Valerie E Gunn, Age 7121 Village Rd, Cape Neddick, ME 03902

2008003, Feb 7, 2008

Mar 19, 2007

11/688230

Valerie Gunn - Cape Neddick ME, US

Andover Healthcare, Inc. - Salisbury MA

A61K 9/70
A61K 31/095
A61K 31/19
A61K 31/205
A61P 31/00
A61K 31/755
A61K 33/04

424448000, 424449000, 424702000, 424078070, 514554000, 514557000, 514706000

The invention provides compositions and methods for treating or preventing the spread of infectious disease through topical or cutaneous contact with a formulation or article containing an organotellurium compound, or an inorganic or organic selenium compound, or formulation thereof, capable of generating superoxide radicals in the presence of an agent of infectious disease such as bacteria, viruses, fungi and protozoa.

2010005, Mar 4, 2010

Aug 28, 2009

12/549749

Valerie E. GUNN - Cape Neddick ME, US

ANDOVER HEALTHCARE, INC. - Salisbury MA

A61K 33/38
A61L 15/16
A61P 31/00

424447, 424618

Antimicrobial articles, including cohesive, adhesive, and pressure-sensitive adhesive articles, comprising a substrate and a silver compound, and methods of making antimicrobial articles are described.

2013029, Nov 7, 2013

May 3, 2012

13/463363

Kerem Durdag - Scarborough ME, US
Brian Pendleton - Newcastle ME, US
Robert Hamlyn - Newcastle ME, US
Valerie Gunn - Cape Neddick ME, US
Marc Etchells - West Hampton MA, US

B32B 27/04
B32B 3/02
B32B 3/24
D04H 13/00
D04H 1/74

428 76, 442414, 442366, 442123, 428138, 442381

Disclosed are food packaging materials and processes that are useful for commercial products to extend the freshness and preserve the integrity and shelf-life of packaged foods. Said food packaging materials utilize a low bioburden, biodegradable and/or compostable shock absorbing/cushioning nonwoven structure and some form or forms of an antimicrobial and/or antifungal agent consisting of silver or silver-based species that destroy microbes which would otherwise spoil the food. The shelf-life extension process involves silver-based antimicrobial agents that function to mitigate the spread of food spoilage pathogens when they come in contact with the said food packaging materials. Fluid absorbing or superabsorbent, capabilities may be incorporated in the structure to control excess fluids.

6066594, May 23, 2000

Sep 18, 1998

9/157072

Valerie E. Gunn - Revere MA
Janet M. Schaffner - Cape Neddick ME

Polaroid Corporation - Cambridge MA

B41M 5035
B41M 538

503227

An over-the-counter type identification document is prepared by forming at least one first indicium (typically invariant data common to a large number of identification documents) on a core layer, sandwiching this core layer between a pair of substantially transparent polymer layers, providing an image-receiving layer on one or both outer surfaces of the resulting sandwich, forming a second indicium (typically variable data relating only to a single identification document) on the image-receiving layer(s) and laminating a protective layer or layers over the image-receiving layer(s). The identification document displays improved durability and security and can be rendered substantially identical in appearance to documents produced by known central issue production methods.

2015035, Dec 10, 2015

Feb 24, 2014

14/762775

- Brewer ME, US
Kerem Durdag - Scarborough ME, US
Brittany Paul - Old Orchard Beach ME, US
Valerie Gunn - Cape Neddick ME, US
Brian Pendleton - Newcastle ME, US
Richard Provonchee - Cushing ME, US

A61B 19/08
A61B 5/022

Disclosed is a an economical blood pressure cuff shield that acts as an hygienic barrier between patients and blood pressure cuffs during blood pressure measurement. The shield includes antimicrobial properties, which eradicate microorganisms on contact, protecting the shield from communicated pathogens and preventing the blood pressure cuff from colonization of the common health-care associated microbes. With the antimicrobial properties, the shield can be used for multiple patients over a 24 hour period. After the indicated period of use, the blood pressure cuff shield is removed and discarded. The biodegradable and cost effective construction allows the health care field to stride towards eco-friendly solutions to improve sanitation and sterility of facilities.

2014033, Nov 13, 2014

May 1, 2014

14/267161

- Boothbay ME, US
Valerie Gunn - Cape Neddick ME, US
Brittany Paul - Old Orchard Beach ME, US
Robert Hamlyn - Newcastle ME, US
Brian Pendleton - Newcastle ME, US
Marc Etchells - West Hampton MA, US

A61L 15/64
A61L 15/44
A61F 13/02
A61L 15/18

602 48, 604319

The Technology described herein applies to medical dressings designed to heal wounds in the area of advanced wound care, inclusive of Negative Pressure Wound Therapy (NPWT), and describes novel wound healing absorbent scaffolds and dressing based on natural and naturally-derived material and fibers, preferentially poly (lactic) acid fibers and alginate materials.

2014025, Sep 18, 2014

Mar 12, 2014

14/206412

- Boothbay ME, US
Brian Pendleton, II - Newcastle ME, US
Robert Hamlyn - Newcastle ME, US
Valerie Gunn - Cape Neddick ME, US

Biovation, LLC - Boothbay ME

F26B 9/00

34 95

Disclosed are boot (and other footwear) dryer insert materials that are to be used to dry out boots without the use of electric or mechanical power. Said boot insert dryer materials utilize a low bioburden, biodegradable and/or compostable moisture absorbing nonwoven structure and one or more antimicrobial and/or antifungal agents that minimize odor by mitigating the spread of odor causing pathogens. The drying process includes the ability of the outer surface of the boot dryer to allow the ingress of moisture absorbed from the boot while at the same time preventing captured moisture to escape back into the boot. Fluid absorbing or superabsorbent, capabilities may be incorporated in the devices of the present invention to control excess fluids. Also disclosed are methods of manufacture of the boot dryer inserts of the present invention.