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. 2013 Oct 29;3(12):2289–2295. doi: 10.1534/g3.113.008078

Table 1. Assignment of Chinook genetic linkage groups to chromosomes.

Chromosome Arm CK LG Markers BAC Clone RT Chromosome RT LGa
Ots1 1p CK13 BHMS577 102N02a Omy4p 24p
1q CarbE1 86E19o Omy23 30
Ots2 2p CK12 OMM1300 318G19s Omy 17 29q
2q MHC2 4C02o Omy 17 29p
Ots3 3p CK05 Oneu102 18G23a Omy3p 31p
Ots4 4p CK8 OMM1204 113I17s Omy 6p 10p
4q B6 B6o Omy6q 10q
Ots5 5p CK11 TRSHA 354I19s Omy8p 23p
5q OMM1195 107J7s Omy5q 8q
Ots6 6q CK17 FGF6 122J17o Omy1q 6q
Ots7 7p CK16 CD83 17c24o Omy7p 12p
7q NrampB 146I11o Omy7q 12q
Ots8 8p CK14 G9 G9o Omy25 4
8q TCRb 270C12o Omy29 25
Ots9 9q CK02 GH1 167I21o Omy12q 9q
Ots10 10p CK20 CD4 275D24s Omy9p 21p
10q OMM1295 146Hs Omy8q 23q
Ots11 11p CK15 OMM1134a 271M12s Omy19p 14p
11q BHMS281 198E23a Omy19q 14q
Ots12 12p CK18 OMM3042 C9o Omy11q 19p
12p OMM3020 F1o Omy11p 19p
12q B6a B6o Omy26 18
Ots13 13p CK7 MHCIA 24K3o Omy18q 16q
13q Somatolactin 193J21o Omy27 11
Ots14 14q CK10 Omi66 366K10o Omy24 26
Ots15 15p CK23 LDHB 176H21s Omy21p 15p
Ots16 16q CK04 OMM1145 520I2s Omy9q 21
Ots17 17q CKSex Omy7INRA 197M11s Omy15q 7q
Ots18 CK33 Ssa43 322O19a Omy4q 24q
Ots19 CK22 MetB 127C24o Om2q 27q
Ots20 CK28 Ssa2 88023a Omy5p 8p
Ots21 CK09 BHMS206 26A22a Omy14q 3q
Ots22 Ck34 OMM1340 277k4o Omy16q 22q
Ots23 Ck25 TAP1 34E19o Omy2p 27p
Ots24 CK27 OMM5162 25G06o Omy16p 22p
Ots25 CK06 OMM1199 33GD8o Omy20q 17q
Ots26 CK21 OMM1010 231J20s Omy22 5
Ots27 Ck31 OMM3006 C11o Omy13 2q
Ots28 CK24 OMM1020 239K12s Omy28 13
Ots29 Ck03 OMM1087 340I3s Omy15p 7p
Ots30 CK29 OMM1348 117A19s Omy10p 20p
Ots31 CK26 MHC1B 20C13o Omy14p 3p
Ots32 CK30 Omy27DU 118G14o Omy13p 2p
Ots33 CK19 SCAR163 171H7s SEX 1
Ots34 CK32 OMM1134a 271M12s 10q 20q

Chromosomes are listed from the largest to the smallest, with Ots1–16 being metacentric (bi-armed) chromosomes and Ots 17–34 being acrocentric (uni-armed) chromosomes. Linkage groups correspond to those on the genetic map in the companion article (Naish et al. 2013). In the future, the linkage groups will be renamed to correspond to the chromosome numbers. B6 was a random clone isolated from the RT library, which goes to two telomeres. Ots 18–34 are single-armed chromosomes. a, Atlantic salmon library (CHORIO); o, Oregon State University BAC library; s, Swanson BAC library; p, short arm of the metacentric (bi-armed) chromosomes; q, long arm of the metacentric (bi-centric) chromosomes.

a

The rainbow trout LGs were used before the genetic map was connected to the chromosomes. In the recent maps (Rexroad et al. 2008; Palti et al. 2004; Phillips et al. 2009), the linkage groups are numbered the same as the chromosomes. The p and q include Ots1–Ots16 for Chinook salmon and Omy1–Omy22 for rainbow trout. Chinook chromosomes Ots17–Ots34 and rainbow trout chromosomes Omy23–Omy30 are acrocentric single-armed chromosomes. o=OSU library, s=Swanson library, and a=Atlantic salmon CHORIO library. The BACs from the “a” library were previously used as probes on rainbow trout chromosomes.