Triple Technology Platform
Plant Extraction Technology
Efficient, Sustainable, Halal Certifiable Plant Extraction Technology
Plant Bio-ink Technology
Plant Protein Composite (PPC®) Bio-ink Formulation Technology
Precise 3D Scaffold Technology
Controllable & Precise 3D Scaffold Printing Methodology
Efficient, Sustainable, Halal Certifiable Plant Extraction Technology
Current industrial extraction methods for plant extracts rely on column chromatography. This method not only requires significant land space, but also comes with high operational costs due to the need for costly resins, expensive solvents, and repeated rounds of distillation to achieve high-purity extracts.
The alternative provided by KosmodeHealth is more efficient and environmentally-friendly compared to column chromatography for obtaining extracts of higher purity. Our method requires less land and energy, has a higher solvent recovery rate, and can operate on a continuous, cyclical process.
“Food as Medicine”
KosmodeHealth’s core plant extraction technology has been applied to harness food processing by-products for human consumption. Our starchless barley protein W0W® Noodle is a completely circular, functional product that elicits zero blood sugar response – ideal for consumers with blood sugar concerns or vegan and keto diets.
Developing functional foods with protein and fibre not only supports food manufacturers' sustainability goals of reducing waste, but also creates healthier options that do not spike blood sugar levels, a positive impact on cardiometabolic disorders.
This approach is known as "Food as Medicine" and is especially beneficial for the elderly population who tend to underconsume protein and fibre. By utilizing food processing waste to create functional food, we can achieve the Sustainable Development Goals of Zero Hunger, Good Health & Well Being, and Responsible Consumption and Production.
Source: United Nations Department of Economic and Social Affairs
Partnering with KosmodeHealth can enable effective management of your waste materials, transforming them into functional ingredients for human nutrition.
We support our clients by providing these tailored solutions:
Reduce Waste
Allow food manufacturers aiming to produce final products with either their own labels or that of KosmodeHealth
Portfolio Expansion
Permit health product companies looking to expand their portfolio to include functional food
Product Ownership
Allow food manufacturers aiming to produce final products with either their own labels or that of KosmodeHealth
Revolutionize your extraction process whilst reducing costs and increasing efficiency.
Plant Protein Composite (PPC®) Bio-Ink Formulation Technology
Plant protein is a naturally occurring protein that is more cost-effective, reproducible, and printable when compared to animal protein-based biomaterials. This innovative approach to creating Bio-Ink enables the production of suitable scaffolds that promote cell growth, thanks to the inherent properties of plant protein.
Unlike animal protein-based biomaterials which can trigger immune response or contamination concerns, plant protein is a safer and more reliable alternative. Using plant extracts in 3D bioprinting offers several advantages such as biocompatibility, biodegradability, and low toxicity. The world's only PPC® Bio-Ink for 3D scaffold printing is produced by KosmodeHealth by combining plant protein with other polymers.
This unique combination of plant protein and other polymers in the PPC® Bio-Ink enables precise control of the scaffold architecture, pore size, and mechanical strength, leading to better cell-scaffold interactions and more efficient tissue regeneration. This makes it a game-changing solution in the field of tissue engineering and regenerative medicine.
We support our clients by providing personalized solutions in small-batch contract manufacturing.
We provide services to:
Dieticians and Clinicians
who require extraction services for bio-actives
Batch Contract Manufacturing
for small quantities of quality-assured or novel plant extracts
Customizable and Precise 3D Scaffold Printing
The 3D bioscaffold printing process pioneered by KosmodeHealth accurately prints bioscaffolds of a sub-micron scale, in a variety of structures, shapes, gradients, and patterns. Scaffolds printed with PPC® Bio-Ink exhibit high cytoaffinity and adjustable biodegradability and mechanical strength.
KosmodeHealth is able to customize the printing of scaffolds to meet specific cell growth requirements by altering the Bio-Ink composition and printing parameters, enabling optimal cell growth for different cell types.
This technology can reduce dependence on costly and ethically challenging animal models, decrease false positives, and enhance clinical research outcomes, whilst enabling innovative solutions across various industries.
The versatility and precision of 3D-printed bioscaffolding offer exciting possibilities for biomedical research, tissue engineering, regenerative medicine, drug discovery, and delivery. In particular, it provides an ideal platform for constructing in-vitro tissue models that support cell proliferation, differentiation, and extracellular matrix deposition, among others, while offering the potential for medical treatments.
Discover the exceptional features of our exclusive PPC® bioscaffolds, developed using our advanced technology. Our top five unique features include:
Precision Printing
Our uniform printing methodology allows for micron-sized scaffolds with diverse gradients, patterns, and shapes that can be customized to your specific requirements.
Enhanced Cell Adhesion
Our PPC® bioscaffolds promote superior cell adhesion and growth, surpassing that of Polycaprolactone.
Biodegradation Optimization
Our PPC® scaffolds can be fine-tuned to optimize the biodegradation profile, providing tailored solutions for various tissue engineering applications.
Non-Invasive Monitoring
Our real-time, non-invasive monitoring system eliminates the need for animal testing when studying the biodegradation profile of implanted scaffolds.
Eco-Friendly
Our PPC® scaffolds are designed with the environment in mind, providing a sustainable solution for tissue engineering needs.
Experience the ground-breaking technology of our PPC® bioscaffolds and unlock new possibilities in tissue engineering.