What Exactly Is Quantitative Genetics?

Quantitative genetics is the fascinating study of genes. This particular field specifically looks at traits which are controlled by multiple genes. The traits that we have as human beings, come from our genetics and are controlled by a range of genes. Quantitative genetics is simply the study of how a particular trait came about for you and how much of that trait you have. For instance, a gene’s effect on height is quantitative, as we all have height, but your genes influence how much of it that you have. The quantitative genes affecting a particular trait are called the genotype and the trait itself is called the phenotype.

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To enter this career field, you will need a Bachelor’s degree in mathematical science or a linked field like biology or psychology. For those seeking to further their education, there is now an MSc, PgDip in quantitative genetics & genome analysis. Each year this syllabus is amended to include current issues and developments in the field of genetics. It is important to find the right university and course to enable you to specialise in your chosen area. Schoolapply.co.in can help you find the appropriate connections worldwide. It filters your choices to include your budget as well as your location and course content, making the process simple and informative.

Quantitative Genetics holds the key to our future

Quantitative genetics is becoming an important part of our life. Agricultural traits like how much animals gain weight or how much plants yield are quantitative traits. Many health critical human phenotypes like blood pressure are also quantitative traits. This means that this field of genetics is required across research, animal breeding, plant sciences, agriculture and forestry. It is important for human medical research and medicine, and also for wildlife and management of endangered species. Quantitative genetics is one of the fastest growing areas of biology. If you take an MSc, then prepare for a career as a bioinformatics analyst or engineer in diverse areas from universities to the biotechnology industry.