SHIFTBIO developed platforms for designing Natural Nanoparticles (NNPs), safe drug delivery vehicles that can reach desired locations in the body from cellular origins
NNP Sorting Motif (NSM) Scaffold
NSM-based NNP Generation from Cells
SHIFTBIO developed platform technologies for NSM designed Natural Nanoparticles (NNPs),
safe drug delivery vehicles that can reach desired locations in the body from cellular origins
NNP Sorting Motif (NSM) Scaffold
NSM-based NNP Generation from Cells
High design success rate | Multiplex cargo loading | Universal cell applications |
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Key Advantages
High design success rate | Multiplex cargo loading | Universal cell applications |
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NNP Design AI™ predicts
NSM-driven NNP generation,
enabling low-risk development
of breakthrough delivery vehicles
01
NSM structure modeling
02
Predicting NSM-based NNP generation success rate
through PPI analysis
03
Refining NNP through
MD simulations
NNP Design AI™ predicts NNP generation,
enabling low-risk development of breakthrough delivery vehicles
01
NSM structure modeling
02
Predicting NSM-based NNP generation success rate through PPI analysis
03
Refining NNP through
MD simulations
Traditional Drug Design Strategy | NNP Design AI™ Platform |
4–5 years or more | Period | A few months |
High | Cost | Low |
Complex experiments, repetitive validation | Process | Simple data analysis and prediction |
High | Failure Risk | Low (Early risk prediction) |
NNP Design AI™ dramatically reduces the time and cost of NNP drug development
We create NNPs that effectively deliver payloads to target organs/cells through our proprietary scaffold
Period | 4–5 years or more |
Cost | High |
Process | Complex experiments, repetitive validation |
NNP Design AI™ Platform
Period | A few months |
Cost | Low |
Process | Simple data analysis and prediction |
Failure Risk | Low (Early risk prediction) |
NNP Design AI™ dramatically
reduces the time and cost
of NNP drug development
We create NNPs that effectively deliver payloads to target organs/cells
through our proprietary scaffold