Exosomes Development Services for Immunomodulation

Plant exosomes with immunomodulatory effects are used in autoimmune diseases, as well as in cell, tissue, and organ transplantation and graft-versus-host disease, mainly as immune system enhancers, suppressors, or modulators performing the first two functions when needed. The immune system is the body's defense mechanism and protects the body from infections and diseases. The main task of the immune system is to prevent these organisms from entering the body, to destroy those that have already entered, and to prevent or delay their spread. Lifeasible is dedicated to exosome development services and provides exosome solutions for immunomodulation.

Background

Exosomes are composed of lipids, including microRNAs (miRNAs), proteins, and many active substances. Their morphology can be observed using transmission electron microscopy and are around 30-150 nm in size. According to numerous studies, this same cellular structure, called plant exosomes, is found in plants. Plant exosomes contain 90% of the active ingredients in plants and are the concentrated essence of the active ingredients in plants. Plant-derived exosomes have higher yields and shorter extraction cycles and some of them have lower immunogenicity PENs from medicinal plants have the chance to retain the pharmacological activity of the parent cells, which significantly broadens the choice of exosome sources.

Our Services

Lifeasible offers the development of plants exosomes for immunomodulatory. The development process includes design, functional analysis, biological characterization, and testing of the target exosome. We offer a complete service to our clients by providing product development solutions, determining whether the product can be used in biological production processes, and analyzing the mechanism of action of immunomodulation and whether it meets the client's target functional requirements.

Advantages of Exosomes

• Plant exosomes are of plant origin, extracted from ginger, honeysuckle, rhodiola, licorice, broccoli, grapefruit, grapes, and wheat for greater safety.
• Plant exosomes carry proteins, lipids, RNA, and many active substances; the active ingredients account for more than 90% of plant cells. Exosomes derived from medicinal plants are rich in various biologically active lipids, proteins, RNA, and other components, which have significant regulatory effects in immune regulation and other aspects.
• Plant exosomes have the advantages of small size and high tissue penetration and maintain good physicochemical stability at different pH and temperature. Exosomes are prepared by purely physical methods, such as ultracentrifugation, ultrafiltration, and chromatography, which do not introduce other substances and have no organic solvent residues compared with traditional plant extraction methods. Greener production.
• Plant exosomes have both the morphology and characteristics of nanocarriers and show significant advantages in biocompatibility, stability, in vivo distribution, extended half-life, and cellular internalization.

If you are interested in our services, or if the service you want is not listed, please feel free to contact us, and we will get back to you as soon as possible.