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UniTantrix® Microcarriers

<p>Tantti's UniTantrix<sup>&reg;</sup> Microcarriers are macroporous, dissolvable microcarriers designed specifically for the growth of anchorage-dependent cells in a dynamic mixing environment. UniTantrix<sup>&reg;</sup> is valued for its uniform porosity and very high interpore connectivity, resulting in a surface area of up to 6000 cm<sup>2</sup>/g and cell growth density higher than that of competitors&rsquo; microcarrier products. Also, the denatured collagen-based material that comprises UniTantrix<sup>&reg;</sup> provides high cell attachment rates, growth yield, and cell viability. As a result, UniTantrix<sup>&reg;</sup> 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.</p>

Tantti® SpherTantrix

<p>Tantti<sup>&reg;</sup> 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.</p>

Tantti® Monolith

<p>Tantti<sup>&reg;</sup> Monolith is a monolithic column product made from a hyperporous polymer material designed for downstream separation and purification of large biomolecules &ndash; particularly in the production of biologic products (e.g., protein drugs, vaccines, and antibodies). Tantti<sup>&reg;</sup> 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.&nbsp; This structure confers superior porosity, higher flow rates, and lower back pressure when purifying large biomolecules at high loads.&nbsp; 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.</p>