Lifeasible's plant protection services are focused on utilizing our superior scientific research capabilities, crop pest, and weed information advantages, feasible pesticide R&D strategies, skilled plant protection technologies, data analysis capabilities, and software development experience to provide customized solutions for different plant protection-related research and applications. We are working to establish critical services, including protection software development, protection technology application, pesticide development, and the research of plant-microorganisms or pest interactions. We also provide corresponding services for special plant protection needs.
Plant nematodes seriously endanger the safe production of soybean, wheat, corn, rice, sweet potato, potato, and other crops. We offer various services to support plant nematode research and management, including nematode detection and genetic analysis, mechanism analysis of nematode disease, analysis of beneficial nematode species, and mechanism analysis of nematode control.
Agricultural phages have an excellent potential for the lysis of pathogenic bacteria. By repeating only 4 cycles, a single phage can kill billions of pathogenic bacteria. We provide services to test and analyze agricultural phages to help our customers develop better agricultural phage formulations for agricultural production.
Applying computer technology to plant pest and disease identification and agricultural management is a promising direction for plant protection. We utilize our expertise in computer software development to help develop agriculture-related identification and management software.
Some plant and microbial metabolites have good prospects for plant protection and can be used to control plant pests, diseases, and weeds and enhance plant health. We provide professional services to help explore these metabolites, study their plant protection mechanisms, and develop these metabolites for application in agricultural production.
Nanotechnology, RNA interference technology, gene editing technology, and hyperspectral imaging technology can be applied to several aspects of plant protection. We have extensive developmental and practical experience in these technologies. We can provide reliable technical services to help realize relevant plant protection applications.
Plant-beneficial microorganisms, such as plant endophytes, rhizosphere microorganisms, and lipopeptide-producing microorganisms, can protect plants. We use microbiomics, metabolomics, and other omics to help study these microorganisms and microbiota. And we help study their plant protection mechanisms to develop microbiota for plant protection.
Understanding the mechanisms of plant-pathogen interactions can help develop new agrochemicals targeting the interactions site. We utilize our professional knowledge, advanced equipment, and acumen insights to help study key actors in plant-pathogen interactions.
We offer customized services to help preserve precious plants, including ancient trees, rare plants, and medicinal plants. These plants are of significant research, conservation, and development value and are key plant protection objects.
Exploring the mechanisms of hybrid necrosis can prevent the fitness penalty caused by immune conflicts in plant resistance breeding. We offer services to help explore hybrid necrosis genes and genetic diversity, validate hybrid necrosis, and explore the mechanisms of hybrid necrosis.
Agricultural areas have unique biodiversity that underpins human activities. It is, therefore, vital to conserve biodiversity in agricultural and protected areas. Lifeasible provides comprehensive crop biodiversity assessment solutions to understand the impacts of disturbances on biodiversity and to monitor their status and relevance to agri-environmental measures. We aim to promote sustainable agriculture by providing a rich genetic pool for preventing pests and diseases, ensuring food security, and breeding improved crop varieties.
Plant competition is a critical ecological process in agricultural and natural ecosystems and plays a major decisive role in changes in any botanical characteristic component of vegetation. Lifeasible provides comprehensive plant competitiveness assessment services to determine plant competitiveness, using different coefficients to explain and summarize the intensity, effects, and consequences of plant competition. Different coefficients have different functions and conditions of application. We will select the most suitable coefficient for your purpose.
Lifeasible provides comprehensive plant protection services. Please contact us for cooperation in plant protection.
Lifeasible has established a one-stop service platform for plants. In addition to obtaining customized solutions for plant genetic engineering, customers can also conduct follow-up analysis and research on plants through our analysis platform. The analytical services we provide include but are not limited to the following:
