The production strains selected from nature are often less active and less tolerant, and cannot meet the requirements of industrial production of feed and fertilizer. Lifeasible uses novel mutagenesis technologies, such as microwave, ion implantation, protoplast mutagenesis, protoplast fusion, and genetic engineering technologies to effectively improve the strains, increase their activity, reduce production costs, and meet the requirements of industrial production requirements. At the same time, we have been constantly building simple and easy improvement routes and fast and effective screening models for our customers.
We have extensive experience in the selection and breeding of superior Bacillus subtilis strain resources, genetic metabolism, and commercial production. We can find mutagenesis sources with high mutation rates and a wide mutation spectrum for you to obtain strains with stable genetic traits and high activity. And through genomics technology to make it better applied to feed and fertilizer formulation improvement, production processing, and other fields.
We can select and breed new Lactobacillus strains or improve existing lactic acid bacteria strains through genetic modification and other bioengineering techniques. The result is a Lactobacillus strain with multiple genetic advantages for host growth and development, digestion and absorption, immunity and health, and greater benefits for the feed industry.
We use bioengineering technology to select and construct a large number of yeast strains that are resistant to high temperatures, highly adaptable, and rich in target products. We can give yeast new characteristics without changing its original properties. We can effectively utilize the nutrients from the fermentation process, reduce the number of unfavorable by-products produced, and improve the fermentation performance of yeast strains.
Many Fabaceae family plants can be inoculated with appropriate rhizobia, which eliminates the need for chemical fertilizers and increases plant yields. We can select rhizobia strains that meet the needs of organic fertilizer production and additive development and production through a variety of methods, including natural selection, cross-selection, mutagenesis breeding, and genetic-level breeding.
Focusing on agriculture and ecology, we provide strain culture, screening, nitrogen-fixing enzyme activity measurement, special mutant strain screening, and selection services. We not only promote the popularity of complex nitrogen-fixing bacteria in fertilizers but also work to help our customers improve and develop promising nitrogen-fixing bacteria and enhance their applicability in a wide range of fertilizer production and applications.
When mutating strains, it is often difficult to get a strain with high activity by a single method. For those strains that are already resistant to some mutagens, it is difficult to improve them by the same method. In this case, Lifeasible will use various physical and chemical methods to improve the strains by compound mutagenesis or genetic engineering breeding techniques. Please contact our staff for customized breeding solutions for production strains.
For research use only, not intended for any clinical use.
