STEVEN NEAL SCHWARTZ
Veterinary in Saint Louis, MO
License number
Pennsylvania BV004418L
Category
Veterinary Medicine
Type
Veterinarian
Address
Address
2
Saint Louis, MO 63141
Pennsylvania
Pennsylvania
Personal information
See more information about STEVEN NEAL SCHWARTZ at radaris.comName
Address
Phone
500 Shoemaker Ave, Jenkintown, PA 19046
5123 Euston Ct, Bensalem, PA 19020
58 Oakhill Dr, Lititz, PA 17543
550 N New Ballas Rd, Saint Louis, MO 63141
529 Sappington Barracks Rd, Saint Louis, MO 63125
Professional information
Veterinary Professional
Position:
VCA Bal-Coeur Animal Hospital at Veterinary Centers of America
Location:
Greater St. Louis Area
Industry:
Veterinary
Work:
Veterinary Centers of America
since Sep 2003
-
VCA Bal-Coeur Animal Hospital
Bal-Coeur Veterinary Hospital
Mar 1979 - Sep 2003
-
Bal-Coeur Animal Hospital
Education:
University of Pennsylvania 1972 - 1976
VMD, Veterinary Medicine, Microbiology Washington University in St. Louis 1968 - 1972
AB, Biology
VMD, Veterinary Medicine, Microbiology Washington University in St. Louis 1968 - 1972
AB, Biology
Interests:
Pain management including conventional Western Medical approaches and Acupuncture, children's book writing, golf, duplicate bridge, Investing
Steven Howard Schwartz, Saint Louis MO - Lawyer
Address:
Brown & James, P.C.
800 Market St STE 1100, Saint Louis 63101
(314) 242-5280, (314) 242-5480
800 Market St STE 1100, Saint Louis 63101
(314) 242-5280, (314) 242-5480
Licenses:
Illinois - Active And Authorized To Practice Law 1989
Specialties:
Antitrust / Trade Law - 34%
Lawsuits / Disputes - 33%
Securities / Investment Fraud - 33%
Lawsuits / Disputes - 33%
Securities / Investment Fraud - 33%
Sr. Financial Operations Analyst At Kv Pharmaceutical
Position:
Sr. Financial Operations Analyst at KV Pharmaceutical, Sr. Financial Operations Analyst at KV Pharmaceuticals
Location:
Greater St. Louis Area
Industry:
Pharmaceuticals
Work:
KV Pharmaceutical
since Jun 2004
-
Sr. Financial Operations Analyst
KV Pharmaceuticals
since 2004
-
Sr. Financial Operations Analyst
Coca-Cola Enterprises
Mar 2003 - May 2004
-
Senior Credit Analyst
Pittsburgh Pipe & Supply Corp.
Oct 2002 - Mar 2003
-
Credit Manager
Skills:
Process Improvement, Quality Assurance, Cross-functional Team Leadership, Budgets, Forecasting, Healthcare
Steven Schwartz, Saint Louis MO - Lawyer
Address:
1010 Market St, Saint Louis 63101
(314) 242-5280
(314) 242-5280
Licenses:
Missouri - Good Standing, Active 1988
Dist. of Columbia - Inactive 1986
Dist. of Columbia - Inactive 1986
Education:
George Washington University National Law CenterDegree JD - Juris Doctor - LawGraduated 1984
Indiana UniversityDegree BA - Bachelor of Arts - PsychologyGraduated 1981
Indiana UniversityDegree BA - Bachelor of Arts - PsychologyGraduated 1981
Specialties:
Litigation - 55%, years
Intellectual Property - 20%, years
Internet - 10%, years
Employment / Labor - 10%, years
Computer Fraud - 5%, years
Intellectual Property - 20%, years
Internet - 10%, years
Employment / Labor - 10%, years
Computer Fraud - 5%, years
Electrostatic Field Gradient Sensor
US Patent:
4931740, Jun 5, 1990
Filed:
Aug 2, 1988
Appl. No.:
7/227160
Inventors:
Reza Hassanzadeh - Chesterfield MO
Donald G. Funderburk - St. Charles MO
Steven A. Schwartz - University City MO
Edward T. Rock - St. Louis MO
Donald G. Funderburk - St. Charles MO
Steven A. Schwartz - University City MO
Edward T. Rock - St. Louis MO
Assignee:
McDonnell Douglas Corporation - St. Louis MO
International Classification:
G05D 110, G01P 342, G01R 528
US Classification:
324457
Abstract:
A sensor for measuring disturbances to an electrostatic field caused by the intrusion of a charged body or a charge producing body. The sensor employs at least two probes displaced from each other which have attached beads of radioactive material to provide free ions in the vicinity of the probe. The free ions enhance the signal created by each probe when it is affected by a disturbance in the electrostatic field in which it resides. The signals thus created are conditioned for transmission to a differential amplifier which combines them and produces an output signal which represents the detection of an intruding charged body, its distance, and its characteristics. The sensor can be configured with more than two probes seeded or placed in an array and a computer for real-time selection of the two yielding optimum signals for charged body location, velocity, direction of travel, and electrostatic signature.