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. 2012 Aug 16;13:398. doi: 10.1186/1471-2164-13-398

Table 1.

Comparative bovine primers used for identification of the positive ovine BAC clones in the genome region between MHC Class IIa and IIb*

Name Gene symbol Primer sequence (5’→3’) Product(bp) Bovine template sequence Positive Ovine
BAC clones
S001
VPS52
F: ATCAATCAGACGATTCCCAACG
246
UniSTS:279053
12 H14;12I12;12 J14; 12 K14;120P21
 
 
R: ATCAGAAACACAAGCTGCTCCT
 
 
 
S002
ZBTB22
F: TCCTACGACTTACTCCCTCC
250
UniSTS:66823
12I12;12 J14;258 F9; 289 G18
 
 
R: GGGTCAGGTGGTTGTAGTCT
 
 
 
S003
KIFC1
F: GAGACTGTCCGAGACCTGCT
1242
UniSTS:BV104878
170 G9;217 M14;289 G18
 
 
R: CTGTGACTACGCGACGAGC
 
 
 
S004
Loc100139397
F: GGTCATCATGGAGGCAGTCT
756
Exon 6: NC_007324
19 H17
 
 
R: CGTTCTCCTAAGCCATATGC
 
 
 
S005
BAK1
F: CATTGCATGGTGCTAACCGA
293
Exon 6: NC_007324
None
 
 
R: CAAGCTCAGCCTTCCAGAAC
 
 
 
S006
IHPK3
F: ATGTATGAGAGCTTGGCACG
1000
UniSTS:267905
212D3
 
 
R: TCAGCTTGTACTCTTCCAGGG
 
 
 
S007
LEMD2
F: ACGTCTACCGCAACAAGCTG
227
ENSBTAE00000168818: Exon 1
None
 
 
R: GTCTCCGATGTCACCGTAGG
 
 
 
S008
Loc790333
F: GACTGCGAGGTGCCGAAGAA
776
Exon
94 M24;114B22
 
 
R: GTGGACGGCTACACCTGCAA
 
 
 
S009
HMGA1
F: CTCATGCTCTCATTCGGACA
625
ENSBTAE00000364012: Exon 6
57 M5
 
 
R: CAGAACAGGAGGCAATGAGG
 
 
 
S010
NUDT3
F: TGAAGTGGAGAGCCTCACAA
688
ENSBTAE00000213256: Exon 5
14E10;300 G8
 
 
R: CTTCTCAGCAGACGATGGAC
 
 
 
S011
COX5B
F: GTCTCCGTGGTGCGCTCTAT
324
ENSBTAE00000098033: Exon 1,2
130 G21;130 M2;170 K16
 
 
R: GGTGTGGCACCAGCTTGTAA
 
 
 
S012
PACSIN1
F: AAGCCAGCAACAGTAGCAGC
683
ENSBTAE00000336066: Exon 10
253I24
 
 
R: TCGTTACCTGGAGACCAAGC
 
 
 
S013
C6orf106
F: AGTGAGCGGCTGAGAGAGTT
266
ENSBTAT00000048861: Exon 1
None
 
 
R: AACTCGGAGATGAGCACGTC
 
 
 
S014
SNRPC
F: CCAATGATGAGACCTCCTGC
147
ENSBTAT00000034155:Exon 6
119P19;157 K19;223 N7; 227 J17;232 G24
 
 
R: CAGAGTCACAGCACCATGAT
 
 
 
S015
TAF11
F: TGGATGTGTGTGAGAAGTGG
561
ENSBTAT00000022463: Exon 5
194 L19;215 J4;232 G24;234C5
 
 
R: TCATGGTGGAGTATCACAGG
 
 
 
S016
ANKS1A
F: CGAGGAATGGCCACAAAG
894
UniSTS:BV105378
124P23;320A1
 
 
R: ATCGGTCTTGCCAAACAAAG
 
 
 
S017
TCP11
F: ATCAGCGGATCCACTTGTTC
373
ENSBTAT00000022467: Exon 11
24D11
 
 
R: CTGGAGCTCACACACGAGGT
 
 
 
S018
DEF6
F: ACCACCAGCAGCTCCTTCAC
496
ENSBTAT00000036152: Exon 11
21 M13;66I6;124 K16; 193E6;206 L10
 
 
R: CCTGGCTTGCTTGTTGACTC
 
 
 
S019
PPARD
F: GTTCCATGGTCACCTTCTCC
353
ENSBTAT00000023319: Exon 8
28D20;152A4
 
 
R: CCGTGAATCTCGCTTCTCTT
 
 
 
S020
TEAD3
F: CCCATCACAGCTGGATTTTA
145
UniSTS:180986
None
 
 
R: AAATGAAGTACTGTGCCCCC
 
 
 
S021
Loc540812
F: TGCACTGCAACTTCCTGAAC
263
Exon
95D10;119O20;158O6
 
 
R: GCACTGCAGGCTGACTATGA
 
 
 
S022
SRPK1
F: CAGACACTTACAGGACGTGG
273
ENSBTAT00000022396: Exon 11
269D12;285I5
 
 
R: TGAAGACTGGCACATCATGG
 
 
 
S023
SLC26A8
F: ACATCAGCACCGTCAGTCACC
222
UniSTS:476830
26A21;121O15
 
 
R: AGGCGATAGAGGACAAACCACAC
 
 
 
S024
MAPK14
F: GAATGGATAACAAAACACTT
196
UniSTS:279403
26A21;121O15
 
 
R: AGGCGATAGAGGACAAACCACAC
 
 
 
S025
MAPK13
F: AGAAGCTCAATGACAAGGCG
606
UniSTS:269171
121O15;154 M16
 
 
R: TTCCATTCGTCCACTGTGAG
 
 
 
S026
BRPF3
F: GACGCCTGCATCGTATTAGC
575
ENSBTAT00000017711: Exon 1
154 M16;250 L24; 278B11;281D9;300 J5
 
 
R: AGCCAGGTTGCAGATGTCAC
 
 
 
S027
PNPLA1
F: TCCTGAACGCTGTCAACCGA
449
ENSBTAT00000055658: Exon 7
78 M7;153 F9;268E18; 319O4;337 K13
 
 
R: CAGGTGGCTGTGCAGGTGAT
 
 
 
S028
Loc790226
F: CCATGACTCCGTAGACAAGA
483
Exon
3O16;9 G2;9 G3;9 H8; 10 N2;15B13;26D1
 
 
R: ACTGCCATAGCTACTGCTGC
 
 
 
S029
KCTD20
F: CGATGCAATCACTAAGCTGG
834
ENSBTAT00000027439: Exon 8
None
 
 
R: GCAGTTCTCATCCTTCGCAC
 
 
 
S030
RPS4Y1
F: TGCCAGCCTCTTGTCTCTCT
430
ENSBTAT00000036142: Exon 2
2A3;11 H24;63 N7; 82 N20;97O2;120P24
 
 
R: TACACCTGAGGAGGCCAAGT
 
 
 
S031
CDKN1A
F: GGATCGCTAAGAGCCGGACA
861
ENSBTAT00000011001: Exon 3
None
 
 
R: GGCAGTCGCTGCTTGAGGTA
 
 
 
S032
PPIL1
F: AATGGTCAATGCGCCTGCTT
888
ENSBTAT00000003071: Exon 4
30O17;139 K9;198 M20;271C5
 
 
R: CACCAACGGCAGCCAGTTCT
 
 
 
S033
PI16
F: CCTAGCAACAGAAGCCTCAA
461
ENSBTAT00000002703: Exon 5
54O24
 
 
R: AGGCCAAGATCTCACTGCAA
 
 
 
S034
FGD2
F: CACCTTGGTGACCAACATTC
414
ENSBTAT00000018834: Exon 16
304 K7;318I17
 
 
R: ACTGCCATAGCTACTGCTGC
 
 
 
S035
PIM1
F: AAGCACGTGGAGAAGGACCG
490
UniSTS:463218
None
 
 
R: GACTGTGTCCTTGAGCAGCG
 
 
 
S036
TBC1D22B
F: CTGTCCACCACTCCATGTCT
539
ENSBTAT00000018938: Exon 13
5 K4;26A20;49B1;98 G9
 
 
R: GGACATTCGGACGTGTAACT
 
 
 
S037
RNF8
F: TCTGAATGGTGTCTGGCTGA
708
ENSBTAT00000010959: Exon 3
None
 
 
R: TTCTCGAGCTGCTCCACTCT
 
 
 
S038
Loc509620
F: AGTGGCACACCGAAGCTC
666
UniSTS:267349
25P1;103D16;207 L11; 271 M7
 
 
R: AACTTCCTCTTGAAGCTTTTGC
 
 
 
S039
C23H6orf129
F: GGCAAGAGAACCGCAAGAAC
281
ENSBTAT00000016009: Exon 4
25P1;103D16
 
 
R: GCACGAAGTCCTTCTGGAGC
 
 
 
S040
MDGA1
F: TCTTGGCGTTGCAGAGATGA
228
ENSBTAT00000047505: Exon 16
None
 
 
R: TGTGCGTGTGTCGAACAACC
 
 
 
S041
ZFAND3
F: CGATTGGTTTAATTTTTTTTTTCA
200
UniSTS:34520
159 K21;185 L24;235B3
 
 
R: TGTGAAGTTTGTTAAATGTAAGGAA
 
 
 
S042
BTBD9
F: GATAGGTCTTACGCTGTTAG
155
UniSTS:279369
None
 
 
R: GAATGTACAGAATAGAAGTG
 
 
 
S043
Loc781915
F: AACCTCAAGTGCCTCTCCAG
714
Exon
67D11;70 N21;76E1; 240 K15;240O16
 
 
R: AACAAGTGTAGCCAGCCATC
 
 
 
S044
GL01
F: GATAGGTCTTACGCTGTTAG
155
UniSTS:279369
None
 
 
R: GAATGTACAGAATAGAAGTG
 
 
 
S045
Loc525414
F: GAAGAAGAGGTGATCGGTGTAGAG
216
UniSTS:476833
8 J2;13E21;24 K16; 24 N15;28 L5;112 N3
 
 
R: TTTCTCCTTCCCATACATTTCTGTG
 
 
 
S045b
GLP1R
F: CGAGTGTGAGGATTCCAAGC
418
Exon 4, 5 and intron
80 G15;138P3
 
 
R: GTAGCCCACCGTGTAGATGA
 
 
 
S046
C23H6orf64
F: GTCACAGCCACCATGGAGTC
415
ENSBTAT00000001425: Exon 2
19 F4;80 G15;138P3; 156B12; 336 L24
 
 
R: CGCAAGCTGTTCTCAGTCAA
 
 
 
S047
KCNK5
F: CTCCGACTCTGTGCTGGTGA
774
ENSBTAT00000014756: Exon 5
None
 
 
R: TACCACGCCTTGTACCGCTA
 
 
 
S048
KCNK17
F: AGAGTCCAGGCTCCTTCTAT
493
ENSBTAT00000013646: Exon 5
None
 
 
R: CTGCTATCCTCAGAGTTCCA
 
 
 
S049
Loc100139627
F: GTGGAGGGAACCTGCGGCAC
344
NC_007324.3: designed online
3 L3;51O8;189 L22; 253I5; 270 L14
 
 
R: AGGCCTCGGAAGAGCCCTGG
 
 
 
S050
Loc100138924
F: CTTGGTCTTGCGGGCCCCTG
493
NC_007324.3: designed online
145 G9;146 H11
 
 
R: CCAGGCTCTAGCCCTGCCCA
 
 
 
S051
DAAM2
F: CAGGGAGTGCTCTCAAAGGTAAAGG
307
UniSTS:476834
None
 
 
R: TCCTCCAGCCTGACTTCTCCTTC
 
 
 
S052
MOCS1
F: GGTCCAGGAAGGCTGAAGTG
661
ENSBTAT00000013792: Exon 11
None
 
 
R: GAAGGACGGATGGCTATGGT
 
 
 
S053
LRFN2
F: TTGTCATACACGGCGGTCCT
493
ENSBTAT00000023907: Exon 1
77E2;220 J8;325 J12; 325 J13
 
 
R: AGCTGAGCCTCGACCACAAC
 
 
 
S054
UNC5CL
F: TGACCAACGAGCAGCCACAC
278
UniSTS:476835
None
 
 
R: GCAGCAGGAGGAGCCAGAAG
 
 
 
S055
NFYA
F: GCCGATGAAGAAGCTATGAC
550
ENSBTAT00000013080: Exon 10
76 K24;118P22;136B19
 
 
R: CATGAGATGGAGCTTCCTTG
 
 
 
S056
TREM2
F: ACAACTCCTTGAAGCACTGG
229
ENSBTAT00000009568: Exon 2
86A4;178 L4;208 M19; 282 F4
 
 
R: TGGAGGCTCTGGCACTGGTA
 
 
 
S057
TREM1
F: CATCATTCCTGCAGCATGTG
515
ENSBTAT00000023397: Exon 4
30C8;73 K17;75A11; 75I21
 
 
R: GGCTGTGCCAGGTCTTAGTT
 
 
 
S058
LOC783024
F: CTGAGGACCAAGGCCATGCT
216
Exon
None
 
 
R: TGGTGTGGCACTGCAGGAAG
 
 
 
S059
FOXP4
F: AATTATCGCTCCAAGAGATTCCAC
250
UniSTS:384935
112I1;144 K17;181 F9; 299P14;314 F18
 
 
R: CCCATCCTTGTCTCCTCTTTACAT
 
 
 
S060
MDFI
F: GCTGTGTCCACTGCATCTTG
256
ENSBTAT00000025763: Exon 4
70B14;166C6;181 J11; 202B12; 229A10
 
 
R: GGTCAGGAGGAGAAGCAGAG
 
 
 
S061
PGC
F: GAAATTCTCTGCTAAACCCCTTCA
268
UniSTS:385581
14 G18;24O7;24O10; 103 G9; 139 N14
 
 
R: TCATCTAAGCAGAAACACCAGTAAATG
 
 
 
S062
USP49
F: GATGGAGTTCATGTAGCAGGTGTT
260
UniSTS:385828
None
 
 
R: GGAGCGCAAGAAGGAGGAG
 
 
 
S063
BYSL
F: TCAGAGGACCTGGAAGTGGA
538
ENSBTAT00000013326: Exon 7
3 M12;98 J10;182 F10
 
 
R: CTCTCATGCACAGCAGTGGA
 
 
 
S064
TAF8
F: TGGAGGAAGGAACTTGGTCACAGAG
228
UniSTS:476836
103 M11;133 J10;146 L22
 
 
R: GGTGCTTGAGGTTCGTTGAGTTGAG
 
 
 
S065
MGC137036
F: GAAGCAGGACCGTGAGCAGA
238
ENSBTAT00000017035: Exon 2
100O15;117E7;133 J9; 146 L22;171 L22;176P6
 
 
R: CTACGAGCGCCACAAGACCA
 
 
 
S066
TRERF1
F: GTGTGTCTGTTGCTGCGGTG
643
ENSBTAT00000020376: Exon 1
1O22;17 J12;79 H15; 81 J21;100O15;259 L15
 
 
R: TGGTCTAGGCTTGGCTGTTG
 
 
 
S067
Loc786000
F: TGGCAAGATGGCGGTGCCAG
379
NC_007324.3: designed online
6P21;32P14;142C8; 162E5;195C23;227D22
 
 
R: AGCAGCCTTGGCCCCACTCT
 
 
 
S068
UBR2
F: CTGCAAGCAACTGACCTCAC
169
ENSBTAT00000007833: Exon 2
6P21;129B6;162E5; 163E23;177 M6
 
 
R: CCAACTCAGGATCTTCACCA
 
 
 
S069
PRPH2
F: GTAGTGGACTCCAGGAACTTCG
232
UniSTS:279013
26 J6;26 L8;29 M14; 127A7;134B12;177A2
 
 
R: ACCACAGAGTCACCTGCTGAGA
 
 
 
S070
Loc540169
F: ATGAAAGGGTCAGGCGAAC
130
UniSTS:94727
144A13;164 L3;164 M2;164 M3;172O18;185 N10
 
 
R: ACAGAGCCGCTAACCGTG
 
 
 
S071
CNPY3
F: GAACAGTGGTCTGGCAAGAA
214
ENSBTAT00000021132: Exon 10
98 J16;172O18;185 N10;189O8;289 J21
 
 
R: GTTAGGCTCAGAGCTCGTCA
 
 
 
S072
CUL7
F: TTTCGACCTCGCTCTGAGTT
1,000
UniSTS:270008
74C2;189O8;289 J21; 325 K12
 
 
R: CTCCAGCATGTGCCAGTG
 
 
 
S073
PTK7
F: GACTCAGGAGCCTTCCAGTG
531
UniSTS:268417
54A6;127D14;142 L8; 163O23;204P7
 
 
R: CTGTATTGCAGCTTCCGAGG
 
 
 
S074
Loc540077
F: CTGAATACCTGATCCGATGG
417
Exon
54A6;142 L8;163O23; 204P7
 
 
R: GCATGTGCATGAGTAGGTCC
 
 
 
S075
Loc786439
F: GGCGTCTTTAATCAGGATTTGG
200
UniSTS:222501
None
 
 
R: AATCCAACACTTGAAACCGACA
 
 
 
S076
ZNF318
F: CTGTCTTCACTCGAAGCTCC
438
ENSBTAT00000013481: Exon 1
24 L23;66 G8;83 N5; 119 J9;162 F10
 
 
R: AGCTCCTACTTCGTTCCTCC
 
 
 
S077
TJAP1
F: GAGGACGAGGAAGAGCTGAA
654
ENSBTAT00000035977: Exon 12
None
 
 
R: CGTGCAGAGGATTGAAGGAG
 
 
 
S078
POLH
F: GACAGCCACACACATAAGCA
497
ENSBTAT00000007900: Exon 11
68 F17;71 H18;74P6; 124 L6;250 J4
 
 
R: GTCTCACAGAGTCGGACACG
 
 
 
S079
MRPS18A
F: AGTCGTGAGACCACTGCAGC
191
ENSBTAT00000056429: Exon 6
115P10;176 M14; 233 H10;278 K6;291I13
 
 
R: AGGACCTCCTGAGAGCCTGA
 
 
 
S080
VEGFA
F: GATCATGCGGATCAAACCTCACC
326
UniSTS:471318
12B17;12 H11;30 L7; 63B18;124 J8;249D14
 
 
R: CCTCCGGACCCAAAGTGCTC
 
 
 
S081
MRPL14
F: TCAGAACTGCTCCATTCACG
182
UniSTS:64809
117 J15
 
 
R: CAACAACGTGGTCCTCATTG
 
 
 
S082
SLC29A1
F: GGTGGTCTTTGAGCACGACT
537
UniSTS:207086
None
 
 
R: CCGGAACAGGAAGGAGAAG
 
 
 
S083
AARS2
F: CACTGGAAGCACTGCTGACC
325
ENSBTAT00000018232: Exon 22
None
 
 
R: GCAGCCAGAACAGCCATGTA
 
 
 
S084
CDC5L
F: CCAACTCAGTGGAGGACCAT
750
UniSTS:267825
134E15;147I12
 
 
R: GGCTTTGTTTCTGGATTTGG
 
 
 
S085
SUPT3H
F: CTTCTGCCTGGAACTTGCACTTG
208
UniSTS:476839
23P23;80P15;110 F4;5;6
 
 
R: TGCTTACTGTCTCCCACCTAGATTG
 
 
 
S086
Loc536911
F: TACCAGCCACCGAGACCAA
309
UniSTS:280406
9 G19;9 H22;9I23;24; 59B8
 
 
R: AGAGGCTGTTTGACGCCATAG
 
 
 
S086b
CLIC5(BM1258)
F: GTATGTATTTTTCCCACCCTGC
158
UniSTS:56663
291I15
 
 
R: GAGTCAGACATGACTGAGCCTG
 
 
 
S087
ENPP4
F: GAACCAGCTCACCAATGTGT
595
ENSBTAT00000004547: Exon 2
72 M13;74O6;127 F7; 182 K12;299 N7
 
 
R: TCCTCTGCTTCACCACCTAA
 
 
 
S088
RCAN2
F: TCTTTACTGTCTGAGCCACC
132
UniSTS:69107
None
 
 
R: TACACTCAGAGCTAGTTTGC
 
 
 
S089
CYP39A1
F: AGGTGATGGTGGCAACTATG
200
UniSTS:15671
57E15;181B7;202D23; 213A17;261 M4
 
 
R: CATGTGTCCATAATTTGATTGC
 
 
 
S090
TDRD6
F: GAGTTCTTCCACCTGCCGTC
490
ENSBTAT00000013158: Exon 1
114B7;147E14;190 N9; 329 H12;350E16
 
 
R: ATACCTGAGCCATGCTCTCG
 
 
 
S091
Loc785478
F: TACGCCACCTACACACACAC
439
Exon
65 L20;133 M1;211 N8; 233B22;233O14
 
 
R: GACTGGTAGCTCCTGATCTG
 
 
 
S092
GPR116
F: CACATCCAGTGCTTATTCAT
302
ENSBTAT00000035930: Exon 18
291 M9
 
 
R: TAGACAGAGAAGTTGGCTTG
 
 
 
S093
GPR110
F: AGTGGACAGATACCGGCTGC
452
ENSBTAT00000028795: Exon 10
None
 
 
R: AGGTGTGGCCATGTGATGGA
 
 
 
S094
TNFRSF21
F: CAGAGCAGAAGGCACCAAGT
500
ENSBTAT00000047874: Exon 11
118P16;351 H10
 
 
R: ATTGTCTGCCTCCTTGGTCC
 
 
 
S095
LOC785024
F: GGTTGTCAAGCCACTCGAAT
611
Exon
14B7;79 L8;168 N8; 264 L6
 
 
R: CGGAGTATATGGCCAGTGTT
 
 
 
S096
LOC512926
F: AGAGCAGAAGGCACCAAGTC
437
Exon
27A8;290 J19;351 H10
 
 
R: ACGCTCTGCATCTCATCACA
 
 
 
S097
CD2AP
F: TACCACAACACCAACTGCAT
309
UniSTS:278169
1 H10;14A2;75 J19; 114B12;151 J21;166 L22
 
 
R: TTACCGGGATCACAGAAACA
 
 
 
S098
GPR115
F: CACAGTGGTGGCAGCAATAA
490
ENSBTAT00000003815: Exon 5
None
 
 
R: GAATAGAGTGCAATGCCGGT
 
 
 
S099
OPN5
F: CTACATCTGCCTGGCGGTCA
287
ENSBTAT00000021933: Exon 4
167I8;228 M7
 
 
R: CATGGCTGCTATGGATCCGA
 
 
 
S100
MGC148542
F: ACATTTTCTCCTTCTTTGGCTCC
272
UniSTS:133880
1A19;1B9;140A1; 216D18;319I16
 
 
R: GATAGAGGATGACGACAAATGGC
 
 
 
S101
Loc785693
F: AGCCAGGTAGAGTTCCAATG
518
Exon
17 K13;75E1;76B22; 103 F21
 
 
R: AGTCTCGGCAGTTACCTTGA
 
 
 
S102
MUT
F: AGCAAAGCACATGCCAAAAT
750
UniSTS:279392
74 J7;8;86P12;252B10; 255 G2;266O16;313 L2
 
 
R: TTCCCCAGAAGAAAGACAAC
 
 
 
S103
Loc787783
F: GGAATCATCAACCCAGTGAGAAAGC
269
UniSTS:476844
255 G2;266O16;274D6; 288I23
 
 
R: CACACGGCGGCAGAAAGAGG
 
 
 
S104
RHAG
F: GAATCGATGACCATCCATGC
470
ENSBTAT00000015012: Exon 4,5
53D7;173C22;186 L10; 226 G3;4;226 H7
 
 
R: AGAAGGCTGGAACATGCGTA
 
 
 
S105
Loc100138627
F: AATGAATAGTATCCCCAATACCTGC
150
UniSTS:164033
None
 
 
R: GTCCACAAAACATTCTCCTTTCC
 
 
 
S106
TFAP2D
F: TAAGCTTTCGGAGAAACCCA
1422
UniSTS:482175
5 K4; 139 L18;230 K5
 
 
R: CAGCAGCAAGACTCTCTGGA
 
 
 
S107
TFAP2B
F: TGCATGCTCCCTCCTCTC
120
UniSTS:71657
25D11;25 F24;142E22; 161A23;167 J23;189D14
 
 
R: CCTCGTCCAATTATGGTGCT
 
 
 
S108
Loc100138859
F: GGAGCACCACAGTACGTAAG
561
Exon
None
 
 
R: GAGGTGTGCCTGTATTGCTA
 
 
 
S109
Loc537895
F: TTCTCTCAAATGATGAATATGCTTC
270
UniSTS:251053
56 J7;86O3;87 H23; 277 G10;277 H11
 
 
R: GGACTATTCTATGCATGCCTCTC
 
 
 
S110
IL17A
F: CACTCAGGCTGTATCAATGC
591
ENSBTAT00000002786: Exon 3
13B24;74A7;74E17; 164 H22;164I23
 
 
R: CAGCTGTGTCATGTACTCCA
 
 
 
S111
MCM3
F: TGTCCCGATTTGACCTTCTC
515
UniSTS:268664
69 G8;168E20;223C7; 263 M23;270P6
 
 
R: GTCATCAGGGCTGAAGTTGG
 
 
 
S112
PAQR8
F: TCTATGTCCTGTCCTCCATC
447
ENSBTAT00000035844: Exon 2
102 M1;160 L10
 
 
R: AGAAGAAGTAGGCACTGACC
 
 
 
S113
TRAM2
F: TGTTCTACATCTTCATCGCCA
630
UniSTS:267311
13P23;53 J18;92C23
 
 
R: ACCAGATCACCGAGCTGAGA
 
 
 
S114
TMEM14A
F: CTACCCAAGAAACACTGTCGC
286
ENSBTAT00000006857: Exon 6
2C18;31C1;139B24; 183A23;280 K17
 
 
R: AGAGCATTCTATGAAGCCCG
 
 
 
S115
ICK
F: ACGGACTGGATCGCTAAGTA
627
ENSBTAT00000020711: Exon 14
2C18;76A8;77 G6; 198C12;199 K7
 
 
R: CAGAACAGCACAGCGGTATT
 
 
 
S116
GCM1
F: AGCTGTCCAACTGCCTCCTG
363
ENSBTAT00000010709: Exon 6
141A15;199 K7;230E24; 314I2
 
 
R: TGGGAAGGGGAGAAGTCGTA
 
 
 
S117
ELOVL5
F: CTACAGCCACGAGACAGTTT
182
UniSTS:279336
64 N21;82O21;90C20; 127 J19;163 F13
    R: GGTTTCAATCATTCTTTCAT      

* The bovine oligo primers were designed along the target bovine genomic sequence at an interval of ~80-160 kb between the two neighbor loci, depending on the availability of the DNA sequence that meet the primer selection criteria. A total of 119 pairs of primers were listed here.