Following the rapid and revolutionary development of plant biotechnology, multiple advanced genetic engineering technologies (e.g., CRISPR/CAS9, CRISPR base editors, TALENs, ZFNs, and RNAi) have been widely used for the genetic modification of plants. Moreover, a variety of plant transformation methods (e.g., gene gun delivery, virus/Agrobacterium/polyethylene glycol (PEG)/silicon carbide fibers-mediated transformation, and microinjection) and plant tissue culture strategies (e.g., rapid propagation, meristem tip culture, protoplast fusion, in vitroanther culture) have been established.
Our skilled scientists and experts are devoted to the exploration and optimization of biotechnological methods for plant genetic modification, plant transformation, plant tissue culture, and crop breeding. Essentially, we offer one-stop services with high efficiency and stringent quality standards. Meanwhile, we provide extensive analytical solutions that cover diverse research purposes, including high-throughput phenotyping, gene function analysis, and plant physiology detection.
As a global company specialized in plant biotechnology and plant molecular biology, Lifeasible offers a wide variety of plant-related services with customized protocols. Our goal is to help plant scientists and plant breeders worldwide to perform scientific researches, and to create plant varieties with desired traits such as higher productivity, great nutritional value, and enhanced tolerance against drought, diseases, or heavy metal pollution.
We have established a comprehensive plant genetic engineering platform that can provide CRISPR/CAS9, TALENs, ZFNs, RNAi, VIGS, gene overexpression and other services. We also provide plant genetic variation detection and resistance analysis services to help our clients realize more comprehensive research through our platform.
All you need to do is provide objective gene sequences or readily made vectors, names of target species, and you can get what you need for your research through our plant genetic transformation platform. Our services are available for a wide range of plant species.
We have been specializing in plant breeding research and continue to improve our breeding platform. The plant breeding services we provide include but are not limited to marker-assisted breeding, marker discovery and development, QTL and association mapping, mutation breeding.
We provide a range of plant biochemical analysis services including hormone analysis, metabolite profiling, pigment detection, vitamin analysis, as well as gene function analysis, gene copy number analysis, widely-targeted metabolomics and other services.
We can tailor forest genetic improvement solutions to meet your requirements. Our services are applicable to fast-growing timber species, precious species, economic forest species, ornamental plants, ecological species, bamboo plants, and other tree species.
We specialize in enhancing biomass processing through plant cell wall engineering and provide competitive plant biomolecular engineering services for various plant species.
We have feasible equipment and large-capacity greenhouses for the culturing, growth and propagation of plant material, and provide plant tissue culture services for a large collection of plants such as flowers, vegetables, fruits, food crops, rare plants, medicinal plants, woody trees, etc.
We support our clients' plant protection research by providing diverse services such as plant nematode analysis, agricultural phage testing, research on plant protection metabolites and plant protection technologies, and plant-microorganisms interaction analysis.
We have a uniquely advantageous protein expression platform that offers a wide range of expression methods. You can get one-stop service from gene synthesis, vector construction, plant transformation to protein purification.
We provide customizable solutions for plant organelle-related research. Our services cover chloroplasts, mitochondria, organelle imaging, protein subcellular localization, plant synthetic biology.
We support sweet protein-related research by providing sweet protein transgenic plants development and sweet protein production strains development services.
Welcome to contact us for details regarding our services, and we are always happy to help you with experimental strategies tailored to your research projects.
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:
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