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Design a nanoparticle to target a specific disease
Use Case | Design a nanoparticle to target a specific disease |
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Description | Find a platform that is bioavailable and find moieties that can be used to be targeted to the cells/tissue of interest |
Scope | Pharmacokinetics for nanoparticles, disease surface markers, immunochemistry, ligand kinetics |
Smart drug design to better target a small molecule and reduce drug toxicity
Use Case | Smart drug design to better target a small molecule and reduce drug toxicity |
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Description | Find a bioavailable platform, find toxicity studies for the small molecule of interest |
Scope | Nanoparticle(s); small molecule toxicity studies, biological pathway(s); delivery method(s); interaction domain(s); adverse event(s) |
Situational awareness - trend analysis of nanoparticle use or description across different domains
Use Case | Situational awareness - trend analysis of nanoparticle use or description across different domains |
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Description | Connect the USPTO and connect to nanoscale objects/materials using the InterNano taxonomy and meta-ontology distribution analysis of patents and grants. |
Scope | nanomanufacturing and all stakeholders |
Identify nanomanufacturing processes that are part of existing patents
Use Case | Identify nanomanufacturing processes that are part of existing patents |
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Description | Connect the USPTO with the InterNano taxonomy to help standardize processes in the USPTO database, identify patents that use the applicable process. |
Scope | nanomanufacturing and all stakeholders |
Identify nanoscale objects and nanostructured materials that are part of existing patents
Use Case | Identify nanoscale objects and nanostructured materials that are part of existing patents |
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Description | Connect the USPTO with the InterNano taxonomy to help standardize nanoscale objects and materials, identify patents that use the applicable material. |
Scope | nanomanufacturing and all stakeholders |
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h2. Design a nanoparticle to target a specific disease
|| Use Case | Design a nanoparticle to target a specific disease |
|| Description | Find a platform that is bioavailable and find moieties that can be used to be targeted to the cells/tissue of interest \\ |
|| Scope \\ | Pharmacokinetics for nanoparticles, disease surface markers, immunochemistry, ligand kinetics \\ |
h2. Smart drug design to better target a small molecule and reduce drug toxicity
|| Use Case \\ | Smart drug design to better target a small molecule and reduce drug toxicity \\ |
|| Description \\ | Find a bioavailable platform, find toxicity studies for the small molecule of interest \\ |
|| Scope \\ | Nanoparticle(s); small molecule toxicity studies, biological pathway(s); delivery method(s); interaction domain(s); adverse event(s) \\ |
h2. Situational awareness - trend analysis of nanoparticle use or description across different domains
|| Use Case \\ | Situational awareness - trend analysis of nanoparticle use or description across different domains \\ |
|| Description \\ | Connect the USPTO and connect to nanoscale objects/materials using the InterNano taxonomy and meta-ontology distribution analysis of patents and grants. \\ |
|| Scope \\ | nanomanufacturing and all stakeholders \\ |
h2. Identify nanomanufacturing processes that are part of existing patents
|| Use Case \\ | Identify nanomanufacturing processes that are part of existing patents \\ |
|| Description \\ | Connect the USPTO with the InterNano taxonomy to help standardize processes in the USPTO database, identify patents that use the applicable process. \\ |
|| Scope \\ | nanomanufacturing and all stakeholders |
h2. Identify nanoscale objects and nanostructured materials that are part of existing patents
|| Use Case \\ | Identify nanoscale objects and nanostructured materials that are part of existing patents \\ |
|| Description \\ | Connect the USPTO with the InterNano taxonomy to help standardize nanoscale objects and materials, identify patents that use the applicable material. \\ |
|| Scope \\ | nanomanufacturing and all stakeholders |
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