Hub : Traits

Epididymis fat weight

Tags: Physiology · Weight

Project: dissection

8 loci · 33 genes with independent associations · 630 total associated genes

Significant Loci

#	Chr	Start pos	End pos	# assoc genes	# joint models	Best TWAS P	Best GWAS P	Cond GWAS P	Joint genes
1	chr1	253471624	260518987	102	8	2.92e-32	2.03e-32	1.00e+00	Ablim1 Atrnl1 Cacul1 Emx2os Fam204a Gpam Sfxn4 Zfp950
2	chr3	48110381	50383141	2	1	7.19e-08	8.92e-08	1.00e+00	Fign
3	chr3	129261795	132075398	22	1	4.98e-09	9.32e-09	1.00e+00	Snrpb2
4	chr6	21895432	29167220	357	8	7.15e-15	2.64e-15	1.00e+00	Drc1 Dtnb Hadha Rbks RGD1565766 Slc5a6
5	chr9	75969545	77365260	1	1	2.46e-58	4.15e-02	1.00e+00	Zfand2b
6	chr10	93195124	95396132	6	3	1.46e-08	2.55e-09	1.26e-39	Axin2 Fam20a Wipi1
7	chr20	1304706	4179420	122	8	1.98e-09	1.27e-07	1.00e+00	LOC120098967 RT1-CE14 RT1-CE15 RT1-N3 RT1-T24-3
8	chr20	4912957	6964887	18	3	1.89e-09	1.86e-09	NaN	Nudt3 Snrpc Spdef

Pleiotropic Associations

Trait	Chi2 ratio	# genes+	# genes++	% genes++	Corr	Corr P	Genes
BMI with tail	16.45	50	45	136.4	0.98	1.00e-183	Ablim1 Acsl5 Afap1l2 Amz2 Arsg Atrnl1 Axin2 Cacul1 Casp7 Ccdc186 Ces2c Dclre1a Dennd10 Dstn Emx2os Eno4 Fam204a Fhip2a Gpam Grk5 Gucy2g Habp2 Hspa12a Kif16b LOC102547573 LOC102550729 LOC102550782 LOC120100065 LOC120100068 LOC120101717 LOC120101719 Nanos1 Nhlrc2 Nrap Otor Pcsk2 Plekhs1 Prdx3 Prlhr Rab11fip2 Rrbp1 Sfxn4 Snrpb2 Tcf7l2 Tectb Trub1 Vti1a Zdhhc6 Zfand2b Zfp950
BMI without tail	16.67	24	15	45.5	0.99	1.64e-131	Cacul1 Ces2c Dennd10 Dstn Emx2os Fam204a Grk5 Hspa12a Kif16b LOC102550729 LOC120100068 LOC120101717 LOC120101719 Nanos1 Otor Pcsk2 Prdx3 Prlhr Rab11fip2 Rrbp1 Sfxn4 Snrpb2 Zfand2b Zfp950
Body weight	16.19	56	48	145.5	0.99	6.54e-228	Ablim1 Acsl5 Adcy3 Afap1l2 Amz2 Arsg Atrnl1 Axin2 Cacul1 Casp7 Ccdc186 Ces2c Dclre1a Dennd10 Dstn Efr3b Emx2os Eno4 Fam204a Fam20a Fhip2a Gpam Grk5 Gucy2g Habp2 Hspa12a Itsn2 Kif16b LOC102547573 LOC102550729 LOC102550782 LOC120100065 LOC120100068 LOC120101717 LOC120101719 LOC120103499 Nanos1 Nhlrc2 Nrap Otor Pcsk2 Plekhs1 Prdx3 Prlhr Rab11fip2 RGD1565766 Rrbp1 Sfxn4 Snrpb2 Tcf7l2 Tectb Trub1 Vti1a Wipi1 Zdhhc6 Zfp950
Glucose	11.41	2	0	0	0	1.00e+00	LOC120098850 RT1-T24-1
Heart weight	18.95	6	1	3	-0.05	9.04e-01	Babam2 Cacul1 Emx2os Rbks Sfxn4 Zfand2b
Left kidney weight	11.38	18	15	45.5	0.92	9.54e-38	Acsl5 Cacul1 Ces2c Dennd10 Emx2os Fam204a Gpam Grk5 Gucy2g LOC102550729 LOC120100068 Nanos1 Prdx3 Prlhr Rab11fip2 Sfxn4 Zfand2b Zfp950
Right kidney weight	10.46	29	15	45.5	0.91	5.70e-46	Ablim1 Acsl5 Afap1l2 Atrnl1 Cacul1 Casp7 Ccdc186 Ces2c Dclre1a Dennd10 Emx2os Fam204a Gpam Grk5 Gucy2g Habp2 LOC102550729 LOC120100068 Nanos1 Nhlrc2 Nrap Plekhs1 Prdx3 Prlhr Rab11fip2 Sfxn4 Tectb Zfand2b Zfp950
Tail length	10.76	18	3	9.1	-0.48	3.65e-03	Def6 Grm4 Ilrun LOC103694391 LOC120098827 LOC120098967 Nudt3 Rps10 RT1-CE10 RT1-CE11 RT1-CE14 RT1-CE15 RT1-CE16 RT1-N3 RT1-T24-3 Snrpc Spdef Zfand2b
Length with tail	5.4	12	0	0	0.13	5.98e-01	Cacul1 Def6 Ilrun Kif16b LOC103694391 Nudt3 Otor Sfxn4 Snrpb2 Snrpc Spdef Zfand2b
Length without tail	13.54	7	1	3	0.38	1.96e-01	Cacul1 Casp7 Emx2os Grk5 Habp2 Prlhr Zfand2b
Liver weight, left	10.94	3	0	0	1	5.64e-04	Cacul1 Grk5 Prlhr
Liver weight, right	12.63	30	9	27.3	0.67	5.83e-13	Cacul1 Casp7 Clip4 Def6 Dennd10 Fam204a Gpam Grk5 Habp2 Ilrun LOC103694391 Nanos1 Nudt3 Pcare Plb1 Plekhs1 Ppp1cb Prlhr Rab11fip2 Rbks Rps10 Sfxn4 Snrpc Spdef Spdya Togaram2 Vti1a Zdhhc6 Zfand2b Zfp950
Parametrial fat weight	14.13	73	38	115.2	0.98	0.00e+00	Abhd1 Ablim1 Acsl5 Adcy3 Afap1l2 Agbl5 Asxl2 Atrnl1 Cacul1 Casp7 Ccdc186 Cenpo Ces2c Dclre1a Dennd10 Dnajc27 Dnmt3a Drc1 Dstn Dtnb Efr3b Emx2os Eno4 Fam204a Fam228b Fhip2a Fkbp1b Garem2 Gpam Grk5 Gucy2g Habp2 Hadha Hadhb Hspa12a Itsn2 Kcnk3 Kif16b Kif3c LOC102547573 LOC102550729 LOC120100065 LOC120100068 LOC120101717 LOC120101719 LOC120103492 LOC120103499 LOC120103502 Nanos1 Ncoa1 Nhlrc2 Nrap Ost4 Otof Otor Pcsk2 Plekhs1 Prdx3 Prlhr Rab10 Rab11fip2 RGD1565766 Rrbp1 Sfxn4 Slc35f6 Slc5a6 Snrpb2 Tcf7l2 Trub1 Ubxn2a Zdhhc6 Zfand2b Zfp950
Retroperitoneal fat weight	24.99	114	110	333.3	0.99	0.00e+00	Abhd1 Ablim1 Acsl5 Adcy3 Afap1l2 Agbl5 Alk Amz2 Asxl2 Atraid Atrnl1 Axin2 Babam2 Cacul1 Cad Casp7 Ccdc186 Cenpo Ces2c Cgref1 Clip4 Dclre1a Dennd10 Dnajc27 Dnmt3a Dpysl5 Drc1 Dstn Dtnb Efr3b Eif2b4 Emx2os Eno4 Fam204a Fam228b Fhip2a Fkbp1b Fndc4 Fosl2 Garem2 Gckr Gfra1 Gpam Gpn1 Grk5 Gtf3c2 Gucy2g Habp2 Hadha Hadhb Hspa12a Ift172 Itsn2 Kcnk3 Kif16b Kif3c Krtcap3 Lbh LOC102547573 LOC102548914 LOC102550729 LOC102550782 LOC120100065 LOC120100068 LOC120101717 LOC120101719 LOC120103492 LOC120103499 LOC120103502 Mpv17 Mrpl33 Nanos1 Ncoa1 Nhlrc2 Nrap Nrbp1 Ost4 Otof Otor Pcare Pcsk2 Plb1 Plekhs1 Ppm1g Ppp1cb Prdx3 Preb Prlhr Rab10 Rab11fip2 Rbks RGD1565766 Rrbp1 Sfxn4 Slc30a3 Slc35f6 Slc4a1ap Slc5a6 Snrpb2 Snx17 Spdya Supt7l Tcf7l2 Tectb Togaram2 Trim54 Trub1 Ubxn2a Vti1a Zdhhc6 Zfand2b Zfp512 Zfp513 Zfp950
Intraocular pressure	51.69	1	1	3	0	1.00e+00	Zfand2b
Extensor digitorum longus weight	4.73	38	0	0	-0.99	0.00e+00	Abhd1 Alk Atraid Axin2 Babam2 Cad Cgref1 Clip4 Dpysl5 Eif2b4 Fndc4 Fosl2 Gckr Gpn1 Gtf3c2 Ift172 Krtcap3 Lbh LOC102548914 LOC102550782 Mpv17 Mrpl33 Nrbp1 Pcare Plb1 Ppm1g Ppp1cb Preb Rbks Slc30a3 Slc4a1ap Slc5a6 Snx17 Spdya Togaram2 Trim54 Zfp512 Zfp513
Soleus weight	6.74	31	4	12.1	-0.36	7.08e-04	Ablim1 Acsl5 Alk Anks1a Atrnl1 Clip4 Def6 Emx2os Fosl2 Gpam Grk5 Gucy2g Habp2 Hmga1 Ilrun LOC103694391 LOC120098850 LOC120100068 Nudt3 Pcare Plb1 Ppp1cb Rbks Rps10 Snrpc Spdef Spdya Tectb Togaram2 Trub1 Vti1a
Tibia length	7.21	5	0	0	0.78	3.58e-04	Fign Kif16b LOC120101717 Otor Snrpb2
Number of licking bursts	32.5	1	1	3	0	1.00e+00	Zfand2b
Food consumed during 24 hour testing period	15.78	1	0	0	0	1.00e+00	Zfand2b
Mean num. licks in bursts	18.13	1	0	0	0	1.00e+00	Zfand2b
Water consumed over 24 hours	34.33	1	1	3	0	1.00e+00	Zfand2b
Patch foraging indifference point 0 sec	11.8	1	0	0	0	1.00e+00	Zfand2b
Patch foraging indifference point AUC	24.2	1	1	3	0	1.00e+00	Zfand2b
Indifference point function ln k	54.42	1	1	3	0	1.00e+00	Zfand2b
Indifference point function log k	54.42	1	1	3	0	1.00e+00	Zfand2b
Patch foraging total patch changes 0 sec	23.48	1	1	3	0	1.00e+00	Zfand2b
Patch foraging total patch changes 18 sec	48.28	1	1	3	0	1.00e+00	Zfand2b
Patch foraging total patch changes 24 sec	77.61	1	1	3	0	1.00e+00	Zfand2b
Patch foraging total patch changes 6 sec	18.15	2	1	3	0	1.00e+00	Fhip2a Zfand2b
Patch foraging time to switch 0 sec	33.47	1	1	3	0	1.00e+00	Zfand2b
Patch foraging water rate 0 sec	39.47	1	1	3	0	1.00e+00	Zfand2b
Patch foraging water rate 12 sec	69.49	1	1	3	0	1.00e+00	Zfand2b
Patch foraging water rate 24 sec	12.61	1	0	0	0	1.00e+00	Zfand2b
Patch foraging water rate 6 sec	35.43	1	1	3	0	1.00e+00	Zfand2b
Locomotor activity	12.38	1	0	0	0	1.00e+00	Zfand2b
Locomotor testing distance	47.2	1	1	3	0	1.00e+00	Zfand2b
Locomotor testing rearing	99.51	1	1	3	0	1.00e+00	Zfand2b
Light reinforcement 1	19.25	1	1	3	0	1.00e+00	Zfand2b
Reaction time number correct	114.79	1	1	3	0	1.00e+00	Zfand2b
Reaction time mean minus median	179.03	1	1	3	0	1.00e+00	Zfand2b
Reaction time mean minus median AUC	232.47	1	1	3	0	1.00e+00	Zfand2b
Reaction time num false alarms AUC	27.43	1	1	3	0	1.00e+00	Zfand2b
Reaction time trials correct on left	114.79	1	1	3	0	1.00e+00	Zfand2b
Reaction time trials on left	106.69	1	1	3	0	1.00e+00	Zfand2b
Reaction time mean	36.11	1	1	3	0	1.00e+00	Zfand2b
Reaction time mean AUC	33.75	1	1	3	0	1.00e+00	Zfand2b
Median of all reaction times	17.65	1	0	0	0	1.00e+00	Zfand2b
Reaction time omissions	46.56	1	1	3	0	1.00e+00	Zfand2b
Reaction time premature initiations	41.6	1	1	3	0	1.00e+00	Zfand2b
Std. dev. reaction times	72.92	1	1	3	0	1.00e+00	Zfand2b
Reaction time trials completed	106.69	1	1	3	0	1.00e+00	Zfand2b
Reaction time trials AUC	108.76	1	1	3	0	1.00e+00	Zfand2b
Conditioned reinforcement - actives	152.54	1	1	3	0	1.00e+00	Zfand2b
Conditioned reinforcement - inactives	135.63	1	1	3	0	1.00e+00	Zfand2b
Intermittent access intake day 1-15 change	156.77	1	1	3	0	1.00e+00	Zfand2b
Intermittent access intake escalation	117.41	1	1	3	0	1.00e+00	Zfand2b
Intermitt. access day 1 inactive lever presses	169.63	1	1	3	0	1.00e+00	Zfand2b
Intermitt. access day 15 inactive lever presses	111.14	3	1	3	0	1.00e+00	Gpn1 Gtf3c2 Zfand2b
Intermittent access day 1 total infusions	71.42	1	1	3	0	1.00e+00	Zfand2b
Intermittent access day 15 total infusions	35.39	1	1	3	0	1.00e+00	Zfand2b
Intermittent access terminal intake (last 3 days)	25.82	1	1	3	0	1.00e+00	Zfand2b
Intermittent access day 1 locomotion	26.47	1	1	3	0	1.00e+00	Zfand2b
Intermittent access day 15 total locomotion	93.08	1	1	3	0	1.00e+00	Zfand2b
Intermittent access standard deviation	442.51	1	1	3	0	1.00e+00	Zfand2b
Cocaine induced anxiety	125.35	1	1	3	0	1.00e+00	Zfand2b
Baseline Anxiety	393.92	1	1	3	0	1.00e+00	Zfand2b
Incentive Sensitization - Responses	309.83	1	1	3	0	1.00e+00	Zfand2b
Incentive Sensitization - Breakpoint	300.45	1	1	3	0	1.00e+00	Zfand2b
Progressive ratio test 1 active lever presses	26.41	1	1	3	0	1.00e+00	Zfand2b
Progressive ratio test 1 breakpoint	19.19	1	0	0	0	1.00e+00	Zfand2b
Progressive ratio test 2 active lever presses	109.22	1	1	3	0	1.00e+00	Zfand2b
Progressive ratio test 2 breakpoint	106.65	1	1	3	0	1.00e+00	Zfand2b
Progressive ratio test 2 inactive lever presses	63.47	1	1	3	0	1.00e+00	Zfand2b
Short access day 1 total inactive lever presses	21.93	1	0	0	0	1.00e+00	Zfand2b
Short access day 10 total inactive lever presses	43.04	1	1	3	0	1.00e+00	Zfand2b
Short access day 1 locomotion	129.19	1	1	3	0	1.00e+00	Zfand2b
Short access day 10 total locomotion	432.47	1	1	3	0	1.00e+00	Zfand2b
Short access total locomotion	209.96	1	1	3	0	1.00e+00	Zfand2b
Compulsive drug intake	68.39	1	1	3	0	1.00e+00	Zfand2b
One hour access (0.3 mA shock)	22.58	1	0	0	0	1.00e+00	Zfand2b
Number of responses in last shaping day	67.75	1	1	3	0	1.00e+00	Zfand2b
Bone volume	10.13	1	0	0	0	1.00e+00	Cacul1
Bone: cortical area	13.36	25	0	0	0.98	7.65e-70	Ablim1 Acsl5 Afap1l2 Cacul1 Casp7 Ccdc186 Ces2c Dclre1a Dennd10 Emx2os Fam204a Fhip2a Grk5 Habp2 LOC102547573 LOC102550729 LOC120100065 LOC120100068 Nhlrc2 Plekhs1 Prlhr Rab11fip2 Sfxn4 Trub1 Zfp950
Bone: cortical thickness	11.62	6	0	0	0.94	5.33e-05	Emx2os Fam204a LOC120100068 Prlhr Rab11fip2 Zfp950
Bone: endosteal estimation	8.34	14	0	0	-1	3.71e-26	Ilrun LOC120098827 LOC120098967 Nudt3 Rps10 RT1-CE10 RT1-CE11 RT1-CE14 RT1-CE15 RT1-CE16 RT1-N3 RT1-T24-3 Snrpc Spdef
Bone: endosteal perimeter	8.34	1	0	0	0	1.00e+00	Ablim1
Bone: final force	11.23	6	0	0	0.99	1.43e-08	Cacul1 Grk5 Prlhr Rab11fip2 Sfxn4 Zfp950
Bone: final moment	11.67	6	0	0	0.99	3.38e-15	Cacul1 Grk5 Prlhr Rab11fip2 Sfxn4 Zfp950
Bone: marrow area	8.36	11	0	0	-1	5.95e-28	Ilrun LOC120098967 Nudt3 Rps10 RT1-CE10 RT1-CE11 RT1-CE14 RT1-CE15 RT1-CE16 RT1-N3 RT1-T24-3
Bone: maximum diameter	10.64	15	0	0	0.99	8.62e-38	Ablim1 Acsl5 Afap1l2 Cacul1 Casp7 Ccdc186 Dclre1a Fhip2a Habp2 LOC102547573 LOC120100065 Nhlrc2 Nrap Plekhs1 Trub1
Bone: maximum force	10.64	6	0	0	1	6.41e-10	Cacul1 Grk5 Prlhr Rab11fip2 Sfxn4 Zfp950
Bone: maximum moment	11.11	6	0	0	1	1.30e-12	Cacul1 Grk5 Prlhr Rab11fip2 Sfxn4 Zfp950
Bone: minimum diameter	9.1	1	0	0	0	1.00e+00	Cacul1
Bone: periosteal estimation	9.37	15	0	0	0.99	7.81e-29	Acsl5 Cacul1 Casp7 Dennd10 Emx2os Fam204a Grk5 Habp2 LOC120100065 Nhlrc2 Plekhs1 Prlhr Rab11fip2 Sfxn4 Zfp950
Bone: periosteal perimeter	13.03	25	3	9.1	0.96	2.06e-71	Ablim1 Acsl5 Afap1l2 Atrnl1 Cacul1 Casp7 Ccdc186 Ces2c Dclre1a Dennd10 Fam204a Fhip2a Grk5 Habp2 LOC102547573 LOC102550729 LOC120100065 Nhlrc2 Nrap Plekhs1 Prlhr Rab11fip2 Sfxn4 Trub1 Zfp950
Bone: trabecular thickness	15.7	5	0	0	1	7.67e-12	Cacul1 Grk5 Prlhr Sfxn4 Zfp950
Delta time in open arm before/after self-admin	26.67	1	0	0	0	1.00e+00	Zfand2b
Active lever presses in extinction session 6	26.41	1	0	0	0	1.00e+00	Zfand2b
Time in closed arm before self-admin	44.32	1	1	3	0	1.00e+00	Zfand2b
Time in open arm before self-admin	24.67	1	0	0	0	1.00e+00	Zfand2b
Time to tail flick, vehicle, after self-admin	75.62	1	1	3	0	1.00e+00	Zfand2b
Delta time to tail flick, vehicle, before/after SA	74.6	1	1	3	0	1.00e+00	Zfand2b
Ambulatory time before self-admin	25.36	1	0	0	0	1.00e+00	Zfand2b
Area under the delay curve	31.15	1	1	3	0	1.00e+00	Zfand2b
Delay disc. indifference point, 16s delay	69.03	1	1	3	0	1.00e+00	Zfand2b
Delay disc. indifference point, 24s delay	27.43	1	0	0	0	1.00e+00	Zfand2b
Delay disc. indifference point, 8s delay	74.24	1	1	3	0	1.00e+00	Zfand2b
Delay discount exponential model param	16.14	1	0	0	0	1.00e+00	Zfand2b
Fecal boli incidents, locomotor time 1	176.47	1	1	3	0	1.00e+00	Zfand2b
Time >=10cm from walls, locomotor time 1	79.04	1	1	3	0	1.00e+00	Zfand2b
Vertical activity count, locomotor time 1	97.7	1	1	3	0	1.00e+00	Zfand2b
Bouts of movement, locomotor time 2	23.9	1	0	0	0	1.00e+00	Zfand2b
Total resting periods, locomotor time 2	36.28	1	1	3	0	1.00e+00	Zfand2b
Rest time, locomotor task time 2	44.91	1	1	3	0	1.00e+00	Zfand2b
Distance moved, locomotor task time 2	83.87	1	1	3	0	1.00e+00	Zfand2b
Food seeking constrained by brief footshock	15.37	18	0	0	-0.96	6.93e-90	Adcy3 Asxl2 Dnajc27 Dnmt3a Drc1 Dtnb Efr3b Garem2 Hadha Hadhb Kif3c LOC120103492 Ost4 Otof Rab10 RGD1565766 Slc35f6 Zfand2b
Run reversals in cocaine runway, females	36.45	1	1	3	0	1.00e+00	Zfand2b
Latency to leave start box in cocaine runway	34.23	1	1	3	0	1.00e+00	Zfand2b
Latency to leave start box in cocaine runway, F	31.9	1	1	3	0	1.00e+00	Zfand2b
Se content in liver	15.45	4	0	0	-1	1.90e-03	Anks1a Scube3 Snrpc Taf11

Associations by panel

Tissue	RNA modality	# hits	% hits/tests	Avg chisq
Adipose	alternative polyA	27	0.7	2.3
Adipose	alternative TSS	9	0.3	2.16
Adipose	gene expression	57	0.6	2.25
Adipose	isoform ratio	29	0.6	2.3
Adipose	intron excision ratio	42	1.3	2.93
Adipose	mRNA stability	24	0.5	2.24
BLA	alternative polyA	9	0.4	2.38
BLA	alternative TSS	13	0.7	2.35
BLA	gene expression	36	0.5	2.25
BLA	isoform ratio	19	0.6	2.35
BLA	intron excision ratio	34	1	2.7
BLA	mRNA stability	12	0.5	2.34
Brain	alternative polyA	17	0.5	2.31
Brain	alternative TSS	22	0.5	2.33
Brain	gene expression	60	0.6	2.24
Brain	isoform ratio	34	0.6	2.36
Brain	intron excision ratio	50	0.8	2.57
Brain	mRNA stability	29	0.5	2.24
Eye	alternative polyA	0	0	3.24
Eye	alternative TSS	0	0	2.1
Eye	gene expression	7	0.6	2.43
Eye	isoform ratio	2	0.3	2.13
Eye	intron excision ratio	2	0.2	2.6
Eye	mRNA stability	4	1.1	2.73
IL	alternative polyA	13	1.2	2.54
IL	alternative TSS	2	0.3	2.28
IL	gene expression	19	0.5	2.25
IL	isoform ratio	7	0.6	2.4
IL	intron excision ratio	9	0.8	2.65
IL	mRNA stability	12	0.9	2.42
LHb	alternative polyA	8	0.7	2.48
LHb	alternative TSS	0	0	2.09
LHb	gene expression	30	0.8	2.31
LHb	isoform ratio	5	0.4	2.32
LHb	intron excision ratio	8	0.7	2.82
LHb	mRNA stability	11	0.9	2.4
Liver	alternative polyA	15	0.6	2.23
Liver	alternative TSS	14	0.5	2.28
Liver	gene expression	37	0.5	2.16
Liver	isoform ratio	30	0.8	2.4
Liver	intron excision ratio	43	0.9	2.47
Liver	mRNA stability	21	0.7	2.31
NAcc	alternative polyA	13	0.4	2.31
NAcc	alternative TSS	15	0.5	2.17
NAcc	gene expression	52	0.6	2.28
NAcc	isoform ratio	21	0.5	2.23
NAcc	intron excision ratio	21	0.4	2.37
NAcc	mRNA stability	18	0.6	2.32
OFC	alternative polyA	8	0.7	2.47
OFC	alternative TSS	2	0.3	2.36
OFC	gene expression	26	0.6	2.24
OFC	isoform ratio	5	0.4	2.25
OFC	intron excision ratio	15	1.3	2.98
OFC	mRNA stability	12	0.9	2.42
PL	alternative polyA	21	0.6	2.3
PL	alternative TSS	19	0.6	2.2
PL	gene expression	48	0.5	2.22
PL	isoform ratio	25	0.5	2.23
PL	intron excision ratio	30	0.6	2.51
PL	mRNA stability	21	0.5	2.23
pVTA	alternative polyA	6	0.4	2.52
pVTA	alternative TSS	6	0.4	2.09
pVTA	gene expression	32	0.6	2.37
pVTA	isoform ratio	8	0.4	2.27
pVTA	intron excision ratio	20	0.7	2.52
pVTA	mRNA stability	11	0.8	2.33
RMTg	alternative polyA	7	1.2	2.71
RMTg	alternative TSS	2	0.4	2.28
RMTg	gene expression	11	0.6	2.38
RMTg	isoform ratio	6	0.9	2.53
RMTg	intron excision ratio	5	0.6	2.79
RMTg	mRNA stability	6	1	2.61