SustainPineDB

Assembly Name: SustainPine v3.0

UniGene Name: sp_v3.0_unigene457

Length: 3851 nt

UniGene Fasta

>sp_v3.0_unigene457
TATTTTTGTATGCTAATTCTTCTTCTTCGTTTTTCTGATAACTAACTGCGCACCCAACCCTACGATAGAATACAAGAAGAAACCCTCCAGAAGGGAAGAGCATAGTAGTGGAAGAGAAACGAAACGAAACCCTACCTGTAAAGAATAAGGCGTTGTCAGTAGTAACTTTTGTTTGCTGCTTCTTCACGCATAGCCGGCGCGCGATCTGAACCAGAGGTGGAGGTCCCGCTCGTTTCGATCCAGAATAATCCAATCTAATCGTTCATGGCCGCAGCTGACATGTGCATTTGATCCAGACTCTTGTGCAAAGATTTCTGTGATGCTTCCGAGGGATGCAGAGCTCTGTGCGATTCGAACCGAAGACAACGTGCAGGGTCAGGTTTCGGTTGCAGTGTTCTTCTTGTGGTCGTTCTTGTTTAACGGTCGGGAGCAGAGAAAGGCAACGGGGAACAGCGGGGACTTGAATGTTGATGTTGTGTGAGGAAATAAAATGTCTGCGCCGGTTACGCCATACGACCGTCCGCGGAACAGGGTTCCGAATACGGTTTTTAAGAGTGGACCGCTTTTCATATCATCCAAAGGGCTAGGGTGGAAATCTTGGAAAAAACGCTGGTTTATCCTTACCCGAACGTCTTTGGTCTTTTTCAAGAATGATCCTAGTGCTCTTCCTCAGAAAGGTGGAGAAGTGAATTTAACTCTGGGTGGGATCGACCTTAATAACTCAGGAAGTGTAGTTGTTCGAGCAGATAAGAAGTTATTGACGGTACTTTTCCCTGATGGTCGTGATGGGCGTGCCTTTACACTTAAGGCAGAAACTTTAGAAGACTTGTTTGAATGGAAGGCGGCACTAGAGCATGCTTTGGCTCAAGCACCCAATGCAGCCCTTGTTATGGGACAGAATGGTATATTTCGAAATGATTCAGTTGATACCATGGAAGCATCTGCAGAACAATGGAGGGACAGACGGCCAGTGAAGTCTTTAGTTGTGGGTAGGCCAATCCTGCTTGCATTGGAAGATATTGATGGAAGTCCATCCTTCTTAGAAAAGGCCCTCTGCTTCATTGAACAATATGGAGTTAAAGTAGAAGGTATTTTGCGGCAGTCTGCAGATGTTGATGAAGTTGATCGACGAGTTCGTGAATATGAGCAAGGAAGAAATCAATTTTTGCCAGATGAAGATGCACATGTTGTGGGTGATTGTATCAAGCACGTGCTGAGGGAGCTACCGTCCTCACCAGTTCCAGCCCCATGTTGTACCGCACTTTTAGAAGCACATAGAATGGAAGGTAAGGAGGCTAGGATTGCTGCAATGCGCTTGGCTGTAGCTGAGACTTTTCCAGAACCCAATCGTCGATTGTTGCAGAGGGTGCTTAAGATGATGCATGCTGTAGCATCACATACTTCAGAGAATCGGATGACTTCATCAGCAGTTGCAGCTTGTATGGCACCCTTGCTTCTAAGGCCACTTTTAGCAGGTGAATGTGAACTTGAGGATGAATCTGACATCAGTGGGGACAATGCTGCTCAACTTCTTGCAGCAGCTGCTGCAGCTAATAATGCTCAGGCAATTGTTACGATTCTTTTAGAGGAGTATGACAACATATTTGAGGATGATCAAACACAGCAAAGCCCTCCCTCTCCTGAAATGTATCCTCAAATGGAGGACAGTGGCAGTGAAGGTTCAAGTGATGATGAAGTGCTGCAGTTACGGGAGGATGGATATCATGATGCACAGAATGACCTTGAGGCTGAGCTCGAGGATGACCCTGATCGTGTGCTTAGTGGGACTCTCAGTGAAAGCAGCGGCAATGGGGGCAGTGACTTATATGATTACAAGGTCTTTGAAGGTGGTGACTCTGATGTTGAGTATCCTGGAGATATGGAAAATTCGGCTAGTAAACTGAAAGTATCAAATGTCTCATTTTCTGAATCTGAACAGCATACAGCAGAAGAACAAGGGAACACTTATGTGGAAGTAGAAGATGATAATCGTAGAGACAGTGCACTTAGTGGAAGTCTATTACCCTGGGGAACATCTGCCTCCCCTCCAACAAGTCCCAAACTTGTTGTTTCTGGATCTGGCACTTCTCCTGGTATAGGCAGTGCCAAATCTGTAAATAAATCAAATGGTTCTGTATCGACTATCAAGCGCCCTTCACTTTGGAATCGGAACTCTGTGAACAGAAAGAATCAATCTGCCGAGCCAACTGATTCTTCTGGAGAAGAAGAACTTGCAATTCAGAGGCTTGAGATGACTAAAAATGACTTACGCAACAAGATTGCTAAGGAGGCCAAAGGAAATGCTATTCTACAAGCCAGTTTGGAGAGAAGGAAACAAGCTTTGCATGAACGCCGCTTAGCACTTGAGCAAGATGTAGCAAGACTACAAGAACAATTACAGGCTGAGAGAGATCTCAGAGCAGCATTGGAGATTGGACTCAGCATGTCTTCAGGACAGTTTTCTAGTGCTCGCAGTATGGATTCCAAGACACGTGCAGAGCTAGAGGAAATAGCACTTGCTGAAGCAGATGTAGCAAGATTGAAACAAAAGGTTGCTGAACTTCATGTGCAATTAAATCAACAACGCCAACACTATGGATCTCTGGCAGAGACGGGTGATCGGTATCAGCATGTCAAAAGTCTTCAAGCCCAGCAGAAGGTCCTACAACAGGATCTAGATTTGACACTTGCTATGTGGCAGCATGAAAAACAAAAGATCGATGAGGATGGTGTTATGGAGAGTGATTGGCCAACCCCGAGACCACCAGTTGTATCTTCTGTGAGGAGCAGACAAATCCCATGGAGACACCGAATTGATTCAATGAGCCCTGTAGATTCCAAAAGTACGGAAGCGTCTACCAGCCTTTCCACTGAAGAGATCATAAATGACCCTGAGATTCATAATGGTGTAAAGCAAAGTCTAGCCGAAGCAGAGGTAACAGATTCTGGTACATATCAGCGTCAACCCATTGCTTCTTCTGCCTTGGTTGAGTTAACTACACGGCTTGACTTTTTCAAGGAGCGAAGATCCCAACTTATGGAACAACTTCACAACCTTGATCTCACATTTACTCCAGCTTCTCACGGTTACATGTACACTACATCTCCTCCCTGGACTAGTCCACAATAAGAAATATTTCTTTGTGTAGAGGCAGGCTTGTTTTTCGTTGAGCGTGGGTTTGTTTCCTATGTGTATATGCAGACACCCATTTTTGGACATTTGTTTGTTGCTTTATTATATAGAGATTCATTTAGGTTTCCCCTTGAACATGCCACTGGATTACATCTTGTATATTCCTGAAAGGAATGGTCGAACAGCTTCGGGGTACCAAATTCTTCTTTTTACTGGCAGTTAAAAGGAGGCCATGGAAGCAGTTAATAGATTATTCTCATGTATTCATAAGCTTCTTTTCTGGAACCCTTGGGGAATGACTGCTATGTTTGCACAGGGATTGTAAAGCATGATCATTCGGCTTGTACCAAAAATTTGTACAATTACAGTGATTTTCGTACAAGAGCCAAGATGCTTGTCTTGGTTGCTTTGTTGCAATTTTTCAGCGATTATATGACAGATTTGTTGAAGCCATTGTTTATAAAATTTGTGGCTTGGAGATGGCAGGTACAGATTCGTTTCAGGTTTCCTTGTTCAGGGAGTATGTTCATCTTTAAGAATATGGTTGTCATCAAAGAAGTGATTATCCTTTCCTAGATATGTGACCTTTGTTTGTCCATGATTTGTTTTTGTTCCATCAATTGTTGCACATCATCACCTGGCATGACTACATTATATGTATTTATTTTCTCATAGCACCGTTTGGTGTGAAAAACAACTGAGTTCATGGTTGATCGTA

Ace file of the UniGene sp_v3.0_unigene457

Annotations

Source	Descriptions	Term	Type	e value	Identity
AutoFact	Rho GTPase activator, putative	-	-	0.0	58%
FL-Next	tr=Uncharacterized protein; Glycine max (Soybean) (Glycine hispida).	-	-	0.0	64%

Source	Gene names
Sma3	AT4g24580; AT5G19390; At5g12150; At5g12150/MXC9.11; At5g19390; F22K18.220; GSVIVT00004299001; GSVIVT00007925001; GSVIVT00011466001; GSVIVT00015122001; GSVIVT00022278001; LOC_Os03g11140; LOC_Os03g15180; LOC_Os03g24180; OJ1477_F01.111-1; OJ1477_F01.111-2; O

Source	GOs	Term	Type	Identity
Sma3	intracellular	GO:0005622	Cellular Component	-
Sma3	plasma membrane	GO:0005886	Cellular Component	-
Sma3	chloroplast thylakoid membrane	GO:0009535	Cellular Component	-
Sma3	malic enzyme activity	GO:0004470	Molecular Function	-
Sma3	oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor	GO:0016616	Molecular Function	-
Sma3	NAD binding	GO:0051287	Molecular Function	-
Sma3	malate metabolic process	GO:0006108	Biological Process	-
Sma3	signal transduction	GO:0007165	Biological Process	-

Source	InterPros	Term	Type	Identity
Sma3	Rho GTPase-activating protein domain	IPR000198	-	-
Sma3	Pleckstrin homology domain	IPR001849	-	-
Sma3	Malic oxidoreductase	IPR001891	-	-
Sma3	Phosphopantetheine attachment site	IPR006162	-	-
Sma3	Domain of unknown function DUF834	IPR008552	-	-
Sma3	Pleckstrin homology-like domain	IPR011993	-	-
Sma3	Malic enzyme, N-terminal	IPR012301	-	-
Sma3	Malic enzyme, NAD-binding	IPR012302	-	-
Sma3	NAD(P)-binding domain	IPR016040	-	-

Source	Species	ID	Description	Identity
ATG	Arabidoptis thaliana	AT5G19390.1	Rho GTPase activation protein (RhoGAP) with PH domain chr5:6531906-6538206 FORWARD LENGTH=870	60%
RefSeq	Arabidopsis thaliana	NP_197440.2	Rho GTPase activation protein [Arabidopsis thaliana]	60%
RefSeq	Populus trichocarpa	XP_002314002.1	predicted protein [Populus trichocarpa]	64%

Full-Lengther Next Prediction

Fln status: Complete

Fln database: tr_plants

Fln subject: I1M749

Fln msg:

Fln protein: MSAPVTPYDRPRNRVPNTVFKSGPLFISSKGLGWKSWKKRWFILTRTSLVFFKNDPSALPQKGGEVNLTLGGIDLNNSGSVVVRADKKLLTVLFPDGRDGRAFTLKAETLEDLFEWKAALEHALAQAPNAALVMGQNGIFRNDSVDTMEASAEQWRDRRPVKSLVVGRPILLALEDIDGSPSFLEKALCFIEQYGVKVEGILRQSADVDEVDRRVREYEQGRNQFLPDEDAHVVGDCIKHVLRELPSSPVPAPCCTALLEAHRMEGKEARIAAMRLAVAETFPEPNRRLLQRVLKMMHAVASHTSENRMTSSAVAACMAPLLLRPLLAGECELEDESDISGDNAAQLLAAAAAANNAQAIVTILLEEYDNIFEDDQTQQSPPSPEMYPQMEDSGSEGSSDDEVLQLREDGYHDAQNDLEAELEDDPDRVLSGTLSESSGNGGSDLYDYKVFEGGDSDVEYPGDMENSASKLKVSNVSFSESEQHTAEEQGNTYVEVEDDNRRDSALSGSLLPWGTSASPPTSPKLVVSGSGTSPGIGSAKSVNKSNGSVSTIKRPSLWNRNSVNRKNQSAEPTDSSGEEELAIQRLEMTKNDLRNKIAKEAKGNAILQASLERRKQALHERRLALEQDVARLQEQLQAERDLRAALEIGLSMSSGQFSSARSMDSKTRAELEEIALAEADVARLKQKVAELHVQLNQQRQHYGSLAETGDRYQHVKSLQAQQKVLQQDLDLTLAMWQHEKQKIDEDGVMESDWPTPRPPVVSSVRSRQIPWRHRIDSMSPVDSKSTEASTSLSTEEIINDPEIHNGVKQSLAEAEVTDSGTYQRQPIASSALVELTTRLDFFKERRSQLMEQLHNLDLTFTPASHGYMYTTSPPWTSPQ*

Protein Length: 881

Fln nts: TATTTTTGTATGCTAATTCTTCTTCTTCGTTTTTCTGATAACTAACTGCGCACCCAACCCTACGATAGAATACAAGAAGAAACCCTCCAGAAGGGAAGAGCATAGTAGTGGAAGAGAAACGAAACGAAACCCTACCTGTAAAGAATAAGGCGTTGTCAGTAGTAACTTTTGTTTGCTGCTTCTTCACGCATAGCCGGCGCGCGATCTGAACCAGAGGTGGAGGTCCCGCTCGTTTCGATCCAGAATAATCCAATCTAATCGTTCATGGCCGCAGCTGACATGTGCATTTGATCCAGACTCTTGTGCAAAGATTTCTGTGATGCTTCCGAGGGATGCAGAGCTCTGTGCGATTCGAACCGAAGACAACGTGCAGGGTCAGGTTTCGGTTGCAGTGTTCTTCTTGTGGTCGTTCTTGTTTAACGGTCGGGAGCAGAGAAAGGCAACGGGGAACAGCGGGGACTTGAATGTTGATGTTGTGTGAGGAAATAAA_-_ATGTCTGCGCCGGTTACGCCATACGACCGTCCGCGGAACAGGGTTCCGAATACGGTTTTTAAGAGTGGACCGCTTTTCATATCATCCAAAGGGCTAGGGTGGAAATCTTGGAAAAAACGCTGGTTTATCCTTACCCGAACGTCTTTGGTCTTTTTCAAGAATGATCCTAGTGCTCTTCCTCAGAAAGGTGGAGAAGTGAATTTAACTCTGGGTGGGATCGACCTTAATAACTCAGGAAGTGTAGTTGTTCGAGCAGATAAGAAGTTATTGACGGTACTTTTCCCTGATGGTCGTGATGGGCGTGCCTTTACACTTAAGGCAGAAACTTTAGAAGACTTGTTTGAATGGAAGGCGGCACTAGAGCATGCTTTGGCTCAAGCACCCAATGCAGCCCTTGTTATGGGACAGAATGGTATATTTCGAAATGATTCAGTTGATACCATGGAAGCATCTGCAGAACAATGGAGGGACAGACGGCCAGTGAAGTCTTTAGTTGTGGGTAGGCCAATCCTGCTTGCATTGGAAGATATTGATGGAAGTCCATCCTTCTTAGAAAAGGCCCTCTGCTTCATTGAACAATATGGAGTTAAAGTAGAAGGTATTTTGCGGCAGTCTGCAGATGTTGATGAAGTTGATCGACGAGTTCGTGAATATGAGCAAGGAAGAAATCAATTTTTGCCAGATGAAGATGCACATGTTGTGGGTGATTGTATCAAGCACGTGCTGAGGGAGCTACCGTCCTCACCAGTTCCAGCCCCATGTTGTACCGCACTTTTAGAAGCACATAGAATGGAAGGTAAGGAGGCTAGGATTGCTGCAATGCGCTTGGCTGTAGCTGAGACTTTTCCAGAACCCAATCGTCGATTGTTGCAGAGGGTGCTTAAGATGATGCATGCTGTAGCATCACATACTTCAGAGAATCGGATGACTTCATCAGCAGTTGCAGCTTGTATGGCACCCTTGCTTCTAAGGCCACTTTTAGCAGGTGAATGTGAACTTGAGGATGAATCTGACATCAGTGGGGACAATGCTGCTCAACTTCTTGCAGCAGCTGCTGCAGCTAATAATGCTCAGGCAATTGTTACGATTCTTTTAGAGGAGTATGACAACATATTTGAGGATGATCAAACACAGCAAAGCCCTCCCTCTCCTGAAATGTATCCTCAAATGGAGGACAGTGGCAGTGAAGGTTCAAGTGATGATGAAGTGCTGCAGTTACGGGAGGATGGATATCATGATGCACAGAATGACCTTGAGGCTGAGCTCGAGGATGACCCTGATCGTGTGCTTAGTGGGACTCTCAGTGAAAGCAGCGGCAATGGGGGCAGTGACTTATATGATTACAAGGTCTTTGAAGGTGGTGACTCTGATGTTGAGTATCCTGGAGATATGGAAAATTCGGCTAGTAAACTGAAAGTATCAAATGTCTCATTTTCTGAATCTGAACAGCATACAGCAGAAGAACAAGGGAACACTTATGTGGAAGTAGAAGATGATAATCGTAGAGACAGTGCACTTAGTGGAAGTCTATTACCCTGGGGAACATCTGCCTCCCCTCCAACAAGTCCCAAACTTGTTGTTTCTGGATCTGGCACTTCTCCTGGTATAGGCAGTGCCAAATCTGTAAATAAATCAAATGGTTCTGTATCGACTATCAAGCGCCCTTCACTTTGGAATCGGAACTCTGTGAACAGAAAGAATCAATCTGCCGAGCCAACTGATTCTTCTGGAGAAGAAGAACTTGCAATTCAGAGGCTTGAGATGACTAAAAATGACTTACGCAACAAGATTGCTAAGGAGGCCAAAGGAAATGCTATTCTACAAGCCAGTTTGGAGAGAAGGAAACAAGCTTTGCATGAACGCCGCTTAGCACTTGAGCAAGATGTAGCAAGACTACAAGAACAATTACAGGCTGAGAGAGATCTCAGAGCAGCATTGGAGATTGGACTCAGCATGTCTTCAGGACAGTTTTCTAGTGCTCGCAGTATGGATTCCAAGACACGTGCAGAGCTAGAGGAAATAGCACTTGCTGAAGCAGATGTAGCAAGATTGAAACAAAAGGTTGCTGAACTTCATGTGCAATTAAATCAACAACGCCAACACTATGGATCTCTGGCAGAGACGGGTGATCGGTATCAGCATGTCAAAAGTCTTCAAGCCCAGCAGAAGGTCCTACAACAGGATCTAGATTTGACACTTGCTATGTGGCAGCATGAAAAACAAAAGATCGATGAGGATGGTGTTATGGAGAGTGATTGGCCAACCCCGAGACCACCAGTTGTATCTTCTGTGAGGAGCAGACAAATCCCATGGAGACACCGAATTGATTCAATGAGCCCTGTAGATTCCAAAAGTACGGAAGCGTCTACCAGCCTTTCCACTGAAGAGATCATAAATGACCCTGAGATTCATAATGGTGTAAAGCAAAGTCTAGCCGAAGCAGAGGTAACAGATTCTGGTACATATCAGCGTCAACCCATTGCTTCTTCTGCCTTGGTTGAGTTAACTACACGGCTTGACTTTTTCAAGGAGCGAAGATCCCAACTTATGGAACAACTTCACAACCTTGATCTCACATTTACTCCAGCTTCTCACGGTTACATGTACACTACATCTCCTCCCTGGACTAGTCCACAATAA___GAAATATTTCTTTGTGTAGAGGCAGGCTTGTTTTTCGTTGAGCGTGGGTTTGTTTCCTATGTGTATATGCAGACACCCATTTTTGGACATTTGTTTGTTGCTTTATTATATAGAGATTCATTTAGGTTTCCCCTTGAACATGCCACTGGATTACATCTTGTATATTCCTGAAAGGAATGGTCGAACAGCTTCGGGGTACCAAATTCTTCTTTTTACTGGCAGTTAAAAGGAGGCCATGGAAGCAGTTAATAGATTATTCTCATGTATTCATAAGCTTCTTTTCTGGAACCCTTGGGGAATGACTGCTATGTTTGCACAGGGATTGTAAAGCATGATCATTCGGCTTGTACCAAAAATTTGTACAATTACAGTGATTTTCGTACAAGAGCCAAGATGCTTGTCTTGGTTGCTTTGTTGCAATTTTTCAGCGATTATATGACAGATTTGTTGAAGCCATTGTTTATAAAATTTGTGGCTTGGAGATGGCAGGTACAGATTCGTTTCAGGTTTCCTTGTTCAGGGAGTATGTTCATCTTTAAGAATATGGTTGTCATCAAAGAAGTGATTATCCTTTCCTAGATATGTGACCTTTGTTTGTCCATGATTTGTTTTTGTTCCATCAATTGTTGCACATCATCACCTGGCATGACTACATTATATGTATTTATTTTCTCATAGCACCGTTTGGTGTGAAAAACAACTGAGTTCATGGTTGATCGTA

Fln Alignment:

Contig457___MSAPVTPYDRPRNRVPNTVFKSGPLFIXXXXXXXXXXXXRWFILTRTSLVFFKNDPSALPQKGGEVNLTLGGIDLNNSGSVVVRADKKLLTVLFPDGRDGRAFTLKAETLEDLFEWKAALEHALAQAPNAALVMGQNGIFRNDSVDTMEASAEQWRDRRPVKSLVVGRPILLALEDIDGSPSFLEKALCFIEQYGVKVEGILRQSADVDEVDRRVREYEQGRNQFLPDEDAHVVGDCIKHVLRELPSSPVPAPCCTALLEAHRMEGKEARIAAMRLAVAETFPEPNRRLLQRVLKMMHAVASHTSENRMTSSAVAACMAPLLLRPLLAGECELEDESDISGDXXXXXXXXXXXXXXXXXIVTILLEEYDNIFEDDQTQQSPPSPEMYPQMXXXXXXXXXXXXVLQLREDGYHDAQNDLEAELEDDPDRVLSGTLSESSGNGGSDLYDYKVFEGGDSDVEYPGDMENSASKLKVSNVS------FSESEQHTAEEQGNTYVEVEDDNRRDSALSGSLLPWGTSASPPTS--PKLVVSGSGTSPGIGSAKSVNKSNGSVSTIKRPSLWNRNSVNRKNQSAEPTDSSGEEELAIQRLEMTKNDLRNKIAKEAKGNAILQASLERRKQALHERRLALEQDVARLQEQLQAERDLRAALEIGLSMSSGQFSSARSMDSKTRXXXXXXXXXXXDVARLKQKVAELHVQLNQQRQ-HYGSLAETGDRYQHVKSLQAQQKVLQQDLDLTLAMWQHEKQKIDEDGVMESDWPTXXXXXXXXXXXXQIPWRHRIDSMSPVDXXXXXXXXXXXXXXIINDPEIHNGVKQSL---AEAEVTDSGTYQRQP-IASSALVELTTRLDFFKERRSQLMEQLHNLDLTF-TPASHGYMY-TTSPPWT
I1M749_____________MSAPSAAFERPRPGASNTVFKSGPLFISSKGIGWKSWKKRWFILTRTSLVFFKNDPSALPQRGGEVNLTLGGIDLNNSGSVVVREDKKLLTVLFPDGRDGRAFTLKAETSEDLLEWKTALEQALAQAPSAALVMGHNGIFRSDASDSIEGSFHQWRDKRPIKSLVVGRPILLALEDIDGGPSFLEKALQFLEKYGTKVEGILRQSADVEEVDRRVQEYEQGKTEFGPEEDAHVVGDCVKHVLRELPSSPVPASCCTALLEAYKIDRKEARINAMRCAILETFPEPNRRLLQRILKMMHTIGSHSQENRMTPSAIAACMAPLLLRPLLAGECELEDEFDASGDSSAQLLAAANAANNAQAIITTLLEEYENIFDEENIQRCSMSAD--SQVENSGSEDSTDDDNIDVKENGYHDAENEVDQETDDDADRIQSGKLSESSGYAGSDLYDYKAFGGDDSDV---GSSSSNHAKTENANLNAVPDTPLSEDQNKQRKGSENPVDENDASNLLPSTESYRSMGEILSSMDPGNHLPMPVIES-------GSGKQTSKASSASFSSKRSTFWGRSN-PRKTPSVESVDSSGEEELAIQRLEIAKSDLQLRIAKEARGNAILQASLERRKQALHERRLALEQDVSRLQEQLQAERDLRAALEVGLSMSSGQLSSSRGMDSKTKAELEEIALAEADVARLKQKVAELHHQLNQQRQHHYGSLTDVGDRYQHAQN-HPQQRFLQQDFDSTLAFVNHERKQRTEESLLGTDW---RNIKGQVLASGRQPSRKQFLESSPSDSKSTEASTSMSVDDL--------GALDSASVPSTSRAAEVGEYARHPSVASSTLVELTTRLDFFKERRSQLMEQLHNLDLNYGSTTSQDFVYKPSSPSWS

SNPs (tot: 33)

Position	A %	C %	G %	T %	Probability
2209		44		55	1.0
2528	10		90		0.90298
2531			90	10	0.90298
2547	12		87		0.992554
2553	87	12			0.992554
2555		87		12	0.992554
2556	87			12	0.992554
2570		90		10	0.90298
2571			10	90	0.90298
2572			10	90	0.90298
2573		90	10		0.90298
2677	88			11	0.923564
2678		88		11	0.923564
2700	12	87			0.992554
2701		12		87	0.992554
2704			87	12	0.992554
2808		87		12	0.992554
2809	87			12	0.992554
2811		12	87		0.992554
2880	12	87			0.992554
2881	12			87	0.992554
2882		12	87		0.992554
2930		87	12		0.992554
2931			12	87	0.992554
2933	12		87		0.992554
2934		87		12	0.992554
2936	12		87		0.992554
2938	87			12	0.992554
2968			88	11	0.923564
2969		88	11		0.923564
2971			11	88	0.923564
3047	85		14		0.993533
3604	80		20		0.995493

SSRs (tot: 2)

Start position	End position	Sequence	Length
17	28	TTC TTC TTC TTC	12
116	130	GAAAC GAAAC GAAAC	15

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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