Exosomes are small nanoscale vesicles (30-100 nm) secreted from most cells, with a phospholipid bilayer structure, containing DNA, small RNA (sRNA), proteins, and other substances, that can carry proteins and nucleic acids and participate in intercellular communication. Plant exosomes carry proteins, lipids, nucleic acids, etc., which can reflect the physiology and pathology of the source cells and play an important role in intercellular material exchange and information transfer. Lifeasible provides comprehensive plant research technology services, especially in plant exosome research services, our advanced technology platform and professional researchers will provide you with plant exosome overall solutions and personalized technology services. Our plant exosome research services are of great significance to help researchers reveal the mysteries of plant life activities, develop new diagnostic and therapeutic methods for plant diseases, and promote plant scientific research.

What do we offer?

• Exosome genomics service. DNA in exosomes is a very valuable biomarker that can provide researchers with a lot of information, thus helping them to explore the genetic material carried by exosomes and their roles in intercellular communication and biological functions, for example, to conduct studies such as disease detection using exosome DNA as a biomarker, and analysis of plant stress response using exosome lncRNA. The plant exosome genomics services we provide can help researchers gain in-depth knowledge of the key role of exosomes in plant life activities and provide new perspectives and research tools that can help promote basic research and clinical application translation. With our advanced sequencing platform, we can provide whole genome sequencing and targeted sequencing services to promote your plant exosome genomics research.
• Exosome proteomics service. Proteins are among the substances contained in plant exosomes. Plant exosome proteomics aims to study the proteome in plant exosomes, including proteins on the exosome membrane and proteins contained in exosomes. The study of plant exosome proteomics helps to detect and characterize plant exosomes as well as further research to understand the physiological functions of plant exosomes. Mass spectrometry, as one of the common techniques in proteomics, can be used for plant exosome proteomics research. We can provide you with mass spectrometry-based plant exosome proteomics analysis services.
• Exosome lipidomics service. The major lipids of plant exosomes include phospholipids, sterols, and glycolipids. These lipids play an important role not only in the structure of the exosome membrane but also during exosome formation and release into the extracellular environment. The study of exosome lipidomics in plants is important in helping to understand plant growth and development, plant-microbe interactions, plant metabolic regulation, agricultural production, and many other aspects. Currently, our commonly used lipidomic analysis methods include mass spectrometry, thin-layer chromatography, and nuclear magnetic resonance. These techniques can be used to qualitatively and quantitatively analyze the lipid composition and its changes in exosomes.
• Exosome metabolomics service. Exosome metabolomics in plants is an emerging field that studies the composition of various metabolic substances and metabolic regulatory mechanisms in the exosomes of plant cells. This field can provide insight into the information exchange and regulatory mechanisms between plant cells and their environment. The study of exosome metabolomics in plants is of great significance in helping researchers discover new biomarkers, providing new ideas for the diagnosis and regulation of plant growth and development, adversity stress, and other related processes, as well as providing new research perspectives for a deeper understanding of the complex life activities of plants, and constructing a more complete body of knowledge in plant life science. Currently, based on our advanced mass spectrometry technology, gene sequencing technology, and electron microscopy analysis platform, we provide comprehensive technical services including exosome extraction, metabolite isolation and purification, metabolite analysis, and other aspects.
• Exosome microbiomics service. Plants are rich in exosomes, which carry a wide range of genetic material and metabolites from symbiotic microorganisms. By analyzing microbial DNA/RNA sequences in plant exosomes, we can gain insights into the complex interaction network between plants and their symbiotic microorganisms. We used sequencing technology to analyze the microbial composition in various plants' exosomes and found many unknown microbial communities. We further analyzed the microbes carried by exosomes, which are closely related to the processes of plant growth and development, resistance, and production of secondary metabolites. Currently, we provide advanced sequencing technologies, such as amplicon (16/ITS/18S) sequencing and macro-genome sequencing, to help researchers to carry out exosome microbiome studies.

Significance of plant exosome research

• Reveal the mechanism of intercellular signaling. Exosomes are capable of transporting proteins, nucleic acids, and other biologically active substances between plant cells, providing a new pathway for intercellular signaling across membranes, which can help to understand the regulation mechanism of plant life activities deeply.
• Provide new biomarkers for plant disease diagnosis. The study we provided was able to identify some specific exosomes that can be used as biomarkers for plant viral infections, nutrient deficiencies, environmental stresses, etc., providing potential applications for early diagnosis of plant diseases.
• Promote the application of exosomes in drug delivery. Plant exosomes have good biocompatibility and targeting properties and can be used for targeted delivery of drugs and genes, which can help to improve therapeutic effects and reduce side effects.
• Deepen the knowledge of plant growth and development. Exosomes play an important role in maintaining inter-cellular homeostasis and coordinating plant growth and development, and research will help to reveal the molecular mechanisms of these processes.
• Expanding new perspectives of plant genomics research. Exosomes carry information from various subcellular structures within the cell, providing a new perspective and technical means for photonics research.

Why choose us?

• Rich research experience. Our technical team has accumulated rich research experience in plant exosome research and can provide customers with high-quality exosome research services.
• Advanced experimental platform. We have advanced instruments and equipment which can comprehensively analyze the multiple characteristics of exosomes.
• Professional data analysis capability. Our experienced bioinformatics analysis team is capable of in-depth interpretation of exosome-related proteomics and transcriptomics data, providing professional data analysis support for our clients.
• Strict quality control. We have a strict quality control system, from sample collection, preparation, and analysis to data report output, and we have clear quality standards to ensure that we provide customers with high-quality plant exosome services.

Lifeasible is a comprehensive plant research company that provides industry-leading plant exosome technology services based on our advanced technology platform and experienced technical team. If you are interested in us, please feel free to contact us.

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For research use only, not intended for any clinical use.

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