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genetic

IPA:

Dictionary definition of genetic

Relating to genes, which are the hereditary units that carry and transmit the genetic information in living organisms.
"The child inherited his father's genetic traits, including his eye color and hair texture."

Detailed meaning of genetic

When something is described as genetic, it signifies a connection or association with the characteristics, traits, or inheritance passed down through genes from parents to offspring. Genetic factors play a fundamental role in determining various aspects of an organism's physical features, physiological functions, and even predispositions to certain diseases or conditions. Genetic information is encoded within the DNA molecules that make up the genes, forming the basis for inheritance and the blueprint for the development and functioning of living organisms. In scientific and medical contexts, the term "genetic" is often used to explore the relationship between genes and traits, study hereditary patterns, or develop interventions to address genetic disorders or improve health outcomes. Overall, the adjective "genetic" refers to anything that is associated with or influenced by the genetic material and hereditary information encoded within an organism's genes.

Example sentences containing genetic

1. The scientists conducted a study to investigate the genetic basis of a rare disease.
2. Genetic testing revealed a mutation in the patient's DNA, explaining their susceptibility to certain cancers.
3. The research team discovered a genetic link between obesity and certain metabolic disorders.
4. The genetic counselor provided guidance and support to families with inherited conditions.
5. The study aimed to identify the genetic factors that contribute to longevity and healthy aging.
6. The researchers found evidence of a genetic predisposition to certain mental health disorders.

History and etymology of genetic

The adjective 'genetic' is rooted in the word 'gene,' which is the fundamental unit of hereditary information in living organisms. The term 'gene' itself was coined by the Danish botanist and geneticist Wilhelm Johannsen in the early 20th century, deriving from the Greek word 'genos,' meaning 'race' or 'kind.' Johannsen used 'gene' to describe the discrete units responsible for passing on inherited traits. The adjective 'genetic' was subsequently formed to describe anything related to genes, their function, and the study of heredity. It encompasses the principles and processes involved in the transmission of genetic information from one generation to the next. The etymology of 'genetic' emphasizes its central role in the field of genetics, which explores the mechanisms of inheritance and the genetic variations that underlie the diversity of life forms.

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Further usage examples of genetic

1. The genetic diversity of a population contributes to its ability to adapt and survive environmental changes.
2. The scientists used CRISPR technology to modify the genetic code of the experimental organisms.
3. Genetic engineering allows for the manipulation of an organism's genetic material to achieve specific outcomes.
4. The patient underwent genetic screening to assess their risk of hereditary diseases.
5. The genetic makeup of an individual plays a role in determining their response to certain medications.
6. Genetic testing provides insights into hereditary health risks.
7. His genetic makeup influenced his susceptibility to certain illnesses.
8. The study aimed to uncover the complex genetic underpinnings of the disease.
9. Genetic diversity within a population is vital for adaptation.
10. Understanding the genetic basis of traits has revolutionized biology.
11. Genetic mutations can be passed from one generation to the next.
12. Genetic engineering has opened new possibilities in medicine.
13. Genetic counseling assists families in assessing hereditary conditions.
14. Twins often share not only physical but also genetic similarities.
15. Genetic research holds immense promise for future treatments.
16. Rare genetic anomalies can lead to unique medical conditions.
17. Genetic factors can contribute to the development of mental disorders.
18. Researchers are dedicated to solving genetic mysteries.
19. Genetic testing can reveal one's ancestral heritage.
20. Genetic markers help in tracing one's family tree.
21. The disease has a strong genetic component, making it hereditary.
22. Genetic modifications have the potential to enhance crop yields.
23. Scientists successfully decoded the virus's genetic blueprint.
24. Genetic variability is a driving force behind species evolution.
25. Genetic studies shed light on the complexity of inheritance.