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Danielle Marie Clay, 44Gilbert, AZ

Known as:
Danielle M Clay Danielle Marie Fehling Danielle M Fehling Danielle E Fehling Clay Carroll Clay Daniell Danielle Marie G
Related to:
Richard Aaron Cleveland 54

Danielle Clay Phones & Addresses

Gilbert, AZ   

9002 Stony Creek Dr, Colorado Spgs, CO 80924    847-3451935   

Colorado Springs, CO   

Milwaukee, WI   

Osprey, FL   

Shaker Heights, OH   

Ellenton, FL   

Gurnee, IL   

Belgium, WI   

Indianapolis, IN   

Saint Augustine, FL   

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Danielle Clay resumes & CV records

Resumes

Danielle Clay Photo 35

Danielle Clay

Location:
9002 Stony Creek Dr, Colorado Springs, CO 80924
Industry:
Pharmaceuticals
Skills:
Fda, Validation, Capa, Quality Assurance, Compliance, Quality System, Gmp, 21 Cfr Part 11, Biotechnology, Pharmaceutical Industry, Process Improvement, Software Documentation, Supplier Quality, V&V, Auditing, Cross Functional Team Leadership, 21 Cfr, Design Control, Iso, Iso 13485, Management, Medical Devices, Process Engineering, Process Simulation, Quality Auditing, Quality Control, Quality Management, Regulatory Affairs, Six Sigma, Sop, Training
Interests:
Science and Technology
Children
Education
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Danielle Clay

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Danielle Clay

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Danielle Clay

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Danielle Clay

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Danielle Clay

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Danielle Clay

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Danielle Clay

Publications & IP owners

Us Patents

Biodegradable Polymer Formulations

US Patent:
2015020, Jul 30, 2015
Filed:
Mar 20, 2015
Appl. No.:
14/664531
Inventors:
- Warsaw IN, US
Danielle L. Clay - Pleasant Prairie WI, US
International Classification:
A61K 47/34
A61K 31/4168
Abstract:
A polymeric material which can degrade in less than 6 months is provided. The polymeric material includes a plurality of biodegradable polymers having a polydispersity or molecular weight distribution from about 1.5 to about 2.5. A method of making the polymeric material is also provided. The method includes mixing a plurality of biodegradable polymers together to form a polymeric mixture, wherein the polymeric mixture has a polydispersity from about 1.5 to about 2.5. The application of this polymeric material to medical devices such as and implantable depots is described. A method for treating acute pain in an organism to reduce, prevent or treat pain utilizing these polymeric materials having a polydispersity or molecular weight distribution from about 1.5 to about 2.5 is also provided.

Possible Relatives

Cynthia M Clay  David R Clay  Davis B Clay  Dawayne K Clay  Deandra R Clay  Daisy Clay  Dallas Clay  Danielle Johnson  Danielle P Stanfield  Danielle P White 

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