SustainPineDB

Assembly Name: SustainPine v2.0

UniGene Name: sp_v2.0_unigene693

Length: 3730 nt

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

UniGene Fasta

>sp_v2.0_unigene693
CGTCGTGACCTTGGCTGTCACTCAGGATTCTTTGGATTGTGTATTTTGTGGAGAGCCGGAAAAATCGAAAGAAGCCCTGTTCCCCGATCCCCACTGGACACAATCTCTGTGTCAAGCCATTCTCTGTGTCATGGCAGGCGAGAAAAAGCAGCCATTGCAGCCGAGCAATAGCGCCAACATCCAACAAGCCAACAGCAATGGCGTCAAGGGCAAAACCATCGAAGAAACATACCAGAAGAAGACTCAGCTGGAGCACATCCTGCTTCGTCCCGACACCTATGTTGGCTCCATTGAGAAGCATACCCAGACCCTCTGGGTTTACGAAGGAAATGAGATGGTTCAACGCAGCATATCATACGTGCCGGGTCTCTACAAGATCTTCGACGAGATCCTCGTCAATGCGGCCGATAACAAGCAGCGGGATCCCTCCATGGATTCCATGAAGGTGACCATCAGCGTGGAGGATAATTGCATCAGCGTTTACAACAACGGAGACGGTGTTCCCGTGGAGATTCACCAGGAGGAGGGCGTGTATGTGCCGGAGATGATCTTTGGGCATCTGTTAACGAGCAGTAACTACGATGACTCTGAGAAGAAGACCACTGGTGGAAGGAATGGGTATGGTGCCAAGCTTGCTAATATCTTTTCTACCGAGTTTATTATTGAGACCGCCGATGGGAAGAGGCAGAAAAGGTATAAGCAGGTTTTCAAGAACAATATGGGTGTTAAGTCGGACCCGGTCATTACAAAGTGCAAGCCGGCAGAGAATTGGACCAAGGTCACATTTAAGCCCGATTTGATTAAGTTTAACATGACCCATCTGGAAGATGATGTTGTTGCCCTGATGAAGAAGAGAGTTGTGGATGTAGCTGGATGCCTTGGGAAGACAGTTAAGGTTGAGTTGAATGGACAACGGTTGCCTGTCAAGACCTTTCAAGATTATATTGGCCTATACCTGCAAACAGCTAACAAATCGAAGCCAGAGCCTCTACCAAGAATTTATGAAAAAGTAAGTGACAGATGGGAGATTTGTGTGAGCCTAAGTGATGGACAGTTTCAACAGGTTAGCTTTGTTAATGGAATAGCTACCATTAAAGGTGGTTCCCACGTTGATTTAGTAGCAAACCAGATAACAACCCATGTGATGAACATTGTAAATAAGAAGAACAAGACAGCTGCGGTGAAAGCACACACAATCAAGAATCATTTATGGATCTTTGTCAATTCTTTGATTGACAATCCTGCTTTTGACTCCCAAACCAAGGAGACACTGACAACTCGTCAGAACAGCTTTGGTTCAAAGTGTGAACTCTCTCAAGAGTTTTTGAAGAAAGTTGCTAAATGTGGAGTAGTTGAGAACATATTATCATGGGCAGACTTCAAACAGAGCAAGGATCTTAAAGAAAACTGATGGAACCAAGAGACAAAGGTTAACTGGTATCACCAAGCTTGATGATGCAAATGATGCAGGGAGCAAGAATTCTGATAAATGTACTCTGATTTTAACAGAGGGAGATTCAGCCAAGGCCCTTGCGATGGCAGGGTTGGCTGTTGTTGGTCGAAACCATTATGGCGTGTTTCCTCTCAGAGGTAAGTTGCTGAATGTAAGGGAAGCCAGCCATAAACAGATCATGGAAAATGCTGAGATTCAACATATCAAGCAAATCCTTGGTCTGCAGCATGGAAAGGAATATGACAGTGTCAAATCTCTGAGATATGGCCATCTTATGATTATGACAGATCAGGATCATGATGGTTCACACATAAAAGGATTGCTGATAAACTTCATACACTCTTTCTGGCCATCTCTACTCAAGATTCCTTCATTTCTTGTTGAATTCATCACTCCTATTGTCAAGGCAACCCATAAAGATGGACGGATATTGTCTTTCTATACCATGCCTGAGTATGAATCATGGAGAGAATCTCTGGGTGGATCAGCATCAGGATGGACCATAAAGTACTATAAAGGTCTCGGTACAAGTACTTCTAAAGAGGGGAAAGAATATTTTAAAAATTTGCAAAAACATAAAAAAGACTTCATGTGGATTAACGATGACGATGGAGATGCAATTGAATTAGCCTTCAGCAAGAAGAAAATAGAGGCCAGAAAGAACTGGCTAAGACATTTTGAGCCGGGAACATATTTGGACCAGACTGACAAACTTATCAAGTACAGCGACTTTGTAAACAAGGAACTGATCCTATTTTCCATGGCTGATTTGCAAAGATCCATCCCATCCATGGTTGATGGTTTGAAACCAGGGCAAAGAAAAATATTGTTTTGTTCTTTCAAGAGAAATTTTGTTACGCAAGCAAAGGTGGCTCAATTCTCGGGTTATGTCTCAGAGCATTCTGCTTACCATCACGGTGAGCAGAGTCTTGCTAGCACAATTATTGGAATGGCACAAGATTATGTTGGAAGTAACAACATTAACCTTCTTGCCCCGCTTGGACAATTTGGTACCAGATCCCAGGGTGGAAAAGACCATGCAAGCGCTCGATATGTTTTCACATGCCTGTCACCAATAACACGCTTCTTGTTCCCAAAAGACGATGATGTACTCTTGGATTACTTGAATGAAGATGGCCAGAAAATTGAGCCAACGTGGTATGTGCCAATTATTCCGATGGTCCTTGTGAATGGAAGTGAAGGAATTGGAACTGGTTGGAGTTCCTTTATACCTAACTACAACCCAAGGGATATTGCCGCAAATATAAAGCGCATGCTTAATGATGAACCCTTGCAGCCAATGACACCTTGGTACAAGGGTTTTAAGGGTACAATTGAACAAACAGCTGTAAAGGATAATTGTGTGAGTTACACGATTAGTGGCATCATAGAGGAAATTAATGAGACCACGCTGAGAATTACAGAGTTGCCCGTTCGCAAGTGGACTCAGGATTACAAGGAATTTTTGGAAGCGTTGATGACTGGGAATGATAAGATTAAAGATCCATTCATAAGGGACTACAAGGAATACAATACTGATACCAGGGTCCATTTTGAGGTGTCACTGTCTGAAGAGAATTTGAATATTGCACGTCAAGAAGGTCTTTTAAAGAAATTCAAATTGACTACTACAGTCAGTACAAGTAACATGCATCTTTTTGACTCAAAGGGAATCATTCATAAATATGAGACCCCTGAGCAAGTTCTGGAGGACTTCTATCATATCCGACTGGAATTCTATGAAAAGAGAAAGAAAGTCCAATTGGACAACCTTCAGCTTGATTTGCTGAAATTGGACAATAAAGTTAGATTCATACTGGGGGTTGTAAATGGAGAAATCATAGTGAGCAACAGGAAACGTGCAGAGTTGCTGCTTGAATTGAAGAACAAAGGTTTCACCCCATTCCCCAAGAAGGGAAAACCTGTTGAGGCAGCTATTGCCGGGGCAATAGAAGATGATGAAGAGTCTCCTGAAGACAACATTGAGACAGTAAAGGGTGTTCGTGCTGGAGATTATGAGTATCTTCTATCCATGGCAATAGGAACATTGACTTTAGAAAAGGTGCAGCAATTATGTGCTGAACGAGACAAGCTTGAGGATGACGTTGAGGAGCTTAAAAGGGCAACACCCAAATCTCTATGGTGGAAAGACTTGGATGCTTTTACAAAGGAGTTGGATGCTCAAGAACTGCAGGAGGCCAAGGATGATGAATATGAGTTGAGCAACATGGGAAATGATGCTGCCAGAATCTTCAGACAAGTAGGCAAAAACCAGAG

Ace file of the UniGene sp_v2.0_unigene693

Annotations

Source	Descriptions	Term	Type	Identity
AutoFact	DNA topoisomerase 2 (Fragment) n=1 Tax=Vitis vinifera RepID=D7T341_VITVI	-	-	75%
FL-Next	tr=Putative uncharacterized protein; Picea sitchensis (Sitka spruce) (Pinus sitchensis).	-	-	95%
Blast2go	dna topoisomerase ii	-	-	84%

Source	ECs	Term	Type	e value	Identity
Blast2go	2-alkenal reductase.	EC:1.3.1.74	-	0.0	84%
Blast2go	DNA topoisomerase (ATP-hydrolyzing).	EC:5.99.1.3	-	0.0	84%

Source	GOs	Term	Type	Identity
Blast2go	oxidation-reduction process	GO:0055114	Biological Process	84%
Blast2go	regulation of transcription, DNA-dependent	GO:0006355	Biological Process	84%
Blast2go	chromosome segregation	GO:0007059	Biological Process	84%
Blast2go	DNA topological change	GO:0006265	Biological Process	84%
Blast2go	2-alkenal reductase [NAD(P)] activity	GO:0032440	Molecular Function	84%
Blast2go	ATP binding	GO:0005524	Molecular Function	84%
Blast2go	sequence-specific DNA binding transcription factor activity	GO:0003700	Molecular Function	84%
Blast2go	DNA topoisomerase (ATP-hydrolyzing) activity	GO:0003918	Molecular Function	84%
Blast2go	DNA-dependent ATPase activity	GO:0008094	Molecular Function	84%
Blast2go	DNA topoisomerase complex (ATP-hydrolyzing)	GO:0009330	Cellular Component	84%
Blast2go	chromosome	GO:0005694	Cellular Component	84%
Blast2go	nucleus	GO:0005634	Cellular Component	84%

Source	InterPros	Term	Type	Identity
Sma3	DNA topoisomerase, type IIA	IPR001241	-	-
Sma3	DNA topoisomerase, type IIA, subunit A/C-terminal	IPR002205	-	-
Sma3	ATPase-like, ATP-binding domain	IPR003594	-	-
Sma3	DNA topoisomerase, type IIA, subunit B, domain 2	IPR013506	-	-
Sma3	DNA topoisomerase, type IIA, subunit A, alpha-helical	IPR013757	-	-
Sma3	DNA topoisomerase, type IIA, subunit A/ C-terminal, alpha-beta	IPR013758	-	-
Sma3	DNA topoisomerase, type IIA, subunit B/N-terminal, alpha-beta	IPR013759	-	-
Sma3	Ribosomal protein S5 domain 2-type fold, subgroup	IPR014721	-	-
Sma3	EF-Hand 1, calcium-binding site	IPR018247	-	-
Sma3	DNA topoisomerase, type IIA, conserved site	IPR018522	-	-

Full-Lengther Next Prediction

Fln status: N-terminus

Fln database: coniferopsida.fasta

Fln subject: D5AE71

Fln msg: Distance to subject end: 353 aas, your sequence is longer than subject: 731 - 435

Fln protein: MAGLAVVGRNHYGVFPLRGKLLNVREASHKQIMENAEIQHIKQILGLQHGKEYDSVKSLRYGHLMIMTDQDHDGSHIKGLLINFIHSFWPSLLKIPSFLVEFITPIVKATHKDGRILSFYTMPEYESWRESLGGSASGWTIKYYKGLGTSTSKEGKEYFKNLQKHKKDFMWINDDDGDAIELAFSKKKIEARKNWLRHFEPGTYLDQTDKLIKYSDFVNKELILFSMADLQRSIPSMVDGLKPGQRKILFCSFKRNFVTQAKVAQFSGYVSEHSAYHHGEQSLASTIIGMAQDYVGSNNINLLAPLGQFGTRSQGGKDHASARYVFTCLSPITRFLFPKDDDVLLDYLNEDGQKIEPTWYVPIIPMVLVNGSEGIGTGWSSFIPNYNPRDIAANIKRMLNDEPLQPMTPWYKGFKGTIEQTAVKDNCVSYTISGIIEEINETTLRITELPVRKWTQDYKEFLEALMTGNDKIKDPFIRDYKEYNTDTRVHFEVSLSEENLNIARQEGLLKKFKLTTTVSTSNMHLFDSKGIIHKYETPEQVLEDFYHIRLEFYEKRKKVQLDNLQLDLLKLDNKVRFILGVVNGEIIVSNRKRAELLLELKNKGFTPFPKKGKPVEAAIAGAIEDDEESPEDNIETVKGVRAGDYEYLLSMAIGTLTLEKVQQLCAERDKLEDDVEELKRATPKSLWWKDLDAFTKELDAQELQEAKDDEYELSNMGNDAARIFRQVGKNQ

Protein Length: 732

Fln nts: CGTCGTGACCTTGGCTGTCACTCAGGATTCTTTGGATTGTGTATTTTGTGGAGAGCCGGAAAAATCGAAAGAAGCCCTGTTCCCCGATCCCCACTGGACACAATCTCTGTGTCAAGCCATTCTCTGTGTCATGGCAGGCGAGAAAAAGCAGCCATTGCAGCCGAGCAATAGCGCCAACATCCAACAAGCCAACAGCAATGGCGTCAAGGGCAAAACCATCGAAGAAACATACCAGAAGAAGACTCAGCTGGAGCACATCCTGCTTCGTCCCGACACCTATGTTGGCTCCATTGAGAAGCATACCCAGACCCTCTGGGTTTACGAAGGAAATGAGATGGTTCAACGCAGCATATCATACGTGCCGGGTCTCTACAAGATCTTCGACGAGATCCTCGTCAATGCGGCCGATAACAAGCAGCGGGATCCCTCCATGGATTCCATGAAGGTGACCATCAGCGTGGAGGATAATTGCATCAGCGTTTACAACAACGGAGACGGTGTTCCCGTGGAGATTCACCAGGAGGAGGGCGTGTATGTGCCGGAGATGATCTTTGGGCATCTGTTAACGAGCAGTAACTACGATGACTCTGAGAAGAAGACCACTGGTGGAAGGAATGGGTATGGTGCCAAGCTTGCTAATATCTTTTCTACCGAGTTTATTATTGAGACCGCCGATGGGAAGAGGCAGAAAAGGTATAAGCAGGTTTTCAAGAACAATATGGGTGTTAAGTCGGACCCGGTCATTACAAAGTGCAAGCCGGCAGAGAATTGGACCAAGGTCACATTTAAGCCCGATTTGATTAAGTTTAACATGACCCATCTGGAAGATGATGTTGTTGCCCTGATGAAGAAGAGAGTTGTGGATGTAGCTGGATGCCTTGGGAAGACAGTTAAGGTTGAGTTGAATGGACAACGGTTGCCTGTCAAGACCTTTCAAGATTATATTGGCCTATACCTGCAAACAGCTAACAAATCGAAGCCAGAGCCTCTACCAAGAATTTATGAAAAAGTAAGTGACAGATGGGAGATTTGTGTGAGCCTAAGTGATGGACAGTTTCAACAGGTTAGCTTTGTTAATGGAATAGCTACCATTAAAGGTGGTTCCCACGTTGATTTAGTAGCAAACCAGATAACAACCCATGTGATGAACATTGTAAATAAGAAGAACAAGACAGCTGCGGTGAAAGCACACACAATCAAGAATCATTTATGGATCTTTGTCAATTCTTTGATTGACAATCCTGCTTTTGACTCCCAAACCAAGGAGACACTGACAACTCGTCAGAACAGCTTTGGTTCAAAGTGTGAACTCTCTCAAGAGTTTTTGAAGAAAGTTGCTAAATGTGGAGTAGTTGAGAACATATTATCATGGGCAGACTTCAAACAGAGCAAGGATCTTAAAGAAAACTGATGGAACCAAGAGACAAAGGTTAACTGGTATCACCAAGCTTGATGATGCAAATGATGCAGGGAGCAAGAATTCTGATAAATGTACTCTGATTTTAACAGAGGGAGATTCAGCCAAGGCCCTTGCG_-_ATGGCAGGGTTGGCTGTTGTTGGTCGAAACCATTATGGCGTGTTTCCTCTCAGAGGTAAGTTGCTGAATGTAAGGGAAGCCAGCCATAAACAGATCATGGAAAATGCTGAGATTCAACATATCAAGCAAATCCTTGGTCTGCAGCATGGAAAGGAATATGACAGTGTCAAATCTCTGAGATATGGCCATCTTATGATTATGACAGATCAGGATCATGATGGTTCACACATAAAAGGATTGCTGATAAACTTCATACACTCTTTCTGGCCATCTCTACTCAAGATTCCTTCATTTCTTGTTGAATTCATCACTCCTATTGTCAAGGCAACCCATAAAGATGGACGGATATTGTCTTTCTATACCATGCCTGAGTATGAATCATGGAGAGAATCTCTGGGTGGATCAGCATCAGGATGGACCATAAAGTACTATAAAGGTCTCGGTACAAGTACTTCTAAAGAGGGGAAAGAATATTTTAAAAATTTGCAAAAACATAAAAAAGACTTCATGTGGATTAACGATGACGATGGAGATGCAATTGAATTAGCCTTCAGCAAGAAGAAAATAGAGGCCAGAAAGAACTGGCTAAGACATTTTGAGCCGGGAACATATTTGGACCAGACTGACAAACTTATCAAGTACAGCGACTTTGTAAACAAGGAACTGATCCTATTTTCCATGGCTGATTTGCAAAGATCCATCCCATCCATGGTTGATGGTTTGAAACCAGGGCAAAGAAAAATATTGTTTTGTTCTTTCAAGAGAAATTTTGTTACGCAAGCAAAGGTGGCTCAATTCTCGGGTTATGTCTCAGAGCATTCTGCTTACCATCACGGTGAGCAGAGTCTTGCTAGCACAATTATTGGAATGGCACAAGATTATGTTGGAAGTAACAACATTAACCTTCTTGCCCCGCTTGGACAATTTGGTACCAGATCCCAGGGTGGAAAAGACCATGCAAGCGCTCGATATGTTTTCACATGCCTGTCACCAATAACACGCTTCTTGTTCCCAAAAGACGATGATGTACTCTTGGATTACTTGAATGAAGATGGCCAGAAAATTGAGCCAACGTGGTATGTGCCAATTATTCCGATGGTCCTTGTGAATGGAAGTGAAGGAATTGGAACTGGTTGGAGTTCCTTTATACCTAACTACAACCCAAGGGATATTGCCGCAAATATAAAGCGCATGCTTAATGATGAACCCTTGCAGCCAATGACACCTTGGTACAAGGGTTTTAAGGGTACAATTGAACAAACAGCTGTAAAGGATAATTGTGTGAGTTACACGATTAGTGGCATCATAGAGGAAATTAATGAGACCACGCTGAGAATTACAGAGTTGCCCGTTCGCAAGTGGACTCAGGATTACAAGGAATTTTTGGAAGCGTTGATGACTGGGAATGATAAGATTAAAGATCCATTCATAAGGGACTACAAGGAATACAATACTGATACCAGGGTCCATTTTGAGGTGTCACTGTCTGAAGAGAATTTGAATATTGCACGTCAAGAAGGTCTTTTAAAGAAATTCAAATTGACTACTACAGTCAGTACAAGTAACATGCATCTTTTTGACTCAAAGGGAATCATTCATAAATATGAGACCCCTGAGCAAGTTCTGGAGGACTTCTATCATATCCGACTGGAATTCTATGAAAAGAGAAAGAAAGTCCAATTGGACAACCTTCAGCTTGATTTGCTGAAATTGGACAATAAAGTTAGATTCATACTGGGGGTTGTAAATGGAGAAATCATAGTGAGCAACAGGAAACGTGCAGAGTTGCTGCTTGAATTGAAGAACAAAGGTTTCACCCCATTCCCCAAGAAGGGAAAACCTGTTGAGGCAGCTATTGCCGGGGCAATAGAAGATGATGAAGAGTCTCCTGAAGACAACATTGAGACAGTAAAGGGTGTTCGTGCTGGAGATTATGAGTATCTTCTATCCATGGCAATAGGAACATTGACTTTAGAAAAGGTGCAGCAATTATGTGCTGAACGAGACAAGCTTGAGGATGACGTTGAGGAGCTTAAAAGGGCAACACCCAAATCTCTATGGTGGAAAGACTTGGATGCTTTTACAAAGGAGTTGGATGCTCAAGAACTGCAGGAGGCCAAGGATGATGAATATGAGTTGAGCAACATGGGAAATGATGCTGCCAGAATCTTCAGACAAGTAGGCAAAAACCAGAG

Fln Alignment:

Contig693___MAIGTLTLEKVQQLCAERDKLEDDVEELKRATPKSLWWKDLDAFTKELDAQELQEAKDDEYELSNMGNDAARIFRQVGKNQ
D5AE71_____________MAIGTLTLEKVQQLCAERDKLEDDVEELKKETPKSLWCKDLDAFTKELDAQDLQEAKDDEYELSNMGNDAARIFRQVGKNQ

SNPs (tot: 152)

Position	A %	C %	G %	T %	Probability
427		83	16		0.994512
429	16	83			0.994512
437			16	83	0.994512
604		80		20	0.995493
634			66	33	0.997452
652		33	66		0.997452
778			66	33	0.997452
796	25			75	0.996473
797	25			75	0.996473
800	75			25	0.996473
822		25		75	0.996473
849	25		75		0.996473
850			75	25	0.996473
991	71			28	1.0
1000	33	66			1.0
1036	33		66		0.997452
1040		66		33	0.997452
1066		66		33	0.997452
1096	66		33		0.997452
1105		66		33	0.997452
1108		33		66	0.997452
1120	33		66		1.0
1121			66	33	0.997452
1135	33		66		0.997452
1142			33	66	1.0
1144	33		66		0.997452
1157	66		33		0.997452
1158	66		33		0.997452
1159			33	66	0.997452
1173	33	66			1.0
1174	33			66	1.0
1178			66	33	0.997452
1180	33		66		1.0
1195	33		66		0.997452
1204		33		66	1.0
1239	66			33	0.997452
1360		83		16	0.994512
1366	66		33		1.0
1375	83			16	0.994512
1387	33		66		1.0
1399		33		66	1.0
1433	66		33		1.0
1442	16	83			0.994512
1472			80	20	0.995493
1473	80		20		0.995493
1477	80		20		0.995493
1487			25	75	0.996473
1496		25		75	0.996473
1539	33		66		0.997452
1782	62	37			1.0
1794		37		62	1.0
1815		75		25	1.0
1872	87		12		0.992554
1873	12		87		0.992554
1880		87	12		0.992554
1891		12		87	0.992554
1894		87		12	0.992554
1897		12		87	0.992554
1927	12		87		0.992554
1942	87		12		0.992554
1951	87	12			0.992554
1978		87		12	0.992554
2107	33		66		1.0
2124			10	90	0.90298
2125	90			10	0.90298
2126	90	10			0.90298
2128	90			10	0.90298
2129		90	10		0.90298
2131	33	11		55	1.0
2132		11		88	0.923564
2139		88		11	0.923564
2141			88	11	0.923564
2142		11	88		0.923564
2143	44	11	44		1.0
2144	88			11	0.923564
2164		66	33		1.0
2166	66	33			1.0
2167	44		55		1.0
2182		66		33	1.0
2224		33		66	1.0
2251		33		66	1.0
2257	37			62	1.0
2269	20		80		0.995493
2272	80			20	0.995493
2273	80			20	0.995493
2281	25	50		25	1.0
2282		50		50	1.0
2311		40		60	1.0
2314	40		60		1.0
2326			60	40	1.0
2338	40		60		1.0
2368		40		60	1.0
2371		60		40	1.0
2389		25		75	0.996473
2418	50			50	1.0
2428		25		75	0.996473
2449		33		66	1.0
2452	33		66		1.0
2458	66	33			0.997452
2474			33	66	1.0
2485	66	33			0.997452
2491		33		66	1.0
2497	66		33		0.997452
2500		66		33	0.997452
2501	33		66		0.997452
2509		25		75	0.996473
2512		50		50	1.0
2513			25	75	0.996473
2515		75	25		0.996473
2519	75			25	0.996473
2522		50	25	25	0.995533
2539	33		66		0.997452
2685	75		25		0.996473
2886		12		87	0.992554
2891		87		12	0.992554
2933			90	10	0.90298
2947	90			10	0.90298
2950	90	10			0.90298
3033			87	12	0.992554
3034	87		12		0.992554
3036	87		12		0.992554
3039	87			12	0.992554
3044			87	12	0.992554
3051		85		14	0.993533
3052			33	66	1.0
3053			20	80	0.995493
3054		80	20		0.995493
3059	25		75		0.996473
3081		75		25	0.996473
3102	75		25		0.996473
3104			25	75	0.996473
3107		75		25	0.996473
3110	33		66		0.997452
3139	57		42		1.0
3140			14	85	0.993533
3144	14			85	0.993533
3302	90			10	0.90298
3379	88			11	0.923564
3524		45	55		1.0
3544	31	68			1.0
3545	31		68		1.0
3564		66		33	1.0
3578	88	11			0.923564
3580	88			11	0.923564
3581	33		55	11	1.0
3606		50	50		1.0
3613		50		50	1.0
3621		50		50	1.0
3651	50		50		1.0
3663	16		83		0.994512
3678	50		50		1.0
3705	50	50			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