Plant genotyping is defined as the process of mapping genes and metabolic pathways among plants. Genomic variation is an essential part of plant genetics and crop improvement. DNA testing in plant tissues is an important process in agricultural research, including crop trait development and seed quality control. Scientists in the plant development community need tools to address various issues, including disease resistance, transgenic seed development, yield improvement, population genetics, and plant physiology.
Analyzing high-quality DNA from leaves, seeds, and another plant material is essential for reproducible DNA analysis by quantitative PCR, genotyping by sequencing (GBS), or next-generation sequencing (NGS) methods. This genotyping summarizes the current state of genotyping and next-generation DNA sequencing technologies and then provides the next level of studies where next-generation DNA sequencing has been used in plant species for genotyping application.
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Growing adoption of modern technology in agriculture is fueling plant genotyping equipment demand
The primarily global market is driven by the mainly significant growth of biotechnology in the agriculture field. In the processing development of agriculture biotechnology, modern techniques can transform the framework of the agricultural sector. The genetic engineering techniques genotyping of modified crops is one of the main outcomes of genetic engineering techniques with profound claims to provide new genetic traits in plants that could express insect resistance, pest resistance, and high nutrient value. Genotyping has the potential to contribute significantly to agricultural innovation by bringing radical transformations in society, guaranteeing food security, sustainable agriculture, and high crop yields. On the other hand, increasing the global population and increasing the fund activities to develop new technologies associated with research and development for sophisticated sequencing tools further contribute to market growth.
l SNP Genotyping Equipment
l Real-time PCR Instrument
l DNA Analyzer
l Liquid Handler
By End Use
l Plant Research
l Product development
l Quality Assessment
The key players operating in the global plant genotyping equipment market are heavily investing in research and development activities to innovate novel products and expand their product portfolio. For instance, Syngenta is a Basel, Switzerland-based company. It is a leading global provider of agricultural science and technology, in particular seeds and crop protection products, and it has a mission to bring solutions – be it seeds, chemistry, or digital tools to help with decision making – to growers around the world, is using Thermo fisher scientific genotyping platforms to provide necessary genetic data for its breeding pipeline to rapidly select for new varieties with improved yield potential.
In October 2021, NRgene, an Israel-based company that is a worldwide leader in ai-based genomic analysis for research and agricultural breeding, is pleased to announce the launch of soy SNpro. This is the first product in a line of optimized pre-designed SNP sets for genotyping (DNA tests) of various crops that will significantly improve breeding program efficiency. In September 2020, NRgene was a worldwide leader in ai-based genomic analysis for research and agricultural breeding. The launch of SNper is announced as a new product that optimizes genotyping processes and gathers more information while reducing genotyping costs by up to 70%.
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