# 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  -----
#
chr14	OE1	exon	76087	76231	-3.42	+	1	ID=77;Name=77;Note=RTERMINAL1;n=6;MLomega=2;Eomega=0.25;leftBoundaryExtOmega=0.781;rightBoundaryExtOmega=1.53;leftBoundaryIntOmega=0.352;rightBoundaryIntOmega=0.185;cons=0.635;LeftCons=0.338;rightCons=0.411;div=1.9;containment=0;phyloPat=l0l__l00;oescore=9.05;ec_postProbs=0.67,0,0.94,0.83,0.3,0.01,
chr14	OE1	exon	76205	76227	-6.44	+	0	ID=81;Name=81;Note=RINITIAL;n=2;MLomega=0.167;Eomega=0.341;leftBoundaryExtOmega=0.917;rightBoundaryExtOmega=0.325;leftBoundaryIntOmega=0.341;rightBoundaryIntOmega=0.341;cons=0.661;LeftCons=0.401;rightCons=0.64;div=1.08;containment=122;phyloPat=0______0;oescore=4.06;ec_postProbs=0,0,
chr14	OE1	exon	76194	76227	-6.32	+	0	ID=82;Name=82;Note=RINITIAL;n=5;MLomega=0.833;Eomega=1.86;leftBoundaryExtOmega=1.11;rightBoundaryExtOmega=1.08;leftBoundaryIntOmega=1.99;rightBoundaryIntOmega=2.12;cons=0.631;LeftCons=0.401;rightCons=0.686;div=1.72;containment=0;phyloPat=000___00;oescore=4.64;ec_postProbs=0,0,0,0,0,
chr14	OE1	exon	76184	76227	-6.24	+	0	ID=83;Name=83;Note=RINITIAL;n=2;MLomega=0.167;Eomega=0.21;leftBoundaryExtOmega=0.917;rightBoundaryExtOmega=0.391;leftBoundaryIntOmega=0.228;rightBoundaryIntOmega=0.313;cons=0.637;LeftCons=0.401;rightCons=0.703;div=1.08;containment=101;phyloPat=0______0;oescore=4.49;ec_postProbs=0,0,
chr14	OE1	exon	76137	76227	-6	+	0	ID=85;Name=85;Note=RINITIAL;n=2;MLomega=4;Eomega=0.696;leftBoundaryExtOmega=1.13;rightBoundaryExtOmega=1.8;leftBoundaryIntOmega=1.1;rightBoundaryIntOmega=0.855;cons=0.655;LeftCons=0.401;rightCons=0.595;div=1.17;containment=50;phyloPat=_0_____0;oescore=4.01;ec_postProbs=0,0,
chr14	OE1	exon	76122	76227	-5.95	+	0	ID=87;Name=87;Note=RINITIAL;n=3;MLomega=4;Eomega=0.809;leftBoundaryExtOmega=1.07;rightBoundaryExtOmega=1.66;leftBoundaryIntOmega=1.13;rightBoundaryIntOmega=1.11;cons=0.645;LeftCons=0.401;rightCons=0.611;div=1.21;containment=35;phyloPat=_00____0;oescore=4.68;ec_postProbs=0,0,0,
chr14	OE1	exon	76089	76227	-5.86	+	0	ID=88;Name=88;Note=RINITIAL;n=3;MLomega=0.167;Eomega=1.04;leftBoundaryExtOmega=1.07;rightBoundaryExtOmega=0.561;leftBoundaryIntOmega=1.13;rightBoundaryIntOmega=1.48;cons=0.634;LeftCons=0.401;rightCons=0.431;div=1.21;containment=2;phyloPat=_00____0;oescore=4.55;ec_postProbs=0,0,0,
chr14	OE1	exon	76087	76227	-5.86	+	2	ID=89;Name=89;Note=RINTERNAL0;n=4;MLomega=0.333;Eomega=1.38;leftBoundaryExtOmega=1.12;rightBoundaryExtOmega=0.724;leftBoundaryIntOmega=1.39;rightBoundaryIntOmega=1.32;cons=0.634;LeftCons=0.401;rightCons=0.411;div=1.38;containment=0;phyloPat=_00___00;oescore=4.81;ec_postProbs=0,0,0,0,
chr14	OE1	exon	76087	76227	1.28	+	1	ID=90;Name=90;Note=RINTERNAL1;n=6;MLomega=2;Eomega=0.167;leftBoundaryExtOmega=0.727;rightBoundaryExtOmega=1.53;leftBoundaryIntOmega=0.185;rightBoundaryIntOmega=0.185;cons=0.634;LeftCons=0.401;rightCons=0.411;div=1.9;containment=4;phyloPat=g1g__g11;oescore=9.25;ec_postProbs=0.15,1,0.06,0.17,0.66,0.99,
chr14	OE1	exon	54670	54693	-6.43	-	0	ID=493;Name=493;Note=INITIAL0;n=2;MLomega=2;Eomega=1.29;leftBoundaryExtOmega=1.27;rightBoundaryExtOmega=1.33;leftBoundaryIntOmega=1.29;rightBoundaryIntOmega=1.29;cons=0.606;LeftCons=0.424;rightCons=0.512;div=1.08;containment=0;phyloPat=0______0;oescore=3.73;ec_postProbs=0,0,
chr14	OE1	exon	42025	42051	-6.39	+	0	ID=799;Name=799;Note=RTERMINAL2;n=2;MLomega=4;Eomega=1.13;leftBoundaryExtOmega=1.3;rightBoundaryExtOmega=1.43;leftBoundaryIntOmega=1.13;rightBoundaryIntOmega=1.13;cons=0.422;LeftCons=0.541;rightCons=0.441;div=1.08;containment=0;phyloPat=0______0;oescore=5.52;ec_postProbs=0,0,
chr14	OE1	exon	42025	42031	-6.83	+	1	ID=800;Name=800;Note=RTERMINAL1;n=2;MLomega=0.167;Eomega=1.28;leftBoundaryExtOmega=1.33;rightBoundaryExtOmega=0.792;leftBoundaryIntOmega=1.28;rightBoundaryIntOmega=1.28;cons=0.424;LeftCons=0.491;rightCons=0.441;div=1.08;containment=0;phyloPat=0______0;oescore=5.32;ec_postProbs=0,0,
chr14	OE1	exon	40737	40890	-5.83	+	0	ID=854;Name=854;Note=RINITIAL;n=3;MLomega=0.833;Eomega=1.25;leftBoundaryExtOmega=1.23;rightBoundaryExtOmega=1.09;leftBoundaryIntOmega=1.39;rightBoundaryIntOmega=1.42;cons=0.597;LeftCons=0.416;rightCons=0.579;div=1.21;containment=0;phyloPat=_00____0;oescore=4.6;ec_postProbs=0,0,0,
chr14	OE1	exon	40586	40890	-5.61	+	0	ID=857;Name=857;Note=RINITIAL;n=2;MLomega=1.09;Eomega=0.167;leftBoundaryExtOmega=1.1;rightBoundaryExtOmega=1.14;leftBoundaryIntOmega=0.284;rightBoundaryIntOmega=0.425;cons=0.611;LeftCons=0.416;rightCons=0.637;div=1.08;containment=573;phyloPat=0______0;oescore=3.43;ec_postProbs=0,0,
chr14	OE1	exon	40565	40890	-5.59	+	0	ID=858;Name=858;Note=RINTERNAL2;n=4;MLomega=0.25;Eomega=0.167;leftBoundaryExtOmega=0.863;rightBoundaryExtOmega=0.718;leftBoundaryIntOmega=0.234;rightBoundaryIntOmega=0.423;cons=0.61;LeftCons=0.416;rightCons=0.646;div=1.55;containment=552;phyloPat=000____0;oescore=5.87;ec_postProbs=0,0,0,0,
chr14	OE1	exon	40553	40890	-5.58	+	0	ID=859;Name=859;Note=RINITIAL;n=6;MLomega=0.25;Eomega=0.167;leftBoundaryExtOmega=0.907;rightBoundaryExtOmega=0.452;leftBoundaryIntOmega=0.221;rightBoundaryIntOmega=0.207;cons=0.614;LeftCons=0.416;rightCons=0.599;div=1.9;containment=540;phyloPat=000__000;oescore=7.95;ec_postProbs=0,0,0,0,0,0,
chr14	OE1	exon	40529	40890	-5.56	+	0	ID=860;Name=860;Note=RINITIAL;n=4;MLomega=0.167;Eomega=0.167;leftBoundaryExtOmega=0.863;rightBoundaryExtOmega=0.243;leftBoundaryIntOmega=0.234;rightBoundaryIntOmega=0.564;cons=0.613;LeftCons=0.416;rightCons=0.654;div=1.55;containment=516;phyloPat=000____0;oescore=5.95;ec_postProbs=0,0,0,0,
chr14	OE1	exon	40078	40890	-5.29	+	1	ID=864;Name=864;Note=RINTERNAL1;n=2;MLomega=0.167;Eomega=0.167;leftBoundaryExtOmega=1.1;rightBoundaryExtOmega=0.511;leftBoundaryIntOmega=0.284;rightBoundaryIntOmega=0.321;cons=0.629;LeftCons=0.416;rightCons=0.66;div=1.08;containment=65;phyloPat=0______0;oescore=4.72;ec_postProbs=0.01,0,
chr14	OE1	exon	40025	40890	-5.27	+	0	ID=865;Name=865;Note=RINTERNAL2;n=2;MLomega=0.167;Eomega=0.167;leftBoundaryExtOmega=1.01;rightBoundaryExtOmega=0.72;leftBoundaryIntOmega=0.327;rightBoundaryIntOmega=0.802;cons=0.631;LeftCons=0.416;rightCons=0.622;div=1.22;containment=12;phyloPat=_____0_0;oescore=5.17;ec_postProbs=0.06,0,
chr14	OE1	exon	40013	40890	1.91	+	0	ID=866;Name=866;Note=RINITIAL;n=6;MLomega=1.09;Eomega=0.167;leftBoundaryExtOmega=0.907;rightBoundaryExtOmega=0.905;leftBoundaryIntOmega=0.221;rightBoundaryIntOmega=0.37;cons=0.632;LeftCons=0.416;rightCons=0.587;div=1.9;containment=0;phyloPat=1g1__gg1;oescore=9.28;ec_postProbs=0.5,0.03,1,0.07,0,1,
chr14	OE1	exon	40720	40732	-6.63	-	1	ID=874;Name=874;Note=TERMINAL;n=2;MLomega=0.167;Eomega=0.784;leftBoundaryExtOmega=0.306;rightBoundaryExtOmega=0.406;leftBoundaryIntOmega=0.784;rightBoundaryIntOmega=0.784;cons=0.575;LeftCons=0.672;rightCons=0.637;div=1.16;containment=0;phyloPat=______00;oescore=4.75;ec_postProbs=0,0,
chr14	OE1	exon	40716	40732	-6.54	-	0	ID=875;Name=875;Note=INTERNAL2;n=2;MLomega=2;Eomega=1.52;leftBoundaryExtOmega=1.66;rightBoundaryExtOmega=1.64;leftBoundaryIntOmega=1.52;rightBoundaryIntOmega=1.52;cons=0.596;LeftCons=0.672;rightCons=0.641;div=1.16;containment=0;phyloPat=______00;oescore=3.58;ec_postProbs=0,0,
chr14	OE1	exon	40565	40589	-6.42	+	1	ID=901;Name=901;Note=RTERMINAL1;n=2;MLomega=4;Eomega=1.13;leftBoundaryExtOmega=1.61;rightBoundaryExtOmega=1.9;leftBoundaryIntOmega=1.13;rightBoundaryIntOmega=1.13;cons=0.582;LeftCons=0.643;rightCons=0.646;div=1.08;containment=0;phyloPat=0______0;oescore=4.14;ec_postProbs=0,0,
chr14	OE1	exon	40565	40575	-6.68	+	2	ID=902;Name=902;Note=RTERMINAL0;n=2;MLomega=3;Eomega=1.12;leftBoundaryExtOmega=1.74;rightBoundaryExtOmega=2.18;leftBoundaryIntOmega=1.12;rightBoundaryIntOmega=1.12;cons=0.622;LeftCons=0.608;rightCons=0.646;div=1.08;containment=0;phyloPat=0______0;oescore=3.8;ec_postProbs=0,0,
chr14	OE1	exon	40013	40452	-5.49	+	0	ID=904;Name=904;Note=RINITIAL;n=3;MLomega=0.167;Eomega=0.167;leftBoundaryExtOmega=0.339;rightBoundaryExtOmega=0.931;leftBoundaryIntOmega=0.367;rightBoundaryIntOmega=0.498;cons=0.644;LeftCons=0.653;rightCons=0.587;div=1.21;containment=438;phyloPat=_00____0;oescore=4.45;ec_postProbs=0,0,0,
chr14	OE1	exon	40317	40327	-6.68	-	2	ID=927;Name=927;Note=TERMINAL;n=5;MLomega=2.4;Eomega=0.997;leftBoundaryExtOmega=1.79;rightBoundaryExtOmega=1.61;leftBoundaryIntOmega=0.997;rightBoundaryIntOmega=0.997;cons=0.716;LeftCons=0.631;rightCons=0.627;div=1.56;containment=0;phyloPat=_00__000;oescore=5.44;ec_postProbs=0,0,0,0,0,
chr14	OE1	exon	40297	40327	-6.35	-	1	ID=930;Name=930;Note=TERMINAL;n=3;MLomega=0.167;Eomega=0.566;leftBoundaryExtOmega=0.328;rightBoundaryExtOmega=1.03;leftBoundaryIntOmega=0.566;rightBoundaryIntOmega=0.566;cons=0.638;LeftCons=0.631;rightCons=0.668;div=1.35;containment=0;phyloPat=_____000;oescore=5.43;ec_postProbs=0,0,0,
chr14	OE1	exon	40259	40327	-6.09	-	0	ID=931;Name=931;Note=INTERNAL0;n=3;MLomega=4;Eomega=1.26;leftBoundaryExtOmega=1.6;rightBoundaryExtOmega=1.95;leftBoundaryIntOmega=1.75;rightBoundaryIntOmega=0.789;cons=0.656;LeftCons=0.631;rightCons=0.597;div=1.35;containment=0;phyloPat=_____000;oescore=4.16;ec_postProbs=0,0,0,
chr14	OE1	exon	40068	40100	-6.33	+	0	ID=955;Name=955;Note=RINITIAL;n=4;MLomega=4;Eomega=1.75;leftBoundaryExtOmega=1.73;rightBoundaryExtOmega=1.86;leftBoundaryIntOmega=1.9;rightBoundaryIntOmega=1.71;cons=0.666;LeftCons=0.668;rightCons=0.674;div=1.69;containment=0;phyloPat=0____000;oescore=3.88;ec_postProbs=0,0,0,0,
chr14	OE1	exon	40013	40100	-6.01	+	0	ID=956;Name=956;Note=RINITIAL;n=4;MLomega=1.09;Eomega=0.171;leftBoundaryExtOmega=0.233;rightBoundaryExtOmega=0.914;leftBoundaryIntOmega=0.192;rightBoundaryIntOmega=0.363;cons=0.671;LeftCons=0.668;rightCons=0.587;div=1.69;containment=790;phyloPat=0____000;oescore=4.89;ec_postProbs=0,0,0,0,
chr14	OE1	exon	40068	40091	-6.43	+	0	ID=957;Name=957;Note=RINITIAL;n=6;MLomega=4;Eomega=1.6;leftBoundaryExtOmega=1.49;rightBoundaryExtOmega=1.87;leftBoundaryIntOmega=1.6;rightBoundaryIntOmega=1.6;cons=0.644;LeftCons=0.69;rightCons=0.674;div=1.9;containment=0;phyloPat=000__000;oescore=5.72;ec_postProbs=0,0,0,0,0,0,
chr14	OE1	exon	40013	40091	-6.05	+	0	ID=958;Name=958;Note=RINITIAL;n=6;MLomega=1.09;Eomega=0.173;leftBoundaryExtOmega=0.241;rightBoundaryExtOmega=0.905;leftBoundaryIntOmega=0.195;rightBoundaryIntOmega=0.37;cons=0.665;LeftCons=0.69;rightCons=0.587;div=1.9;containment=799;phyloPat=000__000;oescore=6.64;ec_postProbs=0,0,0,0,0,0,
chr14	OE1	exon	39928	40065	-5.87	+	0	ID=963;Name=963;Note=RTERMINAL2;n=2;MLomega=0.417;Eomega=2.7;leftBoundaryExtOmega=1.6;rightBoundaryExtOmega=1.04;leftBoundaryIntOmega=1.84;rightBoundaryIntOmega=2.02;cons=0.632;LeftCons=0.665;rightCons=0.666;div=1.08;containment=0;phyloPat=0______0;oescore=1.8;ec_postProbs=0,0,
chr14	OE1	exon	25559	25580	-6.46	+	0	ID=1238;Name=1238;Note=RINITIAL;n=2;MLomega=0.667;Eomega=1.28;leftBoundaryExtOmega=1.21;rightBoundaryExtOmega=1.22;leftBoundaryIntOmega=1.28;rightBoundaryIntOmega=1.28;cons=0.797;LeftCons=0.947;rightCons=0.665;div=1.08;containment=0;phyloPat=0______0;oescore=2.09;ec_postProbs=0,0,
chr14	OE1	exon	25516	25518	-7.1	+	0	ID=1240;Name=1240;Note=RINITIAL;n=2;MLomega=4;Eomega=1.07;leftBoundaryExtOmega=1.42;rightBoundaryExtOmega=1.27;leftBoundaryIntOmega=1.07;rightBoundaryIntOmega=1.07;cons=0.75;LeftCons=0.65;rightCons=0.655;div=1.08;containment=0;phyloPat=0______0;oescore=2.75;ec_postProbs=0,0,
chr14	OE1	exon	24222	24353	-5.88	+	2	ID=1295;Name=1295;Note=RINTERNAL0;n=2;MLomega=0.167;Eomega=0.669;leftBoundaryExtOmega=1.18;rightBoundaryExtOmega=0.781;leftBoundaryIntOmega=1.16;rightBoundaryIntOmega=0.565;cons=0.762;LeftCons=0.655;rightCons=0.747;div=1.08;containment=0;phyloPat=0______0;oescore=3.13;ec_postProbs=0,0,
