPSSVLDGTVVGIKFGMATRQEICTASISDSSISHASQLSNPFLGLPLEFGRCESCGTSEVGKCEGHFGYIELPIPIYHPSHISDLKRMLSMVCLNCLKLRKTKLPASSSGLAQRLISPCCQEDKAALVSIREVKTSDGACYLALKVSKSKMQNGFWSFLEKYGYRYGGDHTRALLPCEAMEIIKRIPIETKKKLAGKGYFPQDGYVLKYLPVPPNCLSVPEVSDGVSVMSSDPSITILRKLLRKVEIIKSSRSGEPNFESHHVEANDLQSVVDQYFQIRGTSKPARDIETHFGVNKELTASSTKAWLEKMRTLFIRKGSGFSSRNVITGDCYKRINEVGIPVEVAQRITFEERVNIHNIRYLQKLVDEHLCLTYKEGGSTYSLREGSKGHIYLKPGQIVHRRIMDGDIVFINRPPTTHKHSLQALYVYIHEDHTVKINPLICGPLGADFDGDCVHLFYPQSLAAKAEVVELFSVENQLLSSHSGNLNLQLSTDSLLSLKMLVKRCFFDRAAANQLAMFILLPLPRPALLKASSGDACWTSIQILQCALPLGFDCTGGRYLIRQSEILEFEFSRDVLPATVNEIAASVFFGKGPKEALNFFDVLQPFLMESLFAEGFSVSLEEFSISRAIKRIIRKSIGKVSSLLYQLRSLYNELVAQQLEKHIRDVELPIINFALKSTKLGDLIDSKSKSAIDKVVQQIGFLGQQLFDRGRFYSKGLVDDVASHFHAKCCYDGDGYPSAEYGLLKGCFFNGLDPYEEMVHSISTREIMVRSSRGLSEPGTLFKNLMAILRDVVICYDGTVRNICSNSIIQFEYGIQAGDKSEHLFPAGEPVGVLAATAMSNPAYKAVLDASPSSNSSWELMKEILLCKVNFRNELVDRRVILYLNDCDCGGSYCRENAAYSVKDQLRKVSLKDAAVEFIIEYQQQRTQKENSETDVGLVGHIYLDEMMLEELKISMAYVFDKCHERLKSFSQKKKVNQSLKNIELSFSESCSSSHPAAPCLTFWLKNYDSDLDNAVKVLAEKICPVLFKTIIQGDPRISSASIIWVSPDTNTWVRNPYKSSNGELALDIILEKEAVKQSGDAWRVVLDACLPVLHLIDTRRSIPYAIKQIQELLGISCTFDQAIQRVAASVKMVAKGVLREHLILLASSMTCGGNLVGFNIGGYKALSRQLNIQVPFTDATLFTPKKCFERAAEKCHTDSLSSIVASCSWGKHVAVGTGSKFDVVWDANEIKSNEIEGMDVYSFLHMVKSFTNGEEETDACLGEDIDDLLEEEYMDLGMSPQHNSGFEAVFEENPEVLNGSTSNGWDVSSNQGESKTNEWSGWASSNKAEIKDGRSEIAPKNSWGKTVNQEDSSKSNPWSTSTIADQTKTKSNEWSAWGSNKSEIPVGWASSNKTEIKDGRSETAQENSWGKTVNQEDSSKSNAWNTSTTVDHANTKSNEWSAWGSNQSEIPAGGSKAVQEDSWGSSKWKADVAQEDNSRLGAWDANAADQTKSSEWSGWGKKKDVTQEDNSRLGAWDANAADQTKSRDWSGWGKKKDITQEDNSRLGAWDANAADQTKSSEWSGWGKKKDVTQEDNSRLGAWDANTADQTKSNEWSGWGKKKEVTQEDNSRLGAWDANTADQTKSNEWSGWGKKKEVTQEDNSRFGAWDANAEDQTKSNEWSGWGKKKDVTQEDNSRLGAWDANAADQTKSNEWSDWGKKKEVTQEDNVQDSWGSGKRKDKVTQEDNSGSGGWGANRTDLAKSKSSEWSSWGKNKSEIPAGGSENVQNDSWGSGKLEDDTQKENSGSAWVRNKAETIDGGSEKPQEDAWNSGNWKAESKVGNASWGKPKSSESQAWDSHNQSNQNSSSQGWESHIASANSESEKGFQWGKQGRDSFKKNRFEGSQGRGSNAGDWKNRNRPPRAPGQRLDIYSSGEQDVLKDIEPIMQSIRRIMQQQGYNDGDPLAAEDQLFVLENVFEHHPDKETKMGTGIDYVMVNKHSSFQESRCFYVVCKDGESKDFSYRKCLANYISKKYPDLAESFLGKYFRKPRARGDQTATPGRDEAATPGEQTATPGRDEAATPAEQISTPTPMETNE*

>Glyma15g37710.4   sequence type=predicted peptide   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
MEDNPPSSVLDGTVVGIKFGMATRQEICTASISDSSISHASQLSNPFLGLPLEFGRCESCGTSEVGKCEGHFGYIELPIPIYHPSHISDLKRMLSMVCLNCLKLRKTKLPASSSGLAQRLISPCCQEDKAALVSIREVKTSDGACYLALKVSKSKMQNGFWSFLEKYGYRYGGDHTRALLPCEAMEIIKRIPIETKKKLAGKGYFPQDGYVLKYLPVPPNCLSVPEVSDGVSVMSSDPSITILRKLLRKVEIIKSSRSGEPNFESHHVEANDLQSVVDQYFQIRGTSKPARDIETHFGVNKELTASSTKAWLEKMRTLFIRKGSGFSSRNVITGDCYKRINEVGIPVEVAQRITFEERVNIHNIRYLQKLVDEHLCLTYKEGGSTYSLREGSKGHIYLKPGQIVHRRIMDGDIVFINRPPTTHKHSLQALYVYIHEDHTVKINPLICGPLGADFDGDCVHLFYPQSLAAKAEVVELFSVENQLLSSHSGNLNLQLSTDSLLSLKMLVKRCFFDRAAANQLAMFILLPLPRPALLKASSGDACWTSIQILQCALPLGFDCTGGRYLIRQSEILEFEFSRDVLPATVNEIAASVFFGKGPKEALNFFDVLQPFLMESLFAEGFSVSLEEFSISRAIKRIIRKSIGKVSSLLYQLRSLYNELVAQQLEKHIRDVELPIINFALKSTKLGDLIDSKSKSAIDKVVQQIGFLGQQLFDRGRFYSKGLVDDVASHFHAKCCYDGDGYPSAEYGLLKGCFFNGLDPYEEMVHSISTREIMVRSSRGLSEPGTLFKNLMAILRDVVICYDGTVRNICSNSIIQFEYGIQAGDKSEHLFPAGEPVGVLAATAMSNPAYKAVLDASPSSNSSWELMKEILLCKVNFRNELVDRRVILYLNDCDCGGSYCRENAAYSVKDQLRKVSLKDAAVEFIIEYQQQRTQKENSETDVGLVGHIYLDEMMLEELKISMAYVFDKCHERLKSFSQKKKVNQSLKNIELSFSLFVGLYHFLIMFHLSSESCSSSHPAAPCLTFWLKNYDSDLDNAVKVLAEKICPVLFKTIIQGDPRISSASIIWVSPDTNTWVRNPYKSSNGELALDIILEKEAVKQSGDAWRVVLDACLPVLHLIDTRRSIPYAIKQIQELLGISCTFDQAIQRVAASVKMVAKGVLREHLILLASSMTCGGNLVGFNIGGYKALSRQLNIQVPFTDATLFTPKKCFERAAEKCHTDSLSSIVASCSWGKHVAVGTGSKFDVVWDANEIKSNEIEGMDVYSFLHMVKSFTNGEEETDACLGEDIDDLLEEEYMDLGMSPQHNSGFEAVFEENPEVLNGSTSNGWDVSSNQGESKTNEWSGWASSNKAEIKDGRSEIAPKNSWGKTVNQEDSSKSNPWSTSTIADQTKTKSNEWSAWGSNKSEIPVGWASSNKTEIKDGRSETAQENSWGKTVNQEDSSKSNAWNTSTTVDHANTKSNEWSAWGSNQSEIPAGGSKAVQEDSWGSSKWKADVAQEDNSRLGAWDANAADQTKSSEWSGWGKKKDVTQEDNSRLGAWDANAADQTKSRDWSGWGKKKDITQEDNSRLGAWDANAADQTKSSEWSGWGKKKDVTQEDNSRLGAWDANTADQTKSNEWSGWGKKKEVTQEDNSRLGAWDANTADQTKSNEWSGWGKKKEVTQEDNSRLGAWDANAADQTKSNEWSDWGKKKEVTQEDNVQDSWGSGKRKDKVTQEDNSGSGGWGANRTDLAKSKSSEWSSWGKNKSEIPAGGSENVQNDSWGSGKLEDDTQKENSGSAWVRNKAETIDGGSEKPQEDAWNSGNWKAESKVGNASWGKPKSSESQAWDSHNQSNQNSSSQGWESHIASANSESEKGFQWGKQGRDSFKKNRFEGSQGRGSNAGDWKNRNRPPRAPGQRLDIYSSGEQDVLKDIEPIMQSIRRIMQQQGYNDGDPLAAEDQLFVLENVFEHHPDKETKMGTGIDYVMVNKHSSFQESRCFYVVCKDGESKDFSYRKCLANYISKKYPDLAESFLGKYFRKPRARGDQTATPGRDEAATPGEQTATPGRDEAATPAEQISTPTPMETNE*

>Glyma15g37710.5   sequence type=predicted peptide   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
MEDNPPSSVLDGTVVGIKFGMATRQEICTASISDSSISHASQLSNPFLGLPLEFGRCESCGTSEVGKCEGHFGYIELPIPIYHPSHISDLKRMLSMVCLNCLKLRKTKLPASSSGLAQRLISPCCQEDKAALVSIREVKTSDGACYLALKVSKSKMQNGFWSFLEKYGYRYGGDHTRALLPCEAMEIIKRIPIETKKKLAGKGYFPQDGYVLKYLPVPPNCLSVPEVSDGVSVMSSDPSITILRKLLRKVEIIKSSRSGEPNFESHHVEANDLQSVVDQYFQIRGTSKPARDIETHFGVNKELTASSTKAWLEKMRTLFIRKGSGFSSRNVITGDCYKRINEVGIPVEVAQRITFEERVNIHNIRYLQKLVDEHLCLTYKEGGSTYSLREGSKGHIYLKPGQIVHRRIMDGDIVFINRPPTTHKHSLQALYVYIHEDHTVKINPLICGPLGADFDGDCVHLFYPQSLAAKAEVVELFSVENQLLSSHSGNLNLQLSTDSLLSLKMLVKRCFFDRAAANQLAMFILLPLPRPALLKASSGDACWTSIQILQCALPLGFDCTGGRYLIRQSEILEFEFSRDVLPATVNEIAASVFFGKGPKEALNFFDVLQPFLMESLFAEGFSVSLEEFSISRAIKRIIRKSIGKVSSLLYQLRSLYNELVAQQLEKHIRDVELPIINFALKSTKLGDLIDSKSKSAIDKVVQQIGFLGQQLFDRGRFYSKGLVDDVASHFHAKCCYDGDGYPSAEYGLLKGCFFNGLDPYEEMVHSISTREIMVRSSRGLSEPGTLFKNLMAILRDVVICYDGTVRNICSNSIIQFEYGIQAGDKSEHLFPAGEPVGVLAATAMSNPAYKAVLDASPSSNSSWELMKEILLCKVNFRNELVDRRVILYLNDCDCGGSYCRENAAYSVKDQLRKVSLKDAAVEFIIEYQQQRTQKENSETDVGLVGHIYLDEMMLEELKISMAYVFDKCHERLKSFSQKKKVNQSLKNIELSFSESCSSSHPAAPCLTFWLKNYDSDLDNAVKVLAEKICPVLFKTIIQGDPRISSASIIWVSPDTNTWVRNPYKSSNGELALDIILEKEAVKQSGDAWRVVLDACLPVLHLIDTRRSIPYAIKQIQELLGISCTFDQAIQRVAASVKMVAKGVLREHLILLASSMTCGGNLVGFNIGGYKALSRQLNIQVPFTDATLFTPKKCFERAAEKCHTDSLSSIVASCSWGKHVAVGTGSKFDVVWDANEIKSNEIEGMDVYSFLHMVKSFTNGEEETDACLGEDIDDLLEEEYMDLGMSPQHNSGFEAVFEENPEVLNGSTSNGWDVSSNQGESKTNEWSGWASSNKAEIKDGRSEIAPKNSWGKTVNQEDSSKSNPWSTSTIADQTKTKSNEWSAWGSNKSEIPVGWASSNKTEIKDGRSETAQENSWGKTVNQEDSSKSNAWNTSTTVDHANTKSNEWSAWGSNQSEIPAGGSKAVQEDSWGSSKWKADVAQEDNSRLGAWDANAADQTKSSEWSGWGKKKDVTQEDNSRLGAWDANAADQTKSRDWSGWGKKKDITQEDNSRLGAWDANAADQTKSSEWSGWGKKKDVTQEDNSRLGAWDANTADQTKSNEWSGWGKKKEVTQEDNSRLGAWDANTADQTKSNEWSGWGKKKEVTQEDNSRLGAWDANAADQTKSNEWSDWGKKKEVTQEDNVQDSWGSGKRKDKVTQEDNSGSGGWGANRTDLAKSKSSEWSSWGKNKSEIPAGGSENVQNDSWGSGKLEDDTQKENSGSAWVRNKAETIDGGSEKPQEDAWNSGNWKAESKVGNASWGKPKSSESQAWDSHNQSNQNSSSQGWESHIASANSESEKGFQWGKQGRDSFKKNRFEGSQGRGSNAGDWKNRNRPPRAPGQRLDIYSSGEQDVLKDIEPIMQSIRRIMQQQGYNDGDPLAAEDQLFVLENVFEHHPDKETKMGTGIDYVMVNKHSSFQESRCFYVVCKDGESKDFSYRKCLANYISKKYPDLAESFLGKYFRKPRARGDQTATPGRDEAATPGEQTATPGRDEAATPAEQISTPTPMETNE*

>Glyma15g37710.6   sequence type=predicted peptide   gene model=Glyma15g37710   sequence assembly version=Glyma 1.0   annotation version=1.1   JGI Gene Call confidence=high
MEDNPPSSVLDGTVVGIKFGMATRQEICTASISDSSISHASQLSNPFLGLPLEFGRCESCGTSEVGKCEGHFGYIELPIPIYHPSHISDLKRMLSMVCLNCLKLRKTKLPASSSGLAQRLISPCCQEDKAALVSIREVKTSDGACYLALKVSKSKMQNGFWSFLEKYGYRYGGDHTRALLPCEAMEIIKRIPIETKKKLAGKGYFPQDGYVLKYLPVPPNCLSVPEVSDGVSVMSSDPSITILRKLLRKVEIIKSSRSGEPNFESHHVEANDLQSVVDQYFQIRGTSKPARDIETHFGVNKELTASSTKAWLEKMRTLFIRKGSGFSSRNVITGDCYKRINEVGIPVEVAQRITFEERVNIHNIRYLQKLVDEHLCLTYKEGGSTYSLREGSKGHIYLKPGQIVHRRIMDGDIVFINRPPTTHKHSLQALYVYIHEDHTVKINPLICGPLGADFDGDCVHLFYPQSLAAKAEVVELFSVENQLLSSHSGNLNLQLSTDSLLSLKMLVKRCFFDRAAANQLAMFILLPLPRPALLKASSGDACWTSIQILQCALPLGFDCTGGRYLIRQSEILEFEFSRDVLPATVNEIAASVFFGKGPKEALNFFDVLQPFLMESLFAEGFSVSLEEFSISRAIKRIIRKSIGKVSSLLYQLRSLYNELVAQQLEKHIRDVELPIINFALKSTKLGDLIDSKSKSAIDKVVQQIGFLGQQLFDRGRFYSKGLVDDVASHFHAKCCYDGDGYPSAEYGLLKGCFFNGLDPYEEMVHSISTREIMVRSSRGLSEPGTLFKNLMAILRDVVICYDGTVRNICSNSIIQFEYGIQAGDKSEHLFPAGEPVGVLAATAMSNPAYKAVLDASPSSNSSWELMKEILLCKVNFRNELVDRRVILYLNDCDCGGSYCRENAAYSVKDQLRKVSLKDAAVEFIIEYQQQRTQKENSETDVGLVGHIYLDEMMLEELKISMAYVFDKCHERLKSFSQKKKVNQSLKNIELSFSESCSSSHPAAPCLTFWLKNYDSDLDNAVKVLAEKICPVLFKTIIQGDPRISSASIIWVSPDTNTWVRNPYKSSNGELALDIILEKEAVKQSGDAWRVVLDACLPVLHLIDTRRSIPYAIKQIQELLGISCTFDQAIQRVAASVKMVAKGVLREHLILLASSMTCGGNLVGFNIGGYKALSRQLNIQVPFTDATLFTPKKCFERAAEKCHTDSLSSIVASCSWGKHVAVGTGSKFDVVWDANEIKSNEIEGMDVYSFLHMVKSFTNGEEETDACLGEDIDDLLEEEYMDLGMSPQHNSGFEAVFEENPEVLNGSTSNGWDVSSNQGESKTNEWSGWASSNKAEIKDGRSEIAPKNSWGKTVNQEDSSKSNPWSTSTIADQTKTKSNEWSAWGSNKSEIPVGWASSNKTEIKDGRSETAQENSWGKTVNQEDSSKSNAWNTSTTVDHANTKSNEWSAWGSNQSEIPAGGSKAVQEDSWGSSKWKADVAQEDNSRLGAWDANAADQTKSSEWSGWGKKKDVTQEDNSRLGAWDANAADQTKSRDWSGWGKKKDITQEDNSRLGAWDANAADQTKSSEWSGWGKKKDVTQEDNSRLGAWDANTADQTKSNEWSGWGKKKEVTQEDNSRLGAWDANTADQTKSNEWSGWGKKKEVTQEDNSRLGAWDANAADQTKSNEWSDWGKKKEVTQEDNVQDSWGSGKRKDKVTQEDNSGSGGWGANRTDLAKSKSSEWSSWGKNKSEIPAGGSENVQNDSWGSGKLEDDTQKENSGSAWVRNKAETIDGGSEKPQEDAWNSGNWKAESKVGNASWGKPKSSESQAWDSHNQSNQNSSSQGWESHIASANSESEKGFQWGKQGRDSFKKNRFEGSQGRGSNAGDWKNRNRPPRAPGQRLDIYSSGEQDVLKDIEPIMQSIRRIMQQQGYNDGDPLAAEDQLFVLENVFEHHPDKETKMGTGIDYVMVNKHSSFQESRCFYVVCKDGESKDFSYRKCLANYISKKYPDLAESFLGKYFRKPRARGDQTATPGRDEAATPGEQTATPGRDEAATPAEQISTPTPMETNE*

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

U.S. Public Domain