SustainPineDB

Assembly Name: SustainPine v3.0

UniGene Name: sp_v3.0_unigene37436

Length: 4125 nt

UniGene Fasta

>sp_v3.0_unigene37436
GAAGAATGAAAGATAATGTACAAATTCCATATCTGTACTCTTCACATGACATATATATATACATGTAGATGCAAAAGGCTTATAGCGATCATTTTGCCATTTTAATAATGAGATTACAGTCCATTACAGTCGATTACAGTTAAGGCCTGGGCCAGCTAACAAATGATCGCGGAGACCCACTCTTTTTCCCTTTGTCTTTACCTTTAGTTTTTCCTTATTCCCGAAGCGGCTCCTGCTTTTGTTCATTCGTCTCTACTGGTTCCTGGGATTGCATGCTTTCGAGATTCCTGAAGCTCAAGCGTTTAATCCGCTCCGCGTAGCTCAAAGTTCAATGAGGATCAGCTCTCCGCGGGACCTTTACAGCCTAAGGTGATCACCTCAGCATCTTCCAAACAAAAGTGGAGTAATAATTCTGTCAAGAAAGCAGGGTCTAATATGGCTGTATCTATGAGAGACGTGGACCCAGCTTTTCAGGGAGCAGGCCAGAAGTCCGGGCTTGAGATATGGCGAATTGAGAATTTTAAACCCATGCCAATTCCCAAAACTTCTTATGGAAAGTTTCGTAGTGGTGATTCCTATATCATTCTTAAGACAACAGCTTTAAAAAGTGGTGTTTTTCGCTATGATATCCATTATTGGCTTGGCAAAGATACAAGTCAGGATGAAGCTGGTGCAGCAGCCATCAAGACTGTTGAATTGGATGCAGCTCTTGGAGGACGTGCAGTGCAGCATAGAGAGAGTCAAGGACATGAAACAGATAAGTTCCTATCATATTTTAAGCCTTGCATCATACCAGAAGAAGGTGGTGTTGCTTCAGGATTCAAACATGTCCAGGAGAAAACGCATCCAGTTCGTTTGTTTGCATGCAAGGGAAAGCATGTTGTGCATGTGACAGAGGTGCCTTATTCTCGGTCATCCTTAAATCATGATGACATTTTTATTCTTGATACAAAATCCAAAATCTTTCAGTTTAATGGCTCCAACTCATCCATTCAAGAGAGGGCTAAAGCTTTAGAGGTTGTTCAATATATCAAAGATAATTATCATGATGGAAAGTGTGAAGTGGCTGCAATCGAGGATGGGAAATTTGTAGCTGATCCCGAAACAGGAGAGTTTTGGAGCTTTTTTGGTGGTTTTGCTCCTCTTGCCAAGAAGCCCAGCAGTGACGATGAATCACAACCTGAAGCTCTTCCAGCAAAGCTATTCTGCATACAACAGGGCCGTGCAAAACCCATTGAAGGCAATTCATTGACAAGAGAAATGCTGGACACAAACAAATGCTTCCTGTTAGACTGTGGAATTGAGATATTTGTTTGGATGGGTAGGAACACATTGCTTGAGGATAGAAAAGCAGCAAGCTCAGCTGCAGAAGAGCTGATTGCCGGTAAAGGAAAATCAAAGCAAGCTCATGTAACTCGTGTTATGGAAGGATTTGAAACTGTCATGTTCAAATCAAATTTTGATGCATGGCCTCAAAGTACAGATACAGCTATATCTGAAGATGGAAGAGGCAAAGTAGCAGCCTTGCTGAAACGACAAGGATTTAATGTCAAGGGCCTTCTCAAAGCAGCTCCAGCAAAAGAGGAAAATCAACCATTTATTGATTGTACTGGCAATCTTCAGGTTTGGCGAGTAAATGGTAAAAACAAATCTCCTATGCCATCGAGTGAACAGTGCAAATTTTACAGTGGTGATTGCTATATTGTGCAATACACTTATCCTGGAGAGGAAAAGGAAGAATACCTGCTTTGCACTTGGATTGGAAAAGGAAGTGTTTCGGAAGAAAGAACCACTGCCGTATCACTAATGAGTAAAATGGCCGAGTCATTGAAAGCACAACCAGTTCAGGCTAAGATCTTTGAGGGCAAAGAGCCTATCCAATTTTTTGCTATTTTGCAAAGCTTCATTGTCTTTAAGGGTGGACTTGGCTCTGGATATAAGAGGTACATTGCAGAAAAAGGCATTACTGATGACACCTACAAAGAAGATGGACTAGCACTTTTTAGAGTGCAAGGAACTGGGCCTGAGAATATGCAAGCAATTCAAGTTGAACCGGTGGCAACGTCTTTGAATTCATCCTATTGTTATATATTGCAAGTGGGGGCAACTGTCTTTACATGGTCTGGCAGCCTTAGTACAGTGGACGACCAAGAACTCGTTGAAAGAATGTTAGATTTGATAAAGCCCGACATGCAGTCCAAACCACAGAAAGAAGGAACTGAATCAGAGTTATTTTGGAATGCACTCGGTGGTAAAAAGGATTATTCAAGTCAAAAGTTGGTTAAGGATATTAGTAAAGATCCTCAATTGTTTGCATGCAGTTTCTCTAAAGGGACATTAATGGGGTTTACAGGTGGCTTGGAGGTTAGAGAGATATTCAATTTTACCCAAGATGATTTAATGACTGAAGACGTGATGATCTTGGATTGCCATTCGGAAATCTATGTTTGGGTTGGCCAACAGGTTGACTCCAAATCTAAACAGCAGGCAACAAATATTGGCCAGAAATTCCTAGAAAAGGATGTGCTACTTGAAAAGTTATCCTTGGAAACTCCTATATTTGTCATATCAGAGGGGAGTGAGCCACCCTTTTTCACTCGTTTCTTCTCTTGGGACTCATCAAAGTCAACGATGCATGGAAATTCATTCCAAAGGAAGCTCTCTATAATGAAAACTGGAGTATCACCAATTGTGGAAAAACCTAAGAGACGTTCTCCAGCTTCCTATGGAGGACGTACGAGTGTGCCAGATAAGTCACAGAGATCTTCTAGGAGCATGTCTTTTAGTCCAGATCGAGTTCGTGTAAGAGGGAGATCTCCAGCTTTTAATGCTTTGGCCTCTGCCTTTGAGAGTCCAAATGGAAGGAATCTTTCTACACCACCTCCAGTTGTCAGAAAACTTTATCCAAAGTCTGTGACGCCGGAGGCACTCAGCAAGACAGTTCCTCCAAGATCACAAGCAATAGCTGCTCTGACATCTGTTTTTGAGCCCATGAGGCAACGGAAACTATTGAATGATTTCGCAGAAGTAAGCTCTGAAACCAAAGTTACTCAACCCAAAAAGTCAGAGGCAAATTCTGTTTCTACAAACAGTAGGGCAAGTCCTATTGTGAATACCAGAACAAATTCTGTTTTGATGAGTACCAGAATTGAATCATTAACTATAAAAGAGGACATCAAGGAAGAGGAAGCTGAAGATGATGAAGGGCAGACTATTTTTCCCTATGAACGTCTGAAGATATCATCCCCTGATCCCGTTCCTGATATTGATGTAACAAAAAGAGAGACATATTTATCTAAGGAGGATTTCCGTGAGAAGTTTGGAATGACTAAAGAAGCTTTCTACAAGATGCCCAAGTGGAAGCAAAACAAGCATAAGATGACCCTTGATTTATTCTAACATTCATCTCACTGCTTGGAAGGTGAAAGCAGCAATTGTAAAAGCAAATATGTATCAATGCCTGTAAGATTCTGTATAAATGCATTTTCCTATGGAATCATCCAGCTAATTATGTTGCTTATAAAAGCAAGAAGAGAGATATTCCTACCAAGACAAATTTTTCTTCAACGGATGAGAATTTTGAGTTTGTGTAGGGTATGATGATGAGCGTGTAGCCTGTCCCACACCAAAGAGCATGGTGCATTCATGGGAGTTTGTGCATTTTTTCCTCCTGCATAATTTTGTCAGCAGTTTGGTATTCTTTGTGGTTCCTAGAGTTGCAGAAAGTCTGTTGTGAGTTCATATTTATGAGAGGCATTATAATCCAGTTAGCAATAGAAGAGAAATCATGGTTATGAAGATTGTTGTTTCTACATTTGCAGAGGCAAGTTTATTTGTTGTATAGTCAATGTAACAAGTCGAAGTCGTCTGTTGGAGCATTCTTAATGATGTCTTGTAGAAGACACATGTCGTGTGTTAACCAGATATTCCAATTGCTTATTGTTTGAGAAATAAAGTATGATTCTTTGTGTTTGAGAGAATTCCCAAGATCAAGACGCCTGATCTAAAATTGTTTGTTGGGAAGTGTTGTGCTTTTATGGAGTTTACAAGGGAATTTCCACATATTTTTGTTGGATATTCAACTTCAACTTCTCAGCCCACATTCAATCCATTTATTTCCAAGCT

Ace file of the UniGene sp_v3.0_unigene37436

Annotations

Source	Descriptions	Term	Type	e value	Identity
AutoFact	Villin headpiece; Gelsolin region [Medicago truncatula]	-	-	0.0	65%
FL-Next	tr=Putative uncharacterized protein; Picea sitchensis (Sitka spruce) (Pinus sitchensis).	-	-	0.0	59%
Sma3	Putative villin	-	-	3.937e-12	-

Source	Gene names
Sma3	ABP115; ABP29; AT2G29890; AT3G57410; At2g29890; At2g41740; At3g57410; At4g30160; At4g30160/F9N11_10; At5g57320; B1047G05.32; F28O9.260; F6G3.190; F9N11.10; GSVIVT00024116001; GSVIVT00025610001; GSVIVT00031340001; LOC_Os03g24220; MtrDRAFT_AC155282g32v2; OS

Source	GOs	Term	Type	Identity
Sma3	cytoplasm	GO:0005737	Cellular Component	-
Sma3	cytoskeleton	GO:0005856	Cellular Component	-
Sma3	actin cytoskeleton	GO:0015629	Cellular Component	-
Sma3	membrane	GO:0016020	Cellular Component	-
Sma3	actin binding	GO:0003779	Molecular Function	-
Sma3	calcium ion binding	GO:0005509	Molecular Function	-
Sma3	ammonium transmembrane transporter activity	GO:0008519	Molecular Function	-
Sma3	hydrolase activity, acting on ester bonds	GO:0016788	Molecular Function	-
Sma3	actin filament binding	GO:0051015	Molecular Function	-
Sma3	transport	GO:0006810	Biological Process	-
Sma3	cytoskeleton organization	GO:0007010	Biological Process	-
Sma3	barbed-end actin filament capping	GO:0051016	Biological Process	-

Source	InterPros	Term	Type	Identity
Sma3	Ammonium transporter	IPR001905	-	-
Sma3	Villin headpiece	IPR003128	-	-
Sma3	Gelsolin	IPR007122	-	-
Sma3	Gelsolin domain	IPR007123	-	-
Sma3	Phosphoesterase	IPR007312	-	-
Sma3		IPR010256	-	-
Sma3	Ammonium transporter, conserved site	IPR018047	-	-

Source	Species	ID	Description	Identity
ATG	Arabidoptis thaliana	AT4G30160.2	-	66%
RefSeq	Arabidopsis thaliana	NP_194745.1	villin 4 [Arabidopsis thaliana]	67%
RefSeq	Populus trichocarpa	XP_002329670.1	predicted protein [Populus trichocarpa]	68%

Full-Lengther Next Prediction

Fln status: Complete

Fln database: coniferopsida.fasta

Fln subject: B8LL35

Fln msg: your sequence is longer than subject: 988 - 610

Fln protein: MAVSMRDVDPAFQGAGQKSGLEIWRIENFKPMPIPKTSYGKFRSGDSYIILKTTALKSGVFRYDIHYWLGKDTSQDEAGAAAIKTVELDAALGGRAVQHRESQGHETDKFLSYFKPCIIPEEGGVASGFKHVQEKTHPVRLFACKGKHVVHVTEVPYSRSSLNHDDIFILDTKSKIFQFNGSNSSIQERAKALEVVQYIKDNYHDGKCEVAAIEDGKFVADPETGEFWSFFGGFAPLAKKPSSDDESQPEALPAKLFCIQQGRAKPIEGNSLTREMLDTNKCFLLDCGIEIFVWMGRNTLLEDRKAASSAAEELIAGKGKSKQAHVTRVMEGFETVMFKSNFDAWPQSTDTAISEDGRGKVAALLKRQGFNVKGLLKAAPAKEENQPFIDCTGNLQVWRVNGKNKSPMPSSEQCKFYSGDCYIVQYTYPGEEKEEYLLCTWIGKGSVSEERTTAVSLMSKMAESLKAQPVQAKIFEGKEPIQFFAILQSFIVFKGGLGSGYKRYIAEKGITDDTYKEDGLALFRVQGTGPENMQAIQVEPVATSLNSSYCYILQVGATVFTWSGSLSTVDDQELVERMLDLIKPDMQSKPQKEGTESELFWNALGGKKDYSSQKLVKDISKDPQLFACSFSKGTLMGFTGGLEVREIFNFTQDDLMTEDVMILDCHSEIYVWVGQQVDSKSKQQATNIGQKFLEKDVLLEKLSLETPIFVISEGSEPPFFTRFFSWDSSKSTMHGNSFQRKLSIMKTGVSPIVEKPKRRSPASYGGRTSVPDKSQRSSRSMSFSPDRVRVRGRSPAFNALASAFESPNGRNLSTPPPVVRKLYPKSVTPEALSKTVPPRSQAIAALTSVFEPMRQRKLLNDFAEVSSETKVTQPKKSEANSVSTNSRASPIVNTRTNSVLMSTRIESLTIKEDIKEEEAEDDEGQTIFPYERLKISSPDPVPDIDVTKRETYLSKEDFREKFGMTKEAFYKMPKWKQNKHKMTLDLF*

Protein Length: 989

Fln nts: GAAGAATGAAAGATAATGTACAAATTCCATATCTGTACTCTTCACATGACATATATATATACATGTAGATGCAAAAGGCTTATAGCGATCATTTTGCCATTTTAATAATGAGATTACAGTCCATTACAGTCGATTACAGTTAAGGCCTGGGCCAGCTAACAAATGATCGCGGAGACCCACTCTTTTTCCCTTTGTCTTTACCTTTAGTTTTTCCTTATTCCCGAAGCGGCTCCTGCTTTTGTTCATTCGTCTCTACTGGTTCCTGGGATTGCATGCTTTCGAGATTCCTGAAGCTCAAGCGTTTAATCCGCTCCGCGTAGCTCAAAGTTCAATGAGGATCAGCTCTCCGCGGGACCTTTACAGCCTAAGGTGATCACCTCAGCATCTTCCAAACAAAAGTGGAGTAATAATTCTGTCAAGAAAGCAGGGTCTAAT_-_ATGGCTGTATCTATGAGAGACGTGGACCCAGCTTTTCAGGGAGCAGGCCAGAAGTCCGGGCTTGAGATATGGCGAATTGAGAATTTTAAACCCATGCCAATTCCCAAAACTTCTTATGGAAAGTTTCGTAGTGGTGATTCCTATATCATTCTTAAGACAACAGCTTTAAAAAGTGGTGTTTTTCGCTATGATATCCATTATTGGCTTGGCAAAGATACAAGTCAGGATGAAGCTGGTGCAGCAGCCATCAAGACTGTTGAATTGGATGCAGCTCTTGGAGGACGTGCAGTGCAGCATAGAGAGAGTCAAGGACATGAAACAGATAAGTTCCTATCATATTTTAAGCCTTGCATCATACCAGAAGAAGGTGGTGTTGCTTCAGGATTCAAACATGTCCAGGAGAAAACGCATCCAGTTCGTTTGTTTGCATGCAAGGGAAAGCATGTTGTGCATGTGACAGAGGTGCCTTATTCTCGGTCATCCTTAAATCATGATGACATTTTTATTCTTGATACAAAATCCAAAATCTTTCAGTTTAATGGCTCCAACTCATCCATTCAAGAGAGGGCTAAAGCTTTAGAGGTTGTTCAATATATCAAAGATAATTATCATGATGGAAAGTGTGAAGTGGCTGCAATCGAGGATGGGAAATTTGTAGCTGATCCCGAAACAGGAGAGTTTTGGAGCTTTTTTGGTGGTTTTGCTCCTCTTGCCAAGAAGCCCAGCAGTGACGATGAATCACAACCTGAAGCTCTTCCAGCAAAGCTATTCTGCATACAACAGGGCCGTGCAAAACCCATTGAAGGCAATTCATTGACAAGAGAAATGCTGGACACAAACAAATGCTTCCTGTTAGACTGTGGAATTGAGATATTTGTTTGGATGGGTAGGAACACATTGCTTGAGGATAGAAAAGCAGCAAGCTCAGCTGCAGAAGAGCTGATTGCCGGTAAAGGAAAATCAAAGCAAGCTCATGTAACTCGTGTTATGGAAGGATTTGAAACTGTCATGTTCAAATCAAATTTTGATGCATGGCCTCAAAGTACAGATACAGCTATATCTGAAGATGGAAGAGGCAAAGTAGCAGCCTTGCTGAAACGACAAGGATTTAATGTCAAGGGCCTTCTCAAAGCAGCTCCAGCAAAAGAGGAAAATCAACCATTTATTGATTGTACTGGCAATCTTCAGGTTTGGCGAGTAAATGGTAAAAACAAATCTCCTATGCCATCGAGTGAACAGTGCAAATTTTACAGTGGTGATTGCTATATTGTGCAATACACTTATCCTGGAGAGGAAAAGGAAGAATACCTGCTTTGCACTTGGATTGGAAAAGGAAGTGTTTCGGAAGAAAGAACCACTGCCGTATCACTAATGAGTAAAATGGCCGAGTCATTGAAAGCACAACCAGTTCAGGCTAAGATCTTTGAGGGCAAAGAGCCTATCCAATTTTTTGCTATTTTGCAAAGCTTCATTGTCTTTAAGGGTGGACTTGGCTCTGGATATAAGAGGTACATTGCAGAAAAAGGCATTACTGATGACACCTACAAAGAAGATGGACTAGCACTTTTTAGAGTGCAAGGAACTGGGCCTGAGAATATGCAAGCAATTCAAGTTGAACCGGTGGCAACGTCTTTGAATTCATCCTATTGTTATATATTGCAAGTGGGGGCAACTGTCTTTACATGGTCTGGCAGCCTTAGTACAGTGGACGACCAAGAACTCGTTGAAAGAATGTTAGATTTGATAAAGCCCGACATGCAGTCCAAACCACAGAAAGAAGGAACTGAATCAGAGTTATTTTGGAATGCACTCGGTGGTAAAAAGGATTATTCAAGTCAAAAGTTGGTTAAGGATATTAGTAAAGATCCTCAATTGTTTGCATGCAGTTTCTCTAAAGGGACATTAATGGGGTTTACAGGTGGCTTGGAGGTTAGAGAGATATTCAATTTTACCCAAGATGATTTAATGACTGAAGACGTGATGATCTTGGATTGCCATTCGGAAATCTATGTTTGGGTTGGCCAACAGGTTGACTCCAAATCTAAACAGCAGGCAACAAATATTGGCCAGAAATTCCTAGAAAAGGATGTGCTACTTGAAAAGTTATCCTTGGAAACTCCTATATTTGTCATATCAGAGGGGAGTGAGCCACCCTTTTTCACTCGTTTCTTCTCTTGGGACTCATCAAAGTCAACGATGCATGGAAATTCATTCCAAAGGAAGCTCTCTATAATGAAAACTGGAGTATCACCAATTGTGGAAAAACCTAAGAGACGTTCTCCAGCTTCCTATGGAGGACGTACGAGTGTGCCAGATAAGTCACAGAGATCTTCTAGGAGCATGTCTTTTAGTCCAGATCGAGTTCGTGTAAGAGGGAGATCTCCAGCTTTTAATGCTTTGGCCTCTGCCTTTGAGAGTCCAAATGGAAGGAATCTTTCTACACCACCTCCAGTTGTCAGAAAACTTTATCCAAAGTCTGTGACGCCGGAGGCACTCAGCAAGACAGTTCCTCCAAGATCACAAGCAATAGCTGCTCTGACATCTGTTTTTGAGCCCATGAGGCAACGGAAACTATTGAATGATTTCGCAGAAGTAAGCTCTGAAACCAAAGTTACTCAACCCAAAAAGTCAGAGGCAAATTCTGTTTCTACAAACAGTAGGGCAAGTCCTATTGTGAATACCAGAACAAATTCTGTTTTGATGAGTACCAGAATTGAATCATTAACTATAAAAGAGGACATCAAGGAAGAGGAAGCTGAAGATGATGAAGGGCAGACTATTTTTCCCTATGAACGTCTGAAGATATCATCCCCTGATCCCGTTCCTGATATTGATGTAACAAAAAGAGAGACATATTTATCTAAGGAGGATTTCCGTGAGAAGTTTGGAATGACTAAAGAAGCTTTCTACAAGATGCCCAAGTGGAAGCAAAACAAGCATAAGATGACCCTTGATTTATTCTAA___CATTCATCTCACTGCTTGGAAGGTGAAAGCAGCAATTGTAAAAGCAAATATGTATCAATGCCTGTAAGATTCTGTATAAATGCATTTTCCTATGGAATCATCCAGCTAATTATGTTGCTTATAAAAGCAAGAAGAGAGATATTCCTACCAAGACAAATTTTTCTTCAACGGATGAGAATTTTGAGTTTGTGTAGGGTATGATGATGAGCGTGTAGCCTGTCCCACACCAAAGAGCATGGTGCATTCATGGGAGTTTGTGCATTTTTTCCTCCTGCATAATTTTGTCAGCAGTTTGGTATTCTTTGTGGTTCCTAGAGTTGCAGAAAGTCTGTTGTGAGTTCATATTTATGAGAGGCATTATAATCCAGTTAGCAATAGAAGAGAAATCATGGTTATGAAGATTGTTGTTTCTACATTTGCAGAGGCAAGTTTATTTGTTGTATAGTCAATGTAACAAGTCGAAGTCGTCTGTTGGAGCATTCTTAATGATGTCTTGTAGAAGACACATGTCGTGTGTTAACCAGATATTCCAATTGCTTATTGTTTGAGAAATAAAGTATGATTCTTTGTGTTTGAGAGAATTCCCAAGATCAAGACGCCTGATCTAAAATTGTTTGTTGGGAAGTGTTGTGCTTTTATGGAGTTTACAAGGGAATTTCCACATATTTTTGTTGGATATTCAACTTCAACTTCTCAGCCCACATTCAATCCATTTATTTCCAAGCT

Fln Alignment:

Contig37436___MAVSMRDVDPAFQGAGQKSGLEIWRIENFKPMPIPKTSYGKFRSGDSYIILKTTALKSGVFRYDIHYWLGKDTSQDEAGAAAIKTVELDAALGGRAVQHRESQGHETDKFLSYFKPCIIPEEGGVASGFKHVQEKTHPVRLFACKGKHVVHVTEVPYSRSSLNHDDIFILDTKSKIFQFNGSNSSIQERAKALEVVQYIKDNYHDGKCEVAAIEDGKFVADPETGEFWSFFGGFAPLAKKPSSDDESQPEALPAKLFCIQQGRAKPIEGNSLTREMLDTNKCFLLDCGIEIFVWMGRNTLLEDRKAASSAAEELIAGKGKSKQAHVTRVMEGFETVMFKSNFDAWPQSTDTAISEDGRGKVAALLKRQGFNVKGLLKAAPAKEENQPFIDCTGNLQVWRVNGKNKSPMPSSEQCKFYSGDCYIVQYTY-PGEEKEEYLLCTWIGKGSVSEERTTAVSLMSKMAESLKAQPVQAKIFEGKEPIQFFAILQSFIVFKGGLGSGYKRYIAEKGITDDTYKEDGLALFRVQGTGPENMQAIQVEPVATSLNSSYCYILQVGATVFTWSGSLSTVDDQELVERMLDLIKPDMQSKPQKEGTESELFWNALGGKK
B8LL35_______________MAVSMKNVDPAFQGVGQKVGTDIWRIENFRPVPIPKSDYGKFYCGDSYIVLQTTATKSGAYHYDIHFWLGKDTSQDEAGTAAIKTVELDAALGGRAVQYRELQGHETDKFLSYFKPCIIPLEGGAASGFRKPEITKFEPRLYVCKGRRVVRVKQVPFARTSLNHDDVFVLDTESKVYQFNGASSNIQERAKSLEVVQYIKDEYHEGKCDIAVIDDGKLVAESDSGEFWALFGGFAPIGKKNGSDDDSRMESTPGKLYSIVEGEIKIVEG-PLSKGMLESNKCYLLDCGAEVYVWVGRVTQLEERKSASLTAEEFISNQKRPRNTHITRVIQGFETLPFRSNFDSWSLGTGTSGSEDGRGKVAALLKQQGINVKGILKATPLKEEIPPLLEGNGKLEVWRVKNVSKAPVPKEDIGKFYSGDCYIILYTYHSGDRKEDYFLCFWLGKQSTQEDQAVAARLTNTMANSLKGRPVQGRILEGKEPPQFIGLFPNMAILKGGLSAGYKKYITEKGINDETYNGDGIALIQVCGTGPHNSKAIQVDPVAESLNSCDCFLLQTGTSLFAWHGNSSALEQQLSVARIAEFLKPGTLLKAVKEGTGQQHFGMHWEGNK

SNPs (tot: 20)

Position	A %	C %	G %	T %	Probability
962	83		16		0.994512
1030		12		87	0.992554
1033		87		12	0.992554
1055	83	16			0.994512
1057			83	16	0.994512
1135			25	75	0.996473
1384		83		16	0.994512
1492			10	90	0.90298
1668			75	25	0.996473
1680	66	33			0.997452
1843	85		14		0.993533
1963		80		20	0.999996
2148	85		14		0.993533
2248		75		25	0.996473
2357		20	80		0.999996
3867			92	7	0.999532
3975			85	4	0.999726
4110		66	33		0.997452
4115		33		66	0.997452
4116			33	66	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