How To Read An Official Holstein Pedigree

Similar documents
Understanding Genetics

The All-Breed Animal Model Bennet Cassell, Extension Dairy Scientist, Genetics and Management

The impact of genomic selection on North American dairy cattle breeding organizations

Genetic improvement: a major component of increased dairy farm profitability

Major Advances in Globalization and Consolidation of the Artificial Insemination Industry

Abbreviation key: NS = natural service breeding system, AI = artificial insemination, BV = breeding value, RBV = relative breeding value

CMSS Newsletter October 2015

vision evolving guidelines

UNIFORM DATA COLLECTION PROCEDURES

NATIONAL DAIRY HERD IMPROVEMENT PROGRAM UNIFORM OPERATING PROCEDURES

Genomic Selection in. Applied Training Workshop, Sterling. Hans Daetwyler, The Roslin Institute and R(D)SVS

::: Check out Poos Stadel Classic s full proof at ::: Poos Stadel Classic

Genomics: how well does it work?

Robust procedures for Canadian Test Day Model final report for the Holstein breed

K.I. SAMEN. With a lot of pleasure we present you the first international newsletter of K.I. SAMEN b.v.

NAV routine genetic evaluation of Dairy Cattle

Inheritance of Color And The Polled Trait Dr. R. R. Schalles, Dept. of Animal Sciences and Industry Kansas State University

Beef Cattle Breeds and Biological Types Scott P. Greiner, Extension Animal Scientist, Virginia Tech

news Practical proven breeding! K.I. SAMEN International Newsletter winter 2013 Grashoek Beaver 3 & Yvonne de Jong Photo: Alger Meekma

Premium Interface Component

Terms: The following terms are presented in this lesson (shown in bold italics and on PowerPoint Slides 2 and 3):

1. About dairy cows. Breed of dairy cows

AgSourceDM.com features

STATE FFA DAIRY EVALUATION CAREER DEVELOPMENT EVENT KNOWLEDGE TEST

Evaluations for service-sire conception rate for heifer and cow inseminations with conventional and sexed semen

Reproductive technologies. Lecture 15 Introduction to Breeding and Genetics GENE 251/351 School of Environment and Rural Science (Genetics)

PRODUCERS can choose to use natural

Swine EPD Terminology

K.I. SAMEN. news. International Newsletter summer NERO: Parel Owner: Poels & Van Dijck, Wuustwezel (Belgium) Foto: Alger Meekma

Dairy Data Flow Challenges and Opportunities

Proceedings, Applied Reproductive Strategies in Beef Cattle September 11 and 12, 2007, Billings, Montana NEW TECHNOLOGIES FOR REPRODUCTION IN CATTLE

Beef Cattle Handbook

STRATEGIES FOR DAIRY CATTLE BREEDING TO ENSURE SUSTAINABLE MILK PRODUCTION 1

What is the Cattle Data Base

SUMMARY Contribution to the cow s breeding study in one of the small and middle sizes exploitation in Dobrogea

7A The Origin of Modern Genetics

Beef Cattle Frame Scores

ANIMAL SCIENCE RESEARCH CENTRE

IT NETWORK SOLUTION FOR 2 MILLION COWS IN AUSTRIA AND GERMANY (RINDERDATENVERBUND, RDV)

Genetics for the Novice

A trait is a variation of a particular character (e.g. color, height). Traits are passed from parents to offspring through genes.

CCR Biology - Chapter 7 Practice Test - Summer 2012

MINISTRY OF LIVESTOCK DEVELOPMENT SMALLHOLDER DAIRY COMMERCIALIZATION PROGRAMME. Artificial Insemination (AI) Service

Increasing Profitability Through an Accelerated Heifer Replacement Program

Genomic selection in dairy cattle: Integration of DNA testing into breeding programs

Replacement Heifers Costs and Return Calculation Decision Aids

Australian Santa Gertrudis Selection Indexes

Integration of Service-Learning in Animal Science Curriculum 1

REPRODUCTION AND BREEDING Crossbreeding Systems for Beef Cattle

Replacement Heifers Costs and Return on Investment Calculation Decision Aids

Impact of reproductive technologies on improved genetics in beef cattle

Basics of Marker Assisted Selection

Scope for the Use of Pregnancy Confirmation Data in Genetic Evaluation for Reproductive Performance

Mean EPDs reported by different breeds

Unit B: Understanding Animal Reproduction. Lesson 3: Understanding Animal Reproduction Technology

Animal Birth Registration

Breeds of Swine. Berkshire. Chester White

Cattleman s Top Cut Sale Mid-Tex Livestock Auction, Navasota, Texas November 12, 2011 * 12:00 Noon

Understanding Animal Reproduction Technology

MCB41: Second Midterm Spring 2009

EBLEX BEEF BRP MANUAL 4. Beef production from the dairy herd

California Mastitis Test (CMT)

Breeding for Carcass Traits in Dairy Cattle

ANS 3319C Reproductive Physiology and Endocrinology Artificial Insemination in Cattle. Objectives. What are the advantages and disadvantages of AI?

Cattlemen s Corner Beef Newsletter

Characterization of Pasture- Based Dairy Farms in Florida and Georgia

A POWERFUL IN VITRO FERTILIZATION

INTRODUCTION. The identification system of dairy cattle; The recording of production of dairy cattle; Laboratory analysis; Data processing.

ADCA Dexter Owner s Handbook

CowCalf5. for Dummies. Quick Reference. D ate: 3/26 /

Brown Swiss. Catalogue AUGUST 2010

G. Cliff Lamb. North Florida Research and Education Center, Marianna, Florida University of Florida. Introduction

The Genetics of Breed Color In The American Pit Bull Terrier by Amy Greenwood Burford B.S.

Heredity. Sarah crosses a homozygous white flower and a homozygous purple flower. The cross results in all purple flowers.

Biology Final Exam Study Guide: Semester 2

BLUP Breeding Value Estimation. Using BLUP Technology on Swine Farms. Traits of Economic Importance. Traits of Economic Importance

Mendelian and Non-Mendelian Heredity Grade Ten

ARTIFICIAL INSEMINATION STUDY

Regulations for Record Keeping and Identification of Dogs

Working With Dairy Cattle

Problems 1-6: In tomato fruit, red flesh color is dominant over yellow flesh color, Use R for the Red allele and r for the yellow allele.

2016 Beef Information Sheet

Name: 4. A typical phenotypic ratio for a dihybrid cross is a) 9:1 b) 3:4 c) 9:3:3:1 d) 1:2:1:2:1 e) 6:3:3:6

LAB : PAPER PET GENETICS. male (hat) female (hair bow) Skin color green or orange Eyes round or square Nose triangle or oval Teeth pointed or square

Genetic parameters for female fertility and milk production traits in first-parity Czech Holstein cows

Selecting, Feeding, Fitting, Grooming and Showing Beef Cattle

Artificial Insemination (AI) in Cattle

Presentation by: Ahmad Alsahaf. Research collaborator at the Hydroinformatics lab - Politecnico di Milano MSc in Automation and Control Engineering

Alison Van Eenennaam, Ph.D.

Title: Genetics and Hearing Loss: Clinical and Molecular Characteristics

Can receive blood from: * I A I A and I A i o Type A Yes No A or AB A or O I B I B and I B i o Type B No Yes B or AB B or O

LIVESTOCK IMPROVEMENT S STUDENT RESOURCE SERIES ARTIFICIAL BREEDING

CHROMOSOMES AND INHERITANCE

How To Feed Cows In The Winter

Heredity - Patterns of Inheritance

Transcription:

GETTING THE MOST FOR YOUR INVESTMENT How To Read An Official Holstein Pedigree Holstein Association USA, Inc. 1 Holstein Place, PO Box 808 Brattleboro, VT 05302-0808 800.952.5200 www.holsteinusa.com

7 C A trusted source for accurate genetic information Official Holstein Pedigrees combine ancestry, performance and genetic information all into one easy-to-use document. Whether you are making mating decisions or trying to decide which sale animal might have a place on your operation, Official Holstein Pedigrees give you the information and details you need on the animals you are working with. Official Holstein Pedigrees also serve as a verified source of production and ancestry information when you are selling animals, allowing you to provide trusted documentation to potential buyers; the first step to satisfied, repeat customers! Read with ease, evaluate with confidence Official Holstein Pedigrees contain a wealth of important information on a single page. While each animal is different, their information is all presented in the same format, making it easy to evaluate and compare animals. Official Holstein Pedigrees provide multi-generation details and performance information on Registered Holsteins of all ages.

How to Read an Official Holstein Pedigree 1 2 5 4 6 7 PO Observed Polled2 PC Tested Heterozygous Polled2 PP Tested Homozygous Polled2 TP Tested free of the Polled Condition (horned) PT Pink Tooth (Porphyria)1 RC Carrier of Red Hair1 DR1 Tested Heterozygous Dominant Red2 DR2 Tested Homozygous Dominant Red2 B/R Black/Red1 TR Tested free of Red Hair Color BD Bulldog BL Bovine Leukocyte Adhesion Deficiency (BLAD)1 TL Tested free of BLAD BY Brachyspina1 TY Tested free of Brachyspina CV Complex Vertebral Malformation (CVM)1 TV Tested Free of CVM DP Deficiency of Uridine Monophosphate Synthase (DUMPS)1 TD Tested free of DUMPS MF Mule-Foot1 TM Tested free of Mule-Foot 1 Recessive gene carrier 2Dominant gene carrier 1 3 5. Genetic Codes Classification information is found under the animal s registration number. It includes the age of the animal at classification, final score and major classification categories. The current classification breakdowns were introduced in December 2004. The five categories are Front End/Capacity, Dairy Strength, Rump, Feet & Legs, and Udder. Cows with classification scores that were received prior to December 2004 are underlined, and represent the following categories: Frame, Dairy Character, Body Capacity, Feet & Legs, and Udder. If an animal has been classified Excellent more than once, a multiple E designation may appear on this line after major category designations. Recognition as a Gold Medal Sire, Gold Medal Dam (GMD) or Dam of Merit (DOM) will be found on this line as well. Predicted Transmitting Ability (PTA) information follows the animal s identification and classification information. PTAs express the level of genetic superiority or inferiority an animal is expected to transmit to its offspring for a given production or type trait. These values are used to rank animals based on their genetic merit. Line one indicates the Predicted Transmitting Ability for Milk (M), Fat (F), Protein (P), and Reliability (R) for production information. The date of the PTA for production calculation is also shown on this line. For young animals, the PTA values are estimated by averaging the parents PTAs. This is denoted with #. Line two indicates the PTA for Net Merit (NM) and the PTA% for Fat and Protein. For males this line will also include the percent of U.S. daughters in the evaluation. Line three shows PTAs for Productive Life (PL), Somatic Cell Score (SCS), Daughter Pregnancy Rate (DPR), and Daughter Calving Ease (DCE). Line four provides the animal s Predicted Transmitting Ability for Type (T), Udder Composite (UDC) and Feet and Legs Composite (FLC). The Reliability (R) for Type and the date of PTAT calculations are also shown on this line. International genetic evaluations for type and production are labeled by printing MACE YIELD EVALUATION and/or MACE TYPE EVALUATION on the line above the PTA data. The TPI value will be followed by an M. If a conversion formula is used to convert a foreign type evaluation to a U.S. base then CONVERTED TYPE EVALUATION will be printed above the PTA data. These evaluations are based on either conversion formulas or Multiple Across Country Evaluations (MACE). Whenever the PTPI of an offspring of a bull with a MACE or converted proof is calculated a C or an M will appear after the PTPI value until U.S. information is available. 3. TPI (Total Performance Index) values appear on the same line as the name. TPI is a selection index based on a balance of traits to assist Holstein breeders by sorting out animals that possess genes which will enhance the overall quality of the Holstein breed. The following traits are combined in the TPI formula: PTA Protein, PTA Fat, PTA Type, STA Dairy Form, Udder Composite, Feet & Leg Composite, PTA Productive Life, PTA Somatic Cell Score, PTA Daughter Pregnancy Rate, PTA Daughter Calving Ease, and PTA Daughter Stillbirth. There are different types of TPIs you will find on pedigrees: PTPI (Pedigree TPI) for young animals and older animals that do not have PTAs; CTPI (Cow TPI); and GTPI (Genomic TPI) for animals that have been genomically tested. Information included on an Official Holstein Pedigree: 1. 4. The first information block on the left side of a pedigree provides you the animal s complete identification and classification information. You will see the animal s name, country of origin of the identification, registration number, %RHA information and any genetic codes. 6. The TPI value is preceded by a percentile ranking of P5 through P9 for the top 50% of animals born within a given year of birth. For example, P9 animals are in the 90th percentile for the birth year, P8s are in the 80th percentile, etc. The first line, centered on a pedigree, shows the percentage Registered Holstein Ancestry (RHA) and whether the animal is of a North American (RHA-NA) blood-line or International (RHA-I). 2. The information block in the upper right corner reflects ownership information and the birth date of the animal. This block also designates whether the animal is male or female and the animal s barn ID or short name for AI bulls. For females, production records follow the genetic information. Each main line indicates the type of testing program (for production records starting prior to 1/1/1997) or TriStar Option (for production records starting after 1/1/1997); age at calving; number of times milked per day; length of record in days; pounds of milk; DCRM (Data Collection Rating for milk); fat percent; pounds of fat; protein percent; pounds of protein; and DCRC (Data Collection Rating for components) during that lactation up to 305 days. An X at the end of the line indicates that the record contains some extreme test-day data. A second line of data is only included if the cow s lactation is longer than 305 days (up to 365 days) for that lactation.

Genetic Codes BD Bulldog 1 BL Bovine Leukocyte Adhesion Deficiency (BLAD) 1 PO Observed Polled 2 PC Tested Heterozygous Polled 2 TL Tested free of BLAD PP Tested Homozygous Polled 2 BY Brachyspina 1 TY Tested free of Brachyspina CV Complex Vertebral Malformation (CVM) 1 TV Tested Free of CVM DP Deficiency of Uridine Monophosphate Synthase (DUMPS) 1 TD Tested free of DUMPS MF Mule-Foot 1 TP Tested free of the Polled Condition (horned) PT Pink Tooth (Porphyria) 1 RC Carrier of Red Hair 1 DR1 Tested Heterozygous Dominant Red 2 DR2 Tested Homozygous Dominant Red 2 B/R Black/Red 1 TR Tested free of Red Hair Color TM Tested free of Mule-Foot 1 Recessive gene carrier 2 Dominant gene carrier 3. Classification information is found under the animal s registration number. It includes the age of the animal at classification, final score and major classification categories. The current classification breakdowns were introduced in December 2004. The five categories are Front End/Capacity, Dairy Strength, Rump, Feet & Legs, and Udder. Cows with classification scores that were received prior to December 2004 are underlined, and represent the following categories: Frame, Dairy Character, Body Capacity, Feet & Legs, and Udder. If an animal has been classified Excellent more than once, a multiple E designation may appear on this line after major category designations. Recognition as a Gold Medal Sire, Gold Medal Dam (GMD) or Dam of Merit (DOM) will be found on this line as well. TPI (Total Performance Index) values appear on the same line as the name. TPI is a selection index based on a balance of traits to assist Holstein breeders by sorting out animals that possess genes which will enhance the overall quality of the Holstein breed. The following traits are combined in the TPI formula: PTA Protein, PTA Fat, PTA Type, STA Dairy Form, Udder Composite, Feet & Leg Composite, PTA Productive Life, PTA Somatic Cell Score, PTA Daughter Pregnancy Rate, PTA Daughter Calving Ease, and PTA Daughter Stillbirth. There are different types of TPIs you will find on pedigrees: PTPI (Pedigree TPI) for young animals and older animals that do not have PTAs; CTPI (Cow TPI); and GTPI (Genomic TPI) for animals that have been genomically tested. The TPI value is preceded by a percentile ranking of P5 through P9 for the top 50% of animals born within a given year of birth. For example, P9 animals are in the 90th percentile for the birth year, P8s are in the 80th percentile, etc. 4. The information block in the upper right corner reflects ownership information and the birth date of the animal. This block also designates whether the animal is male or female and the animal s barn ID or short name for AI bulls.

5. Predicted Transmitting Ability (PTA) information follows the animal s identification and classification information. PTAs express the level of genetic superiority or inferiority an animal is expected to transmit to its offspring for a given production or type trait. These values are used to rank animals based on their genetic merit. Line one indicates the Predicted Transmitting Ability for Milk (M), Fat (F), Protein (P), and Reliability (R) for production information. The date of the PTA for production calculation is also shown on this line. For young animals, the PTA values are estimated by averaging the parents PTAs. This is denoted with #. Line two indicates the PTA for Net Merit (NM) and the PTA% for Fat and Protein. For males this line will also include the percent of U.S. daughters in the evaluation. Line three shows PTAs for Productive Life (PL), Somatic Cell Score (SCS), Daughter Pregnancy Rate (DPR), and Daughter Calving Ease (DCE). Line four provides the animal s Predicted Transmitting Ability for Type (T), Udder Composite (UDC) and Feet and Legs Composite (FLC). The Reliability (R) for Type and the date of PTAT calculations are also shown on this line. International genetic evaluations for type and production are labeled by printing MACE YIELD EVALUATION and/or MACE TYPE EVALUATION on the line above the PTA data. The TPI value will be followed by an M. If a conversion formula is used to convert a foreign type evaluation to a U.S. base then CONVERTED TYPE EVALUATION will be printed above the PTA data. These evaluations are based on either conversion formulas or Multiple Across Country Evaluations (MACE). Whenever the PTPI of an offspring of a bull with a MACE or converted proof is calculated a C or an M will appear after the PTPI value until U.S. information is available. 6. For females, production records follow the genetic information. Each main line indicates the type of testing program (for production records starting prior to 1/1/1997) or TriStar Option (for production records starting after 1/1/1997); age at calving; number of times milked per day; length of record in days; pounds of milk; DCRM (Data Collection Rating for milk); fat percent; pounds of fat; protein percent; pounds of protein; and DCRC (Data Collection Rating for components) during that lactation up to 305 days. An X at the end of the line indicates that the record contains some extreme test-day data. A second line of data is only included if the cow s lactation is longer than 305 days (up to 365 days) for that lactation.

State and national leader records for Milk, Fat and Protein production are labeled on the line below the outstanding record. This recognition is based on DHIR and TriStar Premier records. Once a cow produces more than 100,000 pounds of milk in her lifetime, total production information (LIFE) appears on the pedigree. Type of Testing Program Labels Type of Test (for records prior to 1/1/1997) Alternating AM/PM with a time monitor Alternating AM/PM component sampling Alternating AM/PM without a time monitor Weights and component samples at monthly test milkings Dairy Herd Improvement Registry APT APS APR DHR Dairy Herd Improvement Association APM APC APD DHI TriStar Labels (for production records starting after 1/1/1997) Premier *** Deluxe ** Custom * 7. Show records for females are found under the production records if there is room. 1st, 2nd, and 3rd place class winners of the National Holstein Shows are currently added to the database. All-American, Reserve All-American, and Honorable Mention All-American winners are also included in the database. Copyright 2014 Holstein Association USA, Inc. 2112228 1M 5/14