SoyBase
SoyBase transitions to NEW site on 10/1/2024
Integrating Genetics and Genomics to Advance Soybean Research
SoyBase
SoyBase transitions to NEW site on 10/1/2024
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A newer version of this gene model can be found here:
| Database ID | Annotation Type | Annotation Description | Annotation Source | Match Score | Evidence Code |
|---|---|---|---|---|---|
| AT1G27850 | AT | Annotation by Michelle Graham. TAIR10: unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: plasma membrane; EXPRESSED IN: 22 plant structures; EXPRESSED DURING: 13 growth stages; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT2G40070.1); Has 9215 Blast hits to 5316 proteins in 473 species: Archae - 6; Bacteria - 773; Metazoa - 3392; Fungi - 1710; Plants - 539; Viruses - 143; Other Eukaryotes - 2652 (source: NCBI BLink). | chr1:9699265-9703701 FORWARD LEN | SoyBase | E_val: 0 | ISS |
| GO:0008150 | GO-bp | Annotation by Michelle Graham. GO Biological Process: biological process | SoyBase | N/A | ISS |
| GO:0005886 | GO-cc | Annotation by Michelle Graham. GO Cellular Compartment: plasma membrane | SoyBase | N/A | ISS |
| GO:0003674 | GO-mf | Annotation by Michelle Graham. GO Molecular Function: molecular function | SoyBase | N/A | ISS |
| UniRef100_I1LNA9 | UniRef | Annotation by Michelle Graham. Best UniRef hit: Uncharacterized protein n=2 Tax=Glycine max RepID=I1LNA9_SOYBN | SoyBase | E_val: 0 | ISS |
| UniRef100_Q9C6N3 | UniRef | Annotation by Michelle Graham. Most informative UniRef hit: Transposon protein, putative n=1 Tax=Arabidopsis thaliana RepID=Q9C6N3_ARATH | SoyBase | E_val: 0 | ISS |
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Glyma11g37300 not represented in the dataset |
Glyma11g37300 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 |
| Paralog | Evidence | Comments |
|---|---|---|
| Glyma18g01260 | IGC | Paralogs in soybean determined by Steven Cannon using BLAST, DAGChainer, PAML, and selection of gene pairs from synteny blocks with median Ks values of less than 0.3. |
| Corresponding Name | Annotation Version | Evidence | Comments |
|---|---|---|---|
| Glyma.11g248200 | Wm82.a2.v1 | IGC | As supplied by JGI |
| Schmutz et al. 2010 Genome sequence of the palaeopolyploid soybean Nature 2010, 463:178-183 |
>Glyma11g37300.2 sequence type=transcript gene model=Glyma11g37300 sequence assembly version=Glyma 1.0 annotation version=1.1 JGI Gene Call confidence=high AGGATTAGTTCCTATTGTTAATAAACTTAACATATGATAATTTGTGATCAGAAAAAAGGGTAAAAATAATATATTTTTATTAAATTCTTAAAACTATCTGACTTAATATGGGAAGTATCTTGATATGTTAAAGAGATTAAAGAAAACTAAAAAGAAAGGGAAAAAGGGTAGAGAAAGAACTTGGATGCTTGCTGTTGAGGGAAGCAGCAAAATCCAAGGACAACAAAGGTTTTGGGTATTATTCTTTCCACTCTATAATTGTGAGTGTTGTTTAATAGGCAGAGGAAAAGAATTTGAGAAGAGAGGGAGAGAGAGTAATAGAACAGAATTTATTTGTTTTTATTTTTTATTTTTTATTTTTACTTGATTGCGTTTTTGTAACCGTTGGATCACTCTAGTTTTCGATCTGTACTTTGGTCATTCGGACATAGCCATGAATGCTATAGATCCGAGTGTCTGATACAACATTCGTCGCATTGTAATTGGCATTTAAGCTCTGTTTTTATCTTCGAACTTGGGATCTTAAGCGAACTCTTCCACATTCCGCACTCTCTTTGAAGCAATTTTGACTTGGGAATTTGAAGGTTTTCTGTTTTGGCTTGTGTGGAGGAGAGCTTGGGGTGACACTTGTCTGAGATTGCATTTGATAGTGGAGATGCCGCCTTCCCCGGCATTGAGATACTCTCCTGGTAGAGAGCCAAGAGCTGATGGTCACAAGCGGGGGCGCAGTCTTGAAAGTGGATTGCTTTTCCGGGAGAAGGACGATGATCTTGCTTTGTTCAATGAAATGCAAATCAGAGAGAAAGATAGCTTTTTGCTTCAGTCGTCGGATGACTTGGAAGACTCATTCACTACAAAGTTGAGACATATTTCTGATGTCAACCTTGGAATCTCCATTCCTGGTCGAGGGGAATCCAGTGAGTTGCTTAATGATGGTGACAAGAATGATTACGACTGGTTATTAACACCCCCAGACACACCACTATTTCCTTCGTTAGATGATGAGCCACCGCTGAGCAGTTTTGGAAGCAGAGGAAGGCCTCAGAGTAAACCCATTTCCATATCGAGATCTTCTACGATGGATAAAAGTTACCAAAGCCGTAGGGGCAGTGCAAGTCCAAATCGTTTAAGTCCATCCCCTCGATCAGGAACTAACACATTGCAATCAAGGGGAAGGCCTTCGTCATTGCCAAATTCCAGCCCAACCCCAAGTGTGAGGTATGCCACTCCATCCAGAAGACCATCTCCACCTCCAAGTAAGTCCATGGCACCTGCTTCTAAGTCAACCTATACTCCCCGGAGGATGAGCACTGGCTCCAGTGGTTCTGTAGTCTCATCTGGAGTTAGGGGAAGTTCCCCAGTCAAGACAAATCGTGGAAACTCTGCGTCACCGAAGATAAGGGCATGGCAAACTAATATTCCCGGCTTCTCTTCTGAAGCTCCTCCCAATCTCCGTACTTCATTGGCTGATCGACCAGCATCCTATGTGAGGGGTTCATCTCCGGCATCCAGAAATAGTAGGGAGTCTACCTCCAAATTCAGTAGGCAATCAATGTCTCCAACTGCTTCTAGGAGTAGTAGTCATGATCGAGACCAATTTAGCTCACGCAGCAAAGGTTCCATTGCATCCTCTGGTGATGATGATCTAGAGTCTCTGCAATCAATCACAGTGGGTAGCTTGGACAGATTGAGTTCAAGAAGGGGTGGGTCATTTTCAACCAACAGAACTCCTGCCATTTCCAAGAAACCAGCCAGGATTGCGTCCCCAAGTTCTGCTCCTAAAAGGTCATTCGATTCGGCTATCCGGCAAATGGATAGAAAAATTCCTCAGAACATGTTCAGACCACTTTTATCTAGTGTTCCAAGTACAACCTTTTATGCTGGAAAAGCAAATTCTGCACATCGTTCCCTTGTATCTAGGAATTCATCTGTTACAACAAGCAGCAATGCGAGCTCTGATCAAGGTACAACTTTTGCACTGGATACTGAAGGGAGTGACCATAATCAAGATGATATGGCAAACGAAGTTGATAAGATATTATATCCTGATATACATGAAGAAATGTTTGCCTTTGATAAGATTGATGCATTAAATGCAAACATTAAGCAAGAGATGAATAGGGAATCAGTAGATATCTTGCAAAGTGAAACCAGAAATCCCAAGACTGTTTTTGGTCCGATTGAATCTGAGGATTCTATTTCCCACATTCGTATTGACACTAGAGTTAATGAAAGTTCAGAAATTTCACATGCCAAAGGTGACATTTCTGAAACTGGTAGTTTTGAAAATACAGCACTCTGTTCTCATTGTGGTTGTTGTTATGAGGTCACTAATCAACCTGAGAAGAATATTGGGCTTTGTCCAGAATGTAAGATCACATTGTTGAGAGTCATCATCCCTGAGACAACTTTGGCAGTATCTGAAAACTCTTCATTGATTACAACAAACATGCCAAAAGAAGAAAAATCATTACCTGAAACAAATCAACTAATGGTTGCATCTGAATTGCCTCAAGAGACTAATATGGGTAACTTGAGGTTTCCCCATGGTGAACAAAATGCTGAGGAAAATCAAACTTCTTGCCGTGAACTAAACCAGGATCACTCACAAAACAGTCCTCTTCCAAATTCATTGACGGATGGAGGTAGGCAGACATCTGGCAACCAGCTTGAGATGAACCAATCAGGAGTTGATTACAAGAAGCCTGATATTGAATTTGGGGATCAGCATCACCGCAGTGATCGCCCTAATTTGAACATGGACCCCATGGAAGGCACTGGCATTTCTGTATTGCTGAAAAGGTCTAGCAGCAATAAAGGACCTGTAGTTCAGGGCAGGACTTTTACTGCCACGACCATATCTTACGATGATCTGTCTCTTGCAAGAGACAGTGTAAGCAGTTTTAGAAGCTCAACTAGACCTGGTAGTTATTCTGCCTCATCATCAATTGATCTCAGCTCAAGTAGGCAAACAGAGTTTCGTGTGCAAAGGCAGTTGAGTGGAAGGAAATTGGATGTGGACTGTGGATATGACTCAAGGATCAAGCCTCCAAGCACTGCTTCATCTTTCTCTGGAGCTTCAATCCATTCTCGCCAAGAGTTAGGTCTTGCAACTCGAGAGACTTCTGGCAGTACAGAATGTGGCTCTGTAGAGGAGGTTCCCCGAGTTTTGCAAGAAATGCAAGCTTCGGAAAATACAGTGGCGGACGTAATTGATGCTTCTTCAACTGATTTAGTTGTGGAGGAAGATAAATTTGAACATGATGATAGTAGTAGAGTAAATAATGCTTGCAACTCAGAACTTTTGAGTCAGGCTGATGACAATTTAGTCACTTCATTTCAAAATCATGAGGATTGTATTTCACCTGAAAATGTTGATGATAATCCAAATAATGCCAGGGATGTCTCAGACACAGAAACTTCAGCTAAGGCTCCGGAATTATCCAGTCATGACAAACAAGATGTGCAGAATTCCAATGTTAATGAACTGGATGCTTTGGTTACAACTAACTGCTCCACAATTACTGAATCAGAAATAGAAGGGGAAAACAATTGTGAGAATAATATTGGCATGGCGAATGATGATCTGTCAAAGAGCATCCTTGATGACTTTCGGGAACCTTCCAATGATTGTCATGCTGTTTCTGTTTCAGAGGTCAATGTCTCCGAGTCCCATCGCATTGAGGGATCAACAGTTACAGTTGAGTGTCAAGGTGCAGGCAACACTAGAAGCCTGACACTTGAAGAGGCAACCGATACAATCCTTTTTTGCAGCTCCATTGTCCATGATCTTGCATATAAGGCTGCAACAATAGCAACGGAAAAGGAATGCTCCAACCCATTTGAAGGTTCTGAACCAACTGTGACCTTGTTGGGCAAAGCCAATTCTGATAGAAAGGATAGTCGCAACCGACCTACCAGCAAGCGCACGTTGAAATCCCAGAAGACCAAGACCAAGCAGAGGAGGGTGGAAACTGATGTCAAAATCCCTTCTGGCAAGACTGAGAATGATGAAAATATTGATGAGTCTTTCACGCACAATGTTGGGCTTCCTAACAAGGTAGATAGTATGAAGCCCCCTAAGCTTGAATCAAAGTGCAATTGCATCATCATGTGAGAGAGCAATGTTCAAGTTGTACCTACAATTCCTGGCAGCATTTCTGCACTTCCCTTTGGCCCTACATGGGAGCCAAGTCAAGTGCTTGCGCATTTATGGTTCTAGGTTGAAGTCTGTTTGGGATAATAACCACTGCCAATTGGTTTGTGTTGGTTCTAATATATTTTGTAACAAATGCCACGTTGTGTTTGACATGATTGTAAAGTTATTTTTTTTTGTTGGTAGGCCATAAGTTAAGAGGCATTTTGGAGGACTGTGATGTGCCCCCTCCACTTGCTGCATTCTTGTTTGTTATTTTCCATCTCAATTAAGTGATCCATCAAAGCAAGTGTGAAGTAGAAAAGCATTCATATTCATTACATTGTTGCTAGTTAATACCTATTCCTTTTGACTTGAGTGAGTGAACAAACATCCACGTGCAGGCAGGTCAGTAAACACTGAACAATCTGTCCACCATAAGTAGATTGAAGATCCACTTGTTTATTTGTTTTTTTTCTCTCGCACCTCTCACTCCGATAACATTGTAGCATTGCCCCTAGACAATTTATCAAATGACTTATTTTGAG
>Glyma11g37300.1 sequence type=CDS gene model=Glyma11g37300 sequence assembly version=Glyma 1.0 annotation version=1.1 JGI Gene Call confidence=high ATGCCGCCTTCCCCGGCATTGAGATACTCTCCTGGTAGAGAGCCAAGAGCTGATGGTCACAAGCGGGGGCGCAGTCTTGAAAGTGGATTGCTTTTCCGGGAGAAGGACGATGATCTTGCTTTGTTCAATGAAATGCAAATCAGAGAGAAAGATAGCTTTTTGCTTCAGTCGTCGGATGACTTGGAAGACTCATTCACTACAAAGTTGAGACATATTTCTGATGTCAACCTTGGAATCTCCATTCCTGGTCGAGGGGAATCCAGTGAGTTGCTTAATGATGGTGACAAGAATGATTACGACTGGTTATTAACACCCCCAGACACACCACTATTTCCTTCGTTAGATGATGAGCCACCGCTGAGCAGTTTTGGAAGCAGAGGAAGGCCTCAGAGTAAACCCATTTCCATATCGAGATCTTCTACGATGGATAAAAGTTACCAAAGCCGTAGGGGCAGTGCAAGTCCAAATCGTTTAAGTCCATCCCCTCGATCAGGAACTAACACATTGCAATCAAGGGGAAGGCCTTCGTCATTGCCAAATTCCAGCCCAACCCCAAGTGTGAGGTATGCCACTCCATCCAGAAGACCATCTCCACCTCCAAGTAAGTCCATGGCACCTGCTTCTAAGTCAACCTATACTCCCCGGAGGATGAGCACTGGCTCCAGTGGTTCTGTAGTCTCATCTGGAGTTAGGGGAAGTTCCCCAGTCAAGACAAATCGTGGAAACTCTGCGTCACCGAAGATAAGGGCATGGCAAACTAATATTCCCGGCTTCTCTTCTGAAGCTCCTCCCAATCTCCGTACTTCATTGGCTGATCGACCAGCATCCTATGTGAGGGGTTCATCTCCGGCATCCAGAAATAGTAGGGAGTCTACCTCCAAATTCAGTAGGCAATCAATGTCTCCAACTGCTTCTAGGAGTAGTAGTCATGATCGAGACCAATTTAGCTCACGCAGCAAAGGTTCCATTGCATCCTCTGGTGATGATGATCTAGAGTCTCTGCAATCAATCACAGTGGGTAGCTTGGACAGATTGAGTTCAAGAAGGGGTGGGTCATTTTCAACCAACAGAACTCCTGCCATTTCCAAGAAACCAGCCAGGATTGCGTCCCCAAGTTCTGCTCCTAAAAGGTCATTCGATTCGGCTATCCGGCAAATGGATAGAAAAATTCCTCAGAACATGTTCAGACCACTTTTATCTAGTGTTCCAAGTACAACCTTTTATGCTGGAAAAGCAAATTCTGCACATCGTTCCCTTGTATCTAGGAATTCATCTGTTACAACAAGCAGCAATGCGAGCTCTGATCAAGGTACAACTTTTGCACTGGATACTGAAGGGAGTGACCATAATCAAGATGATATGGCAAACGAAGTTGATAAGATATTATATCCTGATATACATGAAGAAATGTTTGCCTTTGATAAGATTGATGCATTAAATGCAAACATTAAGCAAGAGATGAATAGGGAATCAGTAGATATCTTGCAAAGTGAAACCAGAAATCCCAAGACTGTTTTTGGTCCGATTGAATCTGAGGATTCTATTTCCCACATTCGTATTGACACTAGAGTTAATGAAAGTTCAGAAATTTCACATGCCAAAGGTGACATTTCTGAAACTGGTAGTTTTGAAAATACAGCACTCTGTTCTCATTGTGGTTGTTGTTATGAGGTCACTAATCAACCTGAGAAGAATATTGGGCTTTGTCCAGAATGTAAGATCACATTGTTGAGAGTCATCATCCCTGAGACAACTTTGGCAGTATCTGAAAACTCTTCATTGATTACAACAAACATGCCAAAAGAAGAAAAATCATTACCTGAAACAAATCAACTAATGGTTGCATCTGAATTGCCTCAAGAGACTAATATGGGTAACTTGAGGTTTCCCCATGGTGAACAAAATGCTGAGGAAAATCAAACTTCTTGCCGTGAACTAAACCAGGATCACTCACAAAACAGTCCTCTTCCAAATTCATTGACGGATGGAGGTAGGCAGACATCTGGCAACCAGCTTGAGATGAACCAATCAGGAGTTGATTACAAGAAGCCTGATATTGAATTTGGGGATCAGCATCACCGCAGTGATCGCCCTAATTTGAACATGGACCCCATGGAAGGCACTGGCATTTCTGTATTGCTGAAAAGGTCTAGCAGCAATAAAGGACCTGTAGTTCAGGGCAGGACTTTTACTGCCACGACCATATCTTACGATGATCTGTCTCTTGCAAGAGACAGTGTAAGCAGTTTTAGAAGCTCAACTAGACCTGGTAGTTATTCTGCCTCATCATCAATTGATCTCAGCTCAAGTAGGCAAACAGAGTTTCGTGTGCAAAGGCAGTTGAGTGGAAGGAAATTGGATGTGGACTGTGGATATGACTCAAGGATCAAGCCTCCAAGCACTGCTTCATCTTTCTCTGGAGCTTCAATCCATTCTCGCCAAGAGTTAGGTCTTGCAACTCGAGAGACTTCTGGCAGTACAGAATGTGGCTCTGTAGAGGAGGTTCCCCGAGTTTTGCAAGAAATGCAAGCTTCGGAAAATACAGTGGCGGACGTAATTGATGCTTCTTCAACTGATTTAGTTGTGGAGGAAGATAAATTTGAACATGATGATAGTAGTAGAGTAAATAATGCTTGCAACTCAGAACTTTTGAGTCAGGCTGATGACAATTTAGTCACTTCATTTCAAAATCATGAGGATTGTATTTCACCTGAAAATGTTGATGATAATCCAAATAATGCCAGGGATGTCTCAGACACAGAAACTTCAGCTAAGGCTCCGGAATTATCCAGTCATGACAAACAAGATGTGCAGAATTCCAATGTTAATGAACTGGATGCTTTGGTTACAACTAACTGCTCCACAATTACTGAATCAGAAATAGAAGGGGAAAACAATTGTGAGAATAATATTGGCATGGCGAATGATGATCTGTCAAAGAGCATCCTTGATGACTTTCGGGAACCTTCCAATGATTGTCATGCTGTTTCTGTTTCAGAGGTCAATGTCTCCGAGTCCCATCGCATTGAGGGATCAACAGTTACAGTTGAGTGTCAAGGTGCAGGCAACACTAGAAGCCTGACACTTGAAGAGGCAACCGATACAATCCTTTTTTGCAGCTCCATTGTCCATGATCTTGCATATAAGGCTGCAACAATAGCAACGGAAAAGGAATGCTCCAACCCATTTGAAGGTTCTGAACCAACTGTGACCTTGTTGGGCAAAGCCAATTCTGATAGAAAGGATAGTCGCAACCGACCTACCAGCAAGCGCACGTTGAAATCCCAGAAGACCAAGACCAAGCAGAGGAGGGTGGAAACTGATGTCAAAATCCCTTCTGGCAAGACTGAGAATGATGAAAATATTGATGAGTCTTTCACGCACAATGTTGGGCTTCCTAACAAGGTAGATAGTATGAAGCCCCCTAAGCTTGAATCAAAGTGCAATTGCATCATCATGTGA >Glyma11g37300.2 sequence type=CDS gene model=Glyma11g37300 sequence assembly version=Glyma 1.0 annotation version=1.1 JGI Gene Call confidence=high ATGCCGCCTTCCCCGGCATTGAGATACTCTCCTGGTAGAGAGCCAAGAGCTGATGGTCACAAGCGGGGGCGCAGTCTTGAAAGTGGATTGCTTTTCCGGGAGAAGGACGATGATCTTGCTTTGTTCAATGAAATGCAAATCAGAGAGAAAGATAGCTTTTTGCTTCAGTCGTCGGATGACTTGGAAGACTCATTCACTACAAAGTTGAGACATATTTCTGATGTCAACCTTGGAATCTCCATTCCTGGTCGAGGGGAATCCAGTGAGTTGCTTAATGATGGTGACAAGAATGATTACGACTGGTTATTAACACCCCCAGACACACCACTATTTCCTTCGTTAGATGATGAGCCACCGCTGAGCAGTTTTGGAAGCAGAGGAAGGCCTCAGAGTAAACCCATTTCCATATCGAGATCTTCTACGATGGATAAAAGTTACCAAAGCCGTAGGGGCAGTGCAAGTCCAAATCGTTTAAGTCCATCCCCTCGATCAGGAACTAACACATTGCAATCAAGGGGAAGGCCTTCGTCATTGCCAAATTCCAGCCCAACCCCAAGTGTGAGGTATGCCACTCCATCCAGAAGACCATCTCCACCTCCAAGTAAGTCCATGGCACCTGCTTCTAAGTCAACCTATACTCCCCGGAGGATGAGCACTGGCTCCAGTGGTTCTGTAGTCTCATCTGGAGTTAGGGGAAGTTCCCCAGTCAAGACAAATCGTGGAAACTCTGCGTCACCGAAGATAAGGGCATGGCAAACTAATATTCCCGGCTTCTCTTCTGAAGCTCCTCCCAATCTCCGTACTTCATTGGCTGATCGACCAGCATCCTATGTGAGGGGTTCATCTCCGGCATCCAGAAATAGTAGGGAGTCTACCTCCAAATTCAGTAGGCAATCAATGTCTCCAACTGCTTCTAGGAGTAGTAGTCATGATCGAGACCAATTTAGCTCACGCAGCAAAGGTTCCATTGCATCCTCTGGTGATGATGATCTAGAGTCTCTGCAATCAATCACAGTGGGTAGCTTGGACAGATTGAGTTCAAGAAGGGGTGGGTCATTTTCAACCAACAGAACTCCTGCCATTTCCAAGAAACCAGCCAGGATTGCGTCCCCAAGTTCTGCTCCTAAAAGGTCATTCGATTCGGCTATCCGGCAAATGGATAGAAAAATTCCTCAGAACATGTTCAGACCACTTTTATCTAGTGTTCCAAGTACAACCTTTTATGCTGGAAAAGCAAATTCTGCACATCGTTCCCTTGTATCTAGGAATTCATCTGTTACAACAAGCAGCAATGCGAGCTCTGATCAAGGTACAACTTTTGCACTGGATACTGAAGGGAGTGACCATAATCAAGATGATATGGCAAACGAAGTTGATAAGATATTATATCCTGATATACATGAAGAAATGTTTGCCTTTGATAAGATTGATGCATTAAATGCAAACATTAAGCAAGAGATGAATAGGGAATCAGTAGATATCTTGCAAAGTGAAACCAGAAATCCCAAGACTGTTTTTGGTCCGATTGAATCTGAGGATTCTATTTCCCACATTCGTATTGACACTAGAGTTAATGAAAGTTCAGAAATTTCACATGCCAAAGGTGACATTTCTGAAACTGGTAGTTTTGAAAATACAGCACTCTGTTCTCATTGTGGTTGTTGTTATGAGGTCACTAATCAACCTGAGAAGAATATTGGGCTTTGTCCAGAATGTAAGATCACATTGTTGAGAGTCATCATCCCTGAGACAACTTTGGCAGTATCTGAAAACTCTTCATTGATTACAACAAACATGCCAAAAGAAGAAAAATCATTACCTGAAACAAATCAACTAATGGTTGCATCTGAATTGCCTCAAGAGACTAATATGGGTAACTTGAGGTTTCCCCATGGTGAACAAAATGCTGAGGAAAATCAAACTTCTTGCCGTGAACTAAACCAGGATCACTCACAAAACAGTCCTCTTCCAAATTCATTGACGGATGGAGGTAGGCAGACATCTGGCAACCAGCTTGAGATGAACCAATCAGGAGTTGATTACAAGAAGCCTGATATTGAATTTGGGGATCAGCATCACCGCAGTGATCGCCCTAATTTGAACATGGACCCCATGGAAGGCACTGGCATTTCTGTATTGCTGAAAAGGTCTAGCAGCAATAAAGGACCTGTAGTTCAGGGCAGGACTTTTACTGCCACGACCATATCTTACGATGATCTGTCTCTTGCAAGAGACAGTGTAAGCAGTTTTAGAAGCTCAACTAGACCTGGTAGTTATTCTGCCTCATCATCAATTGATCTCAGCTCAAGTAGGCAAACAGAGTTTCGTGTGCAAAGGCAGTTGAGTGGAAGGAAATTGGATGTGGACTGTGGATATGACTCAAGGATCAAGCCTCCAAGCACTGCTTCATCTTTCTCTGGAGCTTCAATCCATTCTCGCCAAGAGTTAGGTCTTGCAACTCGAGAGACTTCTGGCAGTACAGAATGTGGCTCTGTAGAGGAGGTTCCCCGAGTTTTGCAAGAAATGCAAGCTTCGGAAAATACAGTGGCGGACGTAATTGATGCTTCTTCAACTGATTTAGTTGTGGAGGAAGATAAATTTGAACATGATGATAGTAGTAGAGTAAATAATGCTTGCAACTCAGAACTTTTGAGTCAGGCTGATGACAATTTAGTCACTTCATTTCAAAATCATGAGGATTGTATTTCACCTGAAAATGTTGATGATAATCCAAATAATGCCAGGGATGTCTCAGACACAGAAACTTCAGCTAAGGCTCCGGAATTATCCAGTCATGACAAACAAGATGTGCAGAATTCCAATGTTAATGAACTGGATGCTTTGGTTACAACTAACTGCTCCACAATTACTGAATCAGAAATAGAAGGGGAAAACAATTGTGAGAATAATATTGGCATGGCGAATGATGATCTGTCAAAGAGCATCCTTGATGACTTTCGGGAACCTTCCAATGATTGTCATGCTGTTTCTGTTTCAGAGGTCAATGTCTCCGAGTCCCATCGCATTGAGGGATCAACAGTTACAGTTGAGTGTCAAGGTGCAGGCAACACTAGAAGCCTGACACTTGAAGAGGCAACCGATACAATCCTTTTTTGCAGCTCCATTGTCCATGATCTTGCATATAAGGCTGCAACAATAGCAACGGAAAAGGAATGCTCCAACCCATTTGAAGGTTCTGAACCAACTGTGACCTTGTTGGGCAAAGCCAATTCTGATAGAAAGGATAGTCGCAACCGACCTACCAGCAAGCGCACGTTGAAATCCCAGAAGACCAAGACCAAGCAGAGGAGGGTGGAAACTGATGTCAAAATCCCTTCTGGCAAGACTGAGAATGATGAAAATATTGATGAGTCTTTCACGCACAATGTTGGGCTTCCTAACAAGGTAGATAGTATGAAGCCCCCTAAGCTTGAATCAAAGTGCAATTGCATCATCATGTGA
>Glyma11g37300.1 sequence type=predicted peptide gene model=Glyma11g37300 sequence assembly version=Glyma 1.0 annotation version=1.1 JGI Gene Call confidence=high MPPSPALRYSPGREPRADGHKRGRSLESGLLFREKDDDLALFNEMQIREKDSFLLQSSDDLEDSFTTKLRHISDVNLGISIPGRGESSELLNDGDKNDYDWLLTPPDTPLFPSLDDEPPLSSFGSRGRPQSKPISISRSSTMDKSYQSRRGSASPNRLSPSPRSGTNTLQSRGRPSSLPNSSPTPSVRYATPSRRPSPPPSKSMAPASKSTYTPRRMSTGSSGSVVSSGVRGSSPVKTNRGNSASPKIRAWQTNIPGFSSEAPPNLRTSLADRPASYVRGSSPASRNSRESTSKFSRQSMSPTASRSSSHDRDQFSSRSKGSIASSGDDDLESLQSITVGSLDRLSSRRGGSFSTNRTPAISKKPARIASPSSAPKRSFDSAIRQMDRKIPQNMFRPLLSSVPSTTFYAGKANSAHRSLVSRNSSVTTSSNASSDQGTTFALDTEGSDHNQDDMANEVDKILYPDIHEEMFAFDKIDALNANIKQEMNRESVDILQSETRNPKTVFGPIESEDSISHIRIDTRVNESSEISHAKGDISETGSFENTALCSHCGCCYEVTNQPEKNIGLCPECKITLLRVIIPETTLAVSENSSLITTNMPKEEKSLPETNQLMVASELPQETNMGNLRFPHGEQNAEENQTSCRELNQDHSQNSPLPNSLTDGGRQTSGNQLEMNQSGVDYKKPDIEFGDQHHRSDRPNLNMDPMEGTGISVLLKRSSSNKGPVVQGRTFTATTISYDDLSLARDSVSSFRSSTRPGSYSASSSIDLSSSRQTEFRVQRQLSGRKLDVDCGYDSRIKPPSTASSFSGASIHSRQELGLATRETSGSTECGSVEEVPRVLQEMQASENTVADVIDASSTDLVVEEDKFEHDDSSRVNNACNSELLSQADDNLVTSFQNHEDCISPENVDDNPNNARDVSDTETSAKAPELSSHDKQDVQNSNVNELDALVTTNCSTITESEIEGENNCENNIGMANDDLSKSILDDFREPSNDCHAVSVSEVNVSESHRIEGSTVTVECQGAGNTRSLTLEEATDTILFCSSIVHDLAYKAATIATEKECSNPFEGSEPTVTLLGKANSDRKDSRNRPTSKRTLKSQKTKTKQRRVETDVKIPSGKTENDENIDESFTHNVGLPNKVDSMKPPKLESKCNCIIM* >Glyma11g37300.2 sequence type=predicted peptide gene model=Glyma11g37300 sequence assembly version=Glyma 1.0 annotation version=1.1 JGI Gene Call confidence=high MPPSPALRYSPGREPRADGHKRGRSLESGLLFREKDDDLALFNEMQIREKDSFLLQSSDDLEDSFTTKLRHISDVNLGISIPGRGESSELLNDGDKNDYDWLLTPPDTPLFPSLDDEPPLSSFGSRGRPQSKPISISRSSTMDKSYQSRRGSASPNRLSPSPRSGTNTLQSRGRPSSLPNSSPTPSVRYATPSRRPSPPPSKSMAPASKSTYTPRRMSTGSSGSVVSSGVRGSSPVKTNRGNSASPKIRAWQTNIPGFSSEAPPNLRTSLADRPASYVRGSSPASRNSRESTSKFSRQSMSPTASRSSSHDRDQFSSRSKGSIASSGDDDLESLQSITVGSLDRLSSRRGGSFSTNRTPAISKKPARIASPSSAPKRSFDSAIRQMDRKIPQNMFRPLLSSVPSTTFYAGKANSAHRSLVSRNSSVTTSSNASSDQGTTFALDTEGSDHNQDDMANEVDKILYPDIHEEMFAFDKIDALNANIKQEMNRESVDILQSETRNPKTVFGPIESEDSISHIRIDTRVNESSEISHAKGDISETGSFENTALCSHCGCCYEVTNQPEKNIGLCPECKITLLRVIIPETTLAVSENSSLITTNMPKEEKSLPETNQLMVASELPQETNMGNLRFPHGEQNAEENQTSCRELNQDHSQNSPLPNSLTDGGRQTSGNQLEMNQSGVDYKKPDIEFGDQHHRSDRPNLNMDPMEGTGISVLLKRSSSNKGPVVQGRTFTATTISYDDLSLARDSVSSFRSSTRPGSYSASSSIDLSSSRQTEFRVQRQLSGRKLDVDCGYDSRIKPPSTASSFSGASIHSRQELGLATRETSGSTECGSVEEVPRVLQEMQASENTVADVIDASSTDLVVEEDKFEHDDSSRVNNACNSELLSQADDNLVTSFQNHEDCISPENVDDNPNNARDVSDTETSAKAPELSSHDKQDVQNSNVNELDALVTTNCSTITESEIEGENNCENNIGMANDDLSKSILDDFREPSNDCHAVSVSEVNVSESHRIEGSTVTVECQGAGNTRSLTLEEATDTILFCSSIVHDLAYKAATIATEKECSNPFEGSEPTVTLLGKANSDRKDSRNRPTSKRTLKSQKTKTKQRRVETDVKIPSGKTENDENIDESFTHNVGLPNKVDSMKPPKLESKCNCIIM*
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