Beeffront

Genetics and Genomics Made Easy

What you'll learn

Apply fundamental concepts of genomic testing to make data-driven breeding decisions in your beef herd operation

Interpret genomic testing results to identify and select for economically important traits in your cattle

Develop a strategic breeding program using genomic tools to improve herd genetics and profitability

Implement practical genomic selection strategies to optimize your herd's genetic potential while managing costs

Requirements

No prior genomics knowledge required - we'll cover the fundamentals and build up to advanced applications

Description

BeefFRONT delivers a comprehensive guide to profitable cattle breeding, focusing on practical strategies and proven methods for herd improvement. This course bridges the gap between traditional breeding practices and profit-driven decision making, providing ranchers with the tools needed to build more valuable herds.Through detailed lectures and real-world examples, the course explores key topics such as: Part 1 - Fundamentals of Animal Breeding and Genetics Part 2 - Application of Animal Breeding and Genetics Part 3 - Driving Profit with DNA TechnologyBy mastering genomics-based tools, you'll learn to make data-driven decisions that directly impact your bottom line. Our curriculum combines cutting-edge DNA technology with proven breeding principles to accelerate genetic progress in your herd. You'll discover how to evaluate genetic markers, interpret breeding values, and implement effective selection strategies that work in real-world conditions.Whether you're managing a commercial or seedstock operation, this course equips you with practical knowledge to enhance herd genetics, improve productivity, and increase profitability. You'll learn to navigate complex genetic data, optimize breeding selections, and build a sustainable breeding program that delivers consistent results.Join us to transform your breeding program and position your operation at the forefront of modern cattle genetics and sustainable agricultural success and profitability.

Overview

Section 1: Introduction

Lecture 1 What you will learn

Lecture 2 Who is this course for

Section 2: Building a Foundation

Lecture 3 Animal Breeding and Genetics defined

Lecture 4 How Genetic Improvement Works

Lecture 5 The Industry Structure

Lecture 6 Components of Genetic Improvement

Lecture 7 Traits and Phenotypes

Lecture 8 Genes, Alleles, DNA and Chromosomes

Lecture 9 Simple vs Complex Traits

Lecture 10 Calculating Genetic Merit: EBVs and EPDs

Section 3: Beyond the Basics

Lecture 11 Heritability and Accuracy

Lecture 12 How to Use EPDs

Lecture 13 How to Calculate Possible Changes

Lecture 14 Selection Indexes

Lecture 15 How to Use Selection Indexes

Lecture 16 Measuring Progress

Section 4: Leaping Ahead

Lecture 17 Genetics and Genomics

Lecture 18 Deciding on a sample type

Lecture 19 Parentage Testing

Lecture 20 The How-to of Parentage Testing

Lecture 21 Seedstock vs Commercial

Lecture 22 The Horned and Polled Test

Lecture 23 Genetic Defects

Lecture 24 How to Manage Genetic Defects

Section 5: Completing the Picture

Lecture 25 Genomic Profilers

Lecture 26 The History of Beef Genomics

Lecture 27 Genomic Selection

Lecture 28 Traditional vs Genomic Selection

Lecture 29 How to interpret genomic data

Lecture 30 The Players of the "Gen" Industry

Lecture 31 Genomics is a system

Section 6: The Ultimate Guide to Using Genomics

Lecture 32 How to Select Your Genomics Options

Lecture 33 How to Select Your Genomics Service Providers

Lecture 34 Key Strategies for Using Genomics

Beef cattle producers looking to modernize their breeding programs and make data-driven decisions,Ranch managers and herd supervisors who want to implement genomic testing in their operations,Veterinarians and animal health professionals seeking to expand their knowledge of genomic applications in beef cattle,Agricultural consultants who advise beef operations on breeding and genetic improvement,Students and professionals in animal science or agriculture who want practical knowledge of applied genomics