Robert C. Owens Jr, PharmD
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Biosketch
Dr. Owens received his Doctorate of Pharmacy at Mercer University School of Pharmacy in Atlanta‚ Georgia. After graduating‚ he completed his residency in clinical pharmacy practice at DeKalb Medical Center in Atlanta and went on to complete his fellowship training in Infectious Diseases at Hartford Hospital in Hartford‚ Connecticut. Prior to coming to Maine Medical Center‚ Dr. Owens... Display Full Bio
Affiliations
- Co-Director, Antimicrobial Stewardship Program
Maine Medical Center
- Clinical Pharmacy Specialist, Infectious Diseases
Maine Medical Center
- Clinical Assistant Professor
University of Vermont College of Medicine
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Activities involving Robert C. Owens Jr
8 results
 Released: Sep 28, 2007
Expires: Sep 28, 2008
Type: Audio
Drug resistant organisms have increased across the globe and represent a major threat to the health of hospitalized patients. Overuse and improper use of certain antibiotic drug classes as well as failure to take infection control measures in hospitals has led to a major nosocomial infection problem in the United States. Antimicrobials account for upwards of 30% of hospital...
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- CME Credits/Hours: 1.00
- CPE Credits/Hours: 1.20
- Cost: Free
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System Requirements:
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Released: Sep 21, 2007
Expires: Sep 21, 2008
Type: Audio
Drug resistant organisms have increased across the globe and represent a major threat to the health of hospitalized patients. Overuse and improper use of certain antibiotic drug classes as well as failure to take infection control measures in hospitals has led to a major nosocomial infection problem in the United States. Antimicrobials account for upwards of 30% of hospital...
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- CME Credits/Hours: 1.00
- CPE Credits/Hours: 1.20
- Cost: Free
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System Requirements:
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Released: Sep 14, 2007
Expires: Sep 14, 2008
Type: Audio
Drug resistant organisms have increased across the globe and represent a major threat to the health of hospitalized patients. Overuse and improper use of certain antibiotic drug classes as well as failure to take infection control measures in hospitals has led to a major nosocomial infection problem in the United States. Antimicrobials account for upwards of 30% of hospital...
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- CME Credits/Hours: 1.00
- CPE Credits/Hours: 1.20
- Cost: Free
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System Requirements:
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Released: Sep 14, 2007
Expires: Sep 14, 2008
Type: Case Study
Drug resistant organisms have increased across the globe and represent a major threat to the health of hospitalized patients. Overuse and improper use of certain antibiotic drug classes as well as failure to take infection control measures in hospitals has led to a major nosocomial infection problem in the United States. Antimicrobials account for upwards of 30% of hospital...
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- CME Credits/Hours: 0.50
- Cost: Free
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System Requirements:
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Released: Sep 3, 2007
Expires: Sep 3, 2008
Type: Audio
Drug resistant organisms have increased across the globe and represent a major threat to the health of hospitalized patients. Overuse and improper use of certain antibiotic drug classes as well as failure to take infection control measures in hospitals has led to a major nosocomial infection problem in the United States. Antimicrobials account for upwards of 30% of hospital...
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- CME Credits/Hours: 1.00
- CPE Credits/Hours: 1.20
- Cost: Free
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System Requirements:
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Released: Sep 3, 2007
Expires: Sep 3, 2008
Type: Case Study
Drug resistant organisms have increased across the globe and represent a major threat to the health of hospitalized patients. Overuse and improper use of certain antibiotic drug classes as well as failure to take infection control measures in hospitals has led to a major nosocomial infection problem in the United States. Antimicrobials account for upwards of 30% of hospital...
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- CME Credits/Hours: 0.50
- Cost: Free
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System Requirements:
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Released: Aug 1, 2007
Expires: Aug 31, 2008
Type: PDF
Rising rates of nosocomially acquired multidrug-resistant (MDR) Gram negative pathogens have drastically narrowed the spectrum of available therapeutic options. Resistance to antimicrobials is a mounting health concern, both in the United States and worldwide. Infections caused by resistant Gram-negative pathogens, such as Pseudomonas aeruginosaand Acinetobacter baumannii, result in...
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- CME Credits/Hours: 1.50
- Cost: Free
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System Requirements:
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Released: Jul 1, 2007
Expires: Jul 31, 2008
Type: PDF
As confirmed by numerous reports and surveillance studies, multidrugresistant (MDR) Gram-negative pathogens such as Pseudomonas aeruginosa and Acinetobacter baumannii are increasing worldwide and pose a considerable public health threat, particularly among hospitalized patients. Data from the National Nosocomial Infections Surveillance (NNIS)System indicate that Gram-negative...
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- CME Credits/Hours: 1.50
- Cost: Free
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System Requirements:
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