Noun
/fɛnətaɪp/
A phenotype refers to the observable physical properties of an organism, which include appearance, development, and behavior. These traits are influenced by the organism's genotype (the genetic makeup) as well as environmental factors. The concept is commonly used in genetics, biology, and ecology.
Phenotype is frequently used in both written and oral contexts, especially in scientific discussions related to genetics, biology, and evolutionary studies. However, it might be less familiar to individuals outside these fields.
Translation: Фенотип данного вида растений значительно варьируется в зависимости от различных природных условий.
Researchers are studying how changes in climate can affect the phenotype of various animal species.
Translation: Исследователи изучают, как изменения климата могут повлиять на фенотип различных видов животных.
Understanding the relationship between genotype and phenotype is crucial for advancements in genetic research.
While "phenotype" is less commonly featured in idiomatic expressions, it is an essential term in genetics that can relate to broader discussions about variation and adaptation.
Translation: Когда дело доходит до эволюции, природа часто играет раздачу, определяя фенотип, который выживет.
The survival of the fittest is not just a catchphrase; it reflects the reality of how phenotype affects life in competitive environments.
Translation: Выживает сильнейший — это не просто фраза, это отражает реальность того, как фенотип влияет на жизнь в конкурентной среде.
In agricultural science, selecting the right phenotype can make or break a harvest.
The term "phenotype" comes from the Greek words "phaino," meaning "to show," and "typos," meaning "type or model." The term was first used in the early 20th century to describe the physical expression of genetic potential.
In summary, "phenotype" is a critical term in biology and genetics, intimately connected to understanding how traits are expressed in living organisms. While not commonly used in idioms, it plays a vital role in discussions about evolution, adaptation, and variation.