Our Science
Feature
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- Peptide/Protein Delivery
- Can be delivered to various cells regardless
of the characteristics of the proteins
(size, PI, etc.) - Can be delivered to two or more different types of protein simultaneously
- Can be delivered to various cellular organelles (nucleus, mitochondria, cytoplasm, or membrane)
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- Antibody Delivery
- Various antibodies can be delivered
- Various substances or drugs can be combined and transferred
- Can be delivered to various cellular organelles (nucleus, mitochondria, cytoplasm, or membrane)
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- Nucleic Acid Delivery
- Various types of nucleic acids can be delivered (aptamer, asDNA, miRNA, shRNA, mRNA, dsDNA etc.)
- Can be delivered to various cellular organelles (nucleus, mitochondria, cytoplasm, or membrane)
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- Safe and Stable Delivery
- Non-toxic materials
- Stable for nucleolytic and proteolytic enzymes
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- Easy to Use
- High binding efficiency of therapeutic biomolecules
- High cellular membrane permeability
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- Scalability for high performance
- Delivery of biomolecules into the nucleus and other intracellular organelles
- Systemic delivery through blood vessels
- Various substances can be combined and transferred
- Easy to transform carrier depending on the purpose
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A distinguished scholar on the biomaterial study introduced our technology as a ‘research highlight’ (2010)
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Our technology was listed as a powerful candidate against antimicrobial-resistant infectious diseases (2021)
