SustainPineDB

Assembly Name: SustainPine v3.0

UniGene Name: sp_v3.0_unigene13090

Length: 4566 nt

UniGene Fasta

>sp_v3.0_unigene13090
CGTCGTGACCTTGGCTGTCACTCAGTTTGTGGCCACGATTGGCTTCCGAGACTTCTGAAGGCCATGTTTGTTTGAAGTTTAAAGTTTTTAGCGTGTTTTGGGGGCGTGGAATTTAGTACCGATAGCCTTGACTACCTGGGCAGATGTTGCAGACTACTGTGTCCATCAAATTCCAGAGTCGTTTAAGATGCCGAGATTTCCACGTTTTTGATGAAATTCTTCCACGTCTCTATAAATATTAGAGTTTGATGTCCTCTAAGCTATTTGTCTGTTGTATTTCTGTGTGATTGCTATTGTCAAGTCTCTGATGCCTTATTTTGCATGTCTCTTCGTTTTATGAATTTTCTTTTGTCAAGGCTCGAATCCTGAGGCTCCATTAACTTTTTCTCTTTTTCTCGGTTCACGTGGCAGCAGGTTTGAGGTGCTCTTCCGCATGAATTCTGCGATTTTAATATCTGTCCCGTTTCATTTTACTTCATCTTTTTAGTGGGCTTTAAACGCCGGGGTTTGTTAAAGTTCTGTCGCTGCGGACACGCAGTGTTCTAATTTCCGGCCGATTTCTGTAGCCGAGCTTCCTTTCTTCGGTAATTTTATTGCCTGTATCGTGTGCGGAGTGGTTTAATTTTAAGAAAAAATGGCTGGGAATGATTGGATAAACGGATATCTCGAGGCAATACTGGATGCTGGCGCCGGATTTACAGAAGCCGAGACTCGACCCGCGCTTACAGTTGGTGATGGCGGAGGTTTTAATCCGACAAAGTACTTTGTGGAGGAAGTCGTTACTGGTTTCGATGAATCCGATCTCCATCGCACATGGATAAAGGTTGTGGCGATGCGTAACTCCCAGGAACGTAACAACAGACTCGAAAATATGTGCTGGAGGATATGGCACCTGGCACGTCGACAGAAACAGATCGAGTGGGACGATGCGCAAAGGCTGGCCAAGAGGCGCATCGAGCGCGAGCAAGGGCGGAGAGATGCGACAGAGGACATGTCGGAGGATTTGTCTGAGGGTGAAAAGGCTGATGTTGCCACTCCCAGGGCAACGCCCAAGCGCGCTTTTTCGCGGAACTTCTCCGACTTGCAACTCTGGTCTGATGACAATAAGGGAAAGCGCCTGTACATTGTGCTCATAAGCTTGCATGGTTTAGTAAGAGGAGAAAACATGGAATTGGGTAGAGATTCTGATACAGGCGGGCAGGTTAAATACGTTGTAGAACTTGCAAGAGCATTGTCAATGATGCCTGGTGTATACCGTGTTGATTTACTCACACGCCAGATTTCCTCTCCAGATGTCGATTGGAGCTATGGAGAGCCAACAGAAATGTTATGTTCAGGATCTTATGATGTTGATGGGCATGGTGGAGGGGAAAGCAGTGGTGCATATATCATAAGAATCCCTTGTGGTCCGCGAGATAAATATATTCCCAAGGAATTATTGTGGCCTTACATTCAAGAATTTGTAGATGGGGCATTAGGTCACATTCTGAACATGTCCAAAGTACTTGGGGATCAAGCGGGTAAAGGTGATCCAGTTTGGCCTTATGTTATTCATGGACACTATGCTGATGCAGGTGATAGTGCAGCACTCTTGTCAGGAGCTTTGAATGTTCCGATGGTTCTGACTGGCCATTCCCTTGGGAGAAATAAACTTGAGCAGCTTTTGAAGCAAGGCAGGCAGTCAAAAGAGGACATCAATGCAACTTACAAAATAATGCGCCGTATTGAAGCAGAAGAACTATCTTTGGATGCTGCAGAGCTTGTCATTACGAGTACAAAGCAGGAAATTGTGGAGCAGTGGGGGCTCTATGATGGTTTTGATGTCAGACTTGAAAAGATTTTGAGAGCCCGTGCAAAGCGACAAGTGAGTTGCCATGGTCGGTTCATGCCCCGAATGGTGGTTATACCTCCCGGTATGGACTTCAGCAATGTAGTTGTTGCAGACCAAGAGCCTGCAGAAGCTGATGGAGACCTTGCAGCTTTGATCAATGGTGATGGTAGCTTATCTCCTAAAGCCTTGCCACCCATATGGTCTGAGGTGATGCGTTTTTTCACAAATCGGCACAAACCCATGATTCTTGCTTTATCACGACCTGATCCCAAAAAAAATCTCACTACTCTAGTCAAAGCATTTGGAGAATGCCGGCCATTAAAAGAGCTGGCAAATTTGACACTGGTAATGGGAAACAGAGATGATATAGATGAAATGTCGGGAGGCAATGCAGCTGTTCTAACAACAGTTTTGAAGCTGATAGATAAGTATGACTTGTATGGACAAGTTGCTTATCCAAAGCATCACAAGCAATCAGATGTTCCAGAAATTTACCGTCTTGCTGCAAAAACAAAGGGTGTGTTTATTAATCCAGCTCTGGTGGAGCCTTTTGGTCTCACTCTCATTGAGGCAGCTGCGCATGGTTTACCGATGGTAGCTACGAAGAATGGAGGACCAGTGGACATACACAGTACTTTGACCAATGGACTATTAGTCGATCCCCATGATCAGAAGGCCATAGCAAATGCATTGCTAGAGCTTGTAGCAGACAAAAACCTATGGAATGAATGTCGCCGTAATGGGTTGAGAAACATTCACCTTTTTTCATGGCCTGAGCATTGCAGAAAATATTTGTCCCGGGTGGCTGTATGCAGGATGAGGCATCCTCAGTGGCAGACTGACACTCTAATGGATACTACTATGGATGAGGAATCGATGGGTGATTCCCTGAAGGATGTCCAGGACATGTCTCTCCGACTTTCTGTTGATGGCGAGAAATATTTGGGCAATGGTTCTCTGGATAATTCTGCGGAAGTTGACAAACTTCTGGCAGCAAAGGGCGACCCAGAAACATATAATCAGGTAAAACGAATTTTGGATAAACTGAAAAGGGGACCACCATCTTCTATCACTGAAGAAACTGAACCTAAGCCGGATGTAAATGAGCCAAGGGCTCCAGCAAATAACGTGATTGTTTCAAACAAGTATCCCGCACTGAGAAAGAAGAGGAAGCTTTTTGTTATAGCTGTGGACTGCTATGATGACACTGGTAATGTATCTCCCCGAATGTTGGAAATCATTCAGGAGATAATCAAAGCTGTGCGTTCTGATGCAACAGCAGCAAGATTTGCAGGTCTTGTGCTATCAACTGCATTGACAGTTGATGAAACTCTGGGAATGTTGAACTCTGGAAATATACTGCCTCATGAATTTGATGCTTTAATTTGTAGCAGTGGGAGTGAACTTTACTATCCAACAATTCCTGCTTATCCGGATGATGGATCAAACAAAAAACTATGCCCTGATCCAGATTATGACTCCCACATTGACTACCGTTGGGGTGGGGAAGGTTTGAGGAAAACAATGTCCTTATTAACTGCCCCGGAAAGAGATGGCCAAGAAAAGCAGGAGCGTGTTATTTTTGAGGATGCAAAGCATAGTAATGCCCATTGCGTTGCATATGTTGTCAAGGATTCAACAAGGGTTCGGAAGGTGGATGAATTTCGTCAAAGGTTAAGAATGCGGGGTCTCAGATGCCATCCGATGTTTTGTCGAAATTCCACGCAATTACATGTGATTCCGCTTCTCGCTTCCCGTTCACAAGCTTTGAGGTATTTATTTGTTCGATGGGGGTTGGAGGTAGCAAATATGCATGTTTTCGTGGGAGAAACTGGTGATACAGATTATGAAGAAATGCTAGCGGGCTTACATAAAACCATAATTTTAAAGGGTGCAGTGGATAGTGGTTCCGAGAAACTACTACGAGGTAGTGGTAGTTATCAGAGAGAAGACATTGTCCCTTCTGAAAGCCCAAATATAGTTTCTACGGAAGCTGGTTACAATTGTGAAGCAATTCTGAATGAGATTCAGAAATTTAGACATATATAGAACTCAGGAGACAATTGAGCCCCCCTGTATGAAAGAGCACTTGTAAGGAAATTATATTTTGTAAAATAGAGTTAGGAGAATACATTATTATTTCATATATGTCTATTTCATTATATGTTTATTTCATCACTTACAATGGAGAAAGTTGTTCTCAAATCGTAGGAAAATCGCACAAGCACAAAAAGGAGAAAGTTGTTCTCAAATCGTAGGAAAATCGCACAAGCACAAAAAGCTAGTGTAAAGGCTTCAAATGTTTATACTAGAGGATATTTTAATTTCATCCAATGATCGATTGAAATTATGTAATAATGGTTTTGAAGTTTTGCTCCACAAAGGTTTTAGGTTTTCATTTCTACATCAAACGAATCTTTGGATTGAAATTATGTAATAATGGTTATGAGGTTTTGCTCAATAAAGGTTTCAGGTTTTGATTTATACATTATAAAAAGGTTTGAAGGCTTATTAACGAGAGCTTTCACTATATAGCAAGTGGGGTTAGGTACTGACTCACTGAGAGCTCACACTGTATAGCAAGTGATGAAAGGTTAGATATTGAGAGCTTCCACTGTTTAACAAGTGACGAAAAGTTAGGCACTGCACTGTCTATGGAAGCTCATTCAACCATTTAGGTGGTTAATTGTGTTGTACTCACTCTGTTTAGTAATAGATATTCCCTGTTCCACGAC

Ace file of the UniGene sp_v3.0_unigene13090

Annotations

Source	Descriptions	Term	Type	Identity
AutoFact	Sucrose phosphate syntase, putative n=1 Tax=Ricinus communis RepID=B9RWD6_RICCO	-	-	67%
FL-Next	tr=Putative uncharacterized protein; Picea sitchensis (Sitka spruce) (Pinus sitchensis).	-	-	93%
Sma3	Sucrose-phosphate synthase	-	-	-

Source	ECs	Term	Type	e value	Identity
Sma3	Sucrose-phosphate synthase.	EC:2.4.1.14	-	0.0	-

Source	KEGGs	Term	Type	e value	Identity
Sma3	Starch and sucrose metabolism	00500		0.0	%
Sma3	Metabolic pathways	01100		0.0	%

Source	Gene names
Sma3	AT4g10120; At1g04920; At4g10120; At5g11110; At5g20280; CHLREDRAFT_105328; CitSPS2; CitSPS3; F13M7.9; F28M11.40; FaSPS-1; FaSPS-2; GSVIVT00006423001; GSVIVT00032026001; GSVIVT00032684001; GSVIVT00032685001; GSVIVT00038291001; GSVIVT00038825001; GTR7; KSPS-

Source	GOs	Term	Type	Identity
Sma3	plasma membrane	GO:0005886	Cellular Component	-
Sma3	protein binding	GO:0005515	Molecular Function	-
Sma3	transferase activity	GO:0016740	Molecular Function	-
Sma3	sucrose-phosphate synthase activity	GO:0046524	Molecular Function	-
Sma3	sucrose metabolic process	GO:0005985	Biological Process	-
Sma3	biosynthetic process	GO:0009058	Biological Process	-

Source	InterPros	Term	Type	Identity
Sma3	Legume lectin domain	IPR001220	-	-
Sma3	Glycosyl transferase, family 1	IPR001296	-	-
Sma3	Homeodomain	IPR001356	-	-
Sma3	Leucine-rich repeat	IPR001611	-	-
Sma3	Leucine-rich repeat, typical subtype	IPR003591	-	-
Sma3	Sucrose-phosphate synthase	IPR006380	-	-
Sma3		IPR012287	-	-
Sma3	Sucrose phosphate synthase, plant	IPR012819	-	-
Sma3	Homeobox, conserved site	IPR017970	-	-
Sma3	L-lactate dehydrogenase, active site	IPR018177	-	-

Source	Species	ID	Description	Identity
ATG	Arabidoptis thaliana	AT1G04920.1	ATSPS3F, SPS3F sucrose phosphate synthase 3F chr1:1391674-1395756 REVERSE LENGTH=1062	69%
RefSeq	Arabidopsis thaliana	NP_171984.2	sucrose-phosphate synthase [Arabidopsis thaliana]	69%
RefSeq	Populus trichocarpa	XP_002328899.1	predicted protein [Populus trichocarpa]	70%

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: CGTCGTGACCTTGGCTGTCACTCAGTTTGTGGCCACGATTGGCTTCCGAGACTTCTGAAGGCCATGTTTGTTTGAAGTTTAAAGTTTTTAGCGTGTTTTGGGGGCGTGGAATTTAGTACCGATAGCCTTGACTACCTGGGCAGATGTTGCAGACTACTGTGTCCATCAAATTCCAGAGTCGTTTAAGATGCCGAGATTTCCACGTTTTTGATGAAATTCTTCCACGTCTCTATAAATATTAGAGTTTGATGTCCTCTAAGCTATTTGTCTGTTGTATTTCTGTGTGATTGCTATTGTCAAGTCTCTGATGCCTTATTTTGCATGTCTCTTCGTTTTATGAATTTTCTTTTGTCAAGGCTCGAATCCTGAGGCTCCATTAACTTTTTCTCTTTTTCTCGGTTCACGTGGCAGCAGGTTTGAGGTGCTCTTCCGCATGAATTCTGCGATTTTAATATCTGTCCCGTTTCATTTTACTTCATCTTTTTAGTGGGCTTTAAACGCCGGGGTTTGTTAAAGTTCTGTCGCTGCGGACACGCAGTGTTCTAATTTCCGGCCGATTTCTGTAGCCGAGCTTCCTTTCTTCGGTAATTTTATTGCCTGTATCGTGTGCGGAGTGGTTTAATTTTAAGAAAAA_-_ATGGCTGGGAATGATTGGATAAACGGATATCTCGAGGCAATACTGGATGCTGGCGCCGGATTTACAGAAGCCGAGACTCGACCCGCGCTTACAGTTGGTGATGGCGGAGGTTTTAATCCGACAAAGTACTTTGTGGAGGAAGTCGTTACTGGTTTCGATGAATCCGATCTCCATCGCACATGGATAAAGGTTGTGGCGATGCGTAACTCCCAGGAACGTAACAACAGACTCGAAAATATGTGCTGGAGGATATGGCACCTGGCACGTCGACAGAAACAGATCGAGTGGGACGATGCGCAAAGGCTGGCCAAGAGGCGCATCGAGCGCGAGCAAGGGCGGAGAGATGCGACAGAGGACATGTCGGAGGATTTGTCTGAGGGTGAAAAGGCTGATGTTGCCACTCCCAGGGCAACGCCCAAGCGCGCTTTTTCGCGGAACTTCTCCGACTTGCAACTCTGGTCTGATGACAATAAGGGAAAGCGCCTGTACATTGTGCTCATAAGCTTGCATGGTTTAGTAAGAGGAGAAAACATGGAATTGGGTAGAGATTCTGATACAGGCGGGCAGGTTAAATACGTTGTAGAACTTGCAAGAGCATTGTCAATGATGCCTGGTGTATACCGTGTTGATTTACTCACACGCCAGATTTCCTCTCCAGATGTCGATTGGAGCTATGGAGAGCCAACAGAAATGTTATGTTCAGGATCTTATGATGTTGATGGGCATGGTGGAGGGGAAAGCAGTGGTGCATATATCATAAGAATCCCTTGTGGTCCGCGAGATAAATATATTCCCAAGGAATTATTGTGGCCTTACATTCAAGAATTTGTAGATGGGGCATTAGGTCACATTCTGAACATGTCCAAAGTACTTGGGGATCAAGCGGGTAAAGGTGATCCAGTTTGGCCTTATGTTATTCATGGACACTATGCTGATGCAGGTGATAGTGCAGCACTCTTGTCAGGAGCTTTGAATGTTCCGATGGTTCTGACTGGCCATTCCCTTGGGAGAAATAAACTTGAGCAGCTTTTGAAGCAAGGCAGGCAGTCAAAAGAGGACATCAATGCAACTTACAAAATAATGCGCCGTATTGAAGCAGAAGAACTATCTTTGGATGCTGCAGAGCTTGTCATTACGAGTACAAAGCAGGAAATTGTGGAGCAGTGGGGGCTCTATGATGGTTTTGATGTCAGACTTGAAAAGATTTTGAGAGCCCGTGCAAAGCGACAAGTGAGTTGCCATGGTCGGTTCATGCCCCGAATGGTGGTTATACCTCCCGGTATGGACTTCAGCAATGTAGTTGTTGCAGACCAAGAGCCTGCAGAAGCTGATGGAGACCTTGCAGCTTTGATCAATGGTGATGGTAGCTTATCTCCTAAAGCCTTGCCACCCATATGGTCTGAGGTGATGCGTTTTTTCACAAATCGGCACAAACCCATGATTCTTGCTTTATCACGACCTGATCCCAAAAAAAATCTCACTACTCTAGTCAAAGCATTTGGAGAATGCCGGCCATTAAAAGAGCTGGCAAATTTGACACTGGTAATGGGAAACAGAGATGATATAGATGAAATGTCGGGAGGCAATGCAGCTGTTCTAACAACAGTTTTGAAGCTGATAGATAAGTATGACTTGTATGGACAAGTTGCTTATCCAAAGCATCACAAGCAATCAGATGTTCCAGAAATTTACCGTCTTGCTGCAAAAACAAAGGGTGTGTTTATTAATCCAGCTCTGGTGGAGCCTTTTGGTCTCACTCTCATTGAGGCAGCTGCGCATGGTTTACCGATGGTAGCTACGAAGAATGGAGGACCAGTGGACATACACAGTACTTTGACCAATGGACTATTAGTCGATCCCCATGATCAGAAGGCCATAGCAAATGCATTGCTAGAGCTTGTAGCAGACAAAAACCTATGGAATGAATGTCGCCGTAATGGGTTGAGAAACATTCACCTTTTTTCATGGCCTGAGCATTGCAGAAAATATTTGTCCCGGGTGGCTGTATGCAGGATGAGGCATCCTCAGTGGCAGACTGACACTCTAATGGATACTACTATGGATGAGGAATCGATGGGTGATTCCCTGAAGGATGTCCAGGACATGTCTCTCCGACTTTCTGTTGATGGCGAGAAATATTTGGGCAATGGTTCTCTGGATAATTCTGCGGAAGTTGACAAACTTCTGGCAGCAAAGGGCGACCCAGAAACATATAATCAGGTAAAACGAATTTTGGATAAACTGAAAAGGGGACCACCATCTTCTATCACTGAAGAAACTGAACCTAAGCCGGATGTAAATGAGCCAAGGGCTCCAGCAAATAACGTGATTGTTTCAAACAAGTATCCCGCACTGAGAAAGAAGAGGAAGCTTTTTGTTATAGCTGTGGACTGCTATGATGACACTGGTAATGTATCTCCCCGAATGTTGGAAATCATTCAGGAGATAATCAAAGCTGTGCGTTCTGATGCAACAGCAGCAAGATTTGCAGGTCTTGTGCTATCAACTGCATTGACAGTTGATGAAACTCTGGGAATGTTGAACTCTGGAAATATACTGCCTCATGAATTTGATGCTTTAATTTGTAGCAGTGGGAGTGAACTTTACTATCCAACAATTCCTGCTTATCCGGATGATGGATCAAACAAAAAACTATGCCCTGATCCAGATTATGACTCCCACATTGACTACCGTTGGGGTGGGGAAGGTTTGAGGAAAACAATGTCCTTATTAACTGCCCCGGAAAGAGATGGCCAAGAAAAGCAGGAGCGTGTTATTTTTGAGGATGCAAAGCATAGTAATGCCCATTGCGTTGCATATGTTGTCAAGGATTCAACAAGGGTTCGGAAGGTGGATGAATTTCGTCAAAGGTTAAGAATGCGGGGTCTCAGATGCCATCCGATGTTTTGTCGAAATTCCACGCAATTACATGTGATTCCGCTTCTCGCTTCCCGTTCACAAGCTTTGAGGTATTTATTTGTTCGATGGGGGTTGGAGGTAGCAAATATGCATGTTTTCGTGGGAGAAACTGGTGATACAGATTATGAAGAAATGCTAGCGGGCTTACATAAAACCATAATTTTAAAGGGTGCAGTGGATAGTGGTTCCGAGAAACTACTACGAGGTAGTGGTAGTTATCAGAGAGAAGACATTGTCCCTTCTGAAAGCCCAAATATAGTTTCTACGGAAGCTGGTTACAATTGTGAAGCAATTCTGAATGAGATTCAGAAATTTAGACATATATAG___AACTCAGGAGACAATTGAGCCCCCCTGTATGAAAGAGCACTTGTAAGGAAATTATATTTTGTAAAATAGAGTTAGGAGAATACATTATTATTTCATATATGTCTATTTCATTATATGTTTATTTCATCACTTACAATGGAGAAAGTTGTTCTCAAATCGTAGGAAAATCGCACAAGCACAAAAAGGAGAAAGTTGTTCTCAAATCGTAGGAAAATCGCACAAGCACAAAAAGCTAGTGTAAAGGCTTCAAATGTTTATACTAGAGGATATTTTAATTTCATCCAATGATCGATTGAAATTATGTAATAATGGTTTTGAAGTTTTGCTCCACAAAGGTTTTAGGTTTTCATTTCTACATCAAACGAATCTTTGGATTGAAATTATGTAATAATGGTTATGAGGTTTTGCTCAATAAAGGTTTCAGGTTTTGATTTATACATTATAAAAAGGTTTGAAGGCTTATTAACGAGAGCTTTCACTATATAGCAAGTGGGGTTAGGTACTGACTCACTGAGAGCTCACACTGTATAGCAAGTGATGAAAGGTTAGATATTGAGAGCTTCCACTGTTTAACAAGTGACGAAAAGTTAGGCACTGCACTGTCTATGGAAGCTCATTCAACCATTTAGGTGGTTAATTGTGTTGTACTCACTCTGTTTAGTAATAGATATTCCCTGTTCCACGAC

Fln Alignment:

Contig13090___MRRIXXXXXXXXXXXXVITSTKQEIVEQWGLYDGFDVRLEKILRARAKRQVSCHGRFMPRMVVIPPGMDFSNVVVADQEPAEADGDLAALINGDGSLSPKALPPIWSEVMRFFTNRHKPMILALSRPDPKKNLTTLVKAFGECRPLKELANLTLVMGNRDDIDEMSGGNAAVLTTVLKLIDKYDLYGQVAYPKHHKQSDVPEIYRLAAKTKGVFINPALVEPFGLTLIEAAAHGLPMVATKNGGPVDIHSTLTNGLLVDPHDQKAIANALLELVADKNLWNECRRNGLRNIHLFSWPEHCRKYLSRVAVCRMRHPQWQXXXXXXXXXXEESMGDSLKDVQDMSLRLSVDGEKYLGNGSLDNSAEVDKLLAAKGDPETYNQVKRILDKLKRGPPSSITEETEPKPDVNEPRAPANNVIVSNKYPALRKKRKLFVIAVDCYDDTGNVSPRMLEIIQEIIKAVRSDATAARFAGLVLSTALTVDETLGMLNSGNILPHEFDALICSSGSELYYPTIPAYPDDGSNKKLCPDPDYDSHIDYRWGGEGLRKTMSLLTAPERDGQEKQERVIFEDAKHSNAHCVAYVVKDSTRVRKVDEFRQRLRMRGLRCHPMFCRNSTQLHVIPLLASRSQALRYLFVRWGLEVANMHVFVGETGDTDYEEMLAGLHKTIILKGAVDSGSEKLLRGSGSYQREDIVPSESPNIVSTEAGYNCEAILN
B8LLM0_______________MRRIEAEELSLDAAELVITSTKQEIVEQWGLYDGFDVRLEKILRARTKRKVSCHGRYMPRMVVIPPGMDFSNVVVTEQEPAESDGDLAALINGDGNLSPRALPPIWSEVMRFFTNRHKPMILALSRPDPKKNLTTLVKAFGECRPLKELANLTLVMGNRDDIDGMSGGNGAVLTTVLKLIDKYDLYGQVAYPKHHRQSDVPEIYRLAAKTKGVFINPALVEPFGLTLIEAAAHGLPMVATKNGGPVDIHTTLNNGLLVDPHDQKAIANALLELVADKNLWNECRRNGLRNIHLFSWPEHCRKYLSRVALCRMRHPQWQTDTLMDTTMEEESMGDSLKDVQDMSLRLSVDGDKYSVYGSLDNSAEVDKLLAAKGDPELYNQVKRVLDKLKRAPPSSTTEETEPKPDVNEPRAPANNVIASNKYPALRKKRKLFVIAVDCYDDNGNVSPRMLEIIQEIFKAVRSDATAARFAGLVLSTALTVDETLGMLNSGNVQPHEFDALICSSGSELYYPAIPAYPDDGSDKKLWPDPDYDSHIDYRWGGEGLRKTVHILTAPERDGQEKQERVIFENAEHSNAHCLAYVVKDSPRVRKVDELRQRLRMRGLRCHLMFCRNSTQLHVIQLLASRSQALRYLFVRWGLDVANMHVFVGETGDTDYEEMLAGLHKTIILKGAVDRGSEKLLRGSGSYQREDIVPSESPNIVSIEDGYNCEAILN

SNPs (tot: 22)

Position	A %	C %	G %	T %	Probability
1219		11	88		0.923564
1500	11	88			0.923564
1573	14		85		0.993533
1577			85	14	0.993533
1802	14		85		0.993533
1816	16		83		0.994512
1817		16	83		0.994512
1901		12		87	0.992554
2033	11		88		0.923564
2135			25	75	0.996473
2136			25	75	0.996473
2212		20		80	0.995493
2842	11		88		0.999952
2843	88			11	0.999952
2844	88		11		0.999952
2845	88			11	0.999952
3363		83	16		0.999991
3738	10			90	0.90298
4213	33	66			1.0
4217	33		66		1.0
4218	20		80		0.995493
4318			25	75	0.996473

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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