Academic Peptide Nanoparticle Patent Portfolios Evaluated by Platform Architecture Not Publication Volume
Platform architecture, not publication count, reveals whether a nanoparticle system can scale.
Priya Subramaniam
Delivery Platform Review
Nasal Mucosal Absorption Mechanics and Why Intranasal GLP-1 Outpaces Oral Bioavailability Ceilings
Intranasal delivery bypasses digestive degradation that limits oral GLP-1 bioavailability.
Daniel Ngô
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Nose-to-Brain Nanoparticle Platform Differentiation Across Reward Circuit and Dementia Indications
Nanoparticle design must match delivery to brain circuit, not just cross the barrier.
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Intranasal Nanoparticle Platform Developers Advancing Peptide CNS Indications From Discovery to Clinic
Nanoparticles deliver peptides across the blood-brain barrier through the nose.
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Benchmarking University Spinout IP Estates Across Nanoparticle Peptide Delivery Platforms
Patent count alone cannot predict whether a university nanoparticle platform is defensible.
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Injection Anxiety and Dose Titration Failures as Structural Drivers of Early GLP-1 Abandonment
Needle anxiety and titration nausea drive early GLP-1 dropout.
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Pulmonary Inhalation as a Peptide Delivery Route for Systemic Indications
Inhaled peptides face barriers that make systemic delivery harder than lung anatomy suggests.
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Long-Acting Peptide Depot Formulations as an Injection-Reduction Strategy
Fewer injections come with trade-offs in needle size and drug stability.
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Blood-Brain Barrier Crossing Strategies for Large Biologic Molecules
Engineers are finding multiple routes to get large drug molecules into the brain.
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Peptide Absorption Enhancers in Non-Injectable Formulations
Three strategies overcome the gut barriers that keep peptide drugs injectable.
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Transdermal Peptide Delivery Technologies and Their GLP-1 Applicability
Skin's lipid barrier makes GLP-1 patches fundamentally harder than injection, and the data prove it.
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