PeloBiotech

www.pelobiotech.com
1. Tissue Engineering Research: Benchtop fluid bioreactors are employed in tissue engineering studies to simulate
physiological conditions for the cultivation of cells and tissues. These systems allow researchers to investigate cell
behavior, tissue development, and the impact of different factors on tissue growth and functionality.
2. Regenerative Medicine: Fluid bioreactors are crucial for the development of regenerative medicine therapies. They
provide controlled environments to support the growth and maturation of bio-engineered tissues, facilitating the
creation of functional substitutes for damaged or diseased tissues.
3. Drug Testing and Screening: These bioreactors are utilized for drug testing and screening purposes. The 3D cell
cultures in fluid bioreactors more accurately mimic in vivo conditions compared to traditional 2D cell cultures,
allowing for better predictions of drug responses and toxicity.
4. Vascularization Studies: To create functional and viable tissues, vascularization is a critical factor. Fluid bioreactors
enable researchers to study and optimize the vascularization process within bio-engineered tissues, improving the
overall success of tissue transplantation.
5. Stem Cell Expansion: Benchtop fluid bioreactors are used for the expansion of stem cells, providing a controlled
environment to support the proliferation and differentiation of stem cells into specific cell lineages required for
tissue engineering applications.
6. Bioprocess Development: These bioreactors play a role in developing and optimizing bioprocesses for large-scale
production of bio-engineered tissues. Understanding the requirements for scale-up and maintaining a consistent
and controlled environment is crucial for successful tissue production.
7. Muscle and Skeletal Tissue Engineering: Researchers use fluid bioreactors to create bio-engineered muscle and
skeletal tissues. The controlled fluid flow and nutrient supply in these systems contribute to the development of
tissues with improved structural and functional properties.
8. Cartilage Regeneration: Benchtop fluid bioreactors are employed in the development of bio-engineered cartilage
tissues. The controlled mechanical forces and nutrient supply within the bioreactor contribute to the formation of
cartilage structures with desired properties.
9. Connective Tissue Engineering: The creation of connective tissues, such as tendons and ligaments, involves using
fluid bioreactors to simulate the mechanical forces and biochemical cues needed for tissue maturation and
functionality.
EZSPHERE TM Multi-Well Plates and Dishes (AGC ® )
EZSPHERE multi-well plates and dishes (AGC ® ) are coated with a cell/protein repellent (SP polymer) and made from
polystyrene plastic. Unique features are the micro-wells laser etched to the bottom of the plates or dishes. EZSPHERE is
used to generate high numbers of spheroids. The spheroid size is limited by the dimensions of the wells.
Available are dishes from 35 – 100 mm, 6 and 96 well plates.
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