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Breeding for Barley with More Tillers
INQUIRYWhy Breed Barley with More Tillers?
Barley (Hordeum vulgare), the fourth largest harvested cereal in the world, which has several uses in human nutrition, animal feed and brewing. Interest in barley's potential for food breeding and exploitation has grown along with awareness of its nutritional and appealing properties. To increase barley productivity and create barley germplasm with more tillers, scientists have conducted the mechanisms relating to barley tiller. The number and size of tillers is greatly influenced by environmental factors and interplant competition and generally has a quantitative inheritance pattern. However, several simply inherited mutants decrease or increase the number of tillers per plant. Molecular breeding for barley with more tillers is one of the strategies to increase the yield of barley.
Figure 1. Architecture of barley plant with its developmental stages of tillers. (RIAZ, A.; et al. 2023)
Breeding Services for Barley with More Tillers
Lifeasible is dedicated to advancing plant breeding research through molecular technologies. We have established a comprehensive molecular breeding technology platform that can provide numbers of methods to accelerate the breeding process of barley with more tillers.
- QTL Mapping: A candidate gene approach which is performed in constructed bi- parental populations with contrasting parents to detect various QTLs and then estimate its position and effect on the plant traits after introgression.
- Marker-assisted Selection: A type of indirect selection for the desired plant phenotype which is based on the linked molecular markers banding pattern.
- Transgenics: biotechnological interventions, including genetic engineering, RNA silencing technologies, and gene editing.
Figure 2. lnt1.a double mutants with five different tillering mutants. Panels show the single mutant lnt1.a plant on the left, the double mutant plant in the middle, and other single mutant plant on the right (Dabbert, T.; et al. 2010)
Advantages of Breeding Services for Barley with More Tillers
- Experienced technical team offers a range of gene transformation services.
- Professional technical team customized a suitable genetic transformation scheme for customers to obtain transformed positive seeds for the following experiments.
- Effective and reliable plant growing strategy to harvest a large amount of transgenic positive seeds.
Lifeasible has professional technical team to accelerating plant breeding researches through molecular biology technology platforms. We can provide personalized solutions and transformation services on a one-to-one basis to meet the needs of customers. If you have a related research need or would like more information about our services, please feel free to contact us.
References
- RIAZ, A.; et al. Advances in studies on the physiological and molecular regulation of barley tillering. Journal of Integrative Agriculture. 2023, 22(1): 1-13.
- Dabbert, T.; et al. The genetics of barley low-tillering mutants: low number of tillers-1 (lnt1). Theoretical and Applied Genetics. 2010, 121: 705–715
※ It should be noted that our service is only used for research.
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