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	        Ph.D. Level 
	         
                Pharmaceutical Biotechnology (PHA 807- 3 hours)  
	          (Dual  labeled course taught to Ph.D. students as a core course and Pharm.D. students  as an elective).  
	          This team taught course is  designed to familiarize the student with current technology. Emphasis will be  given to methods involving genetic manipulations and immunologic tools. In  addition, the course will include a thorough review of the most current agents  (both those approved and those undergoing testing) including a discussion of  how they function and how they are produced. The Ph.D. component of the course  has a 4-hour/week laboratory associated with it. 
	         
                Advanced  Pharmacokinetics ( 3 hours)  
            A  course designed to provide the student with the advanced knowledge and skills  necessary for problem solving techniques related to the relationship between  plasma concentration and effect and clearance concepts as it relates to drug  therapy.  
	         
    
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	        Pharm.D. Level 
	          
	           Principles  of Pharmacotherapy-  Quantatitive Pharmacokinetics Section (440- 3 cr. hour)  
	          A team taught course designed  to provide the student with the background knowledge and skills necessary for  employing pharnacokinetic principles in the selection and evaluation of drug  therapy. Emphasis will be placed upon complete understanding of the basic,  clinically applicable, pharmacokinetic formulae and the assumptions that are  involved with their use. I teach the Basic Pharmacokinetics part of this course. 
	         
	           Pharmaceutical Biotechnology (527 –2 hours)  
	          (Dual  labeled course taught to Ph.D. students as a core course and Pharm.D. students  as an elective).  
            This team taught course is  designed to familiarize the student with current technology. Emphasis will be  given to methods involving genetic manipulations and immunologic tools. In  addition, the course will include a thorough review of the most current agents  (both those approved and those undergoing testing) including a discussion of  how they function and how they are produced. The Ph.D. component of the course  has a 4-hour/week laboratory associated with it. 
	          
	          
	         
             
	        
	          
	          
	        	      
	        
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