SustainPineDB

Assembly Name: SustainPine v3.0

UniGene Name: sp_v3.0_unigene680

Length: 4309 nt

UniGene Fasta

>sp_v3.0_unigene680
TGTTAGGCCTAAATATTGTGCAATTTGCCGGGTTTAGCCTAATTGTTGTGCATAAATCGTCTATTTTAGCTGGTTGTCCATGATAACTTCGCGGATTGGAACATGCTGACGAATTTTTCGGGATTCATGAGGCTATTTAAAGAAGGTTGAGAGATACCTTTGGTAATATTAAAATTCAAGGCTGATTTTGTTCGGAGCTTTTTCGTAGGGAATCGATAAGGGATATTTCTTGTGTGTTCTATGCCGTGTTGAAAGATGGAGTAGGCGTGGGCTGCATGCAGGTCAGCAAAATTGTTCATGCGGCTTCGAAAATTGTTCGTTTTCTGCATCTTTCCTAAAATATAATGTCATAAGAAGGTTGTTCCGTAGCATGGAAGGTGGGACAAGCTCGATTTCGATCGGTATTGCGGCGACGGGATGTCACGATCTGGAGCTTCTGTTAGGATGGTTGGTGTTGGCATGGACACCCGTTCTTGTACGAGATTACTGTCGTCTTTCGTCGTTTTTTATGCATTGCATCGTCTCTGCAACTTCATCAGGGTTTGCCGATCATAGTAAGTGTATAGGAAGCGAAGAGTTTCACTAGCGCAGTGCCTCCAGGCTGGTAAGGGGTTGATCGAAATCCTGGCATTTAGATCTTTCCCAAAATGCCGGAAACTAAGGTTGATAGTGAAGGGGGGTCTGCAACAACTGAGCCACCTGATGACAATGATTTCGTGGAAGCTGATCCGACTGGGCGATATGGCCGATATATGGATGTTCTGGGTAAAGGCGCATTCAAGACTGTCTATAGGGCCTTTGATGAAGTTGATGGAATAGAAGTGGCTTGGAACCAAGTGAAGATTGATGATCTCTTACAAAATCCTGATGATTTGGAGAGACTGTATTCTGAAGTGCATTTGTTGAAGACTGTGAAGCATAAAAATATTATCAAATTTTACAATTCCTGGATTGATGATAATAACAAGACAGTGAACATCATAACAGAGATCTTCACGTCAGGCACTCTGAGACAATATCGGAAGAAGCACAAGCATGTTGACATGAAGGCTGTCAAGGGTTGGGCAAGGCAAATTTTGCAGGGTTTACGCTATCTTCATAGTCACAATCCACCTATTATTCACAGAGACTTAAAATGTGATAACATCTTTGTTAATGGTAACCATGGTGAGGTCAAAATTGGGGATCTTGGCTTGGCCACTATAATGCGGCAAGCACATGTTCATAGTGTTATTGGGACTCCAGAATTTATGGCTCCTGAGCTTTATGAAGAGGATTATGATGAATTGGTTGACATTTATTCTTTTGGCATGTGCCTGCTGGAGATGGTGACCTTTGAGTATCCGTACAGCGAATGCAATAATCCAGCTCAAATTTATAGAAAAGTGACATCCGGTATAAAGCCTGCTGCCTTGAATAAAATAAAAGATCCACAAACAAAGGCATTCATTGAAAAATGCCTGGTTGCAGCACCCCAGAGATTGCCTGCAAAGGAGCTTTTGTTGGATCCTTTCCTTCAATGTGATGGGCATAAAGAGTTTACATATTGCACCCAACCCTCAACATCTGTCATGCCCGGACCAGGGGACAAGAAAGAAGAATTTACTGCTTTGGAAGAGGAGGGCACCAGTGGCAATGATGAGATATCATCAATTTGTAATGATGTCAATGTTGTTTCACATCCTCCTTCTGAATATTCATCTACGGATACTGATGGAGAGAACCAGATTCCTCCTGGTTCTGAAACAGAGAAAATTTGTTCTAGTCCACCCTTGGCTAGCCTGGTAGTGCGAAGCTCGGCGAATGGTAAAGAATTCAAATTAAAAGGGAAGATAAAAGATAGCAATAAAATATCTGTACATTTCCGGATTGCAGACCAAGAAGGTCCTGCAAGGAATATTCATTTTCACTTTTATATGGACAGTGATACAGCTCTTGGCGTTGCAAATGAAATGATTGAGCAACTTGATCTTTCTGATCAAGATGTGACAGAAATAGCTGACTTGATTGATACCTTCATTGCGGAACTGGTACCTGGATGGAAGCCCTGGGATCCTGCTGATGAAACTATTGGTGTAAATGAAGATTCAGCTGAAAATGTTCCCGGTGAGAATGGCTTGCAGGAGGCTGATCAGTACCAAATGAAAAAGTTGCTAGATTCTGTTTCTACAGCTTTCACTGTTGAGGCTGTAAAGGTAGATGATGAATCCTCTCTTGTTAACCAAATTACCTCTGTAGAATCTTCCTCAGTTGAATGTTTTGCACCAGTCAGATGTGAAGGTAACATACATGGGAGATTTGAAGAATTCATGTATAACCAGAGTGGTTCGGAGTACTCCCCTTCAAGTTCTATTGCACCTATATCTTATATGGGAGAAGATCAGGCTTCTCAGGATTCATTGAATTCAGAGGCTACTATTATGGCATCAGTATGTTCAGATGTTGAAAATATTGCAGTAGGCAACCATCAATGTTTGGGCCTGAGTGATGACACTGGAACTGATGCCTGCCCAGCATCTGATAAAATCGAAAATTCAGGGGAACATGAAATGGTCATAGTTAATCAAGATACTGTTGATGTTGACCATGCCCACTTTAATGGCAATGAAAACTTTGGACTGCTAGAGAGATCTTCTTGTCCTTTTGAAGTCATATCACATTCCTCAAAAGGCCTTATGGACGGTGTATCAACCTTCTCAGTGAATAATGAAGATGAAGATGAAGAGTTGCGTGAACAGATTGAGTTGATTGAGCGCCATTATGAGAATGAACTACAGGAACTTTACAGAAGGCGTCAACAGGATATAGACGAAATAAAAAAGATTTGGAATCAGAAGAAGCAACCAGCATCTGCCTGTTCCCAGTCTTCTGGATCGTCTAAGCAGATTAATGGGCATGCCTCTGCAGGGAACCTGGAGGCCAATACACTTGAAAACTTTGGAAGGGTATCTTTAAAGGAGATCACAACAAAGATGAACAACGCACTTGCCATACTTTGCAATATTCCCAGGGATGATGATCTTTCAAAAGCTGTAAACAGAGAGCACCCGGAAAATGTAGAACTGTTGAGGCTTTCTTCAAATATAGTTTATCCAAAAGAATCTGGCTTGGTTCATAATAAAGATCACCAACTTATGGATTTACAAACAAATTCCATTACTGAAGTTCACCTTCTTGAGTCATGTATTGATATTTCCAGTGCAAAAAGTTTGCACACAAAGCCTTCCACTTCTATAGTAAACCTTATACTTGACACAGATGCTATTGTTAAGGCAGATGATCATTGTGGTGATTTGAAAGATGCACGTTTCAGTGCAAAGAGACTGTCCAGAAATAAGTGTTTTGTAGAAAACCATATCTGTAAGCCTTTGGAAGTGCCCTTAGGGGTTCACGAACAGCACAAGAGAATTCTGAAGGAATCTTTAACAATCAGGCAAGAAAATGCATCTGATCGCTTAGAAAAAGGTGGTTCTTGTGGAATGCAACAAAAAGTTTTGAATGGTATGATGCCGAAAAAAGAGTTTTCCAGAGCATATGATAATGTGGTGTCTGGGCCTATTGAGTGTGAGGTGGCACCTCATCTGTTTGAGGTGGTCCAACAACAGAATGGAAAATCTGCTTCTGTACATGCTATACATTTTCCAGTCAATAAGTCAGATTGTGTAAGTATGACATTCATTGCAGAAGAGACATGCAAAGCGCCAACAAAAGAGAGAGAGAAGCCTCCATCATTAAGGCTTGAAAAATCAAATTCTCCACCTGACAGCCCAGGGTTGGCTCGATGCGTCAGATCAGGTATAGATTCTGCATTGGAACAGCGGAGAAAGGAACAACTTCAAAAGTCAATTGCTGAGTTAGAGGCAAAGACGTTGGAGGGGTTGAAGCACTCTAAAAATGGATATTTGATTGGCCTTCTCCCAAAGAAGTGAGCTGGCGCCTGCTTTTTCAATGATGATCATCTGCTTCTCCAAATATATTTTTAAATGGCATTGCAGCTGGTGAAATTTTAATCTTGTGTAGTTCCAACATGTATTTTTGTTCGTCAAGCACTGTACATGAGCAAATTGTTATGCCCCAGTTCTTTAAGATCAGAGAGGTCCTTATGTCCAGCTTTTGTTAGCCTTTAGTAAGACTGCAGCATGTCAGGTTGGATCTCTCTGCATCTTATACTAGTAATCAAGTTCCCCATTCTTTTGGATAGAGCACATAATTTCAATTTTATTGTTTTCTTGTTCAGTGCTTAGTCTTCACCTATATTAGAGAAATGTATAAGTGGTAATGTTTGCAACTAGTATACATTGACTCTAGT

Ace file of the UniGene sp_v3.0_unigene680

Annotations

Source	Descriptions	Term	Type	e value	Identity
AutoFact	putative serine/threonine-protein kinase WNK6 [Arabidopsis thaliana] ref\|NP_001189928.1\| putative serine/threonine-protein kinase WNK6 [Arabidopsis thaliana] sp\|Q8S8Y8.1\|WNK6_ARATH RecName: Full=Probable serine/threonine-protein kinase WNK6; Short=AtWNK6;	-	-	0.0	52%
FL-Next	tr=Putative uncharacterized protein; Picea sitchensis (Sitka spruce) (Pinus sitchensis).	-	-	0.0	52%
Sma3	With no lysine kinase	-	-	1.511e-39	-

Source	ECs	Term	Type	e value	Identity
Sma3	Non-specific serine/threonine protein kinase.	EC:2.7.11.1	-	1.434e-35	-
Sma3	Mitogen-activated protein kinase kinase kinase.	EC:2.7.11.25	-	7.527e-13	-

Source	Gene names
Sma3	AT1G49160; At1g49160; At1g64630; At3g04910; At3g18750; At3g22420; At3g48260; At3g51630; At5g28080; At5g41990; At5g55560; At5g58350; CHLREDRAFT_162667; CHLREDRAFT_189121; CHLREDRAFT_206084; FLR; GSVIVT00000541001; GSVIVT00000837001; GSVIVT00006916001; GSVI

Source	GOs	Term	Type	Identity
Sma3	nucleus	GO:0005634	Cellular Component	-
Sma3	cytoplasm	GO:0005737	Cellular Component	-
Sma3	membrane	GO:0016020	Cellular Component	-
Sma3	protein kinase activity	GO:0004672	Molecular Function	-
Sma3	protein serine/threonine kinase activity	GO:0004674	Molecular Function	-
Sma3	protein binding	GO:0005515	Molecular Function	-
Sma3	ATP binding	GO:0005524	Molecular Function	-
Sma3	protein phosphorylation	GO:0006468	Biological Process	-
Sma3	circadian rhythm	GO:0007623	Biological Process	-
Sma3	protein autophosphorylation	GO:0046777	Biological Process	-

Source	InterPros	Term	Type	Identity
Sma3	Protein kinase, catalytic domain	IPR000719	-	-
Sma3	Zinc finger, PHD-type	IPR001965	-	-
Sma3	Peptidase aspartic, active site	IPR001969	-	-
Sma3	Tyrosine-protein kinase, active site	IPR008266	-	-
Sma3	Serine/threonine-protein kinase, active site	IPR008271	-	-
Sma3	Protein kinase, ATP binding site	IPR017441	-	-
Sma3		IPR017442	-	-

Source	Species	ID	Description	Identity
ATG	Arabidoptis thaliana	AT3G18750.1	WNK6, ZIK5, ATWNK6 with no lysine (K) kinase 6 chr3:6454307-6456830 REVERSE LENGTH=567	53%
RefSeq	Arabidopsis thaliana	NP_001189928.1	putative serine/threonine-protein kinase WNK6 [Arabidopsis thaliana]	53%
RefSeq	Populus trichocarpa	XP_002328479.1	predicted protein, partial [Populus trichocarpa]	60%

Full-Lengther Next Prediction

Fln status: Complete

Fln database: coniferopsida.fasta

Fln subject: C0PSG2

Fln msg: your sequence is longer than subject: 1094 - 885

Fln protein: MPETKVDSEGGSATTEPPDDNDFVEADPTGRYGRYMDVLGKGAFKTVYRAFDEVDGIEVAWNQVKIDDLLQNPDDLERLYSEVHLLKTVKHKNIIKFYNSWIDDNNKTVNIITEIFTSGTLRQYRKKHKHVDMKAVKGWARQILQGLRYLHSHNPPIIHRDLKCDNIFVNGNHGEVKIGDLGLATIMRQAHVHSVIGTPEFMAPELYEEDYDELVDIYSFGMCLLEMVTFEYPYSECNNPAQIYRKVTSGIKPAALNKIKDPQTKAFIEKCLVAAPQRLPAKELLLDPFLQCDGHKEFTYCTQPSTSVMPGPGDKKEEFTALEEEGTSGNDEISSICNDVNVVSHPPSEYSSTDTDGENQIPPGSETEKICSSPPLASLVVRSSANGKEFKLKGKIKDSNKISVHFRIADQEGPARNIHFHFYMDSDTALGVANEMIEQLDLSDQDVTEIADLIDTFIAELVPGWKPWDPADETIGVNEDSAENVPGENGLQEADQYQMKKLLDSVSTAFTVEAVKVDDESSLVNQITSVESSSVECFAPVRCEGNIHGRFEEFMYNQSGSEYSPSSSIAPISYMGEDQASQDSLNSEATIMASVCSDVENIAVGNHQCLGLSDDTGTDACPASDKIENSGEHEMVIVNQDTVDVDHAHFNGNENFGLLERSSCPFEVISHSSKGLMDGVSTFSVNNEDEDEELREQIELIERHYENELQELYRRRQQDIDEIKKIWNQKKQPASACSQSSGSSKQINGHASAGNLEANTLENFGRVSLKEITTKMNNALAILCNIPRDDDLSKAVNREHPENVELLRLSSNIVYPKESGLVHNKDHQLMDLQTNSITEVHLLESCIDISSAKSLHTKPSTSIVNLILDTDAIVKADDHCGDLKDARFSAKRLSRNKCFVENHICKPLEVPLGVHEQHKRILKESLTIRQENASDRLEKGGSCGMQQKVLNGMMPKKEFSRAYDNVVSGPIECEVAPHLFEVVQQQNGKSASVHAIHFPVNKSDCVSMTFIAEETCKAPTKEREKPPSLRLEKSNSPPDSPGLARCVRSGIDSALEQRRKEQLQKSIAELEAKTLEGLKHSKNGYLIGLLPKK*

Protein Length: 1095

Fln nts: TGTTAGGCCTAAATATTGTGCAATTTGCCGGGTTTAGCCTAATTGTTGTGCATAAATCGTCTATTTTAGCTGGTTGTCCATGATAACTTCGCGGATTGGAACATGCTGACGAATTTTTCGGGATTCATGAGGCTATTTAAAGAAGGTTGAGAGATACCTTTGGTAATATTAAAATTCAAGGCTGATTTTGTTCGGAGCTTTTTCGTAGGGAATCGATAAGGGATATTTCTTGTGTGTTCTATGCCGTGTTGAAAGATGGAGTAGGCGTGGGCTGCATGCAGGTCAGCAAAATTGTTCATGCGGCTTCGAAAATTGTTCGTTTTCTGCATCTTTCCTAAAATATAATGTCATAAGAAGGTTGTTCCGTAGCATGGAAGGTGGGACAAGCTCGATTTCGATCGGTATTGCGGCGACGGGATGTCACGATCTGGAGCTTCTGTTAGGATGGTTGGTGTTGGCATGGACACCCGTTCTTGTACGAGATTACTGTCGTCTTTCGTCGTTTTTTATGCATTGCATCGTCTCTGCAACTTCATCAGGGTTTGCCGATCATAGTAAGTGTATAGGAAGCGAAGAGTTTCACTAGCGCAGTGCCTCCAGGCTGGTAAGGGGTTGATCGAAATCCTGGCATTTAGATCTTTCCCAAA_-_ATGCCGGAAACTAAGGTTGATAGTGAAGGGGGGTCTGCAACAACTGAGCCACCTGATGACAATGATTTCGTGGAAGCTGATCCGACTGGGCGATATGGCCGATATATGGATGTTCTGGGTAAAGGCGCATTCAAGACTGTCTATAGGGCCTTTGATGAAGTTGATGGAATAGAAGTGGCTTGGAACCAAGTGAAGATTGATGATCTCTTACAAAATCCTGATGATTTGGAGAGACTGTATTCTGAAGTGCATTTGTTGAAGACTGTGAAGCATAAAAATATTATCAAATTTTACAATTCCTGGATTGATGATAATAACAAGACAGTGAACATCATAACAGAGATCTTCACGTCAGGCACTCTGAGACAATATCGGAAGAAGCACAAGCATGTTGACATGAAGGCTGTCAAGGGTTGGGCAAGGCAAATTTTGCAGGGTTTACGCTATCTTCATAGTCACAATCCACCTATTATTCACAGAGACTTAAAATGTGATAACATCTTTGTTAATGGTAACCATGGTGAGGTCAAAATTGGGGATCTTGGCTTGGCCACTATAATGCGGCAAGCACATGTTCATAGTGTTATTGGGACTCCAGAATTTATGGCTCCTGAGCTTTATGAAGAGGATTATGATGAATTGGTTGACATTTATTCTTTTGGCATGTGCCTGCTGGAGATGGTGACCTTTGAGTATCCGTACAGCGAATGCAATAATCCAGCTCAAATTTATAGAAAAGTGACATCCGGTATAAAGCCTGCTGCCTTGAATAAAATAAAAGATCCACAAACAAAGGCATTCATTGAAAAATGCCTGGTTGCAGCACCCCAGAGATTGCCTGCAAAGGAGCTTTTGTTGGATCCTTTCCTTCAATGTGATGGGCATAAAGAGTTTACATATTGCACCCAACCCTCAACATCTGTCATGCCCGGACCAGGGGACAAGAAAGAAGAATTTACTGCTTTGGAAGAGGAGGGCACCAGTGGCAATGATGAGATATCATCAATTTGTAATGATGTCAATGTTGTTTCACATCCTCCTTCTGAATATTCATCTACGGATACTGATGGAGAGAACCAGATTCCTCCTGGTTCTGAAACAGAGAAAATTTGTTCTAGTCCACCCTTGGCTAGCCTGGTAGTGCGAAGCTCGGCGAATGGTAAAGAATTCAAATTAAAAGGGAAGATAAAAGATAGCAATAAAATATCTGTACATTTCCGGATTGCAGACCAAGAAGGTCCTGCAAGGAATATTCATTTTCACTTTTATATGGACAGTGATACAGCTCTTGGCGTTGCAAATGAAATGATTGAGCAACTTGATCTTTCTGATCAAGATGTGACAGAAATAGCTGACTTGATTGATACCTTCATTGCGGAACTGGTACCTGGATGGAAGCCCTGGGATCCTGCTGATGAAACTATTGGTGTAAATGAAGATTCAGCTGAAAATGTTCCCGGTGAGAATGGCTTGCAGGAGGCTGATCAGTACCAAATGAAAAAGTTGCTAGATTCTGTTTCTACAGCTTTCACTGTTGAGGCTGTAAAGGTAGATGATGAATCCTCTCTTGTTAACCAAATTACCTCTGTAGAATCTTCCTCAGTTGAATGTTTTGCACCAGTCAGATGTGAAGGTAACATACATGGGAGATTTGAAGAATTCATGTATAACCAGAGTGGTTCGGAGTACTCCCCTTCAAGTTCTATTGCACCTATATCTTATATGGGAGAAGATCAGGCTTCTCAGGATTCATTGAATTCAGAGGCTACTATTATGGCATCAGTATGTTCAGATGTTGAAAATATTGCAGTAGGCAACCATCAATGTTTGGGCCTGAGTGATGACACTGGAACTGATGCCTGCCCAGCATCTGATAAAATCGAAAATTCAGGGGAACATGAAATGGTCATAGTTAATCAAGATACTGTTGATGTTGACCATGCCCACTTTAATGGCAATGAAAACTTTGGACTGCTAGAGAGATCTTCTTGTCCTTTTGAAGTCATATCACATTCCTCAAAAGGCCTTATGGACGGTGTATCAACCTTCTCAGTGAATAATGAAGATGAAGATGAAGAGTTGCGTGAACAGATTGAGTTGATTGAGCGCCATTATGAGAATGAACTACAGGAACTTTACAGAAGGCGTCAACAGGATATAGACGAAATAAAAAAGATTTGGAATCAGAAGAAGCAACCAGCATCTGCCTGTTCCCAGTCTTCTGGATCGTCTAAGCAGATTAATGGGCATGCCTCTGCAGGGAACCTGGAGGCCAATACACTTGAAAACTTTGGAAGGGTATCTTTAAAGGAGATCACAACAAAGATGAACAACGCACTTGCCATACTTTGCAATATTCCCAGGGATGATGATCTTTCAAAAGCTGTAAACAGAGAGCACCCGGAAAATGTAGAACTGTTGAGGCTTTCTTCAAATATAGTTTATCCAAAAGAATCTGGCTTGGTTCATAATAAAGATCACCAACTTATGGATTTACAAACAAATTCCATTACTGAAGTTCACCTTCTTGAGTCATGTATTGATATTTCCAGTGCAAAAAGTTTGCACACAAAGCCTTCCACTTCTATAGTAAACCTTATACTTGACACAGATGCTATTGTTAAGGCAGATGATCATTGTGGTGATTTGAAAGATGCACGTTTCAGTGCAAAGAGACTGTCCAGAAATAAGTGTTTTGTAGAAAACCATATCTGTAAGCCTTTGGAAGTGCCCTTAGGGGTTCACGAACAGCACAAGAGAATTCTGAAGGAATCTTTAACAATCAGGCAAGAAAATGCATCTGATCGCTTAGAAAAAGGTGGTTCTTGTGGAATGCAACAAAAAGTTTTGAATGGTATGATGCCGAAAAAAGAGTTTTCCAGAGCATATGATAATGTGGTGTCTGGGCCTATTGAGTGTGAGGTGGCACCTCATCTGTTTGAGGTGGTCCAACAACAGAATGGAAAATCTGCTTCTGTACATGCTATACATTTTCCAGTCAATAAGTCAGATTGTGTAAGTATGACATTCATTGCAGAAGAGACATGCAAAGCGCCAACAAAAGAGAGAGAGAAGCCTCCATCATTAAGGCTTGAAAAATCAAATTCTCCACCTGACAGCCCAGGGTTGGCTCGATGCGTCAGATCAGGTATAGATTCTGCATTGGAACAGCGGAGAAAGGAACAACTTCAAAAGTCAATTGCTGAGTTAGAGGCAAAGACGTTGGAGGGGTTGAAGCACTCTAAAAATGGATATTTGATTGGCCTTCTCCCAAAGAAGTGA___GCTGGCGCCTGCTTTTTCAATGATGATCATCTGCTTCTCCAAATATATTTTTAAATGGCATTGCAGCTGGTGAAATTTTAATCTTGTGTAGTTCCAACATGTATTTTTGTTCGTCAAGCACTGTACATGAGCAAATTGTTATGCCCCAGTTCTTTAAGATCAGAGAGGTCCTTATGTCCAGCTTTTGTTAGCCTTTAGTAAGACTGCAGCATGTCAGGTTGGATCTCTCTGCATCTTATACTAGTAATCAAGTTCCCCATTCTTTTGGATAGAGCACATAATTTCAATTTTATTGTTTTCTTGTTCAGTGCTTAGTCTTCACCTATATTAGAGAAATGTATAAGTGGTAATGTTTGCAACTAGTATACATTGACTCTAGT

Fln Alignment:

Contig680___DNDFVEADPTGRYGRYMDVLGKGAFKTVYRAFDEVDGIEVAWNQVKIDDLLQNPDDLERLYSEVHLLKTVKHKNIIKFYNSWIDDNNKTVNIITEIFTSGTLRQYRKKHKHVDMKAVKGWARQILQGLRYLHSHNPPIIHRDLKCDNIFVNGNHGEVKIGDLGLATIMRQAH-VHSVIGTPEFMAPXXXXXXXXXXVDIYSFGMCLLEMVTFEYPYSECNNPAQIYRKVTSGIKPAALNKIKDPQTKAFIEKCLVAAPQRLPAKELLLDPFLQCDGH------KEFTYCTQPSTSVMPGPGDKKEEFTALEEEGTSGNDEISSICNDVNVVSHPPSEYSSTDTDGENQIPPGSETEKICSSPPLASLVVRSS-ANGKEFKLKGKIKDSNKISVHFRIADQEGPARNIHFHFYMDSDTALGVANEMIEQLDLSDQDVTEIADLIDTFIAELVPGWKPWDPADETIGVNEDSAENVPGENGLQEADQYQMKKLLDSVSTAFTVEAVKVDDESSLVNQITS----------VESSSVECFAPVRCEGNIHGRFEEFMY
C0PSG2_____________ESEFLEVDPTGRYGRYIEVLGKGASKTVYRAFDEIEGVEVAWNQVKVNDVLQSPEDLERLYSEVHLLKTLKHKNIIKFFSSWIDTKTRNINFITEMFTSGTLRQYRQKHKRVDLRAVKNWARQILRGLLYLHSHDPPIIHRDLKCDNIFVNGNQGEVKIGDLGLAAILCKSHSAHSVIGTPEFMAPELYDEEYNELVDIYAFGMCLLEMLTFEYPYSECSNPAQIYKKVTSGKKPAALYKVKDPEVRQFVEKCLVTVSRRLPARELLMDPFLQTDEHGLEYSFSRLDFCRDDVGEL--GPLLREPNIEAFQNGGHKAHQSIHFV--------HPCS---------KNGISVHYENKKQRRVVPLPSYFREDSMSHNMDFTVKGKKREDDTIFLRLRIADTEGRIRNIYFPFDVEGDTAMSVASEMVAELDLADQDVTKIAEMIDEEILALVPDWKAGVAID-------DHHYFYDHDNSTYETNEACWWNHNDHVSS--------ISSQSSLLEYLRSHYYVDNKSEIVPCTRVECAA-------MHGRFEEVTF

SNPs (tot: 28)

Position	A %	C %	G %	T %	Probability
2529	12	87			0.992554
2530		12	87		0.992554
2532	87			12	0.992554
2533	87			12	0.992554
2569		14	85		0.993533
2572	85			14	0.993533
2683	20		80		0.999996
2684			80	20	0.999996
2742	14			85	0.993533
2743		14	85		0.993533
2745			85	14	0.993533
2816		20		80	0.995493
2818	80			20	0.995493
2819	80			20	0.995493
2991		25		75	0.996473
3016	25		75		0.996473
3048		33		66	0.997452
3397		33	66		0.997452
3411			33	66	0.997452
3537	87			12	0.992554
3607			90	10	0.90298
3608	90		10		0.90298
3610			10	90	0.90298
3650	90			10	0.90298
3651	90			10	0.90298
3652		10		90	0.90298
3653	90		10		0.90298
3654	90	10			0.90298

SSRs (tot: 1)

Start position	End position	Sequence	Length
2707	2725	ATGAAG ATGAAG ATGAAG A	19

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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