Biopact is a Molecular Rebar Design Company focusing on nanoscale biomaterials company developing the MGMR intracellular delivery vehicle. MGMR is a cellular-engineering tool for biomanufacturing and agricultural processes which value efficient delivery of RNAs, peptides, and genetic materials.
MGMR is a highly-efficient intracellular delivery vehicle, consisting of a stabile dispersion of hollow, nanoscale tubules approximately 1/10,000th the width of a human hair. The high aspect-ratio, nanoscale profile of MGMR allows it to readily penetrate cells without compromising membrane integrity or inducing cytotoxicity. Its high surface-to-volume ratio and tunable surface chemistry allow it to readily transport both small and large-molecular payloads into the cytoplasm, including growth factors, oligonucleotides, proteins and gene-editing complexes.
Biopact has evaluated the cytotoxicity profile of MGMR across multiple cell-lines and investigated safety and efficacy in murine biodistribution and clearance models. Our in vivo studies demonstrate that MGMR is biologically-inert, well-tolerated and rapidly cleared from non-targeted tissues. In a murine therapeutic model, MGMR loaded with doxorubicin (Dox) demonstrated a remarkable capability to rapidly concentrate drug in targeted tissues and extend half-life of its molecular cargo.
Promising assessments of intracellular delivery performance in different eukaryotic cell-types suggest the potential for developing MGMR as a biomolecular delivery vehicle for various expression platforms and cell-factories of interest to agricultural and industrial applications, including mammalian cell-lines, yeasts, bacteria and plants. Robust cellular uptake observed with MGMR offers the potential to deliver molecular payloads to difficult-to-penetrate cell-types or those acutely sensitive to detergents and other conventional methods for transmembrane delivery.
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所属行业
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生物技术研究
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规模
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11-50 人
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总部
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Austin,Texas
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类型
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私人持股
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创立
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2014
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领域
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intracellular delivery、gene delivery、protein delivery、antibody delivery、RNAi、drug delivery、genetic engineering、strain development、agricultural bioengineering、genetically modified organisms、cellular delivery、trans-membrane delivery和nanotechnology