Joseph Stephen Anderson
Nursing at Flower St, Denver, CO

License number
Colorado 42400
Issued Date
Jul 1, 2005
Renew Date
Sep 1, 2012
Expiration Date
Aug 31, 2014
Type
Licensed Practical Nurse
Address
Address
2185 S Flower St, Denver, CO 80227

Personal information

See more information about Joseph Stephen Anderson at radaris.com
Name
Address
Phone
Joseph Anderson
508 W Oak St, Lamar, CO 81052
(719) 510-1831
Joseph Anderson, age 40
524 University Blvd, Denver, CO 80206
Joseph Anderson
5310 Marshall St, Arvada, CO 80002

Professional information

See more information about Joseph Stephen Anderson at trustoria.com
Joseph A Anderson Photo 1
Dr. Joseph A Anderson - MD (Doctor of Medicine)

Dr. Joseph A Anderson - MD (Doctor of Medicine)

Hospitals:
Joseph A Anderson MD
101 W 84Th Ave SUITE 130, Denver 80260
Exempla Lutheran Medical Center
8300 West 38Th Ave, Wheat Ridge 80033
Joseph A Anderson MD
101 W 84Th Ave SUITE 130, Denver 80260
Exempla Lutheran Medical Center
8300 West 38Th Ave, Wheat Ridge 80033
Education:
Medical Schools
Medical College of Wisconsin
Graduated: 1958


Joseph Anderson Photo 2
Joseph Anderson - Lakewood, CO

Joseph Anderson - Lakewood, CO

Work:
Rolinc Staffing - Englewood, CO
Low-Voltage Technician
Sintech - Biloxi, MS
Low-Voltage Technician
Guarantee Electric - Denver, CO
Low-Voltage Technician
Great American - Parker, CO
Tire Technician
DL Entertainment - Denver, CO
Security Representative
Education:
Sheridan High School - Englewood, CO
Diploma


Joseph A Anderson Photo 3
Joseph A Anderson, Denver CO

Joseph A Anderson, Denver CO

Specialties:
Family Physician
Address:
101 W 84Th Ave, Denver, CO 80260


Joseph Anderson Photo 4
Microplate Filler

Microplate Filler

US Patent:
4262711, Apr 21, 1981
Filed:
Feb 13, 1979
Appl. No.:
6/011877
Inventors:
Joseph A. Anderson - Denver CO
International Classification:
B65B 304
US Classification:
141238
Abstract:
An apparatus is provided for filling the wells of an antibiotic plate with different concentrations of fluid including an array of fluid containers, each having a single needle valve inserted through a stopper member which is held in an open end of the container. Each needle valve includes an inner tube for supplying pressurizing air to one end of the containers which forces the fluid through an outer tube of the needle valve and out the opposite end of the container. A length of flexible tubing connected to each of the needle valve outer tubes carries the fluid through one of a plurality of slots formed in a pinch valve assembly. The pinch valve assembly includes slide members and resilient pinch rods extending laterally from sides thereof. In a first position, the slide members are held such that the pinch rods close the flexible tubing to prevent passage of the fluid into the wells of the antibiotic plate. In a second position, the slide members are held such that the pinch rods do not closably engage the tubing but permit the passage of fluid into the wells.


Joseph Anderson Photo 5
Inoculator

Inoculator

US Patent:
4115200, Sep 19, 1978
Filed:
Aug 9, 1976
Appl. No.:
5/712685
Inventors:
Joseph A. Anderson - Denver CO
International Classification:
C12K 104
US Classification:
195127
Abstract:
A motor driven inoculator is provided wherein a plurality of bacteriological transfer loops are mounted on a common head and are activated in response to the positioning of a tray of inoculum to cause the head to be lowered and then raised so that the loops pick up a sample of inoculum. The subsequent positioning of an antibiotic or antimicrobic microtube plate, etc. causes the head to be lowered and raised a second time so that the loops are lowered into the plate to place samples of inoculum in each of a plurality of wells in the plate by dispersion. The removal of the antibiotic plate initiates a sterilizing cycle wherein the head is lowered and raised a third time whereby the loops are heated to a very high temperature by passing electrical current therethrough to volatilize all material thereon and then they are subsequently air cooled prior to the beginning of the next cycle. In an alternative embodiment the inoculum on the loops may be dispersed by percussion. The inoculum tray includes a plurality of grooves and ridges so that a minimal amount of inoculum is necessary for use in placing samples on the loops by dipping.