# This output was generated with AUGUSTUS (version 3.2.2).
# AUGUSTUS is a gene prediction tool written by M. Stanke (mario.stanke@uni-greifswald.de),
# O. Keller, S. König, L. Gerischer and L. Romoth.
# Please cite: Mario Stanke, Mark Diekhans, Robert Baertsch, David Haussler (2008),
# Using native and syntenically mapped cDNA alignments to improve de novo gene finding
# Bioinformatics 24: 637-644, doi 10.1093/bioinformatics/btn013
#
#----- ortholog exons  -----
#
chr10	OE1	exon	50776	50798	-6.44	+	0	ID=162;Name=162;Note=RINITIAL;n=2;MLomega=0.417;Eomega=0.902;leftBoundaryExtOmega=1.04;rightBoundaryExtOmega=0.906;leftBoundaryIntOmega=0.902;rightBoundaryIntOmega=0.902;cons=0.373;LeftCons=0.411;rightCons=0.394;div=0.176;containment=0;phyloPat=___00___;oescore=4.38;ec_postProbs=0,0,
chr10	OE1	exon	50571	50574	-7.01	-	1	ID=169;Name=169;Note=TERMINAL;n=2;MLomega=4;Eomega=1.2;leftBoundaryExtOmega=1.21;rightBoundaryExtOmega=1.38;leftBoundaryIntOmega=1.2;rightBoundaryIntOmega=1.2;cons=0.438;LeftCons=0.353;rightCons=0.34;div=0.176;containment=0;phyloPat=___00___;oescore=4.01;ec_postProbs=0,0,
chr10	OE1	exon	50537	50547	-6.68	-	2	ID=170;Name=170;Note=TERMINAL;n=2;MLomega=0.167;Eomega=1.2;leftBoundaryExtOmega=1.28;rightBoundaryExtOmega=0.627;leftBoundaryIntOmega=1.2;rightBoundaryIntOmega=1.2;cons=0.35;LeftCons=0.345;rightCons=0.371;div=0.176;containment=0;phyloPat=___00___;oescore=4.53;ec_postProbs=0,0,
chr10	OE1	exon	50537	50544	-6.79	-	2	ID=175;Name=175;Note=TERMINAL;n=2;MLomega=0.167;Eomega=1.2;leftBoundaryExtOmega=1.28;rightBoundaryExtOmega=0.627;leftBoundaryIntOmega=1.2;rightBoundaryIntOmega=1.2;cons=0.406;LeftCons=0.343;rightCons=0.371;div=0.176;containment=3;phyloPat=___00___;oescore=4.19;ec_postProbs=0,0,
chr10	OE1	exon	50441	50465	-6.42	-	1	ID=176;Name=176;Note=TERMINAL;n=2;MLomega=4;leftBoundaryExtOmega=1.21;rightBoundaryExtOmega=1.27;cons=0.328;LeftCons=0.377;rightCons=0.395;div=0.176;containment=0;phyloPat=___00___;oescore=-0.419;ec_postProbs=0,0,
chr10	OE1	exon	50417	50422	-6.88	-	0	ID=178;Name=178;Note=TERMINAL;n=2;MLomega=0.5;leftBoundaryExtOmega=1.16;rightBoundaryExtOmega=1.01;cons=0.344;LeftCons=0.377;rightCons=0.383;div=0.176;containment=0;phyloPat=___00___;oescore=-0.512;ec_postProbs=0,0,
chr10	OE1	exon	50324	50422	-5.97	-	2	ID=179;Name=179;Note=INTERNAL1;n=2;MLomega=4;Eomega=0.961;leftBoundaryExtOmega=1.17;rightBoundaryExtOmega=1.27;leftBoundaryIntOmega=1.1;rightBoundaryIntOmega=1.31;cons=0.213;LeftCons=0.377;rightCons=0.515;div=0.176;containment=0;phyloPat=___00___;oescore=5.33;ec_postProbs=0,0,
chr10	OE1	exon	50324	50422	-5.97	-	1	ID=180;Name=180;Note=INTERNAL2;n=2;MLomega=2.4;Eomega=2.02;leftBoundaryExtOmega=1.16;rightBoundaryExtOmega=1.34;leftBoundaryIntOmega=1.68;rightBoundaryIntOmega=1.14;cons=0.213;LeftCons=0.377;rightCons=0.515;div=0.176;containment=4;phyloPat=___00___;oescore=5.39;ec_postProbs=0,0,
chr10	OE1	exon	50320	50422	-5.96	-	1	ID=181;Name=181;Note=TERMINAL;n=2;MLomega=4;Eomega=2.05;leftBoundaryExtOmega=1.16;rightBoundaryExtOmega=1.3;leftBoundaryIntOmega=1.68;rightBoundaryIntOmega=1.18;cons=0.217;LeftCons=0.377;rightCons=0.514;div=0.176;containment=0;phyloPat=___00___;oescore=5.38;ec_postProbs=0,0,
chr10	OE1	exon	47505	47514	-6.71	-	1	ID=188;Name=188;Note=TERMINAL;n=2;MLomega=0.833;Eomega=0.908;leftBoundaryExtOmega=1.27;rightBoundaryExtOmega=1.22;leftBoundaryIntOmega=0.908;rightBoundaryIntOmega=0.908;cons=0.482;LeftCons=0.447;rightCons=0.262;div=0.176;containment=0;phyloPat=___00___;oescore=3.72;ec_postProbs=0,0,
chr10	OE1	exon	47042	47267	-5.71	+	1	ID=206;Name=206;Note=RTERMINAL1;n=2;MLomega=4;Eomega=1.21;rightBoundaryExtOmega=1.47;leftBoundaryIntOmega=1.21;rightBoundaryIntOmega=1.16;cons=0.41;LeftCons=0.333;rightCons=0.322;div=0.176;containment=0;phyloPat=___00___;oescore=4.18;ec_postProbs=0,0,
chr10	OE1	exon	47042	47062	-6.47	+	0	ID=210;Name=210;Note=RTERMINAL2;n=2;MLomega=4;Eomega=1.19;leftBoundaryExtOmega=1.21;rightBoundaryExtOmega=1.49;leftBoundaryIntOmega=1.19;rightBoundaryIntOmega=1.19;cons=0.406;LeftCons=0.421;rightCons=0.322;div=0.176;containment=0;phyloPat=___00___;oescore=4.2;ec_postProbs=0,0,
chr10	OE1	exon	47042	47055	-6.61	+	2	ID=211;Name=211;Note=RTERMINAL0;n=2;MLomega=0.583;Eomega=1.21;leftBoundaryExtOmega=1.2;rightBoundaryExtOmega=0.97;leftBoundaryIntOmega=1.21;rightBoundaryIntOmega=1.21;cons=0.371;LeftCons=0.446;rightCons=0.322;div=0.176;containment=0;phyloPat=___00___;oescore=4.41;ec_postProbs=0,0,
chr10	OE1	exon	45288	45294	-6.83	-	1	ID=215;Name=215;Note=TERMINAL;n=2;MLomega=4;Eomega=1.19;leftBoundaryExtOmega=1.17;rightBoundaryExtOmega=1.6;leftBoundaryIntOmega=1.19;rightBoundaryIntOmega=1.19;cons=0.34;LeftCons=0.331;rightCons=0.327;div=0.176;containment=0;phyloPat=___00___;oescore=4.59;ec_postProbs=0,0,
chr10	OE1	exon	42430	42470	-6.26	+	0	ID=246;Name=246;Note=RINITIAL;n=2;MLomega=0.583;Eomega=1.69;leftBoundaryExtOmega=1.19;rightBoundaryExtOmega=1.02;leftBoundaryIntOmega=1.48;rightBoundaryIntOmega=1.41;cons=0.326;LeftCons=0.418;rightCons=0.455;div=0.176;containment=0;phyloPat=___00___;oescore=4.71;ec_postProbs=0,0,
chr10	OE1	exon	42440	42458	-6.51	-	1	ID=248;Name=248;Note=TERMINAL;n=2;MLomega=4;Eomega=1.31;leftBoundaryExtOmega=1.17;rightBoundaryExtOmega=1.3;leftBoundaryIntOmega=1.19;rightBoundaryIntOmega=1.29;cons=0.284;LeftCons=0.424;rightCons=0.451;div=0.176;containment=0;phyloPat=___00___;oescore=4.93;ec_postProbs=0,0,
chr10	OE1	exon	42433	42458	-6.41	-	2	ID=249;Name=249;Note=TERMINAL;n=2;MLomega=4;Eomega=0.757;leftBoundaryExtOmega=1.64;rightBoundaryExtOmega=1.42;leftBoundaryIntOmega=1.16;rightBoundaryIntOmega=0.762;cons=0.303;LeftCons=0.424;rightCons=0.459;div=0.176;containment=0;phyloPat=___00___;oescore=4.78;ec_postProbs=0,0,
chr10	OE1	exon	42405	42458	-6.17	-	0	ID=250;Name=250;Note=TERMINAL;n=2;MLomega=1.33;Eomega=1;leftBoundaryExtOmega=1.2;rightBoundaryExtOmega=1.22;leftBoundaryIntOmega=1.17;rightBoundaryIntOmega=0.839;cons=0.354;LeftCons=0.424;rightCons=0.327;div=0.176;containment=0;phyloPat=___00___;oescore=4.49;ec_postProbs=0,0,
chr10	OE1	exon	42405	42416	-6.65	-	0	ID=252;Name=252;Note=TERMINAL;n=4;MLomega=1.09;Eomega=0.666;leftBoundaryExtOmega=1.32;rightBoundaryExtOmega=1.09;leftBoundaryIntOmega=0.666;rightBoundaryIntOmega=0.666;cons=0.435;LeftCons=0.436;rightCons=0.327;div=0.638;containment=0;phyloPat=_0000___;oescore=6.25;ec_postProbs=0,0,0,0,
chr10	OE1	exon	40731	40846	-5.92	-	0	ID=257;Name=257;Note=INITIAL2;n=2;MLomega=1.71;Eomega=1.09;leftBoundaryExtOmega=1.18;rightBoundaryExtOmega=1.35;leftBoundaryIntOmega=1.3;rightBoundaryIntOmega=0.817;cons=0.36;LeftCons=0.279;rightCons=0.383;div=0.176;containment=0;phyloPat=___l0___;oescore=4.46;ec_postProbs=0.09,0,
chr10	OE1	exon	40731	40831	-5.97	-	0	ID=258;Name=258;Note=INTERNAL2;n=2;MLomega=1.71;Eomega=1.02;leftBoundaryExtOmega=1.29;rightBoundaryExtOmega=1.35;leftBoundaryIntOmega=1.2;rightBoundaryIntOmega=0.817;cons=0.361;LeftCons=0.349;rightCons=0.383;div=0.176;containment=15;phyloPat=___00___;oescore=4.41;ec_postProbs=0.03,0,
chr10	OE1	exon	40731	40746	-6.56	-	1	ID=261;Name=261;Note=INTERNAL0;n=2;MLomega=4;Eomega=1.37;leftBoundaryExtOmega=1.09;rightBoundaryExtOmega=1.39;leftBoundaryIntOmega=1.37;rightBoundaryIntOmega=1.37;cons=0.397;LeftCons=0.34;rightCons=0.383;div=0.176;containment=0;phyloPat=___00___;oescore=4.27;ec_postProbs=0.01,0,
chr10	OE1	exon	40157	40170	-6.61	-	2	ID=269;Name=269;Note=TERMINAL;n=3;MLomega=0.583;Eomega=0.96;leftBoundaryExtOmega=1.17;rightBoundaryExtOmega=0.917;leftBoundaryIntOmega=0.96;rightBoundaryIntOmega=0.96;cons=0.477;LeftCons=0.458;rightCons=0.585;div=0.553;containment=0;phyloPat=_00_0___;oescore=5;ec_postProbs=0,0,0,
chr10	OE1	exon	40066	40170	-5.95	-	0	ID=271;Name=271;Note=TERMINAL;n=2;MLomega=0.417;Eomega=0.859;leftBoundaryExtOmega=0.818;rightBoundaryExtOmega=0.898;leftBoundaryIntOmega=1.1;rightBoundaryIntOmega=1.03;cons=0.544;LeftCons=0.458;rightCons=0.515;div=0.517;containment=0;phyloPat=__0_0___;oescore=3.89;ec_postProbs=0,0,
chr10	OE1	exon	40153	40157	-6.94	-	0	ID=272;Name=272;Note=INITIAL2;n=2;MLomega=3;Eomega=1.14;leftBoundaryExtOmega=0.891;rightBoundaryExtOmega=1.25;leftBoundaryIntOmega=1.14;rightBoundaryIntOmega=1.14;cons=0.701;LeftCons=0.478;rightCons=0.569;div=0.176;containment=0;phyloPat=___00___;oescore=2.44;ec_postProbs=0,0,
chr10	OE1	exon	40098	40111	-6.61	-	2	ID=273;Name=273;Note=TERMINAL;n=2;MLomega=1.71;Eomega=1.3;leftBoundaryExtOmega=1.25;rightBoundaryExtOmega=1.36;leftBoundaryIntOmega=1.3;rightBoundaryIntOmega=1.3;cons=0.639;LeftCons=0.556;rightCons=0.491;div=0.176;containment=0;phyloPat=___00___;oescore=2.82;ec_postProbs=0,0,
chr10	OE1	exon	39540	39558	-6.51	-	1	ID=400;Name=400;Note=TERMINAL;n=2;MLomega=1.71;Eomega=0.749;leftBoundaryExtOmega=1.16;rightBoundaryExtOmega=1.18;rightBoundaryIntOmega=0.922;cons=0.33;LeftCons=0.292;rightCons=0.367;div=0.176;containment=0;phyloPat=___00___;oescore=4.62;ec_postProbs=0,0,
chr10	OE1	exon	39380	39390	-6.68	+	2	ID=1024;Name=1024;Note=RTERMINAL0;n=2;MLomega=0.417;Eomega=1.33;leftBoundaryExtOmega=1.28;rightBoundaryExtOmega=1.02;leftBoundaryIntOmega=1.33;rightBoundaryIntOmega=1.33;cons=0.353;LeftCons=0.442;rightCons=0.376;div=0.176;containment=0;phyloPat=___00___;oescore=4.52;ec_postProbs=0,0,
