DR. CHRISTOPHER MICHEAL WARD, PHARMD
Pharmacy at 138 Ave, Portland, OR
License number
Oregon RPH-0014222
Category
Pharmacy
Type
Pharmacist
License number
Oregon PH 60475155
Category
Pharmacy
Type
Pharmacist
Address
Address
5717 NE 138Th Ave, Portland, OR 97230
Phone
(503) 261-7541
(978) 398-4305
(978) 398-4305
Personal information
See more information about CHRISTOPHER MICHEAL WARD at radaris.comName
Address
Phone
6204 Detroit Ave, Portland, OR 97217
Professional information
Christopher Ward - Tigard, OR
Work:
Lightspeed Aviation
Customer Support Analyst Harsch Investment Properties - Portland, OR
Telecommunications Engineer Perkins & Company - Portland, OR
Technical Support Specialist Pacific Security Capital - Beaverton, OR
PC Support Specialist Harsch Investment Properties - Portland, OR
Help Center Technician U.S. Postal Service - Beaverton, OR
Letter Carrier U.S. Postal Service - Arlington Heights, IL
Letter Carrier
Customer Support Analyst Harsch Investment Properties - Portland, OR
Telecommunications Engineer Perkins & Company - Portland, OR
Technical Support Specialist Pacific Security Capital - Beaverton, OR
PC Support Specialist Harsch Investment Properties - Portland, OR
Help Center Technician U.S. Postal Service - Beaverton, OR
Letter Carrier U.S. Postal Service - Arlington Heights, IL
Letter Carrier
Education:
Heald College - Portland, OR
Associate in Applied Science in Computer Technology
Associate in Applied Science in Computer Technology
Skills:
Hardware & software installation, maintenance, and troubleshooting; networking maintenance (Windows, Citrix); Avaya/Nortel and Fonality phone system support; PS-ALI support; mobile phone support (BlackBerry, Android, iPhone, Windows); Polycom Video Conferencing. Microsoft Server [] Microsoft Active Directory; Microsoft Exchange [] MS Office Suite [] SharePoint2010; Sage CRM; Sage AccPac; Citrix XenApp Suite; Symantec Ghost; Symantec Backup Exec; Network Associates Virus Scan; McAfee ePolicy Orchestrator; Track-It! inventory and help desk platform.Windows 2000/XP/Vista/Windows 7
Tree Fruit Postharvest Chemical Sensor
US Patent:
2010015, Jun 24, 2010
Filed:
Jul 13, 2009
Appl. No.:
12/501615
Inventors:
Alireza Shekarriz - Lake Oswego OR, US
W. Lloyd Allen - Vancouver WA, US
Christopher M. Ward - Portland OR, US
Debra M. Gilbuena - Hillsboro OR, US
W. Lloyd Allen - Vancouver WA, US
Christopher M. Ward - Portland OR, US
Debra M. Gilbuena - Hillsboro OR, US
International Classification:
B01D 53/30, G01N 27/30, G01N 33/02, B65B 55/00, G01N 27/40, G01N 27/26
US Classification:
426118, 204424, 204407, 204406, 96244, 95 8, 426395, 426419, 204415, 585500
Abstract:
An electrochemical sensor for organic molecules such as ethylene includes an electrochemical cell, gas sample inlet means and means for detecting current produced by the oxidation of the organic molecule at the anode of the cell. The sensor is capable of sensing multiple organic molecules in some embodiments. A voltage is applied to the anode of the cell to provide energy to drive the oxidation reaction and produce a corresponding current. The sensor of the invention can be made as a small, hand-held unit that is capable of real-time detection of various organic species.
Tree Fruit Postharvest Chemical Sensor
US Patent:
7560013, Jul 14, 2009
Filed:
Jan 30, 2007
Appl. No.:
11/699911
Inventors:
W. Lloyd Allen - Vancouver WA, US
Daniel James Faulkner - Portland OR, US
Christopher M. Ward - Portland OR, US
Debra M. Gilbuena - Hillsboro OR, US
Daniel James Faulkner - Portland OR, US
Christopher M. Ward - Portland OR, US
Debra M. Gilbuena - Hillsboro OR, US
Assignee:
Fluid Analytics, Inc. - Portland OR
International Classification:
G01N 27/403
US Classification:
204431, 204409, 205787
Abstract:
An electrochemical sensor for organic molecules such as ethylene includes an electrochemical cell, gas sample inlet means and means for detecting current produced by the oxidation of the organic molecule at the anode of the cell. The sensor is capable of sensing multiple organic molecules in some embodiments. A voltage is applied to the anode of the cell to provide energy to drive the oxidation reaction and produce a corresponding current. The sensor of the invention can be made as a small, hand-held unit that is capable of real-time detection of various organic species.