SustainPineDB

Assembly Name: SustainPine v1.1

UniGene Name: sp_v1.1_unigene1071

Length: 3938 nt

Origin of reads: Biogeco_1 Biogeco_2 Uagpf Uma

This UniGene was originaly assembled in antisense
ACE File: antisense
Fasta: sense

UniGene Fasta (sense)

>sp_v1.1_unigene1071
CGTCGTGACCTTGGCTGTCACTCAATCCCTCTGTAAATATCTCTCCATTGTGTAAATGAATGGACGAGATGGAGGTCGACTATTGAGCTGCGGCGTAGTGTAATTCAGTGTTCAGAGGTTGAGGGTTCGATTCTCGTTAGACGTCATGACGGACACCACAGACGATATTGCTGAGGAGATCTCATTCCAGGCCTTCGAGGACGACTGTCGTCTGCTTGGCAGTCTTCTCAACGATGTTCTTCAACGTGAAGTTGGCCAGCAATTTATGGAGAAAGTTGAGAGAGAACGAATTCTCTCGCAGAGTGCATGCAACATGAGAATTGCGGGCATCGAGGATGCAGCAGAAGTGCTTGAGAAGAAGCTTGCGTTAGAATTGTCAAGCATGACGTTGGAAGAGGCAGCATCTTTAGCCAGGACTTTCAGCCATTATCTCAACCTGATGGGCATAGCAGAGACTCACCATCGGGTACGCAGAATAAAAAATACTGTTCAGTTGTCAAAGTCATGTGATGACATATTCAACAAGATGATTCAGAGTGGAACATCTCCTGAAGATTTGTACAATGCTGTTTGTGAACAGGAGATTGAAATTGTTTTGACTGCCCATCCAACACAAATAAATAGACGGACATTGCAATACAAGCACCTGCGAATTGCACATCTGTTGGAATATAATGATCGAGCAGACCTGGGCCATGAAGAGCGGGAAATGTTGATTGAAGATTTGAGGAGAGAGGTTACTGCCTTATGGCAGACGGATGAATTGAGACGTCATAAGCCCACACCTGTGGATGAAGCTCGGGCTGGTTTGCACATTGTGGAACAGTCTCTTTGGAAAGCTGTGCCTCATTATCTACGTAGAGTCAGTGCTGCCTTAAAAAAGCATACTGGTAGGCCTCTTCCTTTGACATGCACTCCTATCAGATTTGGTTCCTGGATGGGAGGTGATAGAGATGGCAATCCAAATGTAACTGCTAAGGTTACCAGGGATGTTTGCTTCTTAGCGCGTTGGATGGCAGCAGATCTCTATATTCGAGAAATTGATAGTCTTCGTTTTGAACTTTCAATGAACAAATGCAGTGATGAGTTGGCAAAATTCGCATATGAAATATTAGAAGCAGAAAATCGATATGAGGAGCGGCATCAGGAAAATGGGTTTCATCAGGCTAGTCATAGGGCAAATGCAAAGCATTCAGTCTGCAATAGTCCAGCCTTACCGACCCAACTTCCAGCCGGTGCAGATATGCCTGCATGTACAGAATGCAATGATGGAGAATCCCAGCTACCCATCTTAGAGTTCCCAGTGACAGATCACAGTGATTCCTTTGAGTCTGGTCACAATGCTGAGAGCTCAGTGACACTGTTGAAGAGTTCCCTTTCAAGAAATTCAGAGAAGTATGAAGATGGAAAGCTGGATGTAAATGTCAAAACAATTAATGTTTCTACAAATGCATCTTCAACTGGATCAGGGACTGGAACTCCTTCTGCCAGTAGTACAGCAGGTTTTGGTTTTTCCAGTCCTCGAAAGAAAGCATCAGAATTTAATGTGGGTAAATCCATCTTTGATAAAATTCTTAATCCAAGCATTACACAGCGCCCAGATTTTGCTCCTTATAGAATTGTCCTTGGAGACGTAAGGGAAAAGCTTATCACTACACGTAGGCGGATTGAAGAGATCTTGGAGGGCATTCCCTGTGATTATGACCCTTCTCAGTACTACGAAAATTCAGCACAACTTTTAGAACCTCTGATGCTTTGCCATGAATCAATGCAATCATGTGGGTCAGATATCCTAGCTGATGGACGCCTGGCTGACCTTATTCGGCGGGTTTCAACATTCGGAATGATATTGATGAAACTTGATCTGCGCCAGGAATCTGGCAAACATTCAGAAACTTTAGATGCCATTACAGAGTATTTAGACATGGGTACCTATAGTGAATGGGATGAAGAAAAGAAGCTGGAATTTCTTGTAACTGAGCTCAAAGGCAAGCGGCCCCTTGTTCCCCCAACTATTGAGGTTTCAGCTGAAGTAAGGGAGGTTCTAGATACATTCCGTGTAGCTGCAGAATTAGGCAGTGAATCACTTGGAGCTTATGTTATTTCAATGGCTTCAAAGGCTAGTGATATTCTGGCTGTGGAGCTGCTACAGAAAGATGCACGTCTAGCCGTAAGTGGAGAACTAGGACGACCTTGCCCTGATAACACCTTGCGTGTTGTGCCCCTATTTGAGACTGTCAAAGATTTGAGAGGTGCTGGATCAGTCATTCGGAAGTTATTATCAATAGATTGGTATCGAAACCATATTATTGAAAATGATAATGGACACCAGGAGGTTATGGTTGGTTATTCTGATTCAGGAAAAGATGCAGGGCGTTTCACTGCTGCATGGGAATTATATAAAGCACAGGAAGATGTTGTAGCTGCTTGTAAAGAATTTGGCATTAAAGTTACCCTATTCCATGGCCGTGGAGGAAGTATTGGGCGTGGTGGTGGACCTACATATCTTGCCATTCAATCTCAACCGCCTGGTTCTGTCATGGGAACTCTCCGATCGACAGAGCAGGGAGAAATGGTCCAGGCAAAGTTTGGCTTGGCACAAACAGCAGTGCGACAACTAGAAATCTACACAACTGCTGTTTTGCTTGCAACTTTACATCCCCCAGATCCACCTCGTAGTATGAATTGGCGAGGGGTAATGGAAAAGATATCAGAAATCAGTCGGCAATATTATAGAAGCACTGTTTATGAAAATGAACAGTTTTTAGAGTACTTCCGTGAAGCCACTCCTGAAGCAGAGCTTGGTAATCTAAATATCGGAAGCCGTCCAACAAGGAGGAAAAAGTCTTCTGAGATTGGGCATCTCCGTGCAATTCCTTGGATATTTGCATGGACACAAACCAGATTTGTTTTACCTGCATGGCTTGGTGTTGGAGCAGGCCTCGAAGCAGCCTGTGCAAAAGGATACAAAGAAGAATTACAAGCCATGTACAGAGAATGGCCATTTTTTCAATGCACAATTGATTTAATTGAAATGGTACTTGCAAAGTCAGATTTATCCATTGCTAAGCACTATGATGAAGTTTTGGTGTCTCCTAGTAGACAGAAGTTAGGTGAAGAGTTGCGAGAAGCCTTTTGCATGACAGAGAAGTATGTGTTGCTCGTTAGTGGTCACGAAAAACTTACGGAAAACAACAAAAGTTTGAAGCGTTTGATTGAAAGCAGACTTCCTTTTTTAAATCCCATTAACATGATCCAAGTGGAGATATTGCGTCGTCTGCGAAGAGATGTGAATAACCCCAAACTTCGTGATGCATTGCTTATCACCATCAATGGTATAGCTGCAGGCATGAGGAACACTGGCTGAGCAGCTTGTTTAGGGATGCCACTGTTTAATGATTCAAATGAGTATGCATGTATGCATGTGTGCATCCCACGTCGGAATATACCCTATTCAGATTGATATTTGTATAAGGTACAGAAAGCAAGCAGTGTGGTGTGACATTTCTTCAAGCAAGCGCATTGGACTGATACTGGTAGGCTGAGTTTAAGACGGAATGGAAGATTGGTCAATAAAATTTGTGCTGGGCAGAAACTAAAAGAAAAGTGTGTACTTTTCTTTGCTGAAAAGGGAGTGAAAAGATAGCGAGTGAACTTTTGTTTGATGGAGCTTAAGCAGCTGGCAATTAAGAAAATTGAGTTCTAATTTTGTTGTGCACTGTCCTAGATATCAGTGCGATGTTTTTGTATTATAGGAGTAATATGTTTAGTGCAAGTTTTGAACTTACATGACTACATAATGTTACATGAGCAAGAAATGGTTTTCAAGACAAGATGTACTTCAAATATTGTTTGAGGCTGTTGCATGTTCCTGTCAAGATGCTTCGTGTTAACCACTATATATTAACAACCGCAGCGTATTGTAGATTTGCCGTGTT

Ace file of the UniGene sp_v1.1_unigene1071 (antisense)

Annotations

Source	Descriptions	Term	Type	e value	Identity
AutoFact	Phosphoenolpyruvate carboxylase n=1 Tax=Ricinus communis RepID=A6YM33_RICCO	-	-	0.0	71%
FL-Next	tr=Putative uncharacterized protein; Picea sitchensis (Sitka spruce) (Pinus sitchensis).	-	-	0.0	95%

Source	InterPros	Term	Type	Identity
Blast2go	Pyruvate/Phosphoenolpyruvate kinase	IPR015813	-	-
Blast2go	Phosphoenolpyruvate carboxylase, active site	IPR018129	-	-
Blast2go	Phosphoenolpyruvate carboxylase	IPR021135	-	-
Blast2go	Phosphoenolpyruvate carboxylase, bacterial/plant-type	IPR022805	-	-

Full-Lengther Next Prediction

Fln status: Complete

Fln database: coniferopsida.fasta

Fln subject: C0PQ37

Fln msg:

Fln protein: MTDTTDDIAEEISFQAFEDDCRLLGSLLNDVLQREVGQQFMEKVERERILSQSACNMRIAGIEDAAEVLEKKLALELSSMTLEEAASLARTFSHYLNLMGIAETHHRVRRIKNTVQLSKSCDDIFNKMIQSGTSPEDLYNAVCEQEIEIVLTAHPTQINRRTLQYKHLRIAHLLEYNDRADLGHEEREMLIEDLRREVTALWQTDELRRHKPTPVDEARAGLHIVEQSLWKAVPHYLRRVSAALKKHTGRPLPLTCTPIRFGSWMGGDRDGNPNVTAKVTRDVCFLARWMAADLYIREIDSLRFELSMNKCSDELAKFAYEILEAENRYEERHQENGFHQASHRANAKHSVCNSPALPTQLPAGADMPACTECNDGESQLPILEFPVTDHSDSFESGHNAESSVTLLKSSLSRNSEKYEDGKLDVNVKTINVSTNASSTGSGTGTPSASSTAGFGFSSPRKKASEFNVGKSIFDKILNPSITQRPDFAPYRIVLGDVREKLITTRRRIEEILEGIPCDYDPSQYYENSAQLLEPLMLCHESMQSCGSDILADGRLADLIRRVSTFGMILMKLDLRQESGKHSETLDAITEYLDMGTYSEWDEEKKLEFLVTELKGKRPLVPPTIEVSAEVREVLDTFRVAAELGSESLGAYVISMASKASDILAVELLQKDARLAVSGELGRPCPDNTLRVVPLFETVKDLRGAGSVIRKLLSIDWYRNHIIENDNGHQEVMVGYSDSGKDAGRFTAAWELYKAQEDVVAACKEFGIKVTLFHGRGGSIGRGGGPTYLAIQSQPPGSVMGTLRSTEQGEMVQAKFGLAQTAVRQLEIYTTAVLLATLHPPDPPRSMNWRGVMEKISEISRQYYRSTVYENEQFLEYFREATPEAELGNLNIGSRPTRRKKSSEIGHLRAIPWIFAWTQTRFVLPAWLGVGAGLEAACAKGYKEELQAMYREWPFFQCTIDLIEMVLAKSDLSIAKHYDEVLVSPSRQKLGEELREAFCMTEKYVLLVSGHEKLTENNKSLKRLIESRLPFLNPINMIQVEILRRLRRDVNNPKLRDALLITINGIAAGMRNTG*

Protein Length: 1075

Fln nts: CGTCGTGACCTTGGCTGTCACTCAATCCCTCTGTAAATATCTCTCCATTGTGTAAATGAATGGACGAGATGGAGGTCGACTATTGAGCTGCGGCGTAGTGTAATTCAGTGTTCAGAGGTTGAGGGTTCGATTCTCGTTAGACGTC_-_ATGACGGACACCACAGACGATATTGCTGAGGAGATCTCATTCCAGGCCTTCGAGGACGACTGTCGTCTGCTTGGCAGTCTTCTCAACGATGTTCTTCAACGTGAAGTTGGCCAGCAATTTATGGAGAAAGTTGAGAGAGAACGAATTCTCTCGCAGAGTGCATGCAACATGAGAATTGCGGGCATCGAGGATGCAGCAGAAGTGCTTGAGAAGAAGCTTGCGTTAGAATTGTCAAGCATGACGTTGGAAGAGGCAGCATCTTTAGCCAGGACTTTCAGCCATTATCTCAACCTGATGGGCATAGCAGAGACTCACCATCGGGTACGCAGAATAAAAAATACTGTTCAGTTGTCAAAGTCATGTGATGACATATTCAACAAGATGATTCAGAGTGGAACATCTCCTGAAGATTTGTACAATGCTGTTTGTGAACAGGAGATTGAAATTGTTTTGACTGCCCATCCAACACAAATAAATAGACGGACATTGCAATACAAGCACCTGCGAATTGCACATCTGTTGGAATATAATGATCGAGCAGACCTGGGCCATGAAGAGCGGGAAATGTTGATTGAAGATTTGAGGAGAGAGGTTACTGCCTTATGGCAGACGGATGAATTGAGACGTCATAAGCCCACACCTGTGGATGAAGCTCGGGCTGGTTTGCACATTGTGGAACAGTCTCTTTGGAAAGCTGTGCCTCATTATCTACGTAGAGTCAGTGCTGCCTTAAAAAAGCATACTGGTAGGCCTCTTCCTTTGACATGCACTCCTATCAGATTTGGTTCCTGGATGGGAGGTGATAGAGATGGCAATCCAAATGTAACTGCTAAGGTTACCAGGGATGTTTGCTTCTTAGCGCGTTGGATGGCAGCAGATCTCTATATTCGAGAAATTGATAGTCTTCGTTTTGAACTTTCAATGAACAAATGCAGTGATGAGTTGGCAAAATTCGCATATGAAATATTAGAAGCAGAAAATCGATATGAGGAGCGGCATCAGGAAAATGGGTTTCATCAGGCTAGTCATAGGGCAAATGCAAAGCATTCAGTCTGCAATAGTCCAGCCTTACCGACCCAACTTCCAGCCGGTGCAGATATGCCTGCATGTACAGAATGCAATGATGGAGAATCCCAGCTACCCATCTTAGAGTTCCCAGTGACAGATCACAGTGATTCCTTTGAGTCTGGTCACAATGCTGAGAGCTCAGTGACACTGTTGAAGAGTTCCCTTTCAAGAAATTCAGAGAAGTATGAAGATGGAAAGCTGGATGTAAATGTCAAAACAATTAATGTTTCTACAAATGCATCTTCAACTGGATCAGGGACTGGAACTCCTTCTGCCAGTAGTACAGCAGGTTTTGGTTTTTCCAGTCCTCGAAAGAAAGCATCAGAATTTAATGTGGGTAAATCCATCTTTGATAAAATTCTTAATCCAAGCATTACACAGCGCCCAGATTTTGCTCCTTATAGAATTGTCCTTGGAGACGTAAGGGAAAAGCTTATCACTACACGTAGGCGGATTGAAGAGATCTTGGAGGGCATTCCCTGTGATTATGACCCTTCTCAGTACTACGAAAATTCAGCACAACTTTTAGAACCTCTGATGCTTTGCCATGAATCAATGCAATCATGTGGGTCAGATATCCTAGCTGATGGACGCCTGGCTGACCTTATTCGGCGGGTTTCAACATTCGGAATGATATTGATGAAACTTGATCTGCGCCAGGAATCTGGCAAACATTCAGAAACTTTAGATGCCATTACAGAGTATTTAGACATGGGTACCTATAGTGAATGGGATGAAGAAAAGAAGCTGGAATTTCTTGTAACTGAGCTCAAAGGCAAGCGGCCCCTTGTTCCCCCAACTATTGAGGTTTCAGCTGAAGTAAGGGAGGTTCTAGATACATTCCGTGTAGCTGCAGAATTAGGCAGTGAATCACTTGGAGCTTATGTTATTTCAATGGCTTCAAAGGCTAGTGATATTCTGGCTGTGGAGCTGCTACAGAAAGATGCACGTCTAGCCGTAAGTGGAGAACTAGGACGACCTTGCCCTGATAACACCTTGCGTGTTGTGCCCCTATTTGAGACTGTCAAAGATTTGAGAGGTGCTGGATCAGTCATTCGGAAGTTATTATCAATAGATTGGTATCGAAACCATATTATTGAAAATGATAATGGACACCAGGAGGTTATGGTTGGTTATTCTGATTCAGGAAAAGATGCAGGGCGTTTCACTGCTGCATGGGAATTATATAAAGCACAGGAAGATGTTGTAGCTGCTTGTAAAGAATTTGGCATTAAAGTTACCCTATTCCATGGCCGTGGAGGAAGTATTGGGCGTGGTGGTGGACCTACATATCTTGCCATTCAATCTCAACCGCCTGGTTCTGTCATGGGAACTCTCCGATCGACAGAGCAGGGAGAAATGGTCCAGGCAAAGTTTGGCTTGGCACAAACAGCAGTGCGACAACTAGAAATCTACACAACTGCTGTTTTGCTTGCAACTTTACATCCCCCAGATCCACCTCGTAGTATGAATTGGCGAGGGGTAATGGAAAAGATATCAGAAATCAGTCGGCAATATTATAGAAGCACTGTTTATGAAAATGAACAGTTTTTAGAGTACTTCCGTGAAGCCACTCCTGAAGCAGAGCTTGGTAATCTAAATATCGGAAGCCGTCCAACAAGGAGGAAAAAGTCTTCTGAGATTGGGCATCTCCGTGCAATTCCTTGGATATTTGCATGGACACAAACCAGATTTGTTTTACCTGCATGGCTTGGTGTTGGAGCAGGCCTCGAAGCAGCCTGTGCAAAAGGATACAAAGAAGAATTACAAGCCATGTACAGAGAATGGCCATTTTTTCAATGCACAATTGATTTAATTGAAATGGTACTTGCAAAGTCAGATTTATCCATTGCTAAGCACTATGATGAAGTTTTGGTGTCTCCTAGTAGACAGAAGTTAGGTGAAGAGTTGCGAGAAGCCTTTTGCATGACAGAGAAGTATGTGTTGCTCGTTAGTGGTCACGAAAAACTTACGGAAAACAACAAAAGTTTGAAGCGTTTGATTGAAAGCAGACTTCCTTTTTTAAATCCCATTAACATGATCCAAGTGGAGATATTGCGTCGTCTGCGAAGAGATGTGAATAACCCCAAACTTCGTGATGCATTGCTTATCACCATCAATGGTATAGCTGCAGGCATGAGGAACACTGGCTGA___GCAGCTTGTTTAGGGATGCCACTGTTTAATGATTCAAATGAGTATGCATGTATGCATGTGTGCATCCCACGTCGGAATATACCCTATTCAGATTGATATTTGTATAAGGTACAGAAAGCAAGCAGTGTGGTGTGACATTTCTTCAAGCAAGCGCATTGGACTGATACTGGTAGGCTGAGTTTAAGACGGAATGGAAGATTGGTCAATAAAATTTGTGCTGGGCAGAAACTAAAAGAAAAGTGTGTACTTTTCTTTGCTGAAAAGGGAGTGAAAAGATAGCGAGTGAACTTTTGTTTGATGGAGCTTAAGCAGCTGGCAATTAAGAAAATTGAGTTCTAATTTTGTTGTGCACTGTCCTAGATATCAGTGCGATGTTTTTGTATTATAGGAGTAATATGTTTAGTGCAAGTTTTGAACTTACATGACTACATAATGTTACATGAGCAAGAAATGGTTTTCAAGACAAGATGTACTTCAAATATTGTTTGAGGCTGTTGCATGTTCCTGTCAAGATGCTTCGTGTTAACCACTATATATTAACAACCGCAGCGTATTGTAGATTTGCCGTGTT

Fln Alignment:

sp_v1.1_unigene1071___MTDTTDDIAEEISFQAFEDDCRLLGSLLNDVLQREVGQQFMEKVERERILSQSACNMRIAGIXXXXXXXXXXXXXXLSSMTLEEAASLARTFSHYLNLMGIAETHHRVRRIKNTVQLSKSCDDIFNKMIQSGTSPEDLYNAVCEQEIEIVLTAHPTQINRRTLQYKHLRIAHLLEYNDRADLGHEEREMLIEDLRREVTALWQTDELRRHKPTPVDEARAGLHIVEQSLWKAVPHYLRRVSAALKKHTGRPLPLTCTPIRFGSWMGGDRDGNPNVTAKVTRDVCFLARWMAADLYIREIDSLRFELSMNKCSDELAKFAYEILEAENRYEERHQENGFHQASHRANAKHSVCNSPALPTQLPAGADMPACTECNDGESQLPILEFPVTDHSDSFESGHNAESSVTLLKSSLSRNSEKYEDGKLDVNVKTINVXXXXXXXXXXXXXXXXXXXXXXXXXXPRKKASEFNVGKSIFDKILNPSITQRPDFAPYRIVLGDVREKLITTRRRIEEILEGIPCDYDPSQYYENSAQLLEPLMLCHESMQSCGSDILADGRLADLIRRVSTFGMILMKLDLRQESGKHSETLDAITEYLDMGTYSEWDEEKKLEFLVTELKGKRPLVPPTIEVSAEVREVLDTFRVAAELGSESLGAYVISMASKASDILAVELLQKDARLAVSGELGRPCPDNTLRVVPLFETVKDLRGAGSVIRKLLSIDWYRNHIIENDNGHQEVMVGYSDSGKDAGRFTAAWELYKAQEDVVAACKEFGIKVTLFHXXXXXXXXXXGPTYLAIQSQPPGSVMGTLRSTEQGEMVQAKFGLAQTAVRQLEIYTTAVLLATLHPPDPPRSMNWRGVMEKISEISRQYYRSTVYENEQFLEYFREATPEAELGNLNIGSRPTRRKKSSEIGHLRAIPWIFAWTQTRFVLPAWLGVGAGLEAACAKGYKEELQAMYREWPFFQCTIDLIEMVLAKSDLSIAKHYDEVLVSPSRQKLGEELREAFCMTEKYVLLVSGHEKLTENNKSLKRLIESRLPFLNPINMIQVEILRRLRRDVNNPKLRDALLITINGIAAGMRNTG
C0PQ37______________MTDTTDDIAEEISFQAFEDDCRLLGSLLNDVLQREVGQQFTEKVERERILAQSACNMRIAGIEDAAEVLEKKLALELSSMTLEEAASLARAFSHYLNLMGIAETHHRVRRIKNTVQLSKSCDDIFSKMIQSGTSPEDLYSAVCDQEVEIVLTAHPTQINRRTLQYKHLRIAHLLEYNDRADLSHEEREMLIEDLRREVTSLWQTDELRRHKPTPVDEARSGLHIVEQSLWKAVPHYLRRVSAALKKHTGRPLPLTCTPIRFGSWMGGDRDGNPKVTAKVTRDVCFLARWMAADLYIREIDSLRFELSMNRCNDELAKFAYEILEAENQYEERHQESGFHQTSHRVHAKHSVSHSPALPTQLPAGADMPACTECNDGESQLPILEFPVTDHSDSFESGHNAESSVTLLKSSPSRTSEKYEDGKLDVDVRTINISTNASSTGTGTGIASASSTAGFGFSSPRKKTSEFNVGKSSFDKIINPSIPQRPDIAPYRIVLGHVREKLISTRRRIEEILEGIPWDYDPSQYYEKSAQLLEPLMLCYESMQSCGSEILADGRLADLIRRVSTFGMILMKLDLRQESGKHSETLDAITEYLDMGTYSEWDEEKKLEFLVTELKGKRPLVPPTIEVSAEVREVLDTFRVAAELGSESLGAYVISMASKASDILAVELLQKDARLAVSGELGRPCPHTTLRVVPLFETVKDLRGAGSVIRKLLSIDWYRNHIIENDNGHQEVMVGYSDSGKDSGRFTAAWELYKAQEDVVAACKEFGIKVTLFHGRGGSIGRGGGPTYLAIQSQPPGSLMGTLRSTEQGEMVQAKFGLAQTAVRQLEIYTTAVLLATLHPPDPPRSANWREVMEKISEISRQYYRSTVYENEQFLEYFREATPEAELGNLNIGSRPTRRKKSSGIGHLRAIPWIFAWTQTRFVLPAWLGVGAGLEAACAKGYKEELQAMYREWPFFQCTIDLIEMVLAKSDISIAKHYDEVLVSPCRQKLGGELREAFCMTEKYVLLVSGHEKLTENNKSLKRLIESRLPFLNPINMIQVEILRRLRRDVNNPKLRDALLITINGIAAGMRNTG

SNPs (tot: 40)

Position	A %	C %	G %	T %	Probability
2221	14		85		0.993533
2305		11		88	0.923564
2306	88	11			0.923564
2308	11		88		0.923564
2335	87		12		0.992554
2345		87		12	0.992554
2409		75		25	0.996473
2511		25		50	0.995533
2608	83	16			0.994512
2614	80		20		0.995493
2788	66	33			0.997452
2789		33		66	0.997452
2790	33			66	0.997452
2867		33		66	1.0
2936	25		75		0.996473
2947	50			50	1.0
3281		14		85	0.993533
3364		25		75	0.996473
3551	83	16			0.994512
3553		83		16	0.994512
3562		20		80	0.995493
3669	40			60	1.0
3835		14	85		0.993533
3836	85	14			0.993533
3857	83	16			0.994512
3858	83	16			0.994512
3859		16		83	0.994512
3860	83	16			0.994512
3861	16		83		0.994512
3864	40		60		1.0
3878	20	80			0.995493
3880	60	40			1.0
3881		40		60	1.0
3882		40		60	1.0
3883	20	80			0.995493
3895		33	66		0.997452
3896		33	66		0.997452
3897	66	33			0.997452
3898		33	66		0.997452
3900			66	33	0.997452

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Biología Molecular y Biotecnología de Plantas, Facultad de Ciencias y Plataforma Andaluza de Bioinformática, Universidad de Málaga, E-29071 Málaga, Spain