Table 2 Utilization of molecular markers for diversity and phylogenetic analysis of noug (Guizotia abyssinica)
Marker | Populations | Year | Study aims | References |
|---|---|---|---|---|
RAPD | 70 populations of Ethiopian origin | 2007 | Genetic diversity study and its correlation with their respective altitude range | Geleta et al. (2007) |
RAPD | 18 cultivars from Indian origin | 2008 | Genetic diversity evaluation | Nagella et al. (2008) |
AFLP | 70 population from Ethiopia | 2008 | Genetic diversity analysis | (Geleta et al. 2008) |
ISSR | 35 accessions from Indian Origin | 2015 | Genetic diversity using ISSR and biochemical markers (oil content parameters) | Hussain et al. (2015) |
ISSR | 37 populations from Ethiopia | 2007 | Genetic diversity study | Petros et al. (2007) |
SSR | 29 noug and 4 from its wild progenitor obtained from Ethiopia | 2015 | Pattern of domestication, genetic diversity within noug and between its wild progenitor | Dempewolf et al. (2015) |
SSR | 65 accession from Ethiopian origin | 2017 | Genetic diversity assessment | Abebaw and Solomon (2017) |
SSR | 100 accessions from Ethiopian origin | 2018 | SSR based Genetic diversity estimation | Aboye et al. (2020) |
SNP/KASP | 24 accessions from Ethiopia | 2020 | Developing new SNP/KASP markers for population genetics analysis | Tsehay et al. (2020) |
SNP/SSR | 30 genotypes from Ethiopia | 2022 | RNA-Seq based transcriptome sequencing to generate novel genomic resources and assess their microsatellite frequencies | Gebeyehu et al. (2022) |