Products.

Our innovative microcarriers enhance cell proliferation and viability, ease cell harvesting, and lessen the cell manufacturing processing time.

CytoGel-S
​Smart Microcarriers
A cutting-edge innovation in cell culturing technology, ideal for scalable cell manufacturing applications.

CytoGel-S adapts to temperature changes, facilitating efficient cell attachment and detachment processes. Its unique thermoresponsive structure ensures gentle and controlled cell harvesting, minimizing cell damage, and maintaining high viability with significantly reduced use of enzymes.

Work smarter not harder with our efficient CytoGel-S, engineered for excellence.

CytoGel-E
Edible Microcarriers
This innovative soft microcarrier is designed for the optimal cell growth, featuring a hydrogel-based structure that mimics natural tissue environments. Its adjustable mechanical properties ensure a versatile platform for various cell types and applications, from therapeutic cell manufacturing to cultivated meat industry.

CytoGel-E is safely digestible, supporting sustainable bio-manufacturing practices while maintaining high cell viability and expansion yield.

Enhance your research and production capabilities with our CytoGel-E, the epitome of advanced cell manufacturing solutions.

CytoGel-R
Cylindrical Microcarriers
A revolutionary soft rod-shaped microcarrier that mimics the natural environment of cells with an ideal balance of structure and softness that utilizes its unique shape to gently guide stem cell maturation and differentiation into your desired cell type.

Here's why CytoGel-R is the perfect choice for your research:
  • Enhanced Differentiation: The rod-shaped design promotes crucial cell-cell interactions, a key factor in driving differentiation and maturation.
  • Superior Biomimicry: The soft hydrogel material closely replicates the natural extracellular matrix, providing a comfortable and supportive environment for your cells to thrive.
  • Unmatched Versatility: CytoGel-R is suitable for a wide range of cell types and applications, from drug discovery to regenerative medicine.
  • Streamlined Workflows: The microcarrier format simplifies cell handling and expansion, saving you valuable time and resources.

Take your cell manufacturing to the next level. Experience the difference with CytoGel-R-the soft microcarrier, for unlocking the full potential of your cells.

CytoGel-C
Electro-Conductive Microcarriers
Electro-Conductive Microcarriers
Power up your cell manufacturing with CytoGel-C: The Electro-Conductive Microcarrier for supercharged performance that actively enhances cellular function through the power of electrical stimulation.
 
Here's what sets CytoGel-C apart:
  • Supercharged Performance: The electroconductive design facilitates the delivery of electrical signals directly to your cells, promoting vital cellular processes like proliferation, differentiation, and tissue formation.
  • Unlock New Applications: CytoGel-C opens doors to exciting new possibilities in fields like cardiac tissue engineering and neural cell research.
  • Enhanced Physiological Relevance: Electrical cues are crucial for many cell types in their natural environment. CytoGel-C mimics these signals, leading to more physiologically relevant cell behavior.
  • Seamless Integration: CytoGel-C integrates effortlessly into existing cell culture protocols, offering a powerful tool without disrupting your workflow.

Elevate your research and unleash the full potential of your cells.  CytoGel-C: The Electro-Conductive Microcarrier that sparks the future of cell culture.

CytoGel-G
Grooved Microcarriers
CytoGel-G revolutionizes cell manufacturing with its innovative, grooved microcarrier design that aids in directed cell type differentiation.

HHere's why CytoGel-G is the perfect tool for your research:
  • Directed Differentiation: The unique grooved topography on CytoGel-G acts as a physical cue, influencing the direction of cell differentiation. This allows you to cultivate specific cell types with greater control and efficiency.
  • Enhanced Cell Alignment: The grooves promote cell alignment, mimicking the natural organization of many tissues in the body. This improved organization can further enhance differentiation and maturation processes.
  • Broad Applicability: CytoGel-G is a versatile platform suitable for a wide range of cell types and applications, from engineering complex tissues to studying cell-matrix interactions.
  • Simplified Workflows: The microcarrier format facilitates cell handling and expansion, saving you valuable time and resources.

Take the wheel and guide your cells towards their destiny. Experience the power of CytoGel-G - the grooved microcarrier for sculpting the future of cell culturing.
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