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Dr. Schinckel has conducted research to examine the potential for improvements in lean growth rate and lean feed conversion via genetic and environmental means including research in the areas of (1) development swine compositional growth curves; (2) modeling of the impact of health status and ractopamine on pig compositional growth; (3) development of stochastic models of pig compositional growth for production systems analysis.
In 36 years at Purdue University, Dr. Schinckel has written 157 refereed publications, 215 abstracts, 73 research papers, 249 extension publications, 217 popular press articles, and 7 book chapters, 126 national invited talks, 73 international talks, and completed 88 research funded grant proposals as PI or Co-PI.
By Matthew Rooda4.4
1515 ratings
Dr. Schinckel has conducted research to examine the potential for improvements in lean growth rate and lean feed conversion via genetic and environmental means including research in the areas of (1) development swine compositional growth curves; (2) modeling of the impact of health status and ractopamine on pig compositional growth; (3) development of stochastic models of pig compositional growth for production systems analysis.
In 36 years at Purdue University, Dr. Schinckel has written 157 refereed publications, 215 abstracts, 73 research papers, 249 extension publications, 217 popular press articles, and 7 book chapters, 126 national invited talks, 73 international talks, and completed 88 research funded grant proposals as PI or Co-PI.

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