Significance of Genetic Diversity
Genetic diversity refers to the variation in genetic characteristics within a population or between different species, which is crucial for health, adaptability, and evolutionary processes. Studies have demonstrated genetic diversity through comparisons of various species, such as Iraqi and Turkish Awassi sheep, Jasmine, and medicinal plants. This diversity ensures survival and resilience, influences disease predispositions, and aids in conservation efforts. Understanding genetic diversity is essential for breeding, plant health, and managing populations effectively.
Synonyms: Biodiversity, Genetic variation, Genetic heterogeneity, Biological diversity, Genetic variability
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The concept of Genetic Diversity in scientific sources
Genetic Diversity encompasses the range of genetic traits in a population, playing a vital role in minimizing hereditary disorders in offspring by enhancing adaptability and resilience against diseases and environmental changes.
From: The Malaysian Journal of Medical Sciences
(1) This refers to the variety of genetic characteristics within a population of viruses, specifically hepatitis B virus (HBV), and how it is analyzed to understand the different strains present.[1] (2) This describes the variations in genetic makeup among the isolates, and is considered high, and can lead to multiclonal outbreaks of the bacteria in the study.[2] (3) The variation in the genetic makeup of a population, which the study aimed to determine in relation to the Filipino β°-deletion, utilizing haplotype patterns.[3] (4) Genetic diversity of SCCmec is evident by the identification of several new types, indicating the need for developing classification schemes for SCCmec in CoNS.[4] (5) The various mechanisms rotavirus uses to evolve, including accumulation of point mutations and genetic shifts.[5]