Sherry D Ward

age ~65

from Houston, TX

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Also known as:

Sherry Diane Ward
Sherri D Ward
Donald S Ward

Connected to:

Sherry Ward Phones & Addresses

Houston, TX
Galveston, TX
1912 Calvert St NW, Washington, DC 20009
Chevy Chase, MD
Silver Spring, MD

Isbn (Books And Publications)

The Young Southern Writers' Project of the Alabama Shakespeare Festival

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Author
Sherry Ward

ISBN #
0595250432

Resumes

Sherry Ward Kansas City, MO

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Work:

Allied Barton Security Services
Silver Spring, MD
Aug 2014 to Dec 2014
Unarmed Security Officer United States Air Force
Andrews AFB, MD
Feb 2010 to Jul 2014
Aircraft Services Technician Forever 21, Inc
Indianapolis, IN
Mar 2009 to Dec 2009
Sales Associate Zing, Inc
Indianapolis, IN
Aug 2008 to Dec 2009
Food Runner/Waitress

Education:

University of Maryland Community College
Aug 2012 to 2000
Associates in General Studies Community College of the Air Force
Apr 2010 to 2000
Associates of Applied Science in Logistics Management Southeast High School
Kansas City, MO
May 2008
Diploma

Name / Title

Company / Classification

Phones & Addresses

Sherry Ward
Information Technology Manager, Technology/Computer Coordinator, Technology Manager

ALEXANDRIA COUNTRY DAY SCHOOL, INC
Elementary/Secondary School

2400 Russell Rd, Alexandria, VA 22301
7035484804, 7035499022

Sherry Ward

THUNDER VALLEY RANCH, LLC

Sherry Ward

INDIAN CREEK ESTATES, LLC

Sherry Ward

LITTLE RED RIVER LANDS, LLC

Sherry Ward

WATER SPORT SERVICES, INC

Sherry A Ward
Director, P

SOFTSEARCH, INC

8787 Woodway Dr APT 3207, Houston, TX 77063
6403 Brobeck Ct, Sugar Land, TX 77479

Us Patents

Human Conjunctival Epithelial Cell Lines With An Extended Life Span
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US Patent:

60307897, Feb 29, 2000
Filed:

Mar 10, 1999
Appl. No.:

9/265386
Inventors:

Sherry L. Ward - Montgomery Village MD
Tracey L. Walker - Woodbridge VA
Assignee:

The Gillette Company - Boston MA
International Classification:

C12Q 168
US Classification:

435 6
Abstract:

The present invention provides two human conjunctival epithelial cell lines with an extended life span, designated HC0597 and HC0708, and methods for producing such cell lines. These conjunctival cell lines can be cultured as stratified 3-dimensional (3-D) cultures. In turn, the 3-D cultures can be used as tissue- and species-specific cellular models of the human conjunctival ocular surface. These human conjunctival cultures are particularly useful, for example, in product safety evaluations to test products for their eye irritation potential.