SustainPineDB

Assembly Name: SustainPine v3.0

UniGene Name: sp_v3.0_unigene1234

Length: 4827 nt

UniGene Fasta

>sp_v3.0_unigene1234
CTACTCAATAAGCCTCTGATAGCGCAGCTTGAATTCTCCAGCTATTGTAAGAAAGTGCCGAAGACATTGCCAGGGATTGATTCATTCACAGGGCCTGAAAATCTCTAAGTGGAATAACAATTTTTCTAAGTTGTTAACAGGATTTGATCTGGAATCTCGGGGGGGGACTAAAATATGAGTTCGTCTATCAGCGAAGAGCCTGATGAGAAAACATGGACAGGCAGTCTGCGGTCGGCGAGTACCAGGTTGTTCGAGCGATCCGAGAGCGTTTTCTCTCAGTCTTCCAGTGTCCGAAAACGCCAGAATGACGAGGAAGCGCTCAAGTGGGCGGCCCTCGAAAAACTGCCCACTTACGAGCGGTTAAGAACTGCGATTCTTGCAAATGTGAATGACAAAAAAGTCGTCGATCTTAATCAGGTCGACGTTAGGGGTATCGAACTCGAGACTCGGCAGCAGTTAATGGAGAGGCTTGTAAAAGTTGCAGACGAAGATAATGAACGCTTTCTTCACAGGCTTCGAAAGAGGATCGACAGCGTTGGCATCGTTTTGCCCGAGATCGAAGTTCGCTACGAACATTTGAACATCGATGCAAATGCCTACGTTGGAAGCAGAGCGCTGCCCACGCTTATCAACTACACTGCTAACATGGTCGAGGCAATTTTGGGGTCGCTTCATTTGTACAACAGCAAGAAGGCAACCATGACAATTCTTCATGATGTCAGTGGCATCATCAAGCCCGGCAGGATGACGCTTCTTCTTGGACCGCCAGCCTCTGGCAAGACGACTTTGCTCATTGCTCTTGCAGGAAAACTGGACAAAAGTCTAAAAGTTACAGGTGGAGTAAACTACAATGGACATACCATGGATGAATTCGTGCCACAGAGAACATCCGCTTATATCAGTCAAAATGATTTGCACATTGGGGAAATGACTGTGAGAGAAACTTTAGACTTCTCTGCGCGGTGCCAAGGAGTCGGGTCGAGATATGACGTATTAACTGAACTACTGAGGAGGGAAAAGGATCAGGGAATCAAACCAGATCGTGATATAGATGTCTTTATGAAGGCCACTGCATTAGAGGGCCAGAAAGCCAACCTGCTCACTGACTATGTTCTGAAGATCTTGGGGTTGGACATATGCGCGGACACACTGGTCGGAGATGCAATGCACAGGGGCATTTCCGGAGGGCAGAAGAAAAGAGTTACGACTGGGGAAATGATTGTTGGAGCTGCGAAAGCCCTTTTCATGGACGAGATTTCCACTGGTCTGGACAGTGCTACAACATACCAGATTGTTCGATGCCTACGCCAAGTTGTCCATGTTTTCAATTCGACGATGGTGGTGTCACTCCTGCAACCTGCCCCTGAGACCTTCGATCTCTTCGACGATGTCATTTTACTTTCAGAAGGTCACGTTATTTACCAGGGTCCTCGAGAAAACATTCTCGAGTTTTTCGAGTCCGTGGGATTTAAATGCCCTGAGAGGAAAGGTGTTGCAGATTTCTTGCAGGAGGTGACTTCTCTCAAAGATCAAGAGCAGTACTGGGCAGATGGAAGGCAAACATACCGTTATGTTCCAGTGAAGGAGTTTGCGGATGCATTCCAGTCTTTTCACATTGGGGCCGCATTGAATGCAGAGTTATCGATTCCATACGATAGAAAGAAGTGCCACCCGGCAGCTCTCACAACAGAGGAGTACGGTTTGAACAAAATGGAACTTTTCAGAGCATGCTTTGATAGAGAAATTCTGCTGATGAAGAGAAGTTCGTTCGTCTATATCTTCAAAACCGTTCAGATATTTATCATTGCTGGCATTGCCATGAGTGTTTTCTTCCGTACCAATATGCATCACAGAAATTTGGCTGACGGAGGCATTTACTTTGGGGCACTTTTCTTTGGTCTAGTGGTGGTGATGTTCAATGGCATGGCAGAATTGTCGATGACAATAGACAAGCTCCCAGTGTTTTACAAGCAGAGAGATTTCAAGTTCTACCCAGCCTGGGCTTATTCACTTCCAACATGGGTTATGAGAATTCCTATGTCCCTGTTGGAGTCTGTTTTGTGGATCATTATCACATATTATACCATAGGTTTTGCCCCAAATCCTCAGAGATTTTTCCGACAGTTTGTGCTGCTCTTTACAGTCCATCAGATGTCTTTAGGCCTCTTTCGCTTTATAGCTGCCGTGGGACGCAATCGGATAGTGGCTAACACCTTCGGCTCGTTTGCCATCTTGATCATACTCGTTCTCGGAGGATTCATCATATCCAGAGATGATATTAAAGGATGGTGGATATGGGGTTACTGGATTTCTCCTCTCATGTATGCTCAAAATGGAATTGCAGTAAATGAGTTTACGGCAACTAGATGGCAAAAGCCAAATGACAACGTTGGCGTCAACTTAATGAGATCTCGCGGCCTTTTTCCCGATAGCTACTGGTATTGGCTTTCGATTGGAGCCCTCGTGGGGTTCAATATTTTATTTAACATCCTCTACACACTGGCATTGCACTATCTAGATCCTCTAGGAAAGCCTCAGGCATTAATTTCTGAAGATGATTTGAAACAAAAGCTGGCAGCTCAAACCGGGGTTGTGCAAAGAAACAGTATAAATGAAATGCAGACGATGCCAGGAGAAAACCATGAAGAGATTCAAGCTTCTGGTACGAACAATGCTGCTTCAAATTCTACACGAGAATCTGGAAAGAAAGGAATGGTTTTACCTTTTCAACCTCTGGCGATGGCTTTTGACAATGTCAATTACTTTGTAGACATGCCCCCAGAAATGAGGCAACAAGGAATTGAAGAAAATAGACTCCAGTTATTGCGTAGAGTGAGTGGAACATTCAGGCCTGGTGTGCTCACTTGTTTAATGGGTGTGAGTGGAGCTGGAAAAACAACCCTAATGGATGTTCTTGCTGGAAGGAAAACTGGTGGATACATCGAAGGGTCCATCACCATCTCTGGTTATCCCAAAAAAAAAGAAACCTTTGCTCGTATCTCGGGTTACTGCGAACAAACTGATATCCATTCTCCTTTCGTTACTGTTTATGAGTCACTGGTATACTCTGCCTGGCTTCGTCTCCCATCTGAGGTCGATACTGCATTAAGAAAGACATTTGTGGATGAAGTTATGGATCTCGTGGAACTGAATAACCTGAGACAAGCTCTGGTCGGGCTTCCTGGAGTGAATGGCCTGTCCACGGAACAACGGAAGAGATTGACAATAGCAGTTGAATTGGTTGCCAATCCTTCAATAATCTTCATGGACGAGCCAACATCAGGACTGGATGCAAGAGCTGCTGCTATTGTGATGAGAACTGTCCGGAACACTGTGGACACAGGCCGAACTGTTGTTTGTACTATTCATCAACCCAGCATTGACATCTTTGAAGCTTTCGATGAGCTTGTGTTGATGAAGCGAGGAGGGCAGATGATATACGTTGGCCCTCTTGGCCGCCATTCCCAAACACTGATCGACTATTTCGAGGCCATTCCAGGCGTTCCCAAAATCACGGAGGGGTACAATCCTGCGACATGGATGCTTGAAGTGTCTTCTGTGGGCGCAGAATTGCGTCTTGGAACCGATTTTGCAGATGTATACAGGAATTCATCCCTCTACCAACGAAATGAAGCTCTAATCAAGGAACTGAGCGTGCCGGGTCCGGGAATGAAGGATTTACACTTCGAATCTCAATTTTCACAACCTTTGATAATTCAATCCTGGGCCTGCTTGTGGAAGCAGCACTGGTCATACTGGAGAAACCCCGAGTACAATGCCGTCCGTTTCTTTTTCACTTTGGTCACTGCTGTGCTTTTTGGTACCATCTTTTGGAGAATGGGTCAAAAAATAGAGGAGCAACAAAAAGTTTTGAATGCTATGGGATCACTGTTCGCGGCTGTGTTATTCATAGGTGTGAACAATGCTTCTTCAGTCCAACCTGTAGTGGATGTTGAAAGGACAGTCTTCTACAGAGAAAAGGCAGCCGGGATGTACTCTGCTATGCCTTATGCCCTCGCACAAGTATTGATCGAAGTGCCATATGTATTTGTTCAAGCGGCGGTGTATGGAGTGATCGTGTACTCGATGGTCAACTTCCAATGGCAGGCAGACAAGTTCTTCTGGTTTTTCTTCTTCATGTTCTTCACATTTTTGTACTACACATACTACGGAATGATGACAGTAGCTCTGACTCCTAATGTCAACATAGCTGCCATTGTCTCCTCGGCTTTCTATTCCATCTGGATGCTTTTCTGCGGTTTCATAATCCCTCGTCCGAAAATTCCGGTGTGGTGGAGATGGTACTACTGGGCATGCCCTGTTGCATGGACTCTGTACGGTTTGATAGCATCACAGTTTGGGGATTATGAAACCCTCGTGACTAGAACAGACGGCACTCGAGAGCCAGTGAAACAGTTTATCAAAAGTTATTTTGGATTCAGACACAGCTTCTTGGGACCTGTTGCAGTTGTGACAGCAGGATGGAGCATTCTCTTCGCATTCATCTTTGCCATATCCATCAAAAAGCTCAACTTCCAGTCAAGATAGTCACTGAAATATCAAATATTATTTTTTCAATGTAACTAGTATATCTTATTGCTGGGTGCCAGTAACAAATGTCCTATCCGAGCGATGATATTACAGAGTACAAGGAGACGGATTATATGTACTCATATGTCCTATTCTATTTAAGGATATTTCTTTTGCGTAAGGGATATAGCTTGTCCTCCCTGTATATTATATATAAAGGGGGACCGCATTTTGCAAATTCCAGGTCGTCGTTTTTCAATCGATTTTTAATGAGAATTTAAATCAATTTTTAGTGGA

Ace file of the UniGene sp_v3.0_unigene1234

Annotations

Source	Descriptions	Term	Type	Identity
AutoFact	Pleiotropic drug resistance protein 1 n=2 Tax=Nicotiana tabacum RepID=PDR1_TOBAC	-	-	64%
FL-Next	tr=Putative uncharacterized protein; Picea sitchensis (Sitka spruce) (Pinus sitchensis).	-	-	70%
Sma3	ATP-binding cassette transporter, putative	-	-	-

Source	ECs	Term	Type	e value	Identity
Sma3	Phosphonate-transporting ATPase.	EC:3.6.3.28	-	2.8026e-45	-
Sma3	Heme-transporting ATPase.	EC:3.6.3.41	-	1.375e-10	-

Source	Gene names
Sma3	ABC1; At1g15210; At1g15520; At1g59870; At1g66950; At2g26910; At2g29940; At2g36380; At2g37280; At3g16340; At3g30842; At3g53480; At4g15215; At4g15220/At4g15230; At4g15233; At4g15236; B1045F02.15; B1090H08.39; F12C20.5; F1O11.1; F1O19.3; F23F1.14; F23H11.19;

Source	GOs	Term	Type	Identity
Sma3	mitochondrion	GO:0005739	Cellular Component	-
Sma3	plasma membrane	GO:0005886	Cellular Component	-
Sma3	chloroplast	GO:0009507	Cellular Component	-
Sma3	chloroplast envelope	GO:0009941	Cellular Component	-
Sma3	membrane	GO:0016020	Cellular Component	-
Sma3	integral to membrane	GO:0016021	Cellular Component	-
Sma3	ATP binding	GO:0005524	Molecular Function	-
Sma3	cadmium ion transmembrane transporter activity	GO:0015086	Molecular Function	-
Sma3	ATPase activity	GO:0016887	Molecular Function	-
Sma3	transport	GO:0006810	Biological Process	-
Sma3	defense response	GO:0006952	Biological Process	-
Sma3	response to biotic stimulus	GO:0009607	Biological Process	-
Sma3	systemic acquired resistance	GO:0009627	Biological Process	-
Sma3	response to ethylene stimulus	GO:0009723	Biological Process	-
Sma3	response to salicylic acid stimulus	GO:0009751	Biological Process	-
Sma3	response to jasmonic acid stimulus	GO:0009753	Biological Process	-
Sma3	defense response to fungus, incompatible interaction	GO:0009817	Biological Process	-
Sma3	response to ozone	GO:0010193	Biological Process	-
Sma3	cadmium ion transport	GO:0015691	Biological Process	-
Sma3	lead ion transport	GO:0015692	Biological Process	-
Sma3	negative regulation of defense response	GO:0031348	Biological Process	-

Source	InterPros	Term	Type	Identity
Sma3	Ribosomal protein L11	IPR000911	-	-
Sma3	DNA methylase, N-6 adenine-specific, conserved site	IPR002052	-	-
Sma3	Proteinase inhibitor I2, Kunitz metazoa	IPR002223	-	-
Sma3	ABC transporter-like	IPR003439	-	-
Sma3	AAA+ ATPase domain	IPR003593	-	-
Sma3	ATPase, AAA-type, core	IPR003959	-	-
Sma3	Pleiotropic drug resistance protein PDR	IPR005285	-	-
Sma3	Phosphopantetheine attachment site	IPR006162	-	-
Sma3	ABC-2 type transporter	IPR013525	-	-
Sma3	Plant PDR ABC transporter associated	IPR013581	-	-
Sma3	ABC transporter, conserved site	IPR017871	-	-
Sma3	Peptidase S26A, signal peptidase I, serine active site	IPR019756	-	-

Source	Species	ID	Description	Identity
ATG	Arabidoptis thaliana	AT1G15520.1	PDR12, ATPDR12, ABCG40, ATABCG40 pleiotropic drug resistance 12 chr1:5331993-5338175 REVERSE LENGTH=1423	63%
RefSeq	Arabidopsis thaliana	NP_173005.1	ABC transporter G family member 40 [Arabidopsis thaliana]	63%
RefSeq	Populus trichocarpa	XP_002324840.1	predicted protein [Populus trichocarpa]	65%

Full-Lengther Next Prediction

Fln status: Complete

Fln database: coniferopsida.fasta

Fln subject: B8LN70

Fln msg: your sequence is longer than subject: 1458 - 443

Fln protein: MSSSISEEPDEKTWTGSLRSASTRLFERSESVFSQSSSVRKRQNDEEALKWAALEKLPTYERLRTAILANVNDKKVVDLNQVDVRGIELETRQQLMERLVKVADEDNERFLHRLRKRIDSVGIVLPEIEVRYEHLNIDANAYVGSRALPTLINYTANMVEAILGSLHLYNSKKATMTILHDVSGIIKPGRMTLLLGPPASGKTTLLIALAGKLDKSLKVTGGVNYNGHTMDEFVPQRTSAYISQNDLHIGEMTVRETLDFSARCQGVGSRYDVLTELLRREKDQGIKPDRDIDVFMKATALEGQKANLLTDYVLKILGLDICADTLVGDAMHRGISGGQKKRVTTGEMIVGAAKALFMDEISTGLDSATTYQIVRCLRQVVHVFNSTMVVSLLQPAPETFDLFDDVILLSEGHVIYQGPRENILEFFESVGFKCPERKGVADFLQEVTSLKDQEQYWADGRQTYRYVPVKEFADAFQSFHIGAALNAELSIPYDRKKCHPAALTTEEYGLNKMELFRACFDREILLMKRSSFVYIFKTVQIFIIAGIAMSVFFRTNMHHRNLADGGIYFGALFFGLVVVMFNGMAELSMTIDKLPVFYKQRDFKFYPAWAYSLPTWVMRIPMSLLESVLWIIITYYTIGFAPNPQRFFRQFVLLFTVHQMSLGLFRFIAAVGRNRIVANTFGSFAILIILVLGGFIISRDDIKGWWIWGYWISPLMYAQNGIAVNEFTATRWQKPNDNVGVNLMRSRGLFPDSYWYWLSIGALVGFNILFNILYTLALHYLDPLGKPQALISEDDLKQKLAAQTGVVQRNSINEMQTMPGENHEEIQASGTNNAASNSTRESGKKGMVLPFQPLAMAFDNVNYFVDMPPEMRQQGIEENRLQLLRRVSGTFRPGVLTCLMGVSGAGKTTLMDVLAGRKTGGYIEGSITISGYPKKKETFARISGYCEQTDIHSPFVTVYESLVYSAWLRLPSEVDTALRKTFVDEVMDLVELNNLRQALVGLPGVNGLSTEQRKRLTIAVELVANPSIIFMDEPTSGLDARAAAIVMRTVRNTVDTGRTVVCTIHQPSIDIFEAFDELVLMKRGGQMIYVGPLGRHSQTLIDYFEAIPGVPKITEGYNPATWMLEVSSVGAELRLGTDFADVYRNSSLYQRNEALIKELSVPGPGMKDLHFESQFSQPLIIQSWACLWKQHWSYWRNPEYNAVRFFFTLVTAVLFGTIFWRMGQKIEEQQKVLNAMGSLFAAVLFIGVNNASSVQPVVDVERTVFYREKAAGMYSAMPYALAQVLIEVPYVFVQAAVYGVIVYSMVNFQWQADKFFWFFFFMFFTFLYYTYYGMMTVALTPNVNIAAIVSSAFYSIWMLFCGFIIPRPKIPVWWRWYYWACPVAWTLYGLIASQFGDYETLVTRTDGTREPVKQFIKSYFGFRHSFLGPVAVVTAGWSILFAFIFAISIKKLNFQSR*

Protein Length: 1459

Fln nts: CTACTCAATAAGCCTCTGATAGCGCAGCTTGAATTCTCCAGCTATTGTAAGAAAGTGCCGAAGACATTGCCAGGGATTGATTCATTCACAGGGCCTGAAAATCTCTAAGTGGAATAACAATTTTTCTAAGTTGTTAACAGGATTTGATCTGGAATCTCGGGGGGGGACTAAAAT_-_ATGAGTTCGTCTATCAGCGAAGAGCCTGATGAGAAAACATGGACAGGCAGTCTGCGGTCGGCGAGTACCAGGTTGTTCGAGCGATCCGAGAGCGTTTTCTCTCAGTCTTCCAGTGTCCGAAAACGCCAGAATGACGAGGAAGCGCTCAAGTGGGCGGCCCTCGAAAAACTGCCCACTTACGAGCGGTTAAGAACTGCGATTCTTGCAAATGTGAATGACAAAAAAGTCGTCGATCTTAATCAGGTCGACGTTAGGGGTATCGAACTCGAGACTCGGCAGCAGTTAATGGAGAGGCTTGTAAAAGTTGCAGACGAAGATAATGAACGCTTTCTTCACAGGCTTCGAAAGAGGATCGACAGCGTTGGCATCGTTTTGCCCGAGATCGAAGTTCGCTACGAACATTTGAACATCGATGCAAATGCCTACGTTGGAAGCAGAGCGCTGCCCACGCTTATCAACTACACTGCTAACATGGTCGAGGCAATTTTGGGGTCGCTTCATTTGTACAACAGCAAGAAGGCAACCATGACAATTCTTCATGATGTCAGTGGCATCATCAAGCCCGGCAGGATGACGCTTCTTCTTGGACCGCCAGCCTCTGGCAAGACGACTTTGCTCATTGCTCTTGCAGGAAAACTGGACAAAAGTCTAAAAGTTACAGGTGGAGTAAACTACAATGGACATACCATGGATGAATTCGTGCCACAGAGAACATCCGCTTATATCAGTCAAAATGATTTGCACATTGGGGAAATGACTGTGAGAGAAACTTTAGACTTCTCTGCGCGGTGCCAAGGAGTCGGGTCGAGATATGACGTATTAACTGAACTACTGAGGAGGGAAAAGGATCAGGGAATCAAACCAGATCGTGATATAGATGTCTTTATGAAGGCCACTGCATTAGAGGGCCAGAAAGCCAACCTGCTCACTGACTATGTTCTGAAGATCTTGGGGTTGGACATATGCGCGGACACACTGGTCGGAGATGCAATGCACAGGGGCATTTCCGGAGGGCAGAAGAAAAGAGTTACGACTGGGGAAATGATTGTTGGAGCTGCGAAAGCCCTTTTCATGGACGAGATTTCCACTGGTCTGGACAGTGCTACAACATACCAGATTGTTCGATGCCTACGCCAAGTTGTCCATGTTTTCAATTCGACGATGGTGGTGTCACTCCTGCAACCTGCCCCTGAGACCTTCGATCTCTTCGACGATGTCATTTTACTTTCAGAAGGTCACGTTATTTACCAGGGTCCTCGAGAAAACATTCTCGAGTTTTTCGAGTCCGTGGGATTTAAATGCCCTGAGAGGAAAGGTGTTGCAGATTTCTTGCAGGAGGTGACTTCTCTCAAAGATCAAGAGCAGTACTGGGCAGATGGAAGGCAAACATACCGTTATGTTCCAGTGAAGGAGTTTGCGGATGCATTCCAGTCTTTTCACATTGGGGCCGCATTGAATGCAGAGTTATCGATTCCATACGATAGAAAGAAGTGCCACCCGGCAGCTCTCACAACAGAGGAGTACGGTTTGAACAAAATGGAACTTTTCAGAGCATGCTTTGATAGAGAAATTCTGCTGATGAAGAGAAGTTCGTTCGTCTATATCTTCAAAACCGTTCAGATATTTATCATTGCTGGCATTGCCATGAGTGTTTTCTTCCGTACCAATATGCATCACAGAAATTTGGCTGACGGAGGCATTTACTTTGGGGCACTTTTCTTTGGTCTAGTGGTGGTGATGTTCAATGGCATGGCAGAATTGTCGATGACAATAGACAAGCTCCCAGTGTTTTACAAGCAGAGAGATTTCAAGTTCTACCCAGCCTGGGCTTATTCACTTCCAACATGGGTTATGAGAATTCCTATGTCCCTGTTGGAGTCTGTTTTGTGGATCATTATCACATATTATACCATAGGTTTTGCCCCAAATCCTCAGAGATTTTTCCGACAGTTTGTGCTGCTCTTTACAGTCCATCAGATGTCTTTAGGCCTCTTTCGCTTTATAGCTGCCGTGGGACGCAATCGGATAGTGGCTAACACCTTCGGCTCGTTTGCCATCTTGATCATACTCGTTCTCGGAGGATTCATCATATCCAGAGATGATATTAAAGGATGGTGGATATGGGGTTACTGGATTTCTCCTCTCATGTATGCTCAAAATGGAATTGCAGTAAATGAGTTTACGGCAACTAGATGGCAAAAGCCAAATGACAACGTTGGCGTCAACTTAATGAGATCTCGCGGCCTTTTTCCCGATAGCTACTGGTATTGGCTTTCGATTGGAGCCCTCGTGGGGTTCAATATTTTATTTAACATCCTCTACACACTGGCATTGCACTATCTAGATCCTCTAGGAAAGCCTCAGGCATTAATTTCTGAAGATGATTTGAAACAAAAGCTGGCAGCTCAAACCGGGGTTGTGCAAAGAAACAGTATAAATGAAATGCAGACGATGCCAGGAGAAAACCATGAAGAGATTCAAGCTTCTGGTACGAACAATGCTGCTTCAAATTCTACACGAGAATCTGGAAAGAAAGGAATGGTTTTACCTTTTCAACCTCTGGCGATGGCTTTTGACAATGTCAATTACTTTGTAGACATGCCCCCAGAAATGAGGCAACAAGGAATTGAAGAAAATAGACTCCAGTTATTGCGTAGAGTGAGTGGAACATTCAGGCCTGGTGTGCTCACTTGTTTAATGGGTGTGAGTGGAGCTGGAAAAACAACCCTAATGGATGTTCTTGCTGGAAGGAAAACTGGTGGATACATCGAAGGGTCCATCACCATCTCTGGTTATCCCAAAAAAAAAGAAACCTTTGCTCGTATCTCGGGTTACTGCGAACAAACTGATATCCATTCTCCTTTCGTTACTGTTTATGAGTCACTGGTATACTCTGCCTGGCTTCGTCTCCCATCTGAGGTCGATACTGCATTAAGAAAGACATTTGTGGATGAAGTTATGGATCTCGTGGAACTGAATAACCTGAGACAAGCTCTGGTCGGGCTTCCTGGAGTGAATGGCCTGTCCACGGAACAACGGAAGAGATTGACAATAGCAGTTGAATTGGTTGCCAATCCTTCAATAATCTTCATGGACGAGCCAACATCAGGACTGGATGCAAGAGCTGCTGCTATTGTGATGAGAACTGTCCGGAACACTGTGGACACAGGCCGAACTGTTGTTTGTACTATTCATCAACCCAGCATTGACATCTTTGAAGCTTTCGATGAGCTTGTGTTGATGAAGCGAGGAGGGCAGATGATATACGTTGGCCCTCTTGGCCGCCATTCCCAAACACTGATCGACTATTTCGAGGCCATTCCAGGCGTTCCCAAAATCACGGAGGGGTACAATCCTGCGACATGGATGCTTGAAGTGTCTTCTGTGGGCGCAGAATTGCGTCTTGGAACCGATTTTGCAGATGTATACAGGAATTCATCCCTCTACCAACGAAATGAAGCTCTAATCAAGGAACTGAGCGTGCCGGGTCCGGGAATGAAGGATTTACACTTCGAATCTCAATTTTCACAACCTTTGATAATTCAATCCTGGGCCTGCTTGTGGAAGCAGCACTGGTCATACTGGAGAAACCCCGAGTACAATGCCGTCCGTTTCTTTTTCACTTTGGTCACTGCTGTGCTTTTTGGTACCATCTTTTGGAGAATGGGTCAAAAAATAGAGGAGCAACAAAAAGTTTTGAATGCTATGGGATCACTGTTCGCGGCTGTGTTATTCATAGGTGTGAACAATGCTTCTTCAGTCCAACCTGTAGTGGATGTTGAAAGGACAGTCTTCTACAGAGAAAAGGCAGCCGGGATGTACTCTGCTATGCCTTATGCCCTCGCACAAGTATTGATCGAAGTGCCATATGTATTTGTTCAAGCGGCGGTGTATGGAGTGATCGTGTACTCGATGGTCAACTTCCAATGGCAGGCAGACAAGTTCTTCTGGTTTTTCTTCTTCATGTTCTTCACATTTTTGTACTACACATACTACGGAATGATGACAGTAGCTCTGACTCCTAATGTCAACATAGCTGCCATTGTCTCCTCGGCTTTCTATTCCATCTGGATGCTTTTCTGCGGTTTCATAATCCCTCGTCCGAAAATTCCGGTGTGGTGGAGATGGTACTACTGGGCATGCCCTGTTGCATGGACTCTGTACGGTTTGATAGCATCACAGTTTGGGGATTATGAAACCCTCGTGACTAGAACAGACGGCACTCGAGAGCCAGTGAAACAGTTTATCAAAAGTTATTTTGGATTCAGACACAGCTTCTTGGGACCTGTTGCAGTTGTGACAGCAGGATGGAGCATTCTCTTCGCATTCATCTTTGCCATATCCATCAAAAAGCTCAACTTCCAGTCAAGATAG___TCACTGAAATATCAAATATTATTTTTTCAATGTAACTAGTATATCTTATTGCTGGGTGCCAGTAACAAATGTCCTATCCGAGCGATGATATTACAGAGTACAAGGAGACGGATTATATGTACTCATATGTCCTATTCTATTTAAGGATATTTCTTTTGCGTAAGGGATATAGCTTGTCCTCCCTGTATATTATATATAAAGGGGGACCGCATTTTGCAAATTCCAGGTCGTCGTTTTTCAATCGATTTTTAATGAGAATTTAAATCAATTTTTAGTGGA

Fln Alignment:

Contig1234___RQNDEEALKWAALEKLPTYERLRTAILANVNDKKVVDL--NQVDVRGIELETRQQLMERLVKVADEDNERFLHRLRKRIDSVGIVLPEIEVRYEHLNIDANAYVGSRALPTLINYTANMVEAILGSLHLYNSKKATMTILHDVSGIIKPGRMTLLLGPPASGKTTLLIALAGKLDKSLKVTGGVNYNGHTMDEFVPQRTSAYISQNDLHIGEMTVRETLDFSARCQGVGSRYDVLTELLRREKDQGIKPDRDIDVFMKATALEGQKANLLTDYVLKILGLDICADTLVGDAMHRGISGGQKKRVTTGEMIVGAAKALFMDEISTGLDSATTYQIVRCLRQVVHVFNSTMVVSLLQPAPETFDLFDDVILLSEGHVIYQGPRENILEFFESVGFKCPERKGVADFLQEV
B8LN70______________RRCEEEALAWAAIERLPTYERLRTSILNDLVNNQPIGSPHNQIDVTNIPPEARKQLIDRLLGVTDQDNERFLLKLRQRLDGVGIIIPEIEIRFQDLNISADVYVGSRALPTLINWTVNIVEDALETLRLRKTQKKNLTILHDISGIVKSGRLTLLLGPPASGKTTLLLALTGKLQNTLKVEGEVKYNGHALNEFVPERTSTYISQHDTHMGELTVRETLNFSARCQGVGSRYDVLTELSRREKQLGVKPDSDIDVFMKATAIEGQETSVMTDYVLKILGLDICADTMVGDSMRRGISGGQKKRVTTGEMMVGGAKVFLMDEISTGLDSSTTFQIVRCFSQFVHVMRTTMVISLLQPAPETFQLFDDVILLSEGYIVYQGPREYVLEFFENMGFKCPERKGVADFLQEV

SNPs (tot: 40)

Position	A %	C %	G %	T %	Probability
300		75	25		0.996473
304	75		25		0.996473
315	75		25		0.996473
2513		87		12	0.992554
2567	88			11	0.923564
2568		88	11		0.923564
2569	77			11	0.968132
2610	87		12		0.992554
2618	87		12		0.992554
2738	25		75		0.996473
2739	25		75		0.996473
2743		25		75	0.996473
2745	25		75		0.996473
2781		75		25	0.996473
2832	66		33		0.997452
2864		33		66	0.997452
2900	75			25	0.996473
2982	66	33			0.997452
2983	33	66			1.0
3136	90			10	0.90298
3216			88	11	0.923564
3286			90	10	0.90298
3287			90	10	0.90298
3346			88	11	0.923564
3348		88	11		0.923564
3402		11		88	0.923564
3450		90		10	0.90298
3520	88		11		0.923564
3773	90			10	0.90298
3852	88		11		0.923564
4623		27		72	1.0
4633			70	29	1.0
4638		30	69		1.0
4648	74			25	1.0
4656	26		73		1.0
4660		75		24	1.0
4697			92	7	0.999602
4714	90	9			0.999872
4748		31		68	1.0
4765		30		69	1.0

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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