Whole Plant to Exosomes
ISOLATION. PURIFICATION. STABILIZATION. SCALE-UP.
World Exosome Center (WEC) serves as an industrial production and scale-up infrastructure for botanical extracellular vesicle technologies.
About Word Exosome Center
• Our Vision
• Our Mission
Our vision is to explore a new biological layer of the plant, moving beyond traditional botanical extracts to create a new class of biotechnology ingredients.
We develop and supply botanical extracellular vesicle preparations that are directly isolated from whole botanical materials. Through source-specific isolation, purification, and stabilization workflows, we transform these plants into well-defined EV ingredients for B2B research and commercial innovation.
NanoExtract
Plant Based
We bridge the critical gap between laboratory-scale isolation and B2B ingredient production.
Source-Specific Processing
Different plant structures like leaves, roots, fruits, and seeds vary significantly in their composition of fibers, proteins, and lipids, we adapt our isolation strategies to each individual botanical source.
Stability-Focused Development
solation alone does not yield an industrial ingredient, so we build stability and scalability into the process from the outset to support storage, transportation, and quality control.
Controlled Purification
We develop specific workflows to separate vesicle-enriched fractions from other botanical components, enabling precise analytical characterization.
Scale-Up & Supply
Once a process is defined, it is adapted for controlled and scalable manufacturing, allowing for a seamless transition from laboratory preparation to reliable, commercial B2B ingredient supply.
Botanical EV Portfolio
Aloe | Aloe Vera | |
Coffee | Coffea Arabica | |
Turkey Tail Mushroom | Trametes Versicolor | |
Celery | Apium Graveolens | |
Olive Leaf | Olea Europaea | |
Cinnamon Bark | Cinnamomum Verum | |
Black Grape Seed | Vitis Vinifera | |
Guelder Rose Fruit | Viburnum Opulus | |
Ginseng | Panax Ginseng | |
Ginkgo | Ginkgo Biloba | |
Milk Thistle | Silybum Marianum | |
Pomegranate Seed & Rind | Punica Granatum | |
Turmeric Root | Curcuma Longa | |
Ginger | Zingiber Officinale | |
St. John's Wort | Hypericum Perforatum | |
Cannabis | Narlı & Vezir Hemp |
Aloe | |
Coffee | |
Turkey Tail Mushroom | |
Celery | |
Olive Leaf | |
Cinnamon Bark | |
Black Grape Seed | |
Guelder Rose Fruit | |
Ginseng | |
Ginkgo | |
Milk Thistle | |
Pomegranate Seed & Rind | |
Turmeric Root | |
Ginger | |
St. John's Wort | |
Cannabis |
Product availability, physical form, specification status and supporting documentation are defined individually.
Get the detailed Botanical EV portfolio.
NanoExtract Technology
Source-spesific Processing
Different botanical materials require different processing conditions.
Leaves, roots, fruits, seeds and other plant structures differ significantly in composition, fiber content, proteins, lipids and secondary metabolites.
Isolation strategies are therefore adapted to the individual botanical source.
Controlled Purification
The objective is not simply to obtain nanoscale particles.
Purification workflows are developed to separate vesicle-enriched fractions from other botanical components and enable subsequent analytical characterization.
Stability-focused Development
Isolation alone does not create an industrial ingredient.
A botanical EV preparation must also be suitable for storage, transportation, quality control and reproducible production.
Stability and scalability are therefore built into the process from the outset.
Our Facility
Industrial-Scale Infrastructure
The World Exosome Center provides the specialized manufacturing infrastructure required to transition botanical extracellular vesicle technologies out of the laboratory and into large-scale production.
Standardized Production
To guarantee product consistency across manufacturing batches, we strictly monitor critical quality attributes such as particle size and particle concentration.
Certified Quality
Our quality systems and technical documentation are built for B2B qualification and include Kiwa Certification, ISO 9001:2015, ISO 22716 GMP, Vegan Certification, and FDA compliance.
F.A.Q.
Botanical extracellular vesicles are nanoscale, lipid-bilayer structures naturally associated with biological communication and molecular transport. They represent a new class of biotechnology ingredient positioned between traditional botanical extraction and advanced biological delivery research.
No. Traditional botanical ingredients are generally developed around soluble compounds, standardized phytochemicals, or concentrated extracts. AYE Exocure explores a completely different biological layer of the plant by specifically targeting and isolating nanoscale vesicular structures.
Yes. The World Exosome Center platform is not limited to a fixed ingredient catalogue. Partners can nominate botanical sources according to their own research priorities, and AYE Exocure can evaluate the technical feasibility of isolating and developing extracellular vesicle preparations from those specific materials.
Building on years of production experience, AYE Exocure has developed stabilization processes that support a projected room-temperature shelf life of up to 24 months for selected preparations. This advancement significantly reduces the industry's dependence on specialized cold-chain logistics.
Our botanical EV preparations are supplied for partner evaluation across multiple areas, including cosmetic ingredient research, dermatological research, pharmaceutical research, cellular communication, and advanced botanical delivery research.
No. AYE Exocure transforms selected botanical sources into defined vesicle-based ingredients strictly for B2B research, formulation development, and partner-led innovation. We focus exclusively on providing a reliable, commercial B2B ingredient supply.
We operate internationally to support our B2B partners, with AYE Exocure Deutschland GmbH located in Hattingen, Germany, and AYE Exocure Türkiye located in Ankara and Aksaray, Türkiye.
