# 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	149041	149044	-7.01	-	1	ID=806;Name=806;Note=TERMINAL;n=3;MLomega=0.417;Eomega=1.19;leftBoundaryExtOmega=0.807;rightBoundaryExtOmega=0.831;leftBoundaryIntOmega=1.19;rightBoundaryIntOmega=1.19;cons=0.486;LeftCons=0.359;rightCons=0.343;div=1.39;containment=0;phyloPat=_0___0_0;oescore=5.92;ec_postProbs=0,0,0,
chr14	OE1	exon	148736	149000	1.53	-	0	ID=841;Name=841;Note=INITIAL1;n=3;MLomega=4;Eomega=0.347;leftBoundaryExtOmega=1.19;rightBoundaryExtOmega=1.39;leftBoundaryIntOmega=0.467;rightBoundaryIntOmega=0.843;cons=0.512;LeftCons=0.465;rightCons=0.408;div=1.51;containment=0;phyloPat=1_____11;oescore=7.34;ec_postProbs=0,0,1,
chr14	OE1	exon	148965	148985	-6.47	+	0	ID=844;Name=844;Note=RTERMINAL2;n=2;MLomega=4;Eomega=1.32;leftBoundaryExtOmega=1.48;rightBoundaryExtOmega=1.91;leftBoundaryIntOmega=1.32;rightBoundaryIntOmega=1.32;cons=0.643;LeftCons=0.508;rightCons=0.455;div=1.16;containment=0;phyloPat=______00;oescore=3.44;ec_postProbs=0,0,
chr14	OE1	exon	148736	148747	-6.65	-	0	ID=848;Name=848;Note=INITIAL0;n=2;MLomega=0.167;Eomega=1.11;leftBoundaryExtOmega=1.59;rightBoundaryExtOmega=0.929;leftBoundaryIntOmega=1.11;rightBoundaryIntOmega=1.11;cons=0.487;LeftCons=0.501;rightCons=0.408;div=1.08;containment=0;phyloPat=0______0;oescore=4.98;ec_postProbs=0,0,
chr14	OE1	exon	147561	147677	0.97	-	2	ID=923;Name=923;Note=INTERNAL1;n=6;MLomega=3;Eomega=0.545;leftBoundaryExtOmega=1.55;rightBoundaryExtOmega=1.65;leftBoundaryIntOmega=0.528;rightBoundaryIntOmega=0.634;cons=0.568;LeftCons=0.459;rightCons=0.467;div=1.9;containment=0;phyloPat=111__111;oescore=9.1;ec_postProbs=0.96,1,1,0.94,0.9,0.94,
chr14	OE1	exon	147660	147673	-6.61	+	2	ID=925;Name=925;Note=RTERMINAL0;n=4;MLomega=0.583;Eomega=0.426;leftBoundaryExtOmega=0.984;rightBoundaryExtOmega=0.89;leftBoundaryIntOmega=0.426;rightBoundaryIntOmega=0.426;cons=0.585;LeftCons=0.469;rightCons=0.548;div=1.38;containment=0;phyloPat=_00___00;oescore=6.83;ec_postProbs=0,0,0,0,
chr14	OE1	exon	147561	147653	-3.31	-	2	ID=927;Name=927;Note=INTERNAL1;n=3;MLomega=0.583;Eomega=0.827;leftBoundaryExtOmega=0.724;rightBoundaryExtOmega=1.07;leftBoundaryIntOmega=0.737;rightBoundaryIntOmega=0.886;cons=0.586;LeftCons=0.531;rightCons=0.467;div=1.35;containment=24;phyloPat=_____000;oescore=5.44;ec_postProbs=0.04,0.04,0.06,
chr14	OE1	exon	147561	147650	-6	-	2	ID=928;Name=928;Note=INTERNAL1;n=4;MLomega=3;Eomega=0.712;leftBoundaryExtOmega=0.502;rightBoundaryExtOmega=1.56;leftBoundaryIntOmega=0.76;rightBoundaryIntOmega=0.576;cons=0.585;LeftCons=0.535;rightCons=0.467;div=1.69;containment=27;phyloPat=0____000;oescore=6.83;ec_postProbs=0.02,0,0,0,
chr14	OE1	exon	147561	147626	-6.1	-	0	ID=929;Name=929;Note=INITIAL0;n=4;MLomega=1;Eomega=1.33;leftBoundaryExtOmega=1.8;rightBoundaryExtOmega=1.4;leftBoundaryIntOmega=1.23;rightBoundaryIntOmega=1.33;cons=0.583;LeftCons=0.572;rightCons=0.467;div=1.38;containment=0;phyloPat=_00___00;oescore=5.38;ec_postProbs=0,0,0,0,
chr14	OE1	exon	147575	147584	-6.71	+	1	ID=934;Name=934;Note=RTERMINAL1;n=4;MLomega=1;Eomega=0.833;leftBoundaryExtOmega=1;rightBoundaryExtOmega=1.06;leftBoundaryIntOmega=0.833;rightBoundaryIntOmega=0.833;cons=0.54;LeftCons=0.572;rightCons=0.526;div=1.55;containment=0;phyloPat=000____0;oescore=6.88;ec_postProbs=0,0,0,0,
chr14	OE1	exon	147561	147566	-6.88	-	0	ID=935;Name=935;Note=INITIAL0;n=4;MLomega=0.833;Eomega=0.93;leftBoundaryExtOmega=1.39;rightBoundaryExtOmega=1.12;leftBoundaryIntOmega=0.93;rightBoundaryIntOmega=0.93;cons=0.693;LeftCons=0.553;rightCons=0.467;div=1.74;containment=0;phyloPat=0_0__0_0;oescore=5.36;ec_postProbs=0,0,0,0,
chr14	OE1	exon	147221	147259	-6.27	-	2	ID=945;Name=945;Note=INTERNAL1;n=2;MLomega=0.5;Eomega=0.562;leftBoundaryExtOmega=1.47;rightBoundaryExtOmega=1.03;leftBoundaryIntOmega=0.684;rightBoundaryIntOmega=0.512;cons=0.588;LeftCons=0.401;rightCons=0.621;div=1.08;containment=147;phyloPat=0______0;oescore=4.36;ec_postProbs=0.01,0,
chr14	OE1	exon	147120	147259	-5.86	-	2	ID=950;Name=950;Note=INTERNAL0;n=2;MLomega=0.333;Eomega=0.487;leftBoundaryExtOmega=1.06;rightBoundaryExtOmega=0.617;leftBoundaryIntOmega=0.591;rightBoundaryIntOmega=1.06;cons=0.536;LeftCons=0.401;rightCons=0.529;div=1.17;containment=43;phyloPat=_0_____0;oescore=5.37;ec_postProbs=0,0,
chr14	OE1	exon	147120	147259	-5.86	-	0	ID=951;Name=951;Note=INTERNAL2;n=2;MLomega=0.583;Eomega=1.12;leftBoundaryExtOmega=0.955;rightBoundaryExtOmega=0.798;leftBoundaryIntOmega=1.04;rightBoundaryIntOmega=1.19;cons=0.536;LeftCons=0.401;rightCons=0.529;div=1.17;containment=0;phyloPat=_0_____0;oescore=4.64;ec_postProbs=0,0,
chr14	OE1	exon	147077	147259	1.25	-	2	ID=953;Name=953;Note=INTERNAL1;n=6;MLomega=2.4;Eomega=0.455;leftBoundaryExtOmega=1.02;rightBoundaryExtOmega=1.4;leftBoundaryIntOmega=0.353;rightBoundaryIntOmega=0.816;cons=0.537;LeftCons=0.401;rightCons=0.429;div=1.9;containment=0;phyloPat=111__111;oescore=9.65;ec_postProbs=0.23,1,0.99,1,1,0.97,
chr14	OE1	exon	143261	143314	-6.17	-	0	ID=1025;Name=1025;Note=TERMINAL;n=2;MLomega=1;Eomega=1.34;leftBoundaryExtOmega=0.887;rightBoundaryExtOmega=1.22;leftBoundaryIntOmega=1.15;rightBoundaryIntOmega=1.7;cons=0.501;LeftCons=0.365;rightCons=0.459;div=1.16;containment=0;phyloPat=______00;oescore=4.67;ec_postProbs=0,0,
