Tantti's UniTantrix® Microcarriers are macroporous, dissolvable microcarriers designed specifically for the growth of anchorage-dependent cells in a dynamic mixing environment. UniTantrix® is valued for its uniform porosity and very high interpore connectivity, resulting in a surface area of up to 6000 cm2/g and cell growth density higher than that of competitors’ microcarrier products. Also, the denatured collagen-based material that comprises UniTantrix® provides high cell attachment rates, growth yield, and cell viability. As a result, UniTantrix® is the most efficient and cost-effective solution for cell culture expansion across a wide range of applications including production of biopharmaceuticals and vaccines, cell and gene therapy, as well as cultured meat.
Tantti® SpherTantrix is an innovative 3D bioscaffold material that, by way of its extensive porosity and pore connectivity, mimics the extracellular matrix that exists in living tissue. As a result of its unique structure, SpherTantrix is ideally suited for 3D cell culturing in a wide range of applications, including high throughput and content drug screening, 3D tumor or organ engineering, cell-based diagnostics, and 3D cell biology research (e.g., cancer cell biology and stem cell biology). SpherTantrix is tailored to facilitate fast formation of cell spheroids and is a cost-effective solution due to its compatibility with traditional testing equipment (e.g., microplates) and many high throughput screening (HTS) and high content screening (HCS) instruments.
Tantti® Monolith is a monolithic column product made from a hyperporous polymer material designed for downstream separation and purification of large biomolecules – particularly in the production of biologic products (e.g., protein drugs, vaccines, and antibodies). Tantti® Monolith's key differentiating characteristic, in comparison to traditional purification columns, is its highly connected honeycomb structure that is produced using Tantti's patented manufacturing process. This structure confers superior porosity, higher flow rates, and lower back pressure when purifying large biomolecules at high loads. This represents a breakthrough in purification technology with the potential to dramatically enhance purification performance while reducing costs for our customers in both small-scale laboratory settings as well as large-scale industrial production.