DR. CHARLES CAVET WHITE, D.D.S.
Dentist at Bayou Blvd, Pensacola, FL
License number
Florida DN3037
Category
Dentist
Type
General Practice
Address
Address
4300 Bayou Blvd SUITE 22, Pensacola, FL 32503
Phone
(850) 478-1313
(850) 477-5422 (Fax)
(850) 477-5422 (Fax)
Professional information
Charles White - Pensacola, FL
Work:
Outback Steakhouse - Saint Simons Island, GA
Key Manager Fostech Electric - Throckmorton, TX
Apprentice - Accomplished Apprenticeship Electrical License Mid - Georgia Electric - Gray, GA
Electrical Helper La Fiesta - Gray, GA
Assistant Manager
Key Manager Fostech Electric - Throckmorton, TX
Apprentice - Accomplished Apprenticeship Electrical License Mid - Georgia Electric - Gray, GA
Electrical Helper La Fiesta - Gray, GA
Assistant Manager
Education:
Georgia Technical College
Air Craft Tech/Electronics Georgia Military College
Associates in Business Jones County High School
Air Craft Tech/Electronics Georgia Military College
Associates in Business Jones County High School
Independent Accounting Professional
Location:
Pensacola, Florida Area
Industry:
Accounting
Dr. Charles C White, Pensacola FL - DDS (Doctor of Dental Surgery)
Specialties:
Dentistry
Address:
4300 Bayou Blvd STE 22, Pensacola 32503
(850) 478-1313 (Phone), (850) 477-5422 (Fax)
(850) 478-1313 (Phone), (850) 477-5422 (Fax)
Languages:
English
Extended Or Continuous Wear Silicone Hydrogel Contact Lenses For The Extended Release Of Comfort Molecules
US Patent:
2013019, Aug 1, 2013
Filed:
Feb 12, 2013
Appl. No.:
13/765495
Inventors:
Auburn University - Auburn AL, US
Siddarth Venkatesh - Auburn AL, US
Charles White - Pensacola FL, US
Maryam Ali - Auburn AL, US
Siddarth Venkatesh - Auburn AL, US
Charles White - Pensacola FL, US
Maryam Ali - Auburn AL, US
Assignee:
Auburn University - Auburn AL
International Classification:
A61K 9/00
US Classification:
424429
Abstract:
A drug delivery system is disclosed. The drug delivery system includes a recognitive polymeric hydrogel through which a drug is delivered by contacting biological tissue. The recognitive polymeric hydrogel is formed by using a bio-template, which is a drug or is structurally similar to the drug, functionalized monomers, preferably having complexing sites, and cross-linking monomers, which are copolymerized using a suitable initiator. The complexing sites of the recognitive polymeric hydrogel that is formed preferably mimics receptor sites of a target biological tissue, biological recognition, or biological mechanism of action. The system in accordance with an embodiment of the intention is a contact lens for delivering a drug through contact with an eye.