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Table 6 Candidate genes for tropical adaptation co-localised with regions of reduced heterozygosity in Djallonke and Sahelian sheep

From: Analysis of pooled genome sequences from Djallonke and Sahelian sheep of Ghana reveals co-localisation of regions of reduced heterozygosity with candidate genes for disease resistance and adaptation to a tropical environment

Sheep

Chr.

Genomic coordinates

Candidate gene

Trait Inference

Reference

DJ

1

85,955,810-86,011,841

GNAI3

Melanogenesis (Thermo-tolerance)

Kim et al., 2016

DJ

1

188,388,916-188,441,236

LMLN

Melanogenesis

Kim et al., 2016

DJ

1

42,584,598-42,656,778

IL12RB2

Immune functions

Roffler et al., 2016

DJ

1

168,393,395-168,624,986

ALCAM

Immune functions

Roffler et al., 2016

DJ

1

121,075,675-121,168,117

SYNJ1

Phosphatidylinositol dephosphorylation

Roffler et al., 2016

Both

2

52,423,842-52,445,175

NPR2

Skeletal Morphology and body size

Kijas et al., 2012

DJ

4

9,433,282-9,465,962

KRIT1

Regulation of endothelial cell proliferation and migration

Roffler et al., 2016

DJ

4

85,316,865-85,381,180

TSPAN12

Regulation of signal transduction of cell surface receptors

Roffler et al., 2016

Both

5

41,256,802-41,272,546

APC

Immune functions (Tumour suppressor)

Roffler et al., 2016

Both

6

36,514,210-36,556,824

ABCG2

Urea Metabolism (Homeostasis)

Kijas et al., 2012

Djallonke

6

94,584,400-94,605,575

FGF5

Regulation of fibroblast growth factor receptor

Kijas et al., 2012

Both

7

63,450,344-63,456,226

BMP4

Body size and development

Kim et al., 2016

DJ

3

204,447,104-204,461,390

OLR1

Internalization, degradation of oxidised low density lipoprotein by endothelial cells

Roffler et al., 2016

Djallonke

3

108,235,641-108,685,027

TRHDE

Regulation of appetite and digestion

Kim et al., 2016

Djallonke

3

154,219,234-154,397,986

MSRB3

Regulation of response to oxidative stress

Kijas et al., 2012

Both

3

35,907,955–36,031,445

ALK

Immune function (Protein phosphorylation)

Kim et al., 2016

Both

3

99,472,045-99,509,159

IL1R1

Immune function

Kim et al., 2016

Djallonke

9

54,817,997-54,825,977

IL7

Immune function

Kim et al., 2016

Both

10

36,838,524-36,858,872

ATP12A

Homeostasis (Potassium and Sodium)

Kim et al., 2016

Djallonke

10

40,800,056-40,821,770

PCDH9

Homophilic cell adhesion

Kim et al., 2016

Both

11

36,083,204-36,098,540

PDK2

Homeostasis

Kijas et al., 2012

Both

11

18,245,395-18,411,418

NF1

Homeostasis

Kijas et al., 2012

Both

13

78,815,423-78,893,076

NFATC2

Immune function

Kijas et al., 2012

DJ

13

666,266-1,154,524

PLCB1

Thermotolerance

Kim et al., 2016

DJ

15

45,551,281-45,552,222

OR2AG1

Response to stimulus

Kijas et al., 2012

Both

16

38,969,273-39,028,126

PRLR

Reproduction

Kijas et al., 2012

DJ

17

18,131,831-18,226,233

ELF2

Regulation of transcription

Kim et al., 2016

DJ

17

29,240,707-29,257,289

PGRMC2

Reproduction

Kim et al., 2016

DJ

18

19,723,286-19,802,578

ABHD2

Wound healing

Kijas et al., 2012

DJ

18

4,690,980-4,728,935

ALDH1A3

Energy, digestive Metabolism

Kim et al., 2016

Both

18

38,107,388-38,110,333

FOXG1

Regulation of transcription

Kijas et al., 2012

Both

19

31,583,789-31,811,540

MITF

Melanogenesis

Kijas et al., 2012

DJ

19

7,255,507-7,331,066

GLB1

Cellular metabolism

Kijas et al., 2012

DJ

19

33,852,131-34,140,194

SUCLG2

Cellular metabolism

Kim et al., 2016

Both

20

26,649,266-26,651,191

HSPA1A

Homeostasis

 

Both

21

49,011,232-49,012,130

IFITM21

Immune functions

Roffler et al., 2016

DJ

21

42,526,284-42,531,851

BATF2

Immune functions

Roffler et al., 2016