QuinXell Technologies Pte Ltd was founded in 2011 as a member of Quintech Life Sciences (QLS) group of companies established to tap on the life sciences global industry. The company creates innovative cell culture-based products and services for the advancement of scientific research with clinical impact.
Through the QLS group, QuinXell has a worldwide distribution network covering sales and marketing, as well as application and service support to its customers. The organization’s vibrant collaborative culture with the scientific and medical community uniquely defines QuinXell spirit to bring about “A Renaissance in Regenerative Medicine”.
ACCELERATE YOUR IMPLANT PRODUCTION
Quinxell’s novel TisXell Regeneration System offers a favourable environment for high growth and high proliferation of cell cultures compared to conventional methods.
The biaxial bioreactor controlled environment provides optimal nutrients and gases to growing cells and triggers cellular mechano-transduction signalling pathways to stimulate tissue remodelling onto a three dimensional (3D) scaffold.
Our integrated solution comprising TisXell Regeneration System and scaffolds addresses tissue engineering applications with unsurpassed performance especially for slow growing cells like bone cells, stem cells and primary cells.
- Patented biaxial revolution in two independent orthogonal axes (spin and tumble simultaneously)
- Flexible operational modes available – biaxial, uniaxial, swing modes
- Efficient fluid transport within the 3D scaffolds, allowing optimal nutrients and waste exchange to and from the cells, penetrating the deepest core of the scaffolds
- Spherical design of vessel creates a biaxial flow regime that is highly laminar and conducive for growing cells in 3D constructs
- Accelerates cell growth, differentiation and cell proliferation, mimicking native extracellular matrix (ECM)
- Supports homogenous cell culture at the surface and core of the 3D scaffolds
- Maintains functionality and viability of tissue constructs
- Reduces formation of necrotic neo-tissue that interferes with subsequent implantation process
- Promotes integration of implants with surrounding tissue and support the structural integrity in regeneration of tissues and/or organs
