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Mapping As You Go (MAYG)
Read more: Mapping As You Go (MAYG)Marker-assisted selection for complex traits should not rely on static QTL estimates. The āMapping As You Goā (MAYG) approach continuously re-estimates QTL effects as breeding populations evolve, accounting for epistasis and genotype-by-environment interactions. By updating marker information across breeding cycles, breeders can maintain more accurate and biologically relevant selection decisions.
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How and why to remove redundant markers in genetic mapping?
Read more: How and why to remove redundant markers in genetic mapping?Discover why removing redundant markers makes genetic mapping more efficient, improves map visualization, and simplifies QTL analysis without losing genetic information.
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QTL-seq: A fast, precise, and cost-effective alternative to biparental QTL mapping for breeding companies
Read more: QTL-seq: A fast, precise, and cost-effective alternative to biparental QTL mapping for breeding companiesDiscover how QTL-seq combines bulk segregant analysis and sequencing to rapidly identify trait-linked genomic regions with high precision and low cost.
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Linkage Disequilibrium in Breeding: From Alleles to GWAS Signals
Read more: Linkage Disequilibrium in Breeding: From Alleles to GWAS SignalsDiscover how linkage disequilibrium drives GWAS and why population structure can create misleading associations if not properly controlled.
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How do we measure Linkage Disequilibrium (LD) in practice?
Read more: How do we measure Linkage Disequilibrium (LD) in practice?Discover how linkage disequilibrium is measured and why rĀ²ānot Dāis the key metric behind GWAS signal detection.
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How to choose the right genotyping platform for my breeding program?
Read more: How to choose the right genotyping platform for my breeding program?Discover how to choose the right genotyping platform by balancing reproducibility, throughput, and data quality for your breeding decisions
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How to cost-effectively genotype a few trait SNPs when running a small breeding program on a budget?
Read more: How to cost-effectively genotype a few trait SNPs when running a small breeding program on a budget?Find out how to choose between HRM and KASP for low-cost, flexible SNP genotyping in small-scale breeding programs.
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How many individuals should I screen to be 95% confident of recovering the favorable genotype at a certain number of loci?
Read more: How many individuals should I screen to be 95% confident of recovering the favorable genotype at a certain number of loci?Discover how to calculate the number of plants needed to recover target genotypes in marker-assisted selection, and align your breeding strategy with available resources.
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How should I choose between an F2 and a RIL population when developing markers for a strategic agronomic trait?
Read more: How should I choose between an F2 and a RIL population when developing markers for a strategic agronomic trait?Discover how to choose between Fā and RIL populations based on trait heritability, breeding goals, and long-term data strategy.
Insights for Modern Breeding Programs
Practical perspectives on molecular breeding, genetic analysis, and decision-making tools for plant breeders and plant science professionals.
Welcome to the Breedersā Blogāa space for plant breeders seeking to strengthen their programs with molecular tools. Here you will find expert tips, practical insights, and clear explanations on marker-assisted selection, genetic analysis, and biometric methods. The blog includes three content formats: Knowledge Bites, with quick and accessible explanations of key concepts and strategies; Articles, with deeper analysis and practical guidance for applying molecular breeding in real-world contexts; and Tips from LinkedIn, a curated collection of practical posts originally published on LinkedIn. Bringing them together here creates a central place to explore them easily and makes searching by topic much faster.
Use the search tool below to quickly find the topics that interest you most.
