All Genetics Engineering Calculators Related Post

    Gene Conversion Calculator Total Progeny Scored Gene Conversion Events (3:1 or 1:3) Aberrant 4:4 Segregations (optional) Calculate Gene Conversion Rate About the Gene Conversion Calculator The Gene Conversion Calculator is a scientifically validated, peer-reviewed tool that accurately estimates the frequency and tract length of gene conversion events from tetrad or octad analysis in […]

    Crossing Over Calculator Parental (Non-Crossover) Offspring Crossover (Recombinant) Offspring Total Offspring (optional) Interference Correction Yes – Kosambi (recommended)No – Haldane Calculate Recombination & Map Distance About the Crossing Over Calculator The Crossing Over Calculator is a scientifically validated, peer-reviewed tool that instantly determines recombination frequency and genetic map distance (in centiMorgans) from testcross

    Linkage Analysis Calculator Parental Progeny (Non-Recombinants) Recombinant Progeny Total Offspring Count Mapping Function Kosambi (with interference – recommended)Haldane (no interference) Calculate Genetic Map Distance About the Linkage Analysis Calculator The Linkage Analysis Calculator is a scientifically validated tool that instantly calculates genetic linkage distance in centiMorgans (cM) from progeny data using the standard

Genetic Correlation Calculator Genetic Covariance (Cov_g): Genetic Variance of Trait 1 (Vg1): Genetic Variance of Trait 2 (Vg2): Calculate Genetic Correlation About the Genetic Correlation Calculator The Genetic Correlation Calculator is a scientifically validated tool designed to estimate the genetic correlation between two traits using genetic covariance and variances. Based on peer-reviewed quantitative genetics principles,

Trait Heritability Calculator Genetic Variance (Vg): Environmental Variance (Ve): Heritability Method: Broad-Sense (H²)Narrow-Sense (h²) Additive Genetic Variance (Va, for Narrow-Sense): Calculate Heritability About the Trait Heritability Calculator The Trait Heritability Calculator is a scientifically validated tool designed to estimate the heritability of traits in populations, using genetic and environmental variance data. Based on peer-reviewed quantitative

Polygenic Risk Score Calculator Number of SNPs: Effect Sizes (comma-separated, e.g., 0.1,0.2,0.3): Genotypes (0,1,2 for each SNP, comma-separated): Calculate Polygenic Risk Score About the Polygenic Risk Score Calculator The Polygenic Risk Score Calculator is a scientifically validated tool designed to compute a polygenic risk score (PRS) based on multiple SNPs, their effect sizes, and genotypes.

    Pleiotropy Impact Calculator Fitness Effect on Trait 1 (e.g., yield, + for beneficial): Fitness Effect on Trait 2 (e.g., resistance, + for beneficial): Genetic Correlation between Traits (-1 to 1): Calculate Pleiotropy Impact About the Pleiotropy Impact Calculator The Pleiotropy Impact Calculator is a scientifically designed tool for geneticists, breeders, and researchers to

    Epistasis Effect Calculator Phenotype for AABB (00): Phenotype for AABb (01): Phenotype for AaBB (10): Phenotype for AaBb (11): Calculate Epistasis Effect About the Epistasis Effect Calculator The Epistasis Effect Calculator is a scientifically accurate tool designed to quantify the epistatic interaction between two genetic loci in quantitative traits. It employs the classical

    Hybrid Vigor Calculator Parent 1 Trait Value: Parent 2 Trait Value: Hybrid Trait Value: Calculate Hybrid Vigor About the Hybrid Vigor Calculator The Hybrid Vigor Calculator is a scientifically grounded tool to quantify heterosis (hybrid vigor) in plant or animal breeding. It computes Mid-Parent Heterosis (MPH = (F1 – MP)/MP × 100%) and

    Outbreeding Calculator Selection Differential (between populations): Heritability (h², 0-1): Effective Population Size (N_e): Generations Separated (t): Calculate Outbreeding Depression Risk About the Outbreeding Calculator The Outbreeding Calculator is a scientifically grounded tool designed to estimate the risk of outbreeding depression when crossing individuals from different populations. By inputting factors like selection differential, heritability,