SustainPineDB

Assembly Name: SustainPine v2.0

UniGene Name: sp_v2.0_unigene61

Length: 4281 nt

Origin of reads: Biogeco1 v2 Biogeco2 v2 Biogeco3 v1 Uagpf v2

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

UniGene Fasta (sense)

>sp_v2.0_unigene61
CGTCGTGACCTTGGCTGTCACTCAATTTTTTTTCTTGGTTGATTGAATTTAGGGTGTTTTGACATTTAATTTCACCTTTATCTTGCCTTTCTTTTTCATAGTGCATTTGCTTTTAGGGGATGAGGAAACCCTTATTGCCCACCATATTCTAATTCAATGTCATACTTTTAATGTTGCTGGGGAGGATTCTCAGCTAACCCCAACCCCAGTCGGCTCGGAAGCTCCACGATTTGCTGCAATTGCAAATCCAAATCGCCTTAAATTCATTAGACTCGTCGGCCCATTTCGAGTTTCCAAGGTTGGAGTCCGCAGAAGGTTCTTATTCTTTGTCCCACGGCCGGGTTTTGCTTATTATTAGAAACTCCAGGTCTCGGGTTCGAATCGAGAAAGGTTTTTGGTATAACTCGTTTTTTTGGGAAGTTTTTGGCATCTTTTGCTGTAATTCTTGGCAGCCGTAGGTGTCAAGGATCAAATCTGGGGGCGATTTGCTCTTTCTTTAGTTCTGCCCCACTGCTGTTTGAAGCCATAGGTCCAAGATTCAAATCGGAGGGCGTTTTAGGCGTTGGATAGATGTGAAGAGCTCTGCATGACCGAAGATTCTGAAGATTTTGCGTTTTAGTGTAGCTTACATTTGCTCTGCTTCTCCAAAGCTCCCTTGTGGCATTGTGCGGGAATATTCCTGTTTTCGCCGTGCAGTCTGTTGTATAATTTTGTATTGTATTGCCAGAAGATAGATTCTGCTGCTTGTAAATGTTTAAGCCGTTTGGTGCAGTTTTGAAGTCTCTTGTGGTTCAGTATTTTTGTATCCGACGGGATCCGCTACTTTGAGATTTATTTAGGGCATATTTGGTAAGAAGCTGTTAGATTGGGATTGTAAGGATTGAAATCTTTACAGATAGGTTTAGCGACGTTTAGTAGCAGTTATTGGGTTATTGGGGTCAAACAGTGCTATTATAAGCTGAAATAAATCAAAATGAATGACTTCGAAGACGCCGAAGGCACTCAATCGTCTGATCTGACGGAGGACACGAAGGATCTGAAGACTTTAGCGGAAGAGCGTGCCCTTATTGACCGGTTTGATGCATCACAATATGCATTTTTTGGAAAGGATGTTACGCAAGAGGTAGAGCTTGGAGGTTTAGAAGACGAAGATGATACTGGGCAATTGGGGACTCTTGAAGATGACGAATATGGGTTGTCCTCCGTTTGTGATAGAGACGAGGCTGAACAATCTGAGGCTGTATCTGAAGCTGATAATATGTCAGAGCTGTCCAGCTCCTTTATGAGGATGAACAGGGTCTCTGGGGAAACCAGGCTTCCAGCAAATAGTGGAGACTTGGGATTTGGAGCTAGAGAATCCCCTGAATGGTTTCGAGAAGCAGAGGTTTCCAATTGGTTGGATCAGCAGATATTAGATGCTGATATTGAACAGGAGGGAAGAAAATGGTGGCAGCAAGAGCAGCATTCTCCGGTGAGAGCACCAGAGCCAAAACCACTTTACAGGCACTCATCATATCCTCCACAACAGTGGGGAGGGGATCCAAAATTTCCTCAGTCATCATTCAGTTCATATCCTCCACTTCACTCACAAGTTATACAAAATCAACCACGTCACAGGTCTTATCCTGGTCAAGCATCACAGGTTGCCTTGTCTGGGCCACCTCAAATGTCACATTTTCCTGGACCGCAGCCTCATTTTGGAGGAATTCTGCCTTCTGTGATCCAATATGGAGGAGGGATGCCTCAATACAACTCTTCAGGTCATGTAATGGGTACACGGCCTCAGCAAGGCCACTGGTTGAATCAATCTAATATGCGACCAGGAGGGCCATCGGGGATTATGACTAATATGATGCATCAGCAAATGCCCCAACCCAATGCTATGTTGCCTACACAAGCACAGGCATTGCTGCAGCAGCAAAGATTTCAGGCGATGCAGAGTGGTGTTCCTCATTTTCCTCCTGTGCCAACTCAACAAGTATTCAATTCACATCCTCCTTCACCTGCCATGCACAGATACAATGAGGCATTTTTGGGTGGGGATTTTAGGGATCAGCGTAGTAAGTCTCAACAACGTGGAAAGCAAAATCAGCGTAATAGCCAACAGAATTCAGATACGAACAGCCAGTCAGGTAGGTCTAATAATGGCTGGCCACAGTTCCGATCAAAGTATATGTCTGCAGAAGAAATCGAGAGCATTGTTCGCATGCAGCTTGCTGCAACTCACACCAGTGATCCCTATGTTGATGATTATTATCATCAGGCTGTGCAAGCAAAGAATGCTACTGGTTCTCGAGGAAAAAGTCAGTTTGCACCATCTTCTCTACGTGAATTGCCGCCGCGAACAAAAGCTGTGGCAGAGCCACATGCTTATCTTCAGGTAGAGGCACTGGGAAGAGTGCCATTTTCTTCTATTCGCAGGCCTCGTCCACTTCTGGAAGTGGACGCTCCTTCAACACCGAATGCATCAGGTGATAATGTAAATGAACCCAAGGCCACTGAGAGACCCCTTGAACAGGAACCAATGCTGGCTGCAAGGATTGTTATTGAGGATGGGCTGTGCCTTCTTCTTGATGTGGATGATATTGATCGGTTTTTGCAAGTATCTCAACTACAAGATGGTGGGGCCCAATTAAAAAGAAGGCGGCAGATTCTGTTGGAAGGATTAGCAGCTTCTCTGCACTTGGTTGATCCTCTTGGAGCAGAGGGTGGCCATCCAATCGGGTTGGCTCCAAAAGATGACCTTGTTTTTCTACGCCTGGTTTCTCTTCCCAAAGGGAGAAAACTTCTATCAAAATACCTTCAGCTTCTCACACCTGGAAGTGAACTTGCACGCATTGTCTCCATGGCAGTTTTTCGTCATTTGCGTTTTTTGTTTGGTAGCTTAACTCCAGATCCCAGTGCTACAGTTGGGCTTGCGAAGACTGTGGCTATGTGTGTTTTCAACATGGATTTAGATGCCCTTATTGCTTGTTTGACAGCAGTAGTTTGTTCTTCAGAGCAACCACCACTTCGTCCTCTTGGAAGTTCTACTGGTGATGGGGCATCGGTGGTTCTAAAAGCTGTTCTGGAAAGAGCTACAGATATCCTGACAGATCCACGTGCTAGTTATACCATGCAAAAGAGAAATATTTGGCAGGCATCATTTAATTGCTTCTTCAAATTATTGACAACATACTGTACTAATAAGTATGATAGTATCATGCAATCCCTAATTTCATCATCAGGAAACTCAGCTTCAATTAGTTCAGCTGCTGCGTTTGCTATGAGCAAGGAAATGCCTGTGGAACTACTAAAGAGTAGCCTTCCTCATACGAATGAGAACCAGCGGAGACTTCTACTTGATTTTGCTCAGAGATCAATGCCAGGAGGTGGATTCAACTCCCAGAATGGCAGTGGTGGGCACGTGAGTACTGCGTCAGTTCCAGGCTAACATATGTGAACTTCTAAAGGACACATTCTCTCTCAACTGATGTATTCAATGCATTCTCTTTGGTGGCTCTTTTGGCATAATTACATCTGGAAATCCTCGAGGTGCATTTCACCATAAAGTTGAGTAAAGATTTTGTGTTGATGCCAGCCTCAACAATGTGGAATCAGATTGTACATGAAGCCCATCTTTTAGCCCAGAAGGTTTGTATATTCCTTCAGATTATATGCATAGCAGGGTGCTTATGTAGCTATATTAAGTGGTAAGGATCTAATGCTCATACGGTTTCTTCATAAATTCCCAAATGGCTTGCTGCACTATTTCTTTTTCACTATACTTGAAAGCAACAGTGTGATAAAATTCCCTGTCACAAAATGGCCGCCATTGGTTCTGTCAACACTGAATTTCAGTGTTGCTATAGGAGAGTTGAGTACACTGTTATCTTTAGAGGTTCAAAGTGGACTTTTCTAGTTTCTTGCAATAATCAATCTGTTTGTAGGTTTAGGTCAACATATTATGGCTGAAACTTCTTTTGGAGCCAGATTTTGAGTGCTCTATATTGAACTATAAGGCAGAAGATTTTAGGTATTGGCAATCTACACATGTGGATTTTAGATTTTTGCTTCTTATAGGGATACCTTTGTTTGTAAATTGAATATTTTGAAGTGTTCAGTGATATTGGAAACAGGCTAAAGTAGCTTGATGTCATTAATGGGACATTTCACGGGGAACAACCGAAAGGTGTCTATCAGCTATAAATTGTATATTCAAATGCCAAAGGATATTTCCAGGTCGATCTGGCTAAGATCTTCATGACGCGATAAATAAATTGAAATATGTTGTTGAATTTG

Ace file of the UniGene sp_v2.0_unigene61 (antisense)

Annotations

Source	Descriptions	Term	Type	e value	Identity
AutoFact	DNA topoisomerase 2-associated protein PAT1 [Arabidopsis thaliana] ref\|NP_849904.1\| DNA topoisomerase 2-associated protein PAT1 [Arabidopsis thaliana] dbj\|BAF00945.1\| hypothetical protein [Arabidopsis thaliana] dbj\|BAH56808.1\| AT1G79090 [Arabidopsis thali	-	-	0.0	42%
FL-Next	tr=Putative uncharacterized protein; Vitis vinifera (Grape).	-	-	0.0	49%

Source	InterPros	Term	Type	e value	Identity
Sma3	Aldehyde dehydrogenase, conserved site	IPR016160	-	0.0	-

Full-Lengther Next Prediction

Fln status: Complete

Fln database: tr_plants

Fln subject: F6HTJ0

Fln msg:

Fln protein: MNDFEDAEGTQSSDLTEDTKDLKTLAEERALIDRFDASQYAFFGKDVTQEVELGGLEDEDDTGQLGTLEDDEYGLSSVCDRDEAEQSEAVSEADNMSELSSSFMRMNRVSGETRLPANSGDLGFGARESPEWFREAEVSNWLDQQILDADIEQEGRKWWQQEQHSPVRAPEPKPLYRHSSYPPQQWGGDPKFPQSSFSSYPPLHSQVIQNQPRHRSYPGQASQVALSGPPQMSHFPGPQPHFGGILPSVIQYGGGMPQYNSSGHVMGTRPQQGHWLNQSNMRPGGPSGIMTNMMHQQMPQPNAMLPTQAQALLQQQRFQAMQSGVPHFPPVPTQQVFNSHPPSPAMHRYNEAFLGGDFRDQRSKSQQRGKQNQRNSQQNSDTNSQSGRSNNGWPQFRSKYMSAEEIESIVRMQLAATHTSDPYVDDYYHQAVQAKNATGSRGKSQFAPSSLRELPPRTKAVAEPHAYLQVEALGRVPFSSIRRPRPLLEVDAPSTPNASGDNVNEPKATERPLEQEPMLAARIVIEDGLCLLLDVDDIDRFLQVSQLQDGGAQLKRRRQILLEGLAASLHLVDPLGAEGGHPIGLAPKDDLVFLRLVSLPKGRKLLSKYLQLLTPGSELARIVSMAVFRHLRFLFGSLTPDPSATVGLAKTVAMCVFNMDLDALIACLTAVVCSSEQPPLRPLGSSTGDGASVVLKAVLERATDILTDPRASYTMQKRNIWQASFNCFFKLLTTYCTNKYDSIMQSLISSSGNSASISSAAAFAMSKEMPVELLKSSLPHTNENQRRLLLDFAQRSMPGGGFNSQNGSGGHVSTASVPG*

Protein Length: 821

Fln nts: CGTCGTGACCTTGGCTGTCACTCAATTTTTTTTCTTGGTTGATTGAATTTAGGGTGTTTTGACATTTAATTTCACCTTTATCTTGCCTTTCTTTTTCATAGTGCATTTGCTTTTAGGGGATGAGGAAACCCTTATTGCCCACCATATTCTAATTCAATGTCATACTTTTAATGTTGCTGGGGAGGATTCTCAGCTAACCCCAACCCCAGTCGGCTCGGAAGCTCCACGATTTGCTGCAATTGCAAATCCAAATCGCCTTAAATTCATTAGACTCGTCGGCCCATTTCGAGTTTCCAAGGTTGGAGTCCGCAGAAGGTTCTTATTCTTTGTCCCACGGCCGGGTTTTGCTTATTATTAGAAACTCCAGGTCTCGGGTTCGAATCGAGAAAGGTTTTTGGTATAACTCGTTTTTTTGGGAAGTTTTTGGCATCTTTTGCTGTAATTCTTGGCAGCCGTAGGTGTCAAGGATCAAATCTGGGGGCGATTTGCTCTTTCTTTAGTTCTGCCCCACTGCTGTTTGAAGCCATAGGTCCAAGATTCAAATCGGAGGGCGTTTTAGGCGTTGGATAGATGTGAAGAGCTCTGCATGACCGAAGATTCTGAAGATTTTGCGTTTTAGTGTAGCTTACATTTGCTCTGCTTCTCCAAAGCTCCCTTGTGGCATTGTGCGGGAATATTCCTGTTTTCGCCGTGCAGTCTGTTGTATAATTTTGTATTGTATTGCCAGAAGATAGATTCTGCTGCTTGTAAATGTTTAAGCCGTTTGGTGCAGTTTTGAAGTCTCTTGTGGTTCAGTATTTTTGTATCCGACGGGATCCGCTACTTTGAGATTTATTTAGGGCATATTTGGTAAGAAGCTGTTAGATTGGGATTGTAAGGATTGAAATCTTTACAGATAGGTTTAGCGACGTTTAGTAGCAGTTATTGGGTTATTGGGGTCAAACAGTGCTATTATAAGCTGAAATAAATCAAA_-_ATGAATGACTTCGAAGACGCCGAAGGCACTCAATCGTCTGATCTGACGGAGGACACGAAGGATCTGAAGACTTTAGCGGAAGAGCGTGCCCTTATTGACCGGTTTGATGCATCACAATATGCATTTTTTGGAAAGGATGTTACGCAAGAGGTAGAGCTTGGAGGTTTAGAAGACGAAGATGATACTGGGCAATTGGGGACTCTTGAAGATGACGAATATGGGTTGTCCTCCGTTTGTGATAGAGACGAGGCTGAACAATCTGAGGCTGTATCTGAAGCTGATAATATGTCAGAGCTGTCCAGCTCCTTTATGAGGATGAACAGGGTCTCTGGGGAAACCAGGCTTCCAGCAAATAGTGGAGACTTGGGATTTGGAGCTAGAGAATCCCCTGAATGGTTTCGAGAAGCAGAGGTTTCCAATTGGTTGGATCAGCAGATATTAGATGCTGATATTGAACAGGAGGGAAGAAAATGGTGGCAGCAAGAGCAGCATTCTCCGGTGAGAGCACCAGAGCCAAAACCACTTTACAGGCACTCATCATATCCTCCACAACAGTGGGGAGGGGATCCAAAATTTCCTCAGTCATCATTCAGTTCATATCCTCCACTTCACTCACAAGTTATACAAAATCAACCACGTCACAGGTCTTATCCTGGTCAAGCATCACAGGTTGCCTTGTCTGGGCCACCTCAAATGTCACATTTTCCTGGACCGCAGCCTCATTTTGGAGGAATTCTGCCTTCTGTGATCCAATATGGAGGAGGGATGCCTCAATACAACTCTTCAGGTCATGTAATGGGTACACGGCCTCAGCAAGGCCACTGGTTGAATCAATCTAATATGCGACCAGGAGGGCCATCGGGGATTATGACTAATATGATGCATCAGCAAATGCCCCAACCCAATGCTATGTTGCCTACACAAGCACAGGCATTGCTGCAGCAGCAAAGATTTCAGGCGATGCAGAGTGGTGTTCCTCATTTTCCTCCTGTGCCAACTCAACAAGTATTCAATTCACATCCTCCTTCACCTGCCATGCACAGATACAATGAGGCATTTTTGGGTGGGGATTTTAGGGATCAGCGTAGTAAGTCTCAACAACGTGGAAAGCAAAATCAGCGTAATAGCCAACAGAATTCAGATACGAACAGCCAGTCAGGTAGGTCTAATAATGGCTGGCCACAGTTCCGATCAAAGTATATGTCTGCAGAAGAAATCGAGAGCATTGTTCGCATGCAGCTTGCTGCAACTCACACCAGTGATCCCTATGTTGATGATTATTATCATCAGGCTGTGCAAGCAAAGAATGCTACTGGTTCTCGAGGAAAAAGTCAGTTTGCACCATCTTCTCTACGTGAATTGCCGCCGCGAACAAAAGCTGTGGCAGAGCCACATGCTTATCTTCAGGTAGAGGCACTGGGAAGAGTGCCATTTTCTTCTATTCGCAGGCCTCGTCCACTTCTGGAAGTGGACGCTCCTTCAACACCGAATGCATCAGGTGATAATGTAAATGAACCCAAGGCCACTGAGAGACCCCTTGAACAGGAACCAATGCTGGCTGCAAGGATTGTTATTGAGGATGGGCTGTGCCTTCTTCTTGATGTGGATGATATTGATCGGTTTTTGCAAGTATCTCAACTACAAGATGGTGGGGCCCAATTAAAAAGAAGGCGGCAGATTCTGTTGGAAGGATTAGCAGCTTCTCTGCACTTGGTTGATCCTCTTGGAGCAGAGGGTGGCCATCCAATCGGGTTGGCTCCAAAAGATGACCTTGTTTTTCTACGCCTGGTTTCTCTTCCCAAAGGGAGAAAACTTCTATCAAAATACCTTCAGCTTCTCACACCTGGAAGTGAACTTGCACGCATTGTCTCCATGGCAGTTTTTCGTCATTTGCGTTTTTTGTTTGGTAGCTTAACTCCAGATCCCAGTGCTACAGTTGGGCTTGCGAAGACTGTGGCTATGTGTGTTTTCAACATGGATTTAGATGCCCTTATTGCTTGTTTGACAGCAGTAGTTTGTTCTTCAGAGCAACCACCACTTCGTCCTCTTGGAAGTTCTACTGGTGATGGGGCATCGGTGGTTCTAAAAGCTGTTCTGGAAAGAGCTACAGATATCCTGACAGATCCACGTGCTAGTTATACCATGCAAAAGAGAAATATTTGGCAGGCATCATTTAATTGCTTCTTCAAATTATTGACAACATACTGTACTAATAAGTATGATAGTATCATGCAATCCCTAATTTCATCATCAGGAAACTCAGCTTCAATTAGTTCAGCTGCTGCGTTTGCTATGAGCAAGGAAATGCCTGTGGAACTACTAAAGAGTAGCCTTCCTCATACGAATGAGAACCAGCGGAGACTTCTACTTGATTTTGCTCAGAGATCAATGCCAGGAGGTGGATTCAACTCCCAGAATGGCAGTGGTGGGCACGTGAGTACTGCGTCAGTTCCAGGCTAA___CATATGTGAACTTCTAAAGGACACATTCTCTCTCAACTGATGTATTCAATGCATTCTCTTTGGTGGCTCTTTTGGCATAATTACATCTGGAAATCCTCGAGGTGCATTTCACCATAAAGTTGAGTAAAGATTTTGTGTTGATGCCAGCCTCAACAATGTGGAATCAGATTGTACATGAAGCCCATCTTTTAGCCCAGAAGGTTTGTATATTCCTTCAGATTATATGCATAGCAGGGTGCTTATGTAGCTATATTAAGTGGTAAGGATCTAATGCTCATACGGTTTCTTCATAAATTCCCAAATGGCTTGCTGCACTATTTCTTTTTCACTATACTTGAAAGCAACAGTGTGATAAAATTCCCTGTCACAAAATGGCCGCCATTGGTTCTGTCAACACTGAATTTCAGTGTTGCTATAGGAGAGTTGAGTACACTGTTATCTTTAGAGGTTCAAAGTGGACTTTTCTAGTTTCTTGCAATAATCAATCTGTTTGTAGGTTTAGGTCAACATATTATGGCTGAAACTTCTTTTGGAGCCAGATTTTGAGTGCTCTATATTGAACTATAAGGCAGAAGATTTTAGGTATTGGCAATCTACACATGTGGATTTTAGATTTTTGCTTCTTATAGGGATACCTTTGTTTGTAAATTGAATATTTTGAAGTGTTCAGTGATATTGGAAACAGGCTAAAGTAGCTTGATGTCATTAATGGGACATTTCACGGGGAACAACCGAAAGGTGTCTATCAGCTATAAATTGTATATTCAAATGCCAAAGGATATTTCCAGGTCGATCTGGCTAAGATCTTCATGACGCGATAAATAAATTGAAATATGTTGTTGAATTTG

Fln Alignment:

Contig61___DTKDLKTLAEERALIDRFDASQYAFFGKDVTQEVXXXXXXXXXXXXXXGTLEDDEYGLSSVCDRDEAEQSEAVSEADNMSELSSSFMRMNRVSGETRLPANSGDLGFGA--RESP---EWFREAEVSNWLDQQILDADIEQEGRKWWQQEQHSPVRAPEPKPLYRHSSYP-----PQQWGGDPKF-PQSSFSSYPPLHSQVIQNQPRHRSYPGQASQVALSGP------PQMSHFPGPQPHFGGILPSVIQYGGGMPQYNSSGHVMGTRPQQGHWLNQSNMRPGGPSGIMTNMMHQQMPQPNAMXXXXXXXXXXXXXXXXXQSGVP---HFPPVPTQQVFNSHPPSPAMHRYNEAFLGGDFXXXXXXXXXXXXXXXXXXXXXXXXXXXXGRSNNGWPQFRSKYMSAEEIESIVRMQLAATHTSDPYVDDYYHQAVQAKNATGSRGKSQFAPSSLRELPPRTKAVAEPHAYLQVEALGRVPFSSIRRPRPLLEVDAPSTPNASGDNVNEPKATERPLEQEPMLAARIVIEDGLCLLLDVDDIDRFLQVSQLQDGGAQLKRRRQILLEGLAASLHLVDPLGAEGGHPIGLAPKDDLVFLRLVSLPKGRKLLSKYLQLLTPGSELARIVSMAVFRHLRFLFGSLTPDPSA---TVGLAKTVAMCVFNMDLDALIACLTAVVCSSEQPPLRPLGSSTGDGASVVLKAVLERATDILTDPRAS--YTMQKRNIWQASFNCFFKLLTTYCTNKYDSIMQXXXXXXXXXXXXXXXXXXXXSKEMPVELLKSSLPHTNENQRRLLLDFAQRSMP
F6HTJ0____________DFKDLPEASSSDGAL--FDASQYEFFGQHAVEEVELGGLENEENIPVFGSV-DDEYQLF------EREESVGLSSLSDIDDLASTFSKLNRVVTGPRNPGVIGDRGSGSFSRESSSAADWAQDTDFPNWLDQHMFDAECSQEGKRWSSQPHASSAHLGESRPLYRTSSYPQQPQQPHHFSSEPILVPKSSFTSFPPGGSSQQASPRHHHSHHLNISSLTV-GPQLHLSAPNLSPLSNSNIHLSG-LPHGLHYGGNIPQFNPPGLSVNNRPLN-HWVNHAGLIHGDHPSLLNNILQQQLPHQNGIMPQQLMSQQQLQQQRLHHSVQPSMAHFSALRSQ-LYNTHP-SP-----QHKGMPGLSDMRDQRPKSTQRSKQNMRFSHQASDSSSQKSDNGLVQFRSKYMTADEIESILRMQHAATHSNDPYIDDYYHQARLAKKSAESRLKHHFYPSHLKDLPTRGRNNTEQHSHLPVDALGRIAFSSIRRPRPLLEVDSPS--SGSNDGSTEQNVTVKPLEQEPMLAARIAIEDGLCLLLDVDDIDRVLQFSPPQDGGIQLRRKRQMLLEGLAASLQLVDPLG-KSGHAVGLAPNDDLVFLRLVSLPKGRKLLFRYIQLLFPGGELARIVCMAIFRHLRFLFGGLPSDKGAAETTIDLAKTVSTCVNGMDLRALSACLVAVVCSSEQPPLRPLGSPAGDGASIILKSVLERATELLTDPHVAGKCSMPNRALWQASFDEFFSLLTKYCLSKYETIIH---------------------REMPVELLRASLPHTDEHQRKLLLDFAQRSMP

SNPs (tot: 63)

Position	A %	C %	G %	T %	Probability
2020		16		83	0.994512
2194		16		83	0.994512
2240		80		20	0.995493
2241		80	20		0.995493
2242	20	80			0.995493
2243		80	20		0.995493
2244	80			20	0.995493
2245		80	20		0.995493
2246	20	80			0.995493
2249	80		20		0.995493
2250	80	20			0.995493
2253			20	80	0.995493
2255		80		20	0.995493
2257	20			80	0.995493
2259	80		20		0.995493
2260	20			80	0.995493
2261		20		80	0.995493
2293			80	20	0.995493
2294	80		20		0.995493
2296			20	80	0.995493
2300	80	20			0.995493
2301	20			20	0.99255
2302			20	80	0.995493
2303	80	20			0.995493
2305	20			80	0.995493
2306	20			60	0.99255
2308			20	80	0.995493
2310		16	83		0.994512
2311	83	16			0.994512
2313	33			66	1.0
2314	16	16		66	0.988813
2350		80		20	0.995493
2439		20		80	0.995493
2480	11			88	0.923564
2511		87		12	0.992554
2707	83			16	0.994512
2711			16	83	0.994512
2717		83	16		0.994512
2718		16		83	0.994512
2719		16	83		0.994512
2722			16	83	0.994512
2726		16	83		0.994512
2732		16	83		0.994512
4178	80	20			0.999996
4182	10		90		0.90298
4184		88	11		0.923564
4191	88	11			0.923564
4192	88	11			0.923564
4195	88		11		0.923564
4197	88			11	0.923564
4198	88	11			0.923564
4200		11	88		0.923564
4204	88	11			0.923564
4208	87			12	0.992554
4209	87		12		0.992554
4216	87	12			0.992554
4218			12	87	0.992554
4219		12		87	0.992554
4220	87	12			0.992554
4223			12	87	0.992554
4228	87	12			0.992554
4229	87		12		0.992554
4232	87		12		0.992554

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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