Azize M. Abg

Master of Integrated Plant and Animal Breeding

Master of Animal Breeding and Genetics

Plant BreedingAnimal GeneticsQuantitative GeneticsMolecular Breeding

Education Background

Advanced academic training in plant and animal breeding sciences

Master of Integrated Plant and Animal Breeding

Advanced interdisciplinary program combining plant and animal breeding methodologies

Focus Areas: Quantitative Genetics, Genomic Selection, Breeding Program Design

Research: Integrated breeding approaches for sustainable agriculture

GenomicsStatistical GeneticsBreeding Theory

Master of Animal Breeding and Genetics

Specialized training in animal genetics, breeding strategies, and genetic improvement

Focus Areas: Population Genetics, Molecular Genetics, Animal Breeding Programs

Research: Genetic improvement strategies for livestock populations

Population GeneticsMolecular MarkersSelection Theory

Research Interests

Focus areas for PhD research and academic contributions

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Quantitative Genetics

Statistical analysis of genetic traits, heritability estimation, and breeding value prediction

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Plant Breeding

Crop improvement, disease resistance, yield enhancement, and climate adaptation strategies

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Animal Genetics

Livestock improvement, genetic disease management, and sustainable breeding programs

Research Projects & Publications

Academic contributions and ongoing research initiatives

Integrated Breeding Strategies for Climate Resilience

Master's Thesis Research Project

Developed novel approaches for combining plant and animal breeding strategies to enhance climate resilience in agricultural systems. Research focused on genomic selection methodologies and adaptive trait management.

Climate AdaptationGenomic SelectionSustainable Agriculture

Quantitative Genetic Analysis of Production Traits

Collaborative Research Initiative

Contributed to large-scale genetic analysis projects evaluating heritability and genetic correlations in key production traits. Applied advanced statistical models for breeding value estimation.

Quantitative GeneticsStatistical AnalysisBreeding Values

Molecular Marker Development for Disease Resistance

Ongoing PhD Research Preparation

Currently preparing research proposals for molecular marker development and validation in disease resistance breeding programs. Focus on practical applications of marker-assisted selection.

Molecular MarkersDisease ResistanceMAS

Technical Skills & Expertise

Core competencies for advanced research in breeding and genetics

Research Methodologies

Genomic Selection & Marker-Assisted Breeding

Quantitative Trait Locus (QTL) Mapping

Statistical Genetics & Bioinformatics

Population Genetics Analysis

Breeding Program Design & Management

Technical Tools

Statistical Software (R, SAS, SPSS)

Genetic Analysis Software

Molecular Biology Techniques

Data Analysis & Visualization

Experimental Design

Get in Touch

Interested in collaboration or have opportunities for PhD research?

Available for research opportunities worldwide

Remote and on-site options