Animal Science - Breeding & Genetics
Litter Size Produced by Gilts Divergently Selected on Reproductive Components
March 12, 2002By Tim Safranski
Animal Science - Breeding & Genetics
The effect of the hydrogen ion concentration evaluation mathematical methodology on genetic prediction and fixed effects estimation when assessing muscle quality in pork
January 22, 2002By Ken Stalder
Animal Science
Development of REal Time Behavior-Based Swine Comfort Controller
July 31, 2000By Hongwei Xin
Animal Science - Reproductive & Growth Physiology
Effect of Prenatal Androgenization on Growth Rate, Feed Efficiency and Carcass Quality of Swine
February 14, 2000By Darrel Kesler
Animal Science - Breeding & Genetics
Litter size produced by gilts divergently selected on reproductive components
December 29, 1999By Tim Safranski
Animal Science - Reproductive & Growth Physiology
Relationships between Seminal Plasma Proteins and Boar Fertility: Devlopment of a Proactive Semen Fertility Test
December 29, 1999By W. L. Flowers
Animal Science - Breeding & Genetics
Litter size produced by gilts divergently selected on reporductive components
November 3, 1999By Jack C.M. Dekkers
Animal Science - Reproductive & Growth Physiology
Action of Leptin at the Hypothalamus for Reproductive Function
October 15, 1999By Lloyd L. Anderson
Animal Science - Breeding & Genetics
Monitoring Package Temperature During Shipment of Extended Swine Semen
October 11, 1999By Robert W. Wills
Animal Science - Breeding & Genetics
Isolation of the GEnes that Create Fat Cells in Pigs
September 13, 1999By Christopher A. Bidwell