Table 1. Sources of fish, sequence data types used in the design and testing of the Arctic charr genotyping array.
Source of fish | Methodology | Individuals | Structure | Publication |
---|---|---|---|---|
Fraser aquaculture strain (Coastal Zones Research Institute, New Brunswick, Canada) | GBS | 91 | Full sib family | Nugent et al. 2017 |
mRNA-seq | 18 | Two full sib families | Norman et al. 2014 | |
Fraser aquaculture strain (Alma Aquaculture Research Station) | GBS | 108 | Two half sib families | |
Array testing | 33* | Population | ||
Nauyuk aquaculture strain (Icy Waters, Yukon, Canada) | GBS | 24 | Population | |
Array testing | 42† | Population | ||
Nauyuk–Tree River aquaculture strain hybrids (Icy Waters) | RAD-seq | 238 | Nine hybrid Families | Christensen et al. 2018 |
Fraser–Nauyuk aquaculture strain hybrids | RAD-seq | 67 | Two hybrid families | Christensen et al. 2018 |
Nauyuk–Tree River aquaculture strain hybrids | High coverage sequencing | 8 | Population | Christensen et al. 2018 |
Tree River aquaculture strain (Icy Waters) | Array testing | 18 | Population | |
Lake Þingvallavatn Iceland | GBS | 320 | Four full sib families | Parsons et al. 2011 |
Array testing | 95 | Population | ||
Lake Vatnshlíðarvatn, Iceland | GBS | 362 | Four full sib families | Parsons et al. 2011 |
Array testing | 64 | Population | ||
Lake Mývatn, Iceland | GBS | 9 | Population | |
Mývatn lava caves, Iceland | GBS | 39 | Population | |
Array testing | 20⧧ | Population | ||
Lake Galtaból, Iceland | Array testing | 57 | Population | |
Lake Mjóavatn, Iceland | Array testing | 31 | Population | |
Lake Svínavatn, Iceland | Array testing | 90 | Population | |
River Fljótaá, Iceland | Array testing | 32 | Population |
* Three of the Fraser strain individuals in the test set were also parents of the two half sib families utilized in GBS in SNP discovery.
† Twenty-four of the Nauyuk strain individuals in the test set were also used in SNP discovery.
⧧All 20 of the Mývatn lava cave fish in the test set were also used for SNP discovery