Categories by Source
: UC Davis Animal Science Department
Animal ID
Breeding
-
“Animal Biotechnology to Improve Quality of Animal Products”
-
“No Bull” Discussion on Genetic Markers
-
94. Cloned Cows and Biotech Beef Does Animal Biotechnology have a Future?
-
95. Paternity analysis in large commercial cattle ranch setting using SNPs – UC Davis experiences
-
Animal biotechnologies and agricultural sustainability
-
Animal Biotechnology
-
Animal Biotechnology
-
Animal Biotechnology Extension Education
-
Animal Biotechnology Where to from here?
-
Animal Biotechnology: How, What, and Why?
-
Animal Cloning
-
Application of Genomic Information The California Commercial Ranch Project (Slides)
-
Application of Genomic Information: The California Commercial Ranch Project (Fact Sheet)
-
Applying Biotechnologies on the Ranch
-
Applying Biotechnologies to the Cattle Industry
-
Are DNA Tests For You?
-
Are the Milk and Meat from Cloned Cows Safe to Eat?
-
Are the progeny of cloned animals safe to eat?
-
Assessing the accuracy of genomic predictions - Results from the California commercial ranch project
-
Basics of DNA Markers and Genotyping
-
Basics of DNA markers and genotyping
-
Beef cattle breeding in Australia
-
Beef Cattle Genomics – where we have been, where we are now, and where we are headed
-
Beef Cattle Industry Structure: Implications for Whole Genome Selection
-
Beef translational genomics Lessons from the literature
-
Biomedical Applications of Genetically Engineered and Cloned Animals
-
Biotech Beef and Cloned Cows Progress in Translational Genomics
-
Biotechnology current and future role in selection decisions for beef producers
-
BLUP and Genomic Selection
-
BRD CAP Year 1 Extension Progress Report
-
Case Study: Extension efforts around the use of DNA tests for the U.S. beef cattle industry
-
Cattlemen to Cattlemen streaming video
-
Challenges to Adoption of Molecular Information
-
Challenges to Adoption of Molecular Information
-
Combining EPD Info with DNA Test Results Improves Genetic Prediction Accuracy
-
Commercial Heifer Selection Using Genomics
-
Commercial Heifer Selection Using Genomics (Fact Sheet)
-
Commercial Heifer Selection Using Genomics (Slides)
-
Commercially-available DNA Tests for Beef Cattle
-
Curly Calf Syndrome (Arthrogryposis Multiplex) Test Available
-
Curly calf syndrome (Arthrogryposis multiplex) test available
-
Current status of adoption of DNA-testing by US beef breed associations
-
Current Status of Genetically Engineered Animals
-
DNA marker panel validation update by the National Beef Cattle Evaluation Consortium
-
DNA Markers: Explanation of Validation and Utilization
-
DNA Technologies and Marker Validation
-
DNA Technologies and Production Markers
-
DNA testing — Does it Work and Where is it Headed?
-
DNA testing for parentage
-
DNA, SNPs, MAS and GMOs – Making Sense of Biotech Babble
-
DNA-Based progeny testing and development of commercial ranch EPDs
-
DNA-based Progeny Testing and Development of Commercial Ranch EPDs
-
DNA-Based Technologies
-
Do DNA Tests Work?
-
Economics of DNA markers for the Cow/Calf Industry
-
Economics of using DNA markers for sorting feedlot cattle
-
Economics of using DNA–markers for bull selection in the seedstock sector
-
Genetic Engineering – An Overview
-
Genetic Engineering and Animal Agriculture
-
Genetic Engineering in California Agriculture
-
Genetic Engineering in California Agriculture
-
Genetic Engineering in California Agriculture (DVD)
-
Genetic Engineering in California Agriculture Bring Science into the Dialogue
-
Genetic Improvement in Beef Cattle — Where is it Headed?
-
Genetic Markers
-
Genetically engineered animals tangled in regulatory and political deadlock
-
Genetically Engineered Animals: An Overview
-
Genetics and Animal Breeding (DVD)
-
Genomic Selection 101: Basics and experiences in cattle breeding systems
-
Genomics and Animal Agriculture
-
Great Expectations DNA and the cattle industry
-
How might DNA-based information generate value in the beef cattle sector?
-
How might DNA-based information generate value in the beef cattle sector?
-
Improving EPD Accuracy by Combining EPD Information with DNA Test Results
-
Improving EPD accuracy by combining EPD information with DNA test results (slides)
-
Integrated Program for Reducing Bovine Respiratory Disease in Beef and Dairy Cattle
-
Integrating biotechnologies for the beef cattle industry
-
Integrating DNA Information into Beef Cattle Production Systems
-
Interbeef workshop- US report
-
Is livestock cloning another form of genetic engineering?
-
Is the Market Ready for Cloned Cows?
-
Is the market ready for the meat from cloned cows?
-
Livestock Cloning
-
Marker Assisted Selection –
Current and Future Applications
-
Marker-Assisted Selection
-
Marker-Assisted Selection Backgrounder
-
MultiState Project Report Modifying Milk Fat Composition for Improved Nutritional and Market Value
-
NC1010 Interpreting Cattle Genomic Data Biology, Applications and Outreach – California Station Report
-
Paternity analysis in a large commercial ranch setting.
-
Potential Effects of Animal Biotechnologies on Animal Health and Well-being
-
Project Report Interpreting Cattle Genomic Data Biology, Applications and Outreach
-
Reduced SNP Panels—creation, realistic expectations, and use in different livestock industries
-
Technology Review
-
The California Commercial Ranch Project
-
The economics of using DNA markers for bull selection in the beef seedstock sector
-
The Regulation and Politics of Food from Genetically Engineered Animals
-
The Use of Biotechnology in Animal Agriculture
-
The Value of Accuracy
-
The value of DNA information for beef bull selection
-
The welfare, economic, and genetic impacts of recessive genetic factors (RGFs)
-
Ultrasound as a biotechnology to improve carcass traits
-
Use of DNA-based Biotechnologies in the Beef Cattle Industry
-
Uses of DNA Information on Commercial Cattle Ranches
-
Uses of DNA information on Commercial Cattle Ranches
-
Using genetic markers in bull selection
-
Using Replacement Heifers to Estimate Carcass Quality of Herdmates
-
Validating Genetic Markers
-
Validation and estimation of genetic variation associated with DNA tests for quantitative beef cattle traits
-
Validation of Marker Tests
-
Validation of New Technologies for Beef Cattle Improvement
-
Value of DNA Information for Beef Bull Selection
-
Value of DNA information for beef bull selection
-
What are herd bulls accomplishing in multiple sire breeding pastures?
-
What are herd bulls accomplishing in multiple sire breeding pastures?
-
What are herd bulls accomplishing in multiple-sire breeding pastures
-
What has DNA done for me lately?
-
What is the Future of Animal Biotechnology?
-
What weighting should be given to BRD resistance in selection decisions
-
Where in the beef cattle supply chain might DNA tests generate value
-
Whole Genome-Assisted Selection
-
Will DNA testing make me money?
-
Economic value of genomic information: Sire and commercial heifer selection
-
Bovine Respiratory Disease
-
The Genetic Basis of Host Susceptibility to Bovine Respiratory Disease
Reproduction and Genetics
-
“Animal Biotechnology to Improve Quality of Animal Products”
-
“No Bull” Discussion on Genetic Markers
-
94. Cloned Cows and Biotech Beef Does Animal Biotechnology have a Future?
-
95. Paternity analysis in large commercial cattle ranch setting using SNPs – UC Davis experiences
-
Animal biotechnologies and agricultural sustainability
-
Animal Biotechnology
-
Animal Biotechnology
-
Animal Biotechnology Extension Education
-
Animal Biotechnology Where to from here?
-
Animal Biotechnology: How, What, and Why?
-
Animal Cloning
-
Application of Genomic Information The California Commercial Ranch Project (Slides)
-
Application of Genomic Information: The California Commercial Ranch Project (Fact Sheet)
-
Applying Biotechnologies on the Ranch
-
Applying Biotechnologies to the Cattle Industry
-
Are DNA Tests For You?
-
Are the Milk and Meat from Cloned Cows Safe to Eat?
-
Are the progeny of cloned animals safe to eat?
-
Assessing the accuracy of genomic predictions - Results from the California commercial ranch project
-
Basics of DNA Markers and Genotyping
-
Basics of DNA markers and genotyping
-
Beef cattle breeding in Australia
-
Beef Cattle Genomics – where we have been, where we are now, and where we are headed
-
Beef Cattle Industry Structure: Implications for Whole Genome Selection
-
Beef translational genomics Lessons from the literature
-
Biomedical Applications of Genetically Engineered and Cloned Animals
-
Biotech Beef and Cloned Cows Progress in Translational Genomics
-
Biotechnology current and future role in selection decisions for beef producers
-
BLUP and Genomic Selection
-
BRD CAP Year 1 Extension Progress Report
-
Case Study: Extension efforts around the use of DNA tests for the U.S. beef cattle industry
-
Cattlemen to Cattlemen streaming video
-
Challenges to Adoption of Molecular Information
-
Challenges to Adoption of Molecular Information
-
Combining EPD Info with DNA Test Results Improves Genetic Prediction Accuracy
-
Commercial Heifer Selection Using Genomics
-
Commercial Heifer Selection Using Genomics (Fact Sheet)
-
Commercial Heifer Selection Using Genomics (Slides)
-
Commercially-available DNA Tests for Beef Cattle
-
Curly Calf Syndrome (Arthrogryposis Multiplex) Test Available
-
Curly calf syndrome (Arthrogryposis multiplex) test available
-
Current status of adoption of DNA-testing by US beef breed associations
-
Current Status of Genetically Engineered Animals
-
DNA marker panel validation update by the National Beef Cattle Evaluation Consortium
-
DNA Markers: Explanation of Validation and Utilization
-
DNA Technologies and Marker Validation
-
DNA Technologies and Production Markers
-
DNA testing — Does it Work and Where is it Headed?
-
DNA testing for parentage
-
DNA, SNPs, MAS and GMOs – Making Sense of Biotech Babble
-
DNA-Based progeny testing and development of commercial ranch EPDs
-
DNA-based Progeny Testing and Development of Commercial Ranch EPDs
-
DNA-Based Technologies
-
Do DNA Tests Work?
-
Economics of DNA markers for the Cow/Calf Industry
-
Economics of using DNA markers for sorting feedlot cattle
-
Economics of using DNA–markers for bull selection in the seedstock sector
-
Genetic Engineering – An Overview
-
Genetic Engineering and Animal Agriculture
-
Genetic Engineering in California Agriculture
-
Genetic Engineering in California Agriculture
-
Genetic Engineering in California Agriculture (DVD)
-
Genetic Engineering in California Agriculture Bring Science into the Dialogue
-
Genetic Improvement in Beef Cattle — Where is it Headed?
-
Genetic Markers
-
Genetically engineered animals tangled in regulatory and political deadlock
-
Genetically Engineered Animals: An Overview
-
Genetics and Animal Breeding (DVD)
-
Genomic Selection 101: Basics and experiences in cattle breeding systems
-
Genomics and Animal Agriculture
-
Great Expectations DNA and the cattle industry
-
How might DNA-based information generate value in the beef cattle sector?
-
How might DNA-based information generate value in the beef cattle sector?
-
Improving EPD Accuracy by Combining EPD Information with DNA Test Results
-
Improving EPD accuracy by combining EPD information with DNA test results (slides)
-
Integrated Program for Reducing Bovine Respiratory Disease in Beef and Dairy Cattle
-
Integrating biotechnologies for the beef cattle industry
-
Integrating DNA Information into Beef Cattle Production Systems
-
Interbeef workshop- US report
-
Is livestock cloning another form of genetic engineering?
-
Is the Market Ready for Cloned Cows?
-
Is the market ready for the meat from cloned cows?
-
Livestock Cloning
-
Marker Assisted Selection –
Current and Future Applications
-
Marker-Assisted Selection
-
Marker-Assisted Selection Backgrounder
-
MultiState Project Report Modifying Milk Fat Composition for Improved Nutritional and Market Value
-
NC1010 Interpreting Cattle Genomic Data Biology, Applications and Outreach – California Station Report
-
Paternity analysis in a large commercial ranch setting.
-
Potential Effects of Animal Biotechnologies on Animal Health and Well-being
-
Project Report Interpreting Cattle Genomic Data Biology, Applications and Outreach
-
Reduced SNP Panels—creation, realistic expectations, and use in different livestock industries
-
Technology Review
-
The California Commercial Ranch Project
-
The economics of using DNA markers for bull selection in the beef seedstock sector
-
The Regulation and Politics of Food from Genetically Engineered Animals
-
The Use of Biotechnology in Animal Agriculture
-
The Value of Accuracy
-
The value of DNA information for beef bull selection
-
The welfare, economic, and genetic impacts of recessive genetic factors (RGFs)
-
Ultrasound as a biotechnology to improve carcass traits
-
Use of DNA-based Biotechnologies in the Beef Cattle Industry
-
Uses of DNA Information on Commercial Cattle Ranches
-
Uses of DNA information on Commercial Cattle Ranches
-
Using genetic markers in bull selection
-
Using Replacement Heifers to Estimate Carcass Quality of Herdmates
-
Validating Genetic Markers
-
Validation and estimation of genetic variation associated with DNA tests for quantitative beef cattle traits
-
Validation of Marker Tests
-
Validation of New Technologies for Beef Cattle Improvement
-
Value of DNA Information for Beef Bull Selection
-
Value of DNA information for beef bull selection
-
What are herd bulls accomplishing in multiple sire breeding pastures?
-
What are herd bulls accomplishing in multiple sire breeding pastures?
-
What are herd bulls accomplishing in multiple-sire breeding pastures
-
What has DNA done for me lately?
-
What is the Future of Animal Biotechnology?
-
What weighting should be given to BRD resistance in selection decisions
-
Where in the beef cattle supply chain might DNA tests generate value
-
Whole Genome-Assisted Selection
-
Will DNA testing make me money?
-
Economic value of genomic information: Sire and commercial heifer selection
-
Bovine Respiratory Disease
-
The Genetic Basis of Host Susceptibility to Bovine Respiratory Disease
Breeding, Reproduction and Genetics
-
“Animal Biotechnology to Improve Quality of Animal Products”
-
“No Bull” Discussion on Genetic Markers
-
94. Cloned Cows and Biotech Beef Does Animal Biotechnology have a Future?
-
95. Paternity analysis in large commercial cattle ranch setting using SNPs – UC Davis experiences
-
Animal biotechnologies and agricultural sustainability
-
Animal Biotechnology
-
Animal Biotechnology
-
Animal Biotechnology Extension Education
-
Animal Biotechnology Where to from here?
-
Animal Biotechnology: How, What, and Why?
-
Animal Cloning
-
Application of Genomic Information The California Commercial Ranch Project (Slides)
-
Application of Genomic Information: The California Commercial Ranch Project (Fact Sheet)
-
Applying Biotechnologies on the Ranch
-
Applying Biotechnologies to the Cattle Industry
-
Are DNA Tests For You?
-
Are the Milk and Meat from Cloned Cows Safe to Eat?
-
Are the progeny of cloned animals safe to eat?
-
Assessing the accuracy of genomic predictions - Results from the California commercial ranch project
-
Basics of DNA Markers and Genotyping
-
Basics of DNA markers and genotyping
-
Beef cattle breeding in Australia
-
Beef Cattle Genomics – where we have been, where we are now, and where we are headed
-
Beef Cattle Industry Structure: Implications for Whole Genome Selection
-
Beef translational genomics Lessons from the literature
-
Biomedical Applications of Genetically Engineered and Cloned Animals
-
Biotech Beef and Cloned Cows Progress in Translational Genomics
-
Biotechnology current and future role in selection decisions for beef producers
-
BLUP and Genomic Selection
-
BRD CAP Year 1 Extension Progress Report
-
Case Study: Extension efforts around the use of DNA tests for the U.S. beef cattle industry
-
Cattlemen to Cattlemen streaming video
-
Challenges to Adoption of Molecular Information
-
Challenges to Adoption of Molecular Information
-
Combining EPD Info with DNA Test Results Improves Genetic Prediction Accuracy
-
Commercial Heifer Selection Using Genomics
-
Commercial Heifer Selection Using Genomics (Fact Sheet)
-
Commercial Heifer Selection Using Genomics (Slides)
-
Commercially-available DNA Tests for Beef Cattle
-
Curly Calf Syndrome (Arthrogryposis Multiplex) Test Available
-
Curly calf syndrome (Arthrogryposis multiplex) test available
-
Current status of adoption of DNA-testing by US beef breed associations
-
Current Status of Genetically Engineered Animals
-
DNA marker panel validation update by the National Beef Cattle Evaluation Consortium
-
DNA Markers: Explanation of Validation and Utilization
-
DNA Technologies and Marker Validation
-
DNA Technologies and Production Markers
-
DNA testing — Does it Work and Where is it Headed?
-
DNA testing for parentage
-
DNA, SNPs, MAS and GMOs – Making Sense of Biotech Babble
-
DNA-Based progeny testing and development of commercial ranch EPDs
-
DNA-based Progeny Testing and Development of Commercial Ranch EPDs
-
DNA-Based Technologies
-
Do DNA Tests Work?
-
Economics of DNA markers for the Cow/Calf Industry
-
Economics of using DNA markers for sorting feedlot cattle
-
Economics of using DNA–markers for bull selection in the seedstock sector
-
Genetic Engineering – An Overview
-
Genetic Engineering and Animal Agriculture
-
Genetic Engineering in California Agriculture
-
Genetic Engineering in California Agriculture
-
Genetic Engineering in California Agriculture (DVD)
-
Genetic Engineering in California Agriculture Bring Science into the Dialogue
-
Genetic Improvement in Beef Cattle — Where is it Headed?
-
Genetic Markers
-
Genetically engineered animals tangled in regulatory and political deadlock
-
Genetically Engineered Animals: An Overview
-
Genetics and Animal Breeding (DVD)
-
Genomic Selection 101: Basics and experiences in cattle breeding systems
-
Genomics and Animal Agriculture
-
Great Expectations DNA and the cattle industry
-
How might DNA-based information generate value in the beef cattle sector?
-
How might DNA-based information generate value in the beef cattle sector?
-
Improving EPD Accuracy by Combining EPD Information with DNA Test Results
-
Improving EPD accuracy by combining EPD information with DNA test results (slides)
-
Integrated Program for Reducing Bovine Respiratory Disease in Beef and Dairy Cattle
-
Integrating biotechnologies for the beef cattle industry
-
Integrating DNA Information into Beef Cattle Production Systems
-
Interbeef workshop- US report
-
Is livestock cloning another form of genetic engineering?
-
Is the Market Ready for Cloned Cows?
-
Is the market ready for the meat from cloned cows?
-
Livestock Cloning
-
Marker Assisted Selection –
Current and Future Applications
-
Marker-Assisted Selection
-
Marker-Assisted Selection Backgrounder
-
MultiState Project Report Modifying Milk Fat Composition for Improved Nutritional and Market Value
-
NC1010 Interpreting Cattle Genomic Data Biology, Applications and Outreach – California Station Report
-
Paternity analysis in a large commercial ranch setting.
-
Potential Effects of Animal Biotechnologies on Animal Health and Well-being
-
Project Report Interpreting Cattle Genomic Data Biology, Applications and Outreach
-
Reduced SNP Panels—creation, realistic expectations, and use in different livestock industries
-
Technology Review
-
The California Commercial Ranch Project
-
The economics of using DNA markers for bull selection in the beef seedstock sector
-
The Regulation and Politics of Food from Genetically Engineered Animals
-
The Use of Biotechnology in Animal Agriculture
-
The Value of Accuracy
-
The value of DNA information for beef bull selection
-
The welfare, economic, and genetic impacts of recessive genetic factors (RGFs)
-
Ultrasound as a biotechnology to improve carcass traits
-
Use of DNA-based Biotechnologies in the Beef Cattle Industry
-
Uses of DNA Information on Commercial Cattle Ranches
-
Uses of DNA information on Commercial Cattle Ranches
-
Using genetic markers in bull selection
-
Using Replacement Heifers to Estimate Carcass Quality of Herdmates
-
Validating Genetic Markers
-
Validation and estimation of genetic variation associated with DNA tests for quantitative beef cattle traits
-
Validation of Marker Tests
-
Validation of New Technologies for Beef Cattle Improvement
-
Value of DNA Information for Beef Bull Selection
-
Value of DNA information for beef bull selection
-
What are herd bulls accomplishing in multiple sire breeding pastures?
-
What are herd bulls accomplishing in multiple sire breeding pastures?
-
What are herd bulls accomplishing in multiple-sire breeding pastures
-
What has DNA done for me lately?
-
What is the Future of Animal Biotechnology?
-
What weighting should be given to BRD resistance in selection decisions
-
Where in the beef cattle supply chain might DNA tests generate value
-
Whole Genome-Assisted Selection
-
Will DNA testing make me money?
Economics
Marketing and Management
Breeding, Reproduction and Genetics, Economics, Marketing and Management
Veterinary and Cattle Welfare
Breeding, Reproduction and Genetics, Veterinary and Cattle Welfare
Economics, Marketing and Management
Nutrition
Feeds and Feeding
Nutrition, Feeds and Feeding, Veterinary and Cattle Welfare