Claim · model-written summary
In the 55K SNP array, chromosome 6B had the highest percentage of missing SNP loci in CH51 and in Chinese Spring nullisomic 6B-tetrasomic 6D.
Triticum aestivumVerbatim
e4“Wheat 55K SNP array analysis verified that chromosome 6B had the highest percentage of missing SNP loci in both CH51 and Chinese Spring (CS) nullisomic 6B-tetrasomic 6D (CS-N6BT6D) and had the highest percentage of polymorphic SNP loci between CH51 and cv. Jintai 170”
Title
Xiaojun Zhang; Jianbo Li; Yudi Ge; et al. Frontiers in Plant Science 2022. doi:10.3389/fpls.2022.1006281
Other claims from this paper (7)
- Observation Line CH51 had a stable 42 chromosomes by somatic metaphase counting.
- Observation Line CH51 had 40 wheat chromosomes and two Th. intermedium chromosomes by GISH, involving translocation between J s - and St-genome chromosomes.
- Observation Line CH51 lacked a pair of wheat chromosome 6B by ND-FISH.
- Observation In the 55K SNP array, chromosome 6B had the highest percentage of polymorphic SNP loci between CH51 and cv. Jintai 170.
- Observation Line CH51 was identified as a wheat-Th. intermedium T6StS.6J s L (6B) disomic substitution line.
- Observation Line CH51 showed high levels of resistance to the prevalent Chinese leaf rust and stripe rust races in the field.
- Recommendation Line CH51 can be used as a potential germplasm in wheat disease resistance breeding.
Pyrenaria cherrapunjeana