SustainPineDB

Assembly Name: SustainPine v1.1

UniGene Name: sp_v1.1_unigene1621

Length: 4553 nt

Origin of reads: Biogeco_1 Uagpf Uma

UniGene Fasta

>sp_v1.1_unigene1621
CGTCGTGACCTTGGCTGTCACTCAGGTTTGTGGCCACGATTGGCTTCCGAGACTTCTGAAGGCCATGTTTGTTTGAAGTTTAAAGTTTTTAGCGTGTTTTGGGGGCGTGGAATTTAGTACCGATAGCCTTGACTACCTGGGCAGATGTTGCAGACTACTGTGTCCATCAAATTCCAGAGTCGTTTAAGATGCCGAGATTTCCACGTTTTTGATGAAATTCTTCCACGTCTCTATAAATATTAGAGTTTGATGTCCTCTAAGCTATTTGTCTGTTGTATTTCTGTGTGATTGCTATTGTCAAGTCTCTGATGCCTTATTTTGCATGTCTCTTCGTTTTATGAATTTTCTTTTGTCAAAGGCTCGAATCCTGAGGCTCCATTAACTTTTTCTCTTTTTCTCGGTTCACGTGGCAGCAGGTTTGAGGTGCTCTTCCGCATGAATTCTGCGATTTTAATATCTGTCCCGTTTCATTTTACTTCATCTTTTTAGTGGGCTTTAAACGCCGGGGTTTGTTAAAGTTCTGTCGCTGCGGACACGCAGTGTTCTAATTTCCGGCCGATTTCTGTAGCCGAGCTTCCTTTCTTCGGTAATTTTATTGCCTGTATCGTGTGCGGAGTGGTTTAATTTTAAGAAAAAATGGCTGGGAATGATTGGATAAACGGATATCTCGAGGCAATACTGGATGCTGGCGCCGGATTTACAGAAGCCGAGACTCGACCCGCGCTTACAGTTGGTGATGGCGGAGGTTTTAATCCGACAAAGTACTTTGTGGAGGAAGTCGTTACTGGTTTCGATGAATCCGATCTCCATCGCACATGGATAAAGGTTGTGGCGATGCGTAACTCCCAGGAACGTAACAACAGACTCGAAAATATGTGCTGGAGGATATGGCACCTGGCACGTCGACAGAAACAGATCGAGTGGGACGATGCGCAAAGGCTGGCCAAGAGGCGCATCGAGCGCGAGCAAGGGCGGAGAGATGCGACAGAGGACATGTCGGAGGATTTGTCTGAGGGTGAAAAGGCTGATGTTGCCACTCCCAGGGCAACGCCCAAGCGCGCTTTTTCGCGGAACTTCTCCGACTTGCAACTCTGGTCTGATGACAATAAGGGAAAGCGCCTGTACATTGTGCTCATAAGCTTGCATGGTTTAGTAAGAGGAGAAAACATGGAATTGGGTAGAGATTCTGATACAGGCGGGCAGGTTAAATACGTTGTAGAACTTGCAAGAGCATTGTCAATGATGCCTGGTGTATACCGTGTTGATTTACTCACACGCCAGATTTCCTCTCCAGATGTCGATTGGAGCTATGGAGAGCCAACAGAAATGTTATGTTCAGGATCTTATGATGTTGATGGGCATGGTGGAGGGGAAAGCAGTGGTGCATATATCATAAGAATCCCTTGTGGTCCGCGAGATAAATATATTCCCAAGGAATTATTGTGGCCTTACATTCAAGAATTTGTAGATGGGGCATTAGGTCACATTCTGAACATGTCCAAAGTACTTGGGGATCAAGCGGGTAAAGGTGATCCAGTTTGGCCTTATGTTATTCATGGACACTATGCTGATGCAGGTGATAGTGCAGCACTCTTGTCAGGAGCTTTGAATGTTCCGATGGTTCTGACTGGTCATTCCCTTGGGAGAAATAAACTTGAGCAGCTTTTGAAGCAAGGCAGGCAGTCAAAAGAGGACATCAATGCAACTTACAAAATAATGCGCCGTATTGAAGCAGAAGAACTATCTTTGGATGCTGCAGAGCTTGTCATTACGAGTACAAAGCAGGAAATTGTGGAGCAGTGGGGGCTCTATGATGGTTTTGATGTCAGACTTGAAAAGATTTTGAGAGCCCGTGCAAAGCGACAAGTGAGTTGCCATGGTCGGTTCATGCCCCGAATGGTGGTTATACCTCCCGGTATGGACTTCAGCAATGTAGTTGTTGCAGACCAAGAGCCTGCAGAAGCTGATGGAGACCTTGCAGCTTTGATCAATGGTGATGGTAGCTTATCTCCTAAAGCCTTGCCACCCATATGGTCTGAGGTGATGCGTTTTTTCACAAATCGGCACAAACCCATGATTCTTGCTTTATCACGACCTGATCCCAAAAAAAATCTCACTACTCTAGTCAAAGCATTTGGAGAATGCCGGCCATTAAAAGAGCTGGCAAATTTGACACTGGTAATGGGAAACAGAGATGATATAGATGAAATGTCGGGAGGCAATGCAGCTGTTCTAACAACAGTTTTGAAGCTGATAGATAAGTATGACTTGTATGGACAAGTTGCTTATCCAAAGCATCACAAGCAATCAGATGTTCCAGAAATTTACCGTCTTGCTGCAAAAACAAAGGGTGTGTTTATTAATCCAGCTCTGGTGGAGCCTTTTGGTCTCACTCTCATTGAGGCAGCTGCGCATGGTTTACCGATGGTAGCTACGAAGAATGGAGGACCAGTGGACATACACAGTACTTTGACCAATGGACTATTAGTCGATCCCCATGATCAGAAGGCCATAGCAAATGCATTGCTAGAGCTTGTAGCAGACAAAAACCTATGGAATGAATGTCGCCGTAATGGGTTGAGAAACATTCACCTTTTTTCATGGCCTGAGCATTGCAGAAAATATTTGTCCCGGGTGGCTGTATGCAGGATGAGGCATCCTCAGTGGCAGACTGACACTCTAATGGATACTACTATGGATGAGGAATCGATGGGTGATTCCCTGAAGGATGTCCAGGACATGTCTCTCCGACTTTCTGTTGATGGCGAGAAATATTTGGGCAATGGTTCTCTGGATAATTCTGCGGAAGTTGACAAACTTCTGGCAGCAAAGGGCGACCCAGAAACATATAATCAGGTAAAACGAATTTTGGATAAACTGAAAAGGGGACCACCATCTTCTATCACTGAAGAAACTGAACCTAAGCCGGATGTAAATGAGCCAAGGGCTCCAGCAAATAACGTGATTGTTTCAAACAAGTATCCCGCACTGAGAAAGAAGAGGAAGCTTTTTGTTATAGCTGTGGACTGCTATGATGACACTGGTAATGTATCTCCCCGAATGTTGGAAATCATTCAGGAGATAATCAAAGCTGTGCGTTCTGATGCAACAGCAGCAAGATTTGCAGGTCTTGTGCTATCAACTGCATTGACAGTTGATGAAACTCTGGGAATGTTGAACTCTGGAAATATACTGCCTCATGAATTTGATGCTTTAATTTGTAGCAGTGGGAGTGAACTTTACTATCCAACAATTCCTGCTTATCCGGATGATGGATCAAACAAAAAACTATGCCCTGATCCAGATTATGACTCCCACATTGACTACCGTTGGGGTGGGGAAGGTTTGAGGAAAACAATGTCCTTATTAACTGCCCCGGAAAGAGATGGCCAAGAAAAGCAGGAGCGTGTTATTTTTGAGGATGCAAAGCATAGTAATGCCCATTGCGTTGCATATGTTGTCAAGGATTCAACAAGGGTTCGGAAGGTGGATGAATTTCGTCAAAGGTTAAGAATGCGGGGTCTCAGATGCCATCCGATGTTTTGTCGAAATTCCACGCAATTACATGTGATTCCGCTTCTCGCTTCCCGTTCACAAGCTTTGAGGTATTTATTTGTTCGATGGGGGTTGGAGGTAGCAAATATGCATGTTTTCGTGGGAGAAACTGGTGATACAGATTATGAAGAAATGCTAGCGGGCTTACATAAAACCATAATTTTAAAGGGTGCAGTGGATAGTGGTTCCGAGAAACTACTACGAGGTAGTGGTAGTTATCAGAGAGAAGACATTGTCCCTTCTGAAAGCCCAAATATAGTTTCTACGGAAGCTGGTTACAATTGTGAAGCAATTCTGAATGAGATTCAGAAATTTAGACATATATAGAACTCAGGAGACAATTGAGCCCCCCTGTATGAAAGAGCACTTGTAAGGAAATTATATTTTGTAAAATAGAGTTAGGAGAATACATTATTATTTCATATATGTCTATTTCATTATATGTTTATTTCATCACTTACAATGGAGAAAGTTGTTCTCAAATCGTAGGAAAATCGCACAAGCACAAAAAGGAGAAAGTTGTTCTCAAATCGTAGGAAAATCGCACAAGCACAAAAAGCTAGTGTAAAGGCTTCAAATGTTTATACTAGAGGATATTTTAATTTCATCCAATGATCGATTGAAATTATGTAATAATGGTTTTGAAGTTTTGCTCCACAAAGGTTTTAGGTTTTCATTTCTACATCAAACGAATCTTTGGATTGAAATTATGTAATAATGGTTATGAGGTTTTGCTCAATAAAGGTTTCAGGTTTTGATTTATACATTATAAAAAGGTTTGAAGGCTTATTAACGAGAGCTTTCACTATATAGCAAGTGGGGTTAGGTACTGACTCACTGAGAGCTCACACTGTATAGCAAGTGATGAAAGGTTAGATATTGAGAGCTTCCACTGTTTAACAAGTGACGAAAAGTTAGGCACTGCACTGTCTATGGAAGCTCATTCAACCATTTAGGTGGTTAATTGTGTTGTACTCACTCTGTTTAGTAATAGATAT

Ace file of the UniGene sp_v1.1_unigene1621

Annotations

Source	Descriptions	Term	Type	e value	Identity
AutoFact	Sucrose phosphate syntase, putative n=1 Tax=Ricinus communis RepID=B9RWD6_RICCO	-	-	0.0	67%
FL-Next	tr=Putative uncharacterized protein; Picea sitchensis (Sitka spruce) (Pinus sitchensis).	-	-	0.0	93%

Source	InterPros	Term	Type	Identity
Blast2go	Sucrose synthase	IPR000368	-	-
Blast2go	Glycosyl transferase, family 1	IPR001296	-	-
Blast2go	Sucrose-phosphate synthase	IPR006380	-	-
Blast2go	Sucrose phosphate synthase, plant	IPR012819	-	-

Full-Lengther Next Prediction

Fln status: Complete

Fln database: coniferopsida.fasta

Fln subject: B8LLM0

Fln msg: your sequence is longer than subject: 1082 - 713

Fln protein: MAGNDWINGYLEAILDAGAGFTEAETRPALTVGDGGGFNPTKYFVEEVVTGFDESDLHRTWIKVVAMRNSQERNNRLENMCWRIWHLARRQKQIEWDDAQRLAKRRIEREQGRRDATEDMSEDLSEGEKADVATPRATPKRAFSRNFSDLQLWSDDNKGKRLYIVLISLHGLVRGENMELGRDSDTGGQVKYVVELARALSMMPGVYRVDLLTRQISSPDVDWSYGEPTEMLCSGSYDVDGHGGGESSGAYIIRIPCGPRDKYIPKELLWPYIQEFVDGALGHILNMSKVLGDQAGKGDPVWPYVIHGHYADAGDSAALLSGALNVPMVLTGHSLGRNKLEQLLKQGRQSKEDINATYKIMRRIEAEELSLDAAELVITSTKQEIVEQWGLYDGFDVRLEKILRARAKRQVSCHGRFMPRMVVIPPGMDFSNVVVADQEPAEADGDLAALINGDGSLSPKALPPIWSEVMRFFTNRHKPMILALSRPDPKKNLTTLVKAFGECRPLKELANLTLVMGNRDDIDEMSGGNAAVLTTVLKLIDKYDLYGQVAYPKHHKQSDVPEIYRLAAKTKGVFINPALVEPFGLTLIEAAAHGLPMVATKNGGPVDIHSTLTNGLLVDPHDQKAIANALLELVADKNLWNECRRNGLRNIHLFSWPEHCRKYLSRVAVCRMRHPQWQTDTLMDTTMDEESMGDSLKDVQDMSLRLSVDGEKYLGNGSLDNSAEVDKLLAAKGDPETYNQVKRILDKLKRGPPSSITEETEPKPDVNEPRAPANNVIVSNKYPALRKKRKLFVIAVDCYDDTGNVSPRMLEIIQEIIKAVRSDATAARFAGLVLSTALTVDETLGMLNSGNILPHEFDALICSSGSELYYPTIPAYPDDGSNKKLCPDPDYDSHIDYRWGGEGLRKTMSLLTAPERDGQEKQERVIFEDAKHSNAHCVAYVVKDSTRVRKVDEFRQRLRMRGLRCHPMFCRNSTQLHVIPLLASRSQALRYLFVRWGLEVANMHVFVGETGDTDYEEMLAGLHKTIILKGAVDSGSEKLLRGSGSYQREDIVPSESPNIVSTEAGYNCEAILNEIQKFRHI*

Protein Length: 1083

Fln nts: CGTCGTGACCTTGGCTGTCACTCAGGTTTGTGGCCACGATTGGCTTCCGAGACTTCTGAAGGCCATGTTTGTTTGAAGTTTAAAGTTTTTAGCGTGTTTTGGGGGCGTGGAATTTAGTACCGATAGCCTTGACTACCTGGGCAGATGTTGCAGACTACTGTGTCCATCAAATTCCAGAGTCGTTTAAGATGCCGAGATTTCCACGTTTTTGATGAAATTCTTCCACGTCTCTATAAATATTAGAGTTTGATGTCCTCTAAGCTATTTGTCTGTTGTATTTCTGTGTGATTGCTATTGTCAAGTCTCTGATGCCTTATTTTGCATGTCTCTTCGTTTTATGAATTTTCTTTTGTCAAAGGCTCGAATCCTGAGGCTCCATTAACTTTTTCTCTTTTTCTCGGTTCACGTGGCAGCAGGTTTGAGGTGCTCTTCCGCATGAATTCTGCGATTTTAATATCTGTCCCGTTTCATTTTACTTCATCTTTTTAGTGGGCTTTAAACGCCGGGGTTTGTTAAAGTTCTGTCGCTGCGGACACGCAGTGTTCTAATTTCCGGCCGATTTCTGTAGCCGAGCTTCCTTTCTTCGGTAATTTTATTGCCTGTATCGTGTGCGGAGTGGTTTAATTTTAAGAAAAA_-_ATGGCTGGGAATGATTGGATAAACGGATATCTCGAGGCAATACTGGATGCTGGCGCCGGATTTACAGAAGCCGAGACTCGACCCGCGCTTACAGTTGGTGATGGCGGAGGTTTTAATCCGACAAAGTACTTTGTGGAGGAAGTCGTTACTGGTTTCGATGAATCCGATCTCCATCGCACATGGATAAAGGTTGTGGCGATGCGTAACTCCCAGGAACGTAACAACAGACTCGAAAATATGTGCTGGAGGATATGGCACCTGGCACGTCGACAGAAACAGATCGAGTGGGACGATGCGCAAAGGCTGGCCAAGAGGCGCATCGAGCGCGAGCAAGGGCGGAGAGATGCGACAGAGGACATGTCGGAGGATTTGTCTGAGGGTGAAAAGGCTGATGTTGCCACTCCCAGGGCAACGCCCAAGCGCGCTTTTTCGCGGAACTTCTCCGACTTGCAACTCTGGTCTGATGACAATAAGGGAAAGCGCCTGTACATTGTGCTCATAAGCTTGCATGGTTTAGTAAGAGGAGAAAACATGGAATTGGGTAGAGATTCTGATACAGGCGGGCAGGTTAAATACGTTGTAGAACTTGCAAGAGCATTGTCAATGATGCCTGGTGTATACCGTGTTGATTTACTCACACGCCAGATTTCCTCTCCAGATGTCGATTGGAGCTATGGAGAGCCAACAGAAATGTTATGTTCAGGATCTTATGATGTTGATGGGCATGGTGGAGGGGAAAGCAGTGGTGCATATATCATAAGAATCCCTTGTGGTCCGCGAGATAAATATATTCCCAAGGAATTATTGTGGCCTTACATTCAAGAATTTGTAGATGGGGCATTAGGTCACATTCTGAACATGTCCAAAGTACTTGGGGATCAAGCGGGTAAAGGTGATCCAGTTTGGCCTTATGTTATTCATGGACACTATGCTGATGCAGGTGATAGTGCAGCACTCTTGTCAGGAGCTTTGAATGTTCCGATGGTTCTGACTGGTCATTCCCTTGGGAGAAATAAACTTGAGCAGCTTTTGAAGCAAGGCAGGCAGTCAAAAGAGGACATCAATGCAACTTACAAAATAATGCGCCGTATTGAAGCAGAAGAACTATCTTTGGATGCTGCAGAGCTTGTCATTACGAGTACAAAGCAGGAAATTGTGGAGCAGTGGGGGCTCTATGATGGTTTTGATGTCAGACTTGAAAAGATTTTGAGAGCCCGTGCAAAGCGACAAGTGAGTTGCCATGGTCGGTTCATGCCCCGAATGGTGGTTATACCTCCCGGTATGGACTTCAGCAATGTAGTTGTTGCAGACCAAGAGCCTGCAGAAGCTGATGGAGACCTTGCAGCTTTGATCAATGGTGATGGTAGCTTATCTCCTAAAGCCTTGCCACCCATATGGTCTGAGGTGATGCGTTTTTTCACAAATCGGCACAAACCCATGATTCTTGCTTTATCACGACCTGATCCCAAAAAAAATCTCACTACTCTAGTCAAAGCATTTGGAGAATGCCGGCCATTAAAAGAGCTGGCAAATTTGACACTGGTAATGGGAAACAGAGATGATATAGATGAAATGTCGGGAGGCAATGCAGCTGTTCTAACAACAGTTTTGAAGCTGATAGATAAGTATGACTTGTATGGACAAGTTGCTTATCCAAAGCATCACAAGCAATCAGATGTTCCAGAAATTTACCGTCTTGCTGCAAAAACAAAGGGTGTGTTTATTAATCCAGCTCTGGTGGAGCCTTTTGGTCTCACTCTCATTGAGGCAGCTGCGCATGGTTTACCGATGGTAGCTACGAAGAATGGAGGACCAGTGGACATACACAGTACTTTGACCAATGGACTATTAGTCGATCCCCATGATCAGAAGGCCATAGCAAATGCATTGCTAGAGCTTGTAGCAGACAAAAACCTATGGAATGAATGTCGCCGTAATGGGTTGAGAAACATTCACCTTTTTTCATGGCCTGAGCATTGCAGAAAATATTTGTCCCGGGTGGCTGTATGCAGGATGAGGCATCCTCAGTGGCAGACTGACACTCTAATGGATACTACTATGGATGAGGAATCGATGGGTGATTCCCTGAAGGATGTCCAGGACATGTCTCTCCGACTTTCTGTTGATGGCGAGAAATATTTGGGCAATGGTTCTCTGGATAATTCTGCGGAAGTTGACAAACTTCTGGCAGCAAAGGGCGACCCAGAAACATATAATCAGGTAAAACGAATTTTGGATAAACTGAAAAGGGGACCACCATCTTCTATCACTGAAGAAACTGAACCTAAGCCGGATGTAAATGAGCCAAGGGCTCCAGCAAATAACGTGATTGTTTCAAACAAGTATCCCGCACTGAGAAAGAAGAGGAAGCTTTTTGTTATAGCTGTGGACTGCTATGATGACACTGGTAATGTATCTCCCCGAATGTTGGAAATCATTCAGGAGATAATCAAAGCTGTGCGTTCTGATGCAACAGCAGCAAGATTTGCAGGTCTTGTGCTATCAACTGCATTGACAGTTGATGAAACTCTGGGAATGTTGAACTCTGGAAATATACTGCCTCATGAATTTGATGCTTTAATTTGTAGCAGTGGGAGTGAACTTTACTATCCAACAATTCCTGCTTATCCGGATGATGGATCAAACAAAAAACTATGCCCTGATCCAGATTATGACTCCCACATTGACTACCGTTGGGGTGGGGAAGGTTTGAGGAAAACAATGTCCTTATTAACTGCCCCGGAAAGAGATGGCCAAGAAAAGCAGGAGCGTGTTATTTTTGAGGATGCAAAGCATAGTAATGCCCATTGCGTTGCATATGTTGTCAAGGATTCAACAAGGGTTCGGAAGGTGGATGAATTTCGTCAAAGGTTAAGAATGCGGGGTCTCAGATGCCATCCGATGTTTTGTCGAAATTCCACGCAATTACATGTGATTCCGCTTCTCGCTTCCCGTTCACAAGCTTTGAGGTATTTATTTGTTCGATGGGGGTTGGAGGTAGCAAATATGCATGTTTTCGTGGGAGAAACTGGTGATACAGATTATGAAGAAATGCTAGCGGGCTTACATAAAACCATAATTTTAAAGGGTGCAGTGGATAGTGGTTCCGAGAAACTACTACGAGGTAGTGGTAGTTATCAGAGAGAAGACATTGTCCCTTCTGAAAGCCCAAATATAGTTTCTACGGAAGCTGGTTACAATTGTGAAGCAATTCTGAATGAGATTCAGAAATTTAGACATATATAG___AACTCAGGAGACAATTGAGCCCCCCTGTATGAAAGAGCACTTGTAAGGAAATTATATTTTGTAAAATAGAGTTAGGAGAATACATTATTATTTCATATATGTCTATTTCATTATATGTTTATTTCATCACTTACAATGGAGAAAGTTGTTCTCAAATCGTAGGAAAATCGCACAAGCACAAAAAGGAGAAAGTTGTTCTCAAATCGTAGGAAAATCGCACAAGCACAAAAAGCTAGTGTAAAGGCTTCAAATGTTTATACTAGAGGATATTTTAATTTCATCCAATGATCGATTGAAATTATGTAATAATGGTTTTGAAGTTTTGCTCCACAAAGGTTTTAGGTTTTCATTTCTACATCAAACGAATCTTTGGATTGAAATTATGTAATAATGGTTATGAGGTTTTGCTCAATAAAGGTTTCAGGTTTTGATTTATACATTATAAAAAGGTTTGAAGGCTTATTAACGAGAGCTTTCACTATATAGCAAGTGGGGTTAGGTACTGACTCACTGAGAGCTCACACTGTATAGCAAGTGATGAAAGGTTAGATATTGAGAGCTTCCACTGTTTAACAAGTGACGAAAAGTTAGGCACTGCACTGTCTATGGAAGCTCATTCAACCATTTAGGTGGTTAATTGTGTTGTACTCACTCTGTTTAGTAATAGATAT

Fln Alignment:

sp_v1.1_unigene1621___MRRIXXXXXXXXXXXXVITSTKQEIVEQWGLYDGFDVRLEKILRARAKRQVSCHGRFMPRMVVIPPGMDFSNVVVADQEPAEADGDLAALINGDGSLSPKALPPIWSEVMRFFTNRHKPMILALSRPDPKKNLTTLVKAFGECRPLKELANLTLVMGNRDDIDEMSGGNAAVLTTVLKLIDKYDLYGQVAYPKHHKQSDVPEIYRLAAKTKGVFINPALVEPFGLTLIEAAAHGLPMVATKNGGPVDIHSTLTNGLLVDPHDQKAIANALLELVADKNLWNECRRNGLRNIHLFSWPEHCRKYLSRVAVCRMRHPQWQXXXXXXXXXXEESMGDSLKDVQDMSLRLSVDGEKYLGNGSLDNSAEVDKLLAAKGDPETYNQVKRILDKLKRGPPSSITEETEPKPDVNEPRAPANNVIVSNKYPALRKKRKLFVIAVDCYDDTGNVSPRMLEIIQEIIKAVRSDATAARFAGLVLSTALTVDETLGMLNSGNILPHEFDALICSSGSELYYPTIPAYPDDGSNKKLCPDPDYDSHIDYRWGGEGLRKTMSLLTAPERDGQEKQERVIFEDAKHSNAHCVAYVVKDSTRVRKVDEFRQRLRMRGLRCHPMFCRNSTQLHVIPLLASRSQALRYLFVRWGLEVANMHVFVGETGDTDYEEMLAGLHKTIILKGAVDSGSEKLLRGSGSYQREDIVPSESPNIVSTEAGYNCEAILN
B8LLM0______________MRRIEAEELSLDAAELVITSTKQEIVEQWGLYDGFDVRLEKILRARTKRKVSCHGRYMPRMVVIPPGMDFSNVVVTEQEPAESDGDLAALINGDGNLSPRALPPIWSEVMRFFTNRHKPMILALSRPDPKKNLTTLVKAFGECRPLKELANLTLVMGNRDDIDGMSGGNGAVLTTVLKLIDKYDLYGQVAYPKHHRQSDVPEIYRLAAKTKGVFINPALVEPFGLTLIEAAAHGLPMVATKNGGPVDIHTTLNNGLLVDPHDQKAIANALLELVADKNLWNECRRNGLRNIHLFSWPEHCRKYLSRVALCRMRHPQWQTDTLMDTTMEEESMGDSLKDVQDMSLRLSVDGDKYSVYGSLDNSAEVDKLLAAKGDPELYNQVKRVLDKLKRAPPSSTTEETEPKPDVNEPRAPANNVIASNKYPALRKKRKLFVIAVDCYDDNGNVSPRMLEIIQEIFKAVRSDATAARFAGLVLSTALTVDETLGMLNSGNVQPHEFDALICSSGSELYYPAIPAYPDDGSDKKLWPDPDYDSHIDYRWGGEGLRKTVHILTAPERDGQEKQERVIFENAEHSNAHCLAYVVKDSPRVRKVDELRQRLRMRGLRCHLMFCRNSTQLHVIQLLASRSQALRYLFVRWGLDVANMHVFVGETGDTDYEEMLAGLHKTIILKGAVDRGSEKLLRGSGSYQREDIVPSESPNIVSIEDGYNCEAILN

SNPs (tot: 30)

Position	A %	C %	G %	T %	Probability
1661		88		11	0.923564
1662	88			11	0.923564
1666	12			87	0.992554
1667			12	87	0.992554
1671	87			12	0.992554
1673	16	83			0.994512
1674	83	16			0.994512
1679	83	16			0.994512
1798			80	20	0.995493
1799		80		20	0.995493
1802	20			80	0.995493
1803	20		80		0.995493
2034	16		83		0.994512
2214		20		80	0.995493
3419		14		85	0.993533
3508		10	90		0.90298
3511		10		90	0.90298
3512	90		10		0.90298
3513	90			10	0.90298
3516	90	10			0.90298
3517		10		90	0.90298
3518			90	10	0.90298
3519		90		10	0.90298
3522		10	90		0.90298
3740	11			88	0.923564
3937		8		91	0.999766
4215	33	66			1.0
4219	33		66		1.0
4220	20		80		0.995493
4320			20	80	0.995493

Back

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