Whole-genome prediction of complex traits using kernel methods

Whole-genome prediction of complex traits
using kernel methods
Gota Morota
May 12, 2014
1 / 31
Outline
• Part 1: Kernel-based whole-genome prediction method
• Part 2: Application to dairy cattle and wheat data
• Part 3: Application to dairy cow health traits
• Part 4: Application to broiler chicken data using genome
annotation
• Part 5: Ph.D.-wide Conclusions
2 / 31
Quantitative genetics – related individuals
3 / 31
Prediction of complex traits from genotypes
1) GWAS-based prediction
• select influential markers first and then predict
• single marker regression (2001)
• marker assisted BLUP (MABLUP, 1989)
2) Whole-genome prediction
• use all available markers simultaneously
• Whole-genome marker regression
• Kernel-based regression
4 / 31
How to parameterize response variable y ?
1. prediction of additive genetic effects
• y = E + a +
2. prediction of total genetic effects parametrically
• y = E + a + d + a ∗ a + a ∗ d + d ∗ d
g
+
3. prediction of total genetic effects non-parametrically
• y = E + g +
5 / 31
Whole-genome marker regressions
50K SNP panel (n << p)
1. additive model
• 50K RV to predict
2. additive + dominance model
• 50K + 50K RV to predict!
3. additive + dominance + second-order epistasis model
• 50K + 50K RV + 50K(50K-1)/2 RV to predict!!
⇓
Overparameterization!!!!!
6 / 31
Kernel methods
Regression of a phenotype on a n × n symmetric positive (semi)
definite matrix K
⇓
a) Parametric
• A: Pedigree kernel
• G: Additive genomic kernel
• D: Dominance genomic kernel
b ) Non-parametric
• GK: Gaussian kernel
• MK: Mat´ern kernel
• DK: Diffusion kernel
⇓
In non-parametric kernels, choice of the metric determines
characteristics of a kernel
7 / 31
Example of kernel methods: Genomic BLUP
y = g + (where g = Xβ) (1)
BLUP(ˆg) = [I + (XXT
)−1 σ2
σ2
β
]−1
y. (2)
Under common marker variance assumption,
σ2
β =
σ2
g
2 j pj(1 − pj)
(3)
Then, BLUP(ˆg) = [I + G−1 σ2
σ2
g
]−1
y (4)
where G = XXT
2 j pj(1−pj)
→ Is this the best kernel??
8 / 31
Euclidean space – Gaussian Kernel
Euclidean distance is a metric on a metric space called Euclidean
space
Figure 2 : 3-dimensional Euclidean
space. −∞ ≤ (X, Y, Z) ≤ ∞
Suppose, we observed two
individuals with 3 SNP
genotypes.
• ID1 = x1 = (0,2,2)
• ID2 = x2 = (2,1,0)
Euclidean distance (genetic distance) on R3
||x1 − x2|| = (0 − 2)2 + (2 − 1)2 + (2 − 0)2 = 3
9 / 31
Diffusion on 3 dimensional graph (Morota et al., (2013))
0 1 2
012
0
1
2
1st Genotype
2ndGenotype
3rdGenotype
(2,1,2)
(2,0,1)
(0,1,2)
(0,2,0)
(0,1,0)
(0,1,1)
(1,0,0) (2,0,0)
(1,1,0) (2,1,0)
(1,2,0) (2,2,0)
(1,0,1)
(1,1,1) (2,1,1)
(0,2,1) (1,2,1) (2,2,1)
(0,2,2) (1,2,2) (2,2,2)
(1,0,2)
(1,1,2)
Figure 3 : SNP codes are viewed as coordinates of genotypes in
p-dimensional space. → spatial distance
10 / 31
Bayesian kernel ridge regression
A quantitative genetics decomposition is
yi = g(xi) + i (5)
y − g 2
+ λ g 2
H (6)
• The representer theorem is used to find the optimal g.
(α) = y − Kα 2
+ λ Kα 2
H (7)
Here, g = Kα, is the function that minimizes (7).
• Kα 2
H
= α Kα, so that the function to be minimized is
(α) = (y − Kα) (y − Kα) + λα Kα. (8)
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Kernel Averaging (Multiple Kernel Learning)
• Fit three kernels simultaneously: K1, K2, and K3
K = K1
σ2
K1
˜σ2
K
+ K2
σ2
K2
˜σ2
K
+ K3
σ2
K3
˜σ2
K
• Example 1: Three Gaussian kernels: GK1, GK2, and GK3
K = GK1
σ2
GK1
˜σ2
K
+ GK2
σ2
GK2
˜σ2
K
+ GK3
σ2
GK3
˜σ2
K
• Example 2: Three parametric kernels: G, D, and G#D
K = G
σ2
G
˜σ2
K
+ D
σ2
D
˜σ2
K
+ (G#D)
σ2
GD
˜σ2
K
12 / 31
Part 2: Application (Morota et al., 2013)
Holstein
• 7,902 Holstein bulls (USDA-ARS AIPL)
• 43,382 SNPs
• PTA of productive life (PL)
Wheat
• 599 inbred lines
• 1,279 binary markers
• average grain yield
Methods
• Bayesian kernel ridge regression (RKHS method)
• Cross-validation
13 / 31
Averages of kernel elements and their predictive
correlations for the Holstein data
Kernel θ k(xi, xj) Cor(ˆytest
, yPTA
)
DK 10 0.138 0.727
11 0.483 0.745
11.5 0.644 0.739
12 0.765 0.739
13 0.907 0.734
14 0.966 0.729
GK 5 × 10−5
0.237 0.721
2 × 10−5
0.551 0.736
1 × 10−5
0.749 0.742
5 × 10−6
0.866 0.736
3 × 10−6
0.917 0.734
1 × 10−6
0.971 0.729
G1 NA -0.000126 0.729
G2 NA -0.000113 0.730
14 / 31
Averages of kernel elements and their predictive
correlations for the wheat data
Kernel θ k(xi, xj) Cor(ˆytest
, ytrain
)
Diffusion 3 0.136 0.586
3.25 0.289 0.580
3.5 0.466 0.577
4 0.752 0.547
5 0.962 0.522
Gaussian 0.005 0.134 0.582
0.003 0.290 0.579
0.002 0.434 0.562
0.001 0.655 0.558
0.0005 0.809 0.556
G1 NA -0.003 0.518
G2 NA -0.003 0.521
15 / 31
Part 3: Application (Morota et al., 2014)
Data
• 4,482 dairy cows (Zoetis)
• 41,266 SNPs
• EBV and PCP of six health traits
Two steps approach
1. variance components estimation using parametric kernels
2. predict total genetic values using parametric and
non-parametric kernels
Methods
• Bayesian kernel ridge regression (RKHS method)
• Cross-validation
16 / 31
Estimated ratios of variance components (weights)
Traits Types Variance Components
VG/VP VD/VP VGD/VP
KET
PCP 0.09 0.13 0.14
EBV 0.25 0.03 0.01
DA
PCP 0.06 0.09 0.25
EBV 0.39 0.04 0.30
RP
PCP 0.05 0.09 0.35
EBV 0.27 0.03 0.07
LAME
PCP 0.06 0.07 0.39
EBV 0.39 0.03 0.27
METR
PCP 0.06 0.07 0.21
EBV 0.31 0.05 0.42
CM
PCP 0.06 0.07 0.26
EBV 0.36 0.02 0.16
17 / 31
Scatter plots of relationships among G, D, and GD
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−0.05 0.05
−0.040.000.04
animal1
Additive relationship
Dominancerelationship
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−0.05 0.10 0.25
−0.040.020.06
animal2
Additive relationship
Dominancerelationship
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−0.05 0.10
−0.020.020.06
animal3
Additive relationship
Dominancerelationship
q
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0.0 0.2
−0.040.020.06
animal4
Additive relationship
Dominancerelationship
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−0.05 0.05
0.0000.0040.008
animal1
Additive relationship
Additivebydominancerelationship
qq
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q
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qqqqqqqqqqqqqqq qqqqqqq qq qq
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−0.05 0.10 0.25
0.0000.0100.020
animal2
Additive relationship
Additivebydominancerelationship
q qqq
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−0.05 0.10
0.0000.010
animal3
Additive relationship
Additivebydominancerelationship
qq
q
qqqqqqq
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q qq qq qqqqqq qqq qqq qqqqqqqq
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qqqqqq qqqq qqqqqqqqqqqqqq qqqqqqqqq q
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0.0 0.2
0.0000.0100.020
animal4
Additive relationship
Additivebydominancerelationship
qqq
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−0.04 0.02 0.06
0.0000.0040.008
animal1
Dominance relationship
Additivebydominancerelationship
qq
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−0.04 0.02 0.08
0.0000.0100.020
animal2
Dominance relationship
Additivebydominancerelationship
q qqq
q
qqq qqq qq
qqqq
q
qqqq
q qqqq qqq qqq qq
qq qqqqqqqqq
qq qq q
qqqqqqqqqq q
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qqqqqqq qq qq
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qq
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qq qqq qqqq qqqqq qqq qqq qq
qq qq qqqqq qqqqqqqqqqqqqqq
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qq qqq qqqqqq qqqqq qqqqq qqqqqq qqqqqqqq qq qq qqqqqqqqq qqq qqq q qq qq
q qqq qq
q
qqqqq
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qq q qqq qqq qq
q
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qqqq qqqqqq qqqqqqqq qqqqqqq q
q
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q
q qqqq qqq qqq q
q
q
q qqqqqq qq
q
qq qq qqqq
q
qqq q
q
q
qqq
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qqqqq
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qq
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qqq qqq
q
q
q
qq q
q q
qqqq
qq qq
q
qqqq qqq
q
q
q
qqqq qqq qqq qq qqq qqq
q
q
qqqqq q
q qq
qqqq q
qqqqqqqqqq
q qq qqqqqq qqq
qqqqqq
qqqq q
q
q
qqqqqq qqqq qqqqqqqqqqqqqqq qq qqqq qqqqq qqq qqqqqq q
q
qqq qqq q
q
qqq qqqq q q
q
qqqq q
qqqq qq q
qq qqqqq qqqq q qqq
qq q q
qqq qqqqqq
qqq qq qqqqqq qqq qqqqqqqqqqq q
q
qqqqqqqq qqq qq
q
qq q
qq qq qqq
q q
qqqqq qq qqqq
qq qq
qq qq qq
q
q qq qqq
qq qqqqq
q
q
q
q qqqq q
q
qq qqq q qq qq
qqqqqqqq qq qq
q
q qqq q qq qqqqqqq qqq
q qqq
q
q
qqqqq qqq qqq qq qqqqqqqq q
qq
qq q
q
qq qqqqqqqqqqqq
q
qqqqqqq qq q
q
qq q
qqqq qqq q
q
q
qq
qqqq q
q
q
m m
18 31
Predictive correlations for six health traits
Traits Types Kernels
G GKA GKD GKALL ALL
KET
PCP 0.16 0.18 0.16 0.19 0.18
EBV 0.85 0.86 0.84 0.87 0.86
DA
PCP 0.07 0.08 0.07 0.08 0.07
EBV 0.59 0.61 0.53 0.59 0.60
RP
PCP 0.03 0.05 0.05 0.06 0.05
EBV 0.65 0.67 0.60 0.66 0.65
LAME
PCP 0.07 0.08 0.04 0.07 0.05
EBV 0.64 0.66 0.58 0.65 0.64
METR
PCP 0.05 0.07 0.04 0.05 0.05
EBV 0.48 0.52 0.43 0.50 0.49
CM
PCP 0.07 0.08 0.05 0.07 0.07
EBV 0.72 0.74 0.68 0.73 0.73
19 / 31
Part 4: High-density genotyping chips
• Cattle
Figure 5 : 50K SNP array (2007)
Figure 6 : 778K SNP array (2010)
• Chicken
Figure 7 : 60K SNP array (2011)
Figure 8 : 600K SNP array (2013)
20 / 31
International Sequencing Consortiums
Figure 9 : Human (2001) Figure 10 : Chicken (2004)
Figure 11 : Bovine (2009) Figure 12 : Swine (2012)
Coding DNA sequences cover only tiny fraction of the entire
genomes. The role of non-coding sequences?
21 / 31
Functional?
Figure 13 : FANTOM (2000∼) Figure 14 : ENCODE (2003∼)
Figure 15 : Evolutionary genetics Figure 16 : Quantitative genetics??
Which genomic regions are influential in the context of quantitative
genetics?
22 / 31
Methods
• Data
• 1,351 chickens (Aviagen Ltd. )
• body weight at 35 days (BW), ultrasound area of breast meat
(BM) and hen house production (HHP)
• Affymetrix 600K chips (580,954 SNPs)
• Kernel-based Bayesian ridge regression
• (α|λ) = ||y − Kα||2
+ λ||α||2
• 600K → n
• 10 fold CV
Purpose of this study
Which genomic regions play an important role in prediction of
complex traits?
23 / 31
Genomic regions
Physical positions of SNP were mapped to Gallus gallus 4.0
assembly
• genic vs. intergenic regions (IGR)
Figure 17 : Illustration of intergenic DNA (Wikipedia)
• 5’ and 3’ UTR, exon, intron
Figure 18 : Gene structure (Wikipedia)
24 / 31
Annotation
Table 1 : Numbers of SNPs assigned to each genomic
region.
Annotation # of SNPs annotated after filtering
IGR 299,498 193,970
Genes ± 1kb 281,455 184,047
Genes 266,947 183,768
Exons 29,764 19,511
CDS 21,975 14,416
Genomic region specific kernels
• All → K0
• IGR → K1
• Genes±1kb → K2
• Genes → K3
• Exons → K4
• CDS → K5
25 / 31
Body Weight (BW)
All CDS Exons Genes Genes1kb
q
q
q
0.16
0.18
0.20
All
CDS
CDS−IGR
Exons
Exons−IGR
Genes
Genes−IGR
Genes1kb
Genes1kb−IGR
Genomic regions
Predictivecorrelation
26 / 31
Breast Meat (BM)
All CDS Exons Genes Genes1kb
q
q
0.25
0.26
0.27
0.28
0.29
All
CDS
CDS−IGR
Exons
Exons−IGR
Genes
Genes−IGR
Genes1kb
Genes1kb−IGR
Genomic regions
Predictivecorrelation
27 / 31
Hen House Production (HHP)
All CDS Exons Genes Genes1kb
q
q
q
0.19
0.20
0.21
0.22
0.23
0.24
All
CDS
CDS−IGR
Exons
Exons−IGR
Genes
Genes−IGR
Genes1kb
Genes1kb−IGR
Genomic regions
Predictivecorrelation
28 / 31
3D Chromosome Structure
Figure 19 : Lieberman-Aiden et al. (2009) Science.
29 / 31
Ph.D.-wide Conclusions
No single approach stands out (traits dependent)
Figure 20 : Methods Figure 21 : Kernels
⇓
Functional genomics + quantitative genetics
30 / 31
Acknowledgements
Advisor
• Daniel Gianola
Committee
• Corinne Engelman
• Guilherme Rosa
• Grace Wahba
• Kent Weigel
Data
• USDA-AIPL
• CIMMYT
• Aviagen
• Zoetis
Animal Genetics group
• 4th floor
• 6th floor
31 / 31
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Whole-genome prediction of complex traits using kernel methods

  • 1. Whole-genome prediction of complex traits using kernel methods Gota Morota May 12, 2014 1 / 31
  • 2. Outline • Part 1: Kernel-based whole-genome prediction method • Part 2: Application to dairy cattle and wheat data • Part 3: Application to dairy cow health traits • Part 4: Application to broiler chicken data using genome annotation • Part 5: Ph.D.-wide Conclusions 2 / 31
  • 3. Quantitative genetics – related individuals 3 / 31
  • 4. Prediction of complex traits from genotypes 1) GWAS-based prediction • select influential markers first and then predict • single marker regression (2001) • marker assisted BLUP (MABLUP, 1989) 2) Whole-genome prediction • use all available markers simultaneously • Whole-genome marker regression • Kernel-based regression 4 / 31
  • 5. How to parameterize response variable y ? 1. prediction of additive genetic effects • y = E + a + 2. prediction of total genetic effects parametrically • y = E + a + d + a ∗ a + a ∗ d + d ∗ d g + 3. prediction of total genetic effects non-parametrically • y = E + g + 5 / 31
  • 6. Whole-genome marker regressions 50K SNP panel (n << p) 1. additive model • 50K RV to predict 2. additive + dominance model • 50K + 50K RV to predict! 3. additive + dominance + second-order epistasis model • 50K + 50K RV + 50K(50K-1)/2 RV to predict!! ⇓ Overparameterization!!!!! 6 / 31
  • 7. Kernel methods Regression of a phenotype on a n × n symmetric positive (semi) definite matrix K ⇓ a) Parametric • A: Pedigree kernel • G: Additive genomic kernel • D: Dominance genomic kernel b ) Non-parametric • GK: Gaussian kernel • MK: Mat´ern kernel • DK: Diffusion kernel ⇓ In non-parametric kernels, choice of the metric determines characteristics of a kernel 7 / 31
  • 8. Example of kernel methods: Genomic BLUP y = g + (where g = Xβ) (1) BLUP(ˆg) = [I + (XXT )−1 σ2 σ2 β ]−1 y. (2) Under common marker variance assumption, σ2 β = σ2 g 2 j pj(1 − pj) (3) Then, BLUP(ˆg) = [I + G−1 σ2 σ2 g ]−1 y (4) where G = XXT 2 j pj(1−pj) → Is this the best kernel?? 8 / 31
  • 9. Euclidean space – Gaussian Kernel Euclidean distance is a metric on a metric space called Euclidean space Figure 2 : 3-dimensional Euclidean space. −∞ ≤ (X, Y, Z) ≤ ∞ Suppose, we observed two individuals with 3 SNP genotypes. • ID1 = x1 = (0,2,2) • ID2 = x2 = (2,1,0) Euclidean distance (genetic distance) on R3 ||x1 − x2|| = (0 − 2)2 + (2 − 1)2 + (2 − 0)2 = 3 9 / 31
  • 10. Diffusion on 3 dimensional graph (Morota et al., (2013)) 0 1 2 012 0 1 2 1st Genotype 2ndGenotype 3rdGenotype (2,1,2) (2,0,1) (0,1,2) (0,2,0) (0,1,0) (0,1,1) (1,0,0) (2,0,0) (1,1,0) (2,1,0) (1,2,0) (2,2,0) (1,0,1) (1,1,1) (2,1,1) (0,2,1) (1,2,1) (2,2,1) (0,2,2) (1,2,2) (2,2,2) (1,0,2) (1,1,2) Figure 3 : SNP codes are viewed as coordinates of genotypes in p-dimensional space. → spatial distance 10 / 31
  • 11. Bayesian kernel ridge regression A quantitative genetics decomposition is yi = g(xi) + i (5) y − g 2 + λ g 2 H (6) • The representer theorem is used to find the optimal g. (α) = y − Kα 2 + λ Kα 2 H (7) Here, g = Kα, is the function that minimizes (7). • Kα 2 H = α Kα, so that the function to be minimized is (α) = (y − Kα) (y − Kα) + λα Kα. (8) 11 / 31
  • 12. Kernel Averaging (Multiple Kernel Learning) • Fit three kernels simultaneously: K1, K2, and K3 K = K1 σ2 K1 ˜σ2 K + K2 σ2 K2 ˜σ2 K + K3 σ2 K3 ˜σ2 K • Example 1: Three Gaussian kernels: GK1, GK2, and GK3 K = GK1 σ2 GK1 ˜σ2 K + GK2 σ2 GK2 ˜σ2 K + GK3 σ2 GK3 ˜σ2 K • Example 2: Three parametric kernels: G, D, and G#D K = G σ2 G ˜σ2 K + D σ2 D ˜σ2 K + (G#D) σ2 GD ˜σ2 K 12 / 31
  • 13. Part 2: Application (Morota et al., 2013) Holstein • 7,902 Holstein bulls (USDA-ARS AIPL) • 43,382 SNPs • PTA of productive life (PL) Wheat • 599 inbred lines • 1,279 binary markers • average grain yield Methods • Bayesian kernel ridge regression (RKHS method) • Cross-validation 13 / 31
  • 14. Averages of kernel elements and their predictive correlations for the Holstein data Kernel θ k(xi, xj) Cor(ˆytest , yPTA ) DK 10 0.138 0.727 11 0.483 0.745 11.5 0.644 0.739 12 0.765 0.739 13 0.907 0.734 14 0.966 0.729 GK 5 × 10−5 0.237 0.721 2 × 10−5 0.551 0.736 1 × 10−5 0.749 0.742 5 × 10−6 0.866 0.736 3 × 10−6 0.917 0.734 1 × 10−6 0.971 0.729 G1 NA -0.000126 0.729 G2 NA -0.000113 0.730 14 / 31
  • 15. Averages of kernel elements and their predictive correlations for the wheat data Kernel θ k(xi, xj) Cor(ˆytest , ytrain ) Diffusion 3 0.136 0.586 3.25 0.289 0.580 3.5 0.466 0.577 4 0.752 0.547 5 0.962 0.522 Gaussian 0.005 0.134 0.582 0.003 0.290 0.579 0.002 0.434 0.562 0.001 0.655 0.558 0.0005 0.809 0.556 G1 NA -0.003 0.518 G2 NA -0.003 0.521 15 / 31
  • 16. Part 3: Application (Morota et al., 2014) Data • 4,482 dairy cows (Zoetis) • 41,266 SNPs • EBV and PCP of six health traits Two steps approach 1. variance components estimation using parametric kernels 2. predict total genetic values using parametric and non-parametric kernels Methods • Bayesian kernel ridge regression (RKHS method) • Cross-validation 16 / 31
  • 17. Estimated ratios of variance components (weights) Traits Types Variance Components VG/VP VD/VP VGD/VP KET PCP 0.09 0.13 0.14 EBV 0.25 0.03 0.01 DA PCP 0.06 0.09 0.25 EBV 0.39 0.04 0.30 RP PCP 0.05 0.09 0.35 EBV 0.27 0.03 0.07 LAME PCP 0.06 0.07 0.39 EBV 0.39 0.03 0.27 METR PCP 0.06 0.07 0.21 EBV 0.31 0.05 0.42 CM PCP 0.06 0.07 0.26 EBV 0.36 0.02 0.16 17 / 31
  • 18. Scatter plots of relationships among G, D, and GD q q q q q q q q q q q q q q q q q qq q q q q q q q q q q q q q q q q q q q q q q q q qq q q q q q q q q q qqqq q q q qq q q q q q q q q q q q q q q q q q q q q q q q q q q qq q q q q q q q q q qq q q q q q q q q q q q q q q q q q q q q q qq q q q q qq q qq q qq q q q q q q q q q q q q q q qq q q q q q qq q q qq q qq q q q q q q q q q q q q q q q qq q qq q q q q q q q q q q q q q q q q q q qq qq q q q q q q q q q q qq q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q qq qq q q qq q q q q q q q qq q q q q q q q q q q q q q q q q q q q q q q q q q qq q q q q q q q q q qq qq qqq q q q qqq q qq q qq q q q q qqq q q q q q q q q q q q q q q q q q q q q q q q q q qqqq q q q q q q qq q q q q q qq qq q qq q q q q qq q q qqq qq qq q q q q q q q q q q q qq q q q q q qq q q q qq q q q q qq q q q q q q q q q q q q q qq q q q q q q q q q q q q q q q q q qq q q q q q q q qq q q q q q q q q q q q q q q q q q qq q q q q q q q 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q q q q q q q q qqq q q q q qq q q q q q q q q q q qq q q q q q q q q q q q qq q q q q qq q qq q q qq q qq q q q q qq q q qq q q q q q q q q q q q q q qq q q q qq q q q q q q q q q q q q q q q q q q q q q q qq q q q q q qq q q q q q q qq q q q q q qq q q q qq q q qq q q qq q q qq q qq q qq q q q q q q q q q q q q qq q q q q q q q q q q q q q q q q q q q qq q q q qq q qq q qq q q qq q q q q q q q q qq q q q q q q q q q q q q q q q q q qq q q q q qq qq q q q q q q q qq q q −0.05 0.05 −0.040.000.04 animal1 Additive relationship Dominancerelationship q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q qq q q q q q q qqq q qq qq q qqq q q q qqq q q q q q q q q q qq q q q q qq q q q q q q q q q q q q q qq q q q qq q q q qq q q q q q q q q q q qq q q q qq qq q q q q qq q qq qq q q q q q q qqqqq q q q qq q q q q qq q q q q q q q q q q q q qq qq q q q q q q qq q qq q q q q q q q q qq q q qq q q qqqqqq q q q qqqqq q qq q qq q q q q q qq qq q q q q qq qq q q q q q qqq qq q qqqq q 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q q q q q q q q q q q q q qq q q q q q q qqq q q qq q qqq q q q q q q q q q q q q q q q q q q q q q q q qq q q qq q q q q q q q q q q q q q qqq q q q q q q qqqq q q q q q q q q q q q q qqq q q qq q q qq q q qq qq q q q q q q q q q q q qq q q q qq q qq q q qq q q q q q q q q q q q q q q q q qq q q qq q qqqq q q q q q q q q q q q q q q qq q q q q q q q q q q q q q qqq qqq q q q q q q qq qq q q q qq q q q qqq qqq q q q q q q q q q q q q q q q q q q q q q qq q q q q q q q q q q q q q q q qqq q q q q q q q q q qq qq q q q q qq q qq q q q qq q q qqq q q q qq q q q q qqq q q q q q qq qq q q qq q q q q qq qq qqq qq q q q q qq q qq q qq q q q q qq q q q q q q q q q q q q q qqq q q q q q qq q q q −0.05 0.10 0.25 −0.040.020.06 animal2 Additive relationship Dominancerelationship q q qq q qqq q q q q q qqq q qq q q q q q q qq q qq q q q q q q q qq q qq q q q qq q q q q qq q q qq q q q q q q q q q q q qq q qqq q q q qq q qqq q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q 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relationship Dominancerelationship q q q q q q q q q q q q qq qq q q q q q q q q q q q q qq q q q qqq q q q q q qq q q q q q q q q q q q q q q q q qq q qq q q qqq q q q q q q q q q q q q q q q q q q qq q q q q qq q q q q qq qq q q qq q q qq q q q q q qq q q q q q q q q q qqq q q q q q q q qqq q q q q q q q q qqq q q q q q q q qq qqq q q q qq q q qq q q q q q q q q q qq q qq q q qq q qq q q q q q q q qqq q q q q q q q q q qq q qq q q q q qq q q q q q q qq qq q q q qq q q q q q q qqq q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q qq q q q q qq q q qqqq q q q q qq q q q q q q q q q q q q q q qq q q qq q q q q q qq qq q q q q q q q qq q q qqq q qq q q q q q q q q q q qqqq q q q qq q q qq q qq qqq q qq q q q qq q q q q q q q q q q qqqq q q q q qqq q qq q q q qq qq q q q q q q q q q q q q q q q q q q q q qqq q q q q q q q qq q q q q q q q q q q q q q q q q q q q q q q q q q q q qq q qq q qq q q qqq q qq q qq q q q qq q qq q q q q q q q q q q qq qq qq q q q q q q q q q q q q q q q qq q q q q q q q qqq q q qq q q q q q q q q q q q q q q q qq qq q q q q q qq q q q qq q q q q q q q q q q q qqq q q q qq qq q q q q q q q qqqq q q q qq q qq q q q qq q qqq q q q q q q q q q q qq q q q qq q q qq q q q q q q q q q q q q q q q q qqq qq q q q q q q q q q q qq q qq q q q q q q q q q qq q qq q q q q q qq q q qq qq q q q q q q q qqqq q q q q q q qq q q q q q q q q q q qqqq q q q qq q q q q q q q qq q qqq q q q q q q q q q q q q q q q qq q q q q q qq q q qqq q q qq q q q q q q q qq q q q q q qqq q q q q qqq q q q q qq q q q q qq q q q q q q q q q qq q qq q q q qq q q qqq qq q q q q q q q q q q q qq qq q q q q q qqq q q q q q q q q q q q q q q q q q q q qq qq q q q q qq q q q q q q q qqq qq q q qq qq q q q qq qq q q q q q q q qq q q qq q q q q q q q q qqqq q qq q q qq q q q q q q qqqq q q q q qq q q q q q q q q q q qq q q q q q q q q q q q q qq qq q q qq q q q q q q qqq q q qq q q q q qq qq q q q q qq q q q q q q q q qq qq q q q qqqqq q q qqq q q q q qq q qqqq q q q q qq q 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q q q q q q q q q qq q q q qq q q q q q qqqq q q q q q q q q qq q q q q qq qq q q qqq q qq q q q q q qq q q q q q q q q q q q q qq q q q q q q q q q q qq q qqq q q q q q q q qq q q q q q q qq q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q q qqq q q q q q q qq q q qqq q q qq q q q q q q q q q qq q q q q q q q q q qq q q q q q q q qq q qq qq q q q q q q q q q q qq q qq q q q q q q q q q qq q q q q q q qq q q q q q q q q q q q q q qqq q q q qqq q q q q q q q q q q q q q q q qq qq q q q q q q q qq qq q q q q q q q q q q qq q q qq q q q q qq q qq q q q qqq q q q q q q qqq q q q q qq q q q q q q q q q q qq qqq q q q q qq qq q q qq qqqq qq q qq qq q q q q q q q q q qqq q q q q qq q q qq q q q q q qq q q q q q qq q q q q q q q q q q qq qq qq q q q q q q q q q q q q q q q q q q q q qq q q q q qq qq q q q q q qqq q q q q q q q q q q q q q qq q q q q q q q qq q q q q q qq q q q q qqq q q q qq q q qq qq q q qq q q q q q q q q q qq q q q q qq q q q q q q q q q q q q q q qq q q q q q qq q qq q qq q q q q q q q q q q q q q qq q q q q q q q q q q qq q q q q q q q q q qq q qq q q q q q q q q qq q qqqq q qq q q q q qq q qq q qq q qq q q q q q q q q q q q q 0.0 0.2 −0.040.020.06 animal4 Additive relationship Dominancerelationship qq q q q qq q qq q q q q qq q qq q qq qq qq q q q qq q qqqq q q q q q q q qq q q q qq q q q q q q qq q q q qq qq qq qq qqq qqq q q q q q q q q qq q qq q qqq q qqq q q qq qq q qqqqq qq q q q qq q q q q q q q q qq q qq q qq q qq qqq q q q qqqq q q qq q q q qqq q q qqqq q qqq qqq q q q qqq qq q qq q q q q qqq qq qqq q q q qq qqq q qq q qqqqq qq q q qq q q q qqqqq q q q q qq qq q q q qqq q qqq q qq q qq qq q q qqq q qq q q qq q qqqqq qqqq q qq qq q qqqq q q qqqq qq qqq qq q q q q qq q q q qqqq q qqqq q q q qq qqqqq qq q qqq qqq q qqqq qq qqq q q qq q qqq q qq q qq q qqq qqq q q qqqqqq q qq qqq qq qq qq q qq qqq qqq q q q qq qq qqq qq qq q qq q qq q qq qqq q qq qqq q qqq q qq q qq q qqq q qq q q q qqqqq qq q qq qq qqq q qqqq q q qqqqqqq qq q qq q 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qq q q qq qq qq q q qqq qqq q qq q q qqqqqqq q q qqq q q q q q q q q q qq qqq q qq q q qq qq q qq q qqqqq qqqqq qqqq q qqqq qq qqqqqq qq qq q qqq qqq q q qq q q q qqqq qq q qq q q q q qq q q qq q qq q q qqq q q qqq q q q q qqq q qqqqq q q q qqq q q q qq q q q q q q q q q qq q q qqq q qqqq qq q qqqq q q q q qq −0.05 0.05 0.0000.0040.008 animal1 Additive relationship Additivebydominancerelationship qq qqq qq qq qqqqq q q qqqqq qqqqqqq q q q q qqqq qq qqqqqqqqqqqqq qqqqqqqqqq qq qqqqq qqqqqqqqq qqq q qq qq qqqqqqqq qqqqq qqqqqq q qqqqqqqqq qqqqq qq qqqq qq q qqqq qqqqqq qqqqqqqqqq q qqqqqqqqqqqqqqq qqqqqqq qq qq q qqqqqqqq qq q q qqqqqqq qq qqqqqq q q qqqqqqq qqqqqqqq qqqq qq q qqqqq qqqq qqqqqq qq q qqqqqqqq qqq qqqqqqqqqq qqqqqqqq q q q qqqq q qqq qqq qqqq qq q qqqqqqq q qqq qqq q q q q qqq qqqqq q qqq q qqqqqqqqq qqqqqq qqqq q qqqqqq qqq q q qq qqqq q q qqq q q q qq qqqqq qqqqqq qq qqqqq qqq qq q qqq qqqqqqqqqq qqqq qq qqqqq q qqqq q qqqqqqq q qqqqqqqqqqqqqqqqqqq qqqqqqq qqqqqqqqqq qqqqqqqqqqq q qqqqq qqqqq qqqq qqqqqqq qqqqq qqq qqqqqqqq qqqqq qqqqq qqqq qqq q q qqq qqq qq qqq qqqqqq qqqq q q qqq q qqq qqq qq q q qqqq qqqqq qqqqq q qq qq qqq q q qq qqqqqqqq qqqqqqqqqqqqqqq qqqqqqqq qqqq q q qq q q qq qq q qq q q qq qqqqqq qqqqqqq qqqqqqq q qqqqq qqqq qqq qqqq qq qqqqq q qqq qqqqqq qq qqqqqqqqqq qqqq qqqqqqqqqq qqq qqqqqqqqqqqqq qqq q q qq qqqqqqqqqqqqqq qqqqq qqqqqqqqqqqq qqqqqqqqqq qqqqqqqqqq q qqqq qqqqqq q qqqqq qqq qqqq qqqqq qqq q qqq q qq q q qqqq qqq qq q qqqqq qqqqqq qqqqqqqq q qqq qqqq qq q qqq qqqqqq qqqq qqq qq qqqqq qqqqqq q q qq qq q qqq qq qq qq qq qq qqqqqqqqqqq qqqqqqq qq qqq qq qqq qqqq q qqqqqqqq qq q q qqqqqqqqqqqqq qqqq qqq q q qq qqqqq qqq qqqqqqqqqqqq qq q qq qqq qqqqq qqq qq q q qqqqqqqqqqqqqq q q qq q q q qqqqq qqqq q q qqqq q q q qqqqq qqqqqqq q qq qqqq q qqqqq qqqqqqqqqq qqq qq qqq qqqqqq qqqq qq qqq q qqqq q q q qqq qqqqqq qqqqq qq qqqqqqq qqq q qqqqq qq q qqqq qq qqqqqqqq qq qq qqqq qqq qqqqqqqqqqqqqqqq qqqq q qqqq q qq q q q q qq q 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qqq q qq qqqqqqqq q qq q q q qqqqqqqqq q qqq q q qq qqq qq qqqqqq q qq qq qqqqqq qqqq qqq qqqq qqqqq q qq qqqqqqq qqqqq qqqqqq qq q qqqq q qqqqqq q qq qq qqqqqqqqq qqq q q qqq qqqqq qqq q qq qqqqqqqq qqqqqq q qqqqqqqq q q qq q q qqq qqq q qqq qq q q q qq qq qq q q q qqqq qqqqqqqqq qqqqqqq qqq qq qq q q qqqq qqq qqqqqq qqqqqqqqqqqqq qq qq q qq qqq q qqqqqq q q qq qqqqqqqqq qqq qqqqq qqqqqqqqq q q qqqqqqq qqqqqqq qqqqqqqq q qqq q qqq q q q q q qq qq qq q qqqqq qqqqq qqqq qqqqq q q qqqqqqqq qq qqq qqqqq qqq q qqqqqqqqq qqqqqqqqqqq qq qqqqqqqqqqq q q q qq qqqqqqqqqqqqqqqqqq qqqqqqqq qqq qqqqqqq qqqqqq qqqq qq qqqq qqqq qqqqqqq qq q qqqq qqq qqqqq qqqqq qqq qqqqqqqqqqqqqqqq q q qqqqq qqqqqqq q qq qq q qq qqqqqqq qq qq q qqqqqqqqqq qq q q qqqqqqqqqqqqq q qq qqqqq q q q qqqq q q q qqqq qqqqqq qqq qqqqqqq q q q qqqq qq q qqq qqq q qq q qqqq qq q q qqq q q qqqq qqqq q qqq qqqqqq q q q qq q q q q qqqqqqqqq q qqq qq qqqqqqqqqqqqqqqqqqqqqq qqqqqq qqqqqqqqq q qqq qq qqqq qqqqq q qq qqqqq qqq qqq qqq q qqqqq qqq q qqq q qqq qqq qqqqqqqq qqqqqqq qqqqq q qq q q qq qqq q qq q qqq qqq qqqqqqqqqqqqqqqqq qqqqq qqq qqqqqq q qqq q qq qqqq qq qq q qqqq q qqq qq q qq −0.05 0.10 0.25 0.0000.0100.020 animal2 Additive relationship Additivebydominancerelationship q qqq q qqq qq qqq qqqq q qq qq q qqqq qqq qq qq q q qqqq qqqqq q qq qqq qq qqqqqqq qq qqq qqqqqqqqq qqqqqqqqqqqqq qqqqqqqqqq qqqq q qqq qq qqqqqqq qqqqqqqqqqq qqq q qqq qq qq qq qqqqqqqq qqq qqqqqqq qqqqqqqq qqqq q q qqqqqqqqqqq q q qq qqqq q q qqqq qqqq q q q qqq q qqq qq qqqqqqqq q qqqqqqqqq q q qqq qqqq qqq qqqqqqqq qqqqqqq qqqq qq qqqqqq qqqqq qqqqq qqqqqq qq qq qqqq qqqqqqq q qqqqq qqqqqqq qq qqqqq q q qqq qqq q qq qqq q q qqqqqqqqqqqqqqqqqq qqq qqq qqq q q q q qqq q qq qq q qq q qqqqqqqqqqqqqqq qqqqqq qqq qq q qqq q q qqq q qqq q q qqqqqq q q qqqqq qqqq qq q qqqqq q q qqqqqqq qq qq qqqq qqqqq qqqqq qqqq q q qqqqqq qqqqq qq qqqqqqqqqqq qqqqq qqqq qq qqq qq qq qqq q qqq qqqqqqq qqqqqqqqqqqqqq qq qqq qq qqqq qqqqqqq qqqqqqqqq qqq qqqq q q qqqq qqqqqq qqqqqqq qq qqq qqqq qqqqqqqq qqqqqqqqq qqqqq qqqqqqq qqqqq q q q qqq qqqq qqqq qqq qqq qqqqqqq qqqqqqq q qqq qqq qqqqqq qqq qqqqqqqqq q qq qq qqqqqqqq qqqqqqqqqq q qq qq qqqqqqqqqq qqqqq q qq qqq qqqqqqq qqqqqq qq qqq qqqqqqq q qqqqqqq q q qqqqqq q qq qqqqqqqqq qqqqqqqqqqq qqq qq qqqq qq qqqqq qq q qqq q q qqqq qqqqqqqqq qqqq qqq qqq qq qqq qqqqqqqqq qqqqqqqqq qqqqqq qqqq qq qqqqqqq qq qqq qqqqqqqq qq qqqqqq q q q qq qqqqqq q q qqqqqq qq qqqqq qqqq q qqqqqqqq q q qqqqqq qq qqqq q qqqqq q qqqqqq qqqqqqq qqqqqqqqqq qqqqqqqqq qqqqqqqqq qq qqqqqqqqqq qqqq qqq qq qqqqqqqqqqqqqqqqqqq qqqq q qqqq qqq qqq qqqq q qqqqqq q qqqq qqqqqqq qqq qq qqqqqqq qq qq qq qqq qqqqq qq qq qqqqqq qqqqqqq qqqq qqqq qqqqq q qqqq qqqqqqqqqqq q qqqq qqq q qq qqqq q q qq qq qq qqqq qqqq q qqqqqq qqq q qqqqq qqqqqqqq q q qqq q qq qq qqq qqqqqqqqq qq qqqqqqqqqqq qq qqqqqqq qq q qq qqq qqqq qqq q qqq q qqq qqqq qqq qqqqq qqq q qqqqqqqqq qqqqq qqqqqqqqqqqqq qqqqqqqq qqqq qq qqq q qqqqq qq qqqq q qqq q qqqq qqqq qqqq q q qqqq qqqqqqqq qqqqqqq qq qqqqq qqq qqqqqqqqqq qqqqqqqq qqqqq qqqqqqqqqqq qqq qqqqqqqqqqq q qqq qqqqqq qqq qqqqqq q qqqq qqqqqqqqqq qqqqqq q qqqqqqqqqq qqqq qqqq qqqq qqq q q qqq q qq qqqqq qqqqqq q q qqqqqq q qq qqqqq qqqq q q qqqq qqqqq qq qqqq qq q q q qqqqqqq qqqq qqq qq qqq q qqqqqqqqqqq qqqqqqq qq qq q q qq q qqqq qqqq qqqq qqqqqqq qqqq qqqqq q qqq qqqqqqqqqq qqqqqqqqqq qqqqqq qq qq qqqqq q qqqq qq q q qq qqqqqqq q q qq qqqq qq qq qqqqq qqqqq q qq q qqqqqqq qqqq qqqq q qqq q q qq qqqq qqqqq qqqqq qqqqq qqqq qq qq qqqqqqqqqqqqqqqq qqqq qqq q q qqqq qq qq qqq qqqqq qqqqqqqqqq q qqqqqq qqq q qq qq q q qqqqqqqqqqqqqq qqqq qqqq q qq qqqqqqqqq qqq qqqqqqq qqq qq qqqq qqq qqqq qqq qqqq q qqqqqq qqqq q q qqqqqq qqqqqqqqq q q qq q qq qqqqqqqqqqqqqqqqqqqq qq qq qq q qqqqq qqq q q q qq qq qqq qqqq qqqq qqq qq qqqq qq qqq qqqqq qqq qqq qqqqq qqqqqq q q qq q qqqqqq qq qqq qq q qq q qq qq qq qqq q qqq qq q q q qqqqq qqqqq qq qqq qqqqqqqqq qqq qqq qqqq qqqq qqqqq qq q 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qqqqq q qq q q qqqq qqq qqqq qqqq qq qq −0.05 0.10 0.0000.010 animal3 Additive relationship Additivebydominancerelationship qq q qqqqqqq q q qq qq qqqqqq qqq qqq qqqqqqqq q qqqqqq qqqq qqqqqqqqqqqqqq qqqqqqqqq q qq qqqqq q q qqq qqqqqqqqqq qqqqqq qqqqqq qqqqqqqqq qq qqqqqqqqqq q qqq qqq q q q q qqqqq q qqqq qqqqqqq qqqqqqqqqqq q qqqqqqqqqq q q qqqqqqqqq qqqqqq qqq qqqq qqqqqq q qqq qqqqqqq q q qqqqq qq q q qqqqqq qqqqqq qqqqqqq q q q qqq q q qqq qqq qq q qqqqqqqq q qqqq q qq q q qqqq qqqqqq q qqqqqq qq q q qq qqqqq q qqqq qqqqq qqqqqqqq qqqq qqqq qq qqqq qqqqq qqqqqq qqqqqqqqqq q qqqqqqqqq q qqqqq qq q qq qqqqqqqqqqqq qq q qqqqqq qqqqq qqqqq qqq qqqqqqq q q qqqq qqqq qq qqqqqqqqq q qq qq q qqqqq q qq qqq q qq q qqq qqqqqqqqqqqqqqq qqq qq qqqqq q qqqqqqqq qqqqqqqq qqq qq qqqqqqq qqqqqqq q q q q q qqqqqqqqqqq qqqqqq qq qq q qq qqqq qq qqq qqq q qqq qqq qqq qq q q q qqqq qqqq qqq qqqq qq qqqqqqqqq q qqqqqqq qqqqqq q q qq qq qqqqq q q qq qq qq qqqqqq qq qqqqqqqqqqqqqqqqqqqqqqqqq qqq qq 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qqq qq qqqq q q q qqqqqqq qq q qqq qqqq qqqqqqq qq q q q qqqqqq qq qqqq qqqqqqqqqqq q qq q qqq qqqq qqqqqq qq qqqqqqqqqqq qqqqqq q q qqq qq qqq q q q qqq qq q qqqqqq qqqqq qqqq qqqqqqqqqqqq qqqqq qqqqq qqqqqq qqq qqqqqq qq qqqqqqqqqqqq qqqqqq qqqqqq qqqqqqqqq qqq qq qqqqq qqqq qqq qqqqq qqqq qqqqqqqqq qqq q q qqqq q q qqqqqqqqqq qqq qq qqqqq qqq qqqqqqqqqqqq qqq qqq qqqqqqqq qq qqq qqq q q q qq qqqqqqq qqqq q qqqqq q qqqq q qqqqqq qqqqqqqqqq qqqq q q qq qq qqqqqqq qq q qq q qqq qqq qqqqqqqqq qqqqqq qq qqqqq q qqq qqqq q qqq qqq q qqqqqqqqqqqq qqqqqqq qqqq q qqq qq qqqq qqqq q qqqqqqqqqq qq qq qqqqq q q q qqqqqq qqqq qqqqqqqqqqqqq qqq qqq qqqqqq qq qq q qqq qq qqq q q qqqqqqq qqqq qq qq qq qqqq qqqqq q qq qqqqqq qqq qqqqqqqqqqqqqqqqqqq qqqqqqqqqqqqqqq qq qqq qq q qqqqqqqq qqqqqqqqqqq qqqqqqq qqq qqq qqqqqq q qqqq qq qqq qqqqqq q q qq qqqqq qqqqqqqqqqqqqq qq qqqqqqqqqq qqqqqqqqqqqq q qq qqq q qqqqqqq qqqqqqqqqqqqqqqqqqqqqqq qq qqqq qq qqqqqqqqqq qqqqqqq qq qqq qq q q q q qq q qqqqq qq qqqqqq q qq qqqqqqqqqqqqqqq qqqqqqqqqq qq qqqq qq qq qqqqqq q qqqqqqq q q q q qqq qqqq q q q qqqq qqqqq q qqqq qq q qqqqqqqqqqqqqqqqq qqqq qqqqqqqqqqq q q q qqqqqqqqq q qqqqq qqqqq qq q qqq q qqqqqqqqqq qqq qqqqq qqqq qqqqqqqqq q qqqqq qqqqqq qqqqqqqq q qqqq qqqqqqq q qq q q qqq qq qq qq qqq qqqq qqqq qqqqqqqqqq q qq qqqqqqqqqq qq qqqq qqqqqqqq qqqqqqqq q qqqqqqq qq q qqqqqqq qq q qq qqqqq qqqqqqq qqqqqqq qqqq qqqqq qqqqqqqqqqq qq qqqqq qqqqqq qqqq qqqqqqqqqqqq qqqqqq qq qqqqqqqqqqq qqqq qqqqqqq qqqqqqqqqqqqqq qq qq qq qqqqq qq qq qqqq qqqqqqqqqq qqqq qqqqq qqqqqqqqqqqqqqqqqqqqqqq qq qqqqq qqqq qq q q qq qq qq q qqq q qqqqq qqqq qq qqq qqqq q q qqq qqqqqqqq qqqqqq qq q qqqqqq q qqq q q q q q q q q q qqqqqqq qq q q qqq qqqqqqq q q q q qq q q qq q qqqq q q qqqqq q qqq q qq qqq qq q qqqqq q qqqqq qqqq q qqqqqqqqqqq qqq qq qqqqqq qq q q qqq qq qqq 0.0 0.2 0.0000.0100.020 animal4 Additive relationship Additivebydominancerelationship qqq q q qq q qq qq q qqqq qq q q q qq qq qq q qq q q qq q q qq q qq q qq q q q qq qq q q q q qq q q qqq qq qq qq qqqq q q q q q q q q q q qqqqq q qq q q qq qq q q q qq q qqq qqq q q q qqq q q qq q q q q qq q qq q qqq qq qqq q q qq q qq q q q q q q q qqq q qqq qq q qqqqqq q q q qqq qq q qq q q q q qqq qq q qq q q q qqqqq q qq q qqqqqqqqq qq q q q qqqqq q q q q qq qq q q q qqqqq qq q qq qqq qq q q qqq q q q q q qq q qqqqqq qqq q qqq q q qqq q q q q qqqqq qqq q q q q q qqq qq q q qqq q qq q q q q qqqqqqqq qq qqqq qqq q qqq q qq qqq q q qq q qqq q qq q q q q qqq qqqq q qq qqqqqqqqqq qq qqqqq qq qqq qqq q q q qq qq qqqqq qq q qq q qq q q q qqq q q q q qq q qqq q qq q qq q qqq q qq q q qqqqqq qq q qq qq qqq q qq qq q qqq qqq qq qq q qq q qq qq qq qqq q qq qq q q q q q qq q q q q qqq q q qq q qqq q qqq qqq q q qq q qq q q q q qqqqqq q q q q qqq q q qqqqq q q q q qqq q q qq q qq qq q q qq qqqq qqqq qqqqqqqqqq qq q q qq q q qq q qqq qq q qq qqq qqq qq qqqqq q qqqq qq q q q qq q q q q q q q q qq q q qqq q q q qqq q q q qqq qqqq qqq qq qqq q q q qqqq 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0.06 0.0000.0040.008 animal1 Dominance relationship Additivebydominancerelationship qq qq q qqqq qqqq q q q qqqqq qq qqq qq q q q q qqqqq qqq qqqqqq qqqqq qqqq qqqqqq qq q qqqq qqq qq qq qq qqq q qqq qqqq qq qqq qq qqqq qqqqq qqqqq qqqqq qq qqqqq qqq qqq q qqqqqq qqqq qqqqqqqq qq q qq qqqqqq qq qq qqqq qqqqqq qqqq q qq qqq q qqq q q q q qqqq qq qq qqqqqq q qqqqqqqq qqq qqqq qqq qq qq q q qq qqqqqq q qq qqqqq q qqqqq qqqqqqqq qqq qq qqqq qq qqq q q q q q qq qq q q qq qqq qqqqq qq qq qq q qq q qqq qq qq q q q qqq qq qq q q q qq q qqqqq qqqq q qqqqqqqqq q qqqqqq qqq q q qq qqqq q q qqq q q qqq qqqqqqqqqqq qqqq qqq qqqqq q qqq qq qqqqqqqq qqqqqq qq qqq q q qqq q qq qq qq q q qqq qqqqq qqq qqq q qqqq qqqq qqq qqqqqqqq qq qqqq qqq qqqq q qqqqq q qqqq qqq qqq qqqq qqqq qqqq qqqqqqqqqqq qqqqq qqq qqqqq qqq q q qq qqq qq qqq qqqqqq qqqqq q q qq qq qq qqq qq q qqqqq qqq qqq qqqq q qqqq qqq q qqqqqqqqq qqq qq qqqqqqqqqq qq qqqqqqqq qqqqq q qq q q qq qq q qq q qqqq qqqqqq qqqqqqqqqq qqq q qq qqq 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qqqqqqqqqq qqq qqqqqq qqq q qq q q qq qqqqqq qq q qqqq q qqq qq qqq −0.04 0.02 0.08 0.0000.0100.020 animal2 Dominance relationship Additivebydominancerelationship q qqq q qqq qqq qq qqqq q qqqq q qqqq qqq qqq qq qq qqqqqqqqq qq qq q qqqqqqqqqq q q qq qqq qq qqqq qqq qq qqqqq qqq qqq q qq qq qq qqq q q qqq qq qqqqqqqqq qq qq qqqq qq q q q qqq qq qq qqqq qqqqqq qqq qqqqq qq q qqqqqqqqqqq q q qqqqq qqqq qqqq qqq qqq q qqq qq qqqqqq q qqq q qqqqqqq qq qqq q q q qqqq qqqq q q qqqqqqq qqq qqqqqqqqqqq qqqqqqq q qqq q qqqqq qq qqqqqq qqqqqqqqq qqqqqq q qqqqqq q qqqqq qq qqq qqqq qqqqqq qqqqqqq q qqqqq q qqqq qqqqqqq qq qqqqq q qqqqqqqqq q q q q qqq qqq qq q qq q qqqq q qqqqqqqq qq qqq qqqq qqqqqqq q q q qqq q qqqq q qqqqqq q qqq qqq qq qq qq q qqqq q q q qqqq qq qqq qqqqq qqqqqq qqqqq qq qqq q qqqqqq qqq qqqqqqq qqqqq qqqqq qqq qqqq qqqqq qq qqqqqq qqq qqqqqqqqqqqqqq qqqqqqqqq qqq qqq qqqqq qqqqqq qqqqqq qq qq q qqqq q q qq qq qqq qq qqqqq qqq qqqqqqqqqqqqqqqqqqqqq qqqqq qqqqqqq qq qqq qqqq q 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q qq qqqqqqqq q qqqq q qq qqqqq qqq qq qqqqqqqqqqq q qqq qq qqq qq qq q q qqqqqqqq qqq qq qq qqqqqq qqq qq qq qqq q qq qqq qqqq q q q qq qqqqqqqqqq qqqq qqqq qq qqqqqqqq qq q qqq qqqqqqq qqqqq qqqqq qqqqqqq qqq qqqq q q q qq qq qq q q qqqq qqq qq q q q q q q q qqqqq q qq q qqq qqqqqqqqq qqq qqqqq qqq qq q qqqq qqq qq qqqqqq qqqqqqqqqqqqqqq qq q qqqq qqqq q qqqq q q qq qqqq qqq q qqq qqqqqqqqq qqqqqq qqq qq qqq qqqqq qqq q qqqq qqqqq qqqqqqq qqqq qqqqq qqq qqq qqqqqqq qqq qqq qqqq qq qqq q qq qqqqq q q qq qqqqq q q q qqqqq q qqq q q q qqqq q q qqq qqqqqq qqq qqqqqqqqq qq qq qqqq qqqqqqqqqqqqqqqqq qqqq qq qqq qqqq qqqqqqq qqqqq qqq q qqq q qq qq qq qqq qqqq qqqqq qqq qqq qq qq qq qqqqq qqqqqqqqqqqqqqq q q qqq qqqq qqqq q q qq qqqqqqq qqq q qq qqq qq qqqqq qqq qqqqqq qq qqq qqqq qq qq qq qqqqqqq qqqqqqqqqqqq qqqqq qqqq qq q qq q qqqq qqqq qqq qqqq qqqq q qqqqq qq q qqqqq qqq qq qq qqq q qqq qq qqq qqq q q qqq qqqq qq q qqq qqq qqqqq qq qqq qq qqqqqqq qqq q qq qq q q q qq qqqq qq qq qqqq qqqqq qqqqqq qqqqqqqqqqq qqq qqq qqqqq q qqqqq qqq qqqqqq qq qq qqq qq qqq qq qqqq qq qq qqq qq q qq q qqq qq qqqqqqq qqqq qqqq qqq qq q qq qqq q qqqqq qq qqq qqqqqq qqqqq qqqqq qqqqqq qqqqqqqq qq qq qqqqqqqqq qqq qqq q qq qq q qqq qq q qqqqq q qq q qqq qqq qq q q qq q qqqq qqqqqq qqqqqqqq qqqqqqq q q qqq qqq q q qq qq q q qqq qq qqqqq qqq q q qqqq qqq qqq q q q q qqqqqq qq q qq qq qqqq q qqq q q q qqq q qqqqq q qq q qqq qqq q q q qq q q q qqqq qq qq q qqqq qqq q q q qqqq qqq qqq qq qqq qqq q q qqqqq q q qq qqqq q qqqqqqqqqq q qq qqqqqq qqq qqqqqq qqqq q q q qqqqqq qqqq qqqqqqqqqqqqqqq qq qqqq qqqqq qqq qqqqqq q q qqq qqq q q qqq qqqq q q q qqqq q qqqq qq q qq qqqqq qqqq q qqq qq q q qqq qqqqqq qqq qq qqqqqq qqq qqqqqqqqqqq q q qqqqqqqq qqq qq q qq q qq qq qqq q q qqqqq qq qqqq qq qq qq qq qq q q qq qqq qq qqqqq q q q q qqqq q q qq qqq q qq qq qqqqqqqq qq qq q q qqq q qq qqqqqqq qqq q qqq q q qqqqq qqq qqq qq qqqqqqqq q qq qq q q qq qqqqqqqqqqqq q qqqqqqq qq q q qq q qqqq qqq q q q qq qqqq q q q m m 18 31
  • 19. Predictive correlations for six health traits Traits Types Kernels G GKA GKD GKALL ALL KET PCP 0.16 0.18 0.16 0.19 0.18 EBV 0.85 0.86 0.84 0.87 0.86 DA PCP 0.07 0.08 0.07 0.08 0.07 EBV 0.59 0.61 0.53 0.59 0.60 RP PCP 0.03 0.05 0.05 0.06 0.05 EBV 0.65 0.67 0.60 0.66 0.65 LAME PCP 0.07 0.08 0.04 0.07 0.05 EBV 0.64 0.66 0.58 0.65 0.64 METR PCP 0.05 0.07 0.04 0.05 0.05 EBV 0.48 0.52 0.43 0.50 0.49 CM PCP 0.07 0.08 0.05 0.07 0.07 EBV 0.72 0.74 0.68 0.73 0.73 19 / 31
  • 20. Part 4: High-density genotyping chips • Cattle Figure 5 : 50K SNP array (2007) Figure 6 : 778K SNP array (2010) • Chicken Figure 7 : 60K SNP array (2011) Figure 8 : 600K SNP array (2013) 20 / 31
  • 21. International Sequencing Consortiums Figure 9 : Human (2001) Figure 10 : Chicken (2004) Figure 11 : Bovine (2009) Figure 12 : Swine (2012) Coding DNA sequences cover only tiny fraction of the entire genomes. The role of non-coding sequences? 21 / 31
  • 22. Functional? Figure 13 : FANTOM (2000∼) Figure 14 : ENCODE (2003∼) Figure 15 : Evolutionary genetics Figure 16 : Quantitative genetics?? Which genomic regions are influential in the context of quantitative genetics? 22 / 31
  • 23. Methods • Data • 1,351 chickens (Aviagen Ltd. ) • body weight at 35 days (BW), ultrasound area of breast meat (BM) and hen house production (HHP) • Affymetrix 600K chips (580,954 SNPs) • Kernel-based Bayesian ridge regression • (α|λ) = ||y − Kα||2 + λ||α||2 • 600K → n • 10 fold CV Purpose of this study Which genomic regions play an important role in prediction of complex traits? 23 / 31
  • 24. Genomic regions Physical positions of SNP were mapped to Gallus gallus 4.0 assembly • genic vs. intergenic regions (IGR) Figure 17 : Illustration of intergenic DNA (Wikipedia) • 5’ and 3’ UTR, exon, intron Figure 18 : Gene structure (Wikipedia) 24 / 31
  • 25. Annotation Table 1 : Numbers of SNPs assigned to each genomic region. Annotation # of SNPs annotated after filtering IGR 299,498 193,970 Genes ± 1kb 281,455 184,047 Genes 266,947 183,768 Exons 29,764 19,511 CDS 21,975 14,416 Genomic region specific kernels • All → K0 • IGR → K1 • Genes±1kb → K2 • Genes → K3 • Exons → K4 • CDS → K5 25 / 31
  • 26. Body Weight (BW) All CDS Exons Genes Genes1kb q q q 0.16 0.18 0.20 All CDS CDS−IGR Exons Exons−IGR Genes Genes−IGR Genes1kb Genes1kb−IGR Genomic regions Predictivecorrelation 26 / 31
  • 27. Breast Meat (BM) All CDS Exons Genes Genes1kb q q 0.25 0.26 0.27 0.28 0.29 All CDS CDS−IGR Exons Exons−IGR Genes Genes−IGR Genes1kb Genes1kb−IGR Genomic regions Predictivecorrelation 27 / 31
  • 28. Hen House Production (HHP) All CDS Exons Genes Genes1kb q q q 0.19 0.20 0.21 0.22 0.23 0.24 All CDS CDS−IGR Exons Exons−IGR Genes Genes−IGR Genes1kb Genes1kb−IGR Genomic regions Predictivecorrelation 28 / 31
  • 29. 3D Chromosome Structure Figure 19 : Lieberman-Aiden et al. (2009) Science. 29 / 31
  • 30. Ph.D.-wide Conclusions No single approach stands out (traits dependent) Figure 20 : Methods Figure 21 : Kernels ⇓ Functional genomics + quantitative genetics 30 / 31
  • 31. Acknowledgements Advisor • Daniel Gianola Committee • Corinne Engelman • Guilherme Rosa • Grace Wahba • Kent Weigel Data • USDA-AIPL • CIMMYT • Aviagen • Zoetis Animal Genetics group • 4th floor • 6th floor 31 / 31