Purdue University: Avian Sciences Net

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Avian Sciences Net

Indiana’s poultry industry represents a diverse group of producers. The state currently ranks at or near the top in a number of poultry categories: Number 1 in duck and egg-type breeders, Number 4 in egg production, Number 7 in turkey production and Number 14 in broiler production. To continue this high degree of success, producers rely on a multitude of services and supplies such as education materials, research and government reports. Many of these resources can be found at Purdue University...Read More

Postgraduate Research

Applications are invited from exceptional students wishing to pursue a Ph. D. degree in avian biotechnology. Our common research theme is to improve the well-being of poultry through the prevention of infectious and non-infectious diseases, genetic manipulation, improved nutrition, environment, and reproductive capacity. Graduate students will be located in one of the following departments in either the School of Veterinary Medicine (SVM) or the School of Agriculture (SA): Basic Medical Sciences (SVM), Veterinary Pathobiology (SVM), Animal Sciences (SA), Food Sciences (SA) or the USDA-ARS Livestock Behavior Research Unit...Read More

The Interactive Avian Classroom

The Avian Classroom is designed to provide educational tools in a broad range of avian disciplines, including physiology, reproduction, hematology, and anatomy among others. It contains original activities as well as links to other sites you may find helpful.

The Chick Zones: Incubators in the Classroom

The purpose of the "Incubators in the Clasroom" Program is to educate school children about embryology and agriculture through an interactive learning experience.

Students at all levels (college, elementary, and high-school) are seeking hands-on experiences in their classes, especially in Life Sciences. In order to address this need, educational programs must be developed that include hands-on experiences and enhance the learning potential of students. Programs developed that include embryology have been very successful and have targeted student needs. The Purdue University "Incubators in the Classroom" has blossomed since 1997... Read More

Research Staff

Dr. Layi Adeola, Department of Animal Sciences

Dr. Adeola's research program emphasizes amino acid nutrition of nonruminant animal species and utilization of plant minerals by nonruminants. Also included are amino acid availability and amino acid-energy relationships, nutritional evaluation of non-traditional feedstuffs.

Dr. Todd Applegate Dr. Todd Applegate

Work in Dr. Applegate's laboratory includes studies to determine that regardless of egg size, embryos from hens in early lay develop more slowly than embryos from older hens during the final week of incubation.

Dr. E. K. Asem, Department of Basic Medical Sciences

The goals of Dr. Asem's laboratory are to understand the mechanisms whereby locally produced bioactive molecules (intraovarian factors) in the regulation of ovarian follicular development and death (atresia).

Dr. Kevin Hannon, Department of Basic Medical Sciences

Fibroblast growth factors (FGFs) are powerful regulators of bone and skeletal muscle development in vitro. It is important to note that in vivo, bone and skeletal muscle cells have the capability to synthesize many different members of the fibroblast growth factor family. The effects that these locally-made fibroblast growth factors exert on bone and skeletal muscle development is unknown. Therefore, a major goal of Dr. Hannon's research is to understand the importance of endogenously made fibroblast growth factors for control of long bone and skeletal muscle development in vivo.

Dr. Albert J. Heber, Agriculture Engineering

Presently, Dr. Heber is evaluating turkey production facilities in southern Indiana to investigate the current ventilation strategies utilized for brooder and growout facilities and to discuss ventilation issues with the production staff. Ventilation strategies vary between and within companies. As compared to chicken and hog house ventilation, turkey house ventilation in southern Indiana has a greater use of manual controls and lower capital investment in environmental control equipment.

Dr. Patricia Y. Hester, Department of Animal Sciences

For the past 20 years, Dr. Hester's laboratory has identified lighting, nutritional (compensatory growth), and litter management schemes to reduce the incidence of non-infectious leg abnormalities (valgus/varus deformities) in male turkeys. Her group is currently focusing efforts on the osteomyelitis complex, specifically trying to understand how Staphylococcus aureus enters the body of the bird and infiltrates the long bones and joints.

Dr. Don D. Jones, Agricultural and Biological Engineering

Dr. Jones' extension effort is directed at farmstead planning, layout of production facilities, the design and evaluation of housing and ventilation systems for livestock. Other extension effort is also in the area of manure collection, handling, storage and treatment of manure.

Dr. Mickey A. Latour, Department of Animal Sciences

A major focus of Dr. Latour's program is youth development and distance education. Currently USDA funds are being sought to implement distance learning materials for poultry. These proposals are designed to educate youth as well as provide supplemental materials to poultry farmers.

Dr. T.L. Lin, Department of Veterinary Pathobiology and Animal Disease Diagnostic Laboratory

Turkey poult enteritis has contributed to significant economic losses in the turkey industry in Indiana for the last several years. Turkey poult enteritis, apparently due to a viral etiology, causes several diarrhea, weight loss, uneven flock growth, and mortality. A better understanding of the etiology, pathogenesis, pathology, immune responses, and molecular characteristics of the viral pathogen associated with turkey poult enteritis is the key to effective diagnosis, control, and prevention of this disease.

Dr. Richard H. Linton, Department of Food Science

Dr. Linton’s primary research interests are improving the safety and quality of poultry products. He has worked with various poultry establishments in Indiana and nationwide to develop and implement food safety and food quality programs. At Purdue University, his work has been mainly directed toward Extension and outreach programs, but, he is also involved in basic research projects.

Dr. William M. Muir, Department of Animal Sciences

Dr. Muir conducted a study where chickens were selected for improved livability and egg production over a 12-year period (6 generations).

Dr. John A. Patterson, Department of Animal Sciences

Dr. Patterson is interested in intestinal microbiology. Currently, the main focus of his research is identifying factors affecting microbial interactions and manipulation of intestinal microbial populations to enhance animal performance, animal health, human food safety and to reduce excretion of environmental pollutants and odors.

Dr. A. L. Sutton, Department of Animal Sciences

Manure management is an important component of poultry production with challenges confronting the industry. These include: 1) sufficient land to apply manures without significant nutrient buildup in soil and adverse effects on water quality; 2) odors from production units and land application practices causing adverse neighbor relations; and 3) controlling building environment to reduce physiological and disease stressors.

Dr. Bruce A. Watkins, Department of Food Science

The primary research focus of Dr. Watkins' laboratory is food lipids and poultry products. The long-term goal of this research is to gain a better understanding of how individual fatty acids and plant phytochemicals can improve the nutritional quality and safety of foods.

Dr. Ralph E. Williams, Department of Entomology

Research in Entomology at Purdue University relates to the integrated management of arthropod pests of livestock and poultry. Poultry related research is focused on developing integrated control systems for litter beetles and flies in poultry production facilities.

Dr. C.C. Wu, Department of Veterinary Pathobiology and Animal Disease Diagnostic Laboratory

Infectious bursal disease (IBD) caused by infectious bursal disease virus (IBDV) affects the bursal lymphocytes of young chickens, resulting in bursal atrophy, immunosuppression, reduced weight gain and feed efficiency, and increased mortality. Immunosuppression may increase susceptibility to other bacterial or viral diseases as well as interfere with various vaccination programs.

United States' Cooperative Extension Services: Poultry Related Research

Biosecurity

Broiler Production

Diseases and Pests

Ducks

Egg Production

Farm Management

Nutrition

See Also

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