Significance of Molecular genetics
Molecular genetics is a field of biology that examines the structure and function of genes at a molecular level, playing a crucial role in understanding the etiology of various conditions, including chronic lymphocytic leukemia (CLL), Usher syndrome, Epidermolysis bullosa, and schizophrenia. This discipline helps identify specific genetic mutations and provides insights into the biological heterogeneity and evolution of diseases, as well as the molecular basis of genetic alterations and their impact on disease progression.
Synonyms: Molecular biology, Molecular genomics, Genetic analysis, Genetic engineering, Genetic mapping, Genetic sequencing.
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Hindu concept of 'Molecular genetics'
Molecular genetics in Hinduism, as introduced, likely explores inherited diseases through the lens of human molecular genetics. This could involve examining how genetic mechanisms influence health and illness within a Hindu philosophical or spiritual framework.
The concept of Molecular genetics in scientific sources
Molecular genetics is a crucial area within biology that investigates gene structure and function at a molecular level, enhancing our comprehension of diseases and their underlying genetic mechanisms.
(1) Molecular genetics is the study of the structure and function of genes at a molecular level.[2] (2) The study of the structure and function of genes at a molecular level, particularly relevant in understanding schizophrenia.[3] (3) The study of the molecular basis of genetic alterations and their relationship with disease progression.[4]
(1) This involves studying the genetic basis of diseases at a molecular level, and the text includes a reference to this field in relation to a specific blood disorder, suggesting a focus on understanding the genetic underpinnings of the condition.[5]
(1) During the 1970s, molecular research concentrated on genetic aspects such as the relationship between the ten genome segments and the viral proteins, and much effort was spent on elucidating the role of the various components in the replication of the virus.[6]
(1) Molecular genetics studies have focused on the human cytochrome P450 monooxygenase superfamily.[7] (2) Molecular genetics is the study of genes at a molecular level, particularly concerning the superfamily of P-450 enzymes and their genetic makeup.[8] (3) A scientific field that grew during a specific period, enabling more in-depth study of pesticide exposure.[9]