'Genetic evaluation' presentation slideshows

Nordic Cattle Genetic Evaluation a tool for practical breeding with red breeds

Nordic Cattle Genetic Evaluation a tool for practical breeding with red breeds. Gert Pedersen Aamand, Nordic Cattle Genetic Evaluation, Udkaersvej 15, DK-8200 Aarhus N, Denmark e-mail: gap@landscentret.dk Homepage: www.nordicebv.info.

867 views • 73 slides

USDA Genetic Evaluation Program for Dairy Goats

USDA Genetic Evaluation Program for Dairy Goats . Why Genetic Evaluations?. A valuable tool for genetic selection Allows for comparison of animals in different environments Can include all of the information available for each animal Greatest impact on progress is from selection for males.

748 views • 46 slides

Realized Genomic Relationships and Genomic BLUP

Realized Genomic Relationships and Genomic BLUP . Fikret Isik Associate Professor. Cooperative Tree Improvement Program North Carolina State University, Raleigh, USA. Outline. Background Realized genomic relationships G matrix H matrix Genomic BLUP

942 views • 38 slides

Genetic Evaluation for Small Ruminants

Genetic Evaluation for Small Ruminants. Why small ruminants?. Important contributors to the world supply of meat, milk, and fiber Can utilize pasture not suitable for cattle More suitable for small scale operations People enjoy associating with them. Why genetic selection?.

528 views • 35 slides

R. Mark Enns and Dorian J. Garrick Department of Animal Sciences Colorado State University

444 views • 33 slides

Genetic Evaluation of Calving Traits in US Holsteins

Genetic Evaluation of Calving Traits in US Holsteins. Introduction. National evaluations were introduced for Holstein calving ease ( CE ) in August 2002 and for stillbirth ( SB ) in August 2006. A calving ability index ( CA$ ) which includes SB and calving ease ( CE ) was developed.

443 views • 30 slides

TIGER * Biosensor for Emerging Infectious Disease Surveillance

423 views • 28 slides

Training, Validation, and Target Populations

Training, Validation, and Target Populations . Mark Thallman, Kristina Weber, Larry Kuehn, Warren Snelling, John Keele, Gary Bennett, and John Pollak. 50,000 Markers on a Chip (50K Chip). Illumina Infinium Bovine BeadChip. ~ 50,000 SNP markers across the bovine genome

330 views • 23 slides

J. Cordes, J. Carlsson, M. Luckenbach, S. Furiness, and K. Reece. Virginia Institute of Marine Science

Genetic Evaluation of Recruitment Success of Deployed Domesticated Crassostrea virginica Oysters on a Man-made Reef in the Great Wicomico River, Virginia. J. Cordes, J. Carlsson, M. Luckenbach, S. Furiness, and K. Reece. Virginia Institute of Marine Science. NOAA Chesapeake Bay Office.

316 views • 22 slides

The basis for cooperation in breeding in the ERDB member countries

The basis for cooperation in breeding in the ERDB member countries. Gert Pedersen Aamand Joint Nordic Genetic Evaluation gap@landscentret.dk. Benefits. Increased population size Increased genetic gain with control of inbreeding Better use of resources. What is needed !. Genetic links

357 views • 19 slides

Genetic Evaluation of Stillbirth in US Holsteins Using a Sire-maternal Grandsire Threshold Model

Genetic Evaluation of Stillbirth in US Holsteins Using a Sire-maternal Grandsire Threshold Model. Introduction. Stillbirth is a genetically-controlled trait. Producers are concerned about stillbirth. Calf livability scores are already delivered with calving ease data.

319 views • 18 slides

Work Toward Genetic Improvement of Disposition in Beef Cattle

Work Toward Genetic Improvement of Disposition in Beef Cattle. R. L. Weaber, Ph.D. WeaberR@missouri.edu Division of Animal Science University of Missouri-Columbia. Why Improve Disposition?. Poor disposition creates dangerous settings for: Animals Workers

302 views • 17 slides

Genetic relationships among fertility traits of Holsteins and Jerseys (abstract 351)

Genetic relationships among fertility traits of Holsteins and Jerseys (abstract 351). H.D. NORMAN * ( dnorman@aipl.arsusda.gov , 301-504-8334 ) , R.H. MILLER, P.M. V AN RADEN, and J.R. WRIGHT Animal Improvement Programs Laboratory Agricultural Research Service, USDA

334 views • 16 slides

Guidelines for the Genetic Evaluation of Congenital Hearing Loss ( In Press, Genetics in Medicine)

Guidelines for the Genetic Evaluation of Congenital Hearing Loss ( In Press, Genetics in Medicine) . Michael Watson, PhD HRSA/MCHB contract 01-MCHB-25A to ACMG. A Multidisciplinary Expert Panel 1. Walter Nance, MD, PhD - Med. Coll. Of VA, Chair Kathleen Arnos, PhD - Gallaudet Univ.

341 views • 15 slides

122 views • 12 slides

Genomic Selection in Dairy Cattle

Genomic Selection in Dairy Cattle. Dr.Wuttigrai Boonkum. Genomic Selection. Dairy cattle most are specialised dairy breed Holstein, Jersey, Brown Swiss, Ayrshire Some dual propose Simmental, Montbeliarde , Normande , etc More than 80% AI from AI companies

1.34k views • 12 slides

DNA Technology

DNA Technology. Beef Improvement Federation Position Statement (11/07).

159 views • 8 slides

GARLIC & HEALTH

GARLIC & HEALTH. Half year meeting Munich 30 sept.-2 oct. 2003. WP2: breeding Embryogenesis. WP2: breeding Embryogenesis. Objectives. Setting a somatic embryogenesis procedure

278 views • 7 slides

CONCLUSIONS

INTRODUCTION

86 views • 1 slides

FOUR-GENERATION BREED STACKS

SIRE BREED STACKS The sire breed stack is a summary of the breed of sire and sires of the maternal line as far back as pedigree data are available. The sire breed stack for the HO x GU F1 from the previous example is: Sire Breed Stack

133 views • 1 slides