Noun
/deɪ.ˌɒk.siˈraɪ.boʊs/
Deoxyribose is a sugar derived from ribose by the loss of an oxygen atom. It is a key component of DNA, where it forms the backbone along with phosphate groups. Deoxyribose is predominantly used in biological contexts related to genetics and molecular biology. It is used more in written scientific contexts than in oral speech due to its specificity and technical nature.
Deoxyribose is widely used in scientific literature, particularly in biology, genetics, and biochemistry, but it is less common in everyday conversation.
Структура ДНК включает дезоксирибозу, которая критически важна для ее стабильности.
Researchers studied the effects of deoxyribose on cellular functions.
Исследователи изучили влияние дезоксирибозы на клеточные функции.
Deoxyribose is essential for the formation of nucleotides in DNA synthesis.
While deoxyribose is a technical term and not commonly featured in idiomatic expressions, it is often found in contexts discussing DNA and genetics. Below are some example sentences involving related terms that provide context around the concept of deoxyribose:
"Двойная спиральная форма ДНК удерживается вместе своей дезоксирибозной основой."
"In genetics, the sequence of deoxyribose sugars plays a crucial role in determining genetic traits."
"В генетике последовательность дезоксирибозных сахаров играет ключевую роль в определении генетических признаков."
"Mutations can occur when deoxyribose is improperly incorporated into the DNA chain."
"Мутации могут происходить, когда дезоксирибоза неправильно включается в цепь ДНК."
"Understanding the role of deoxyribose in nucleotides is essential for studying DNA."
The term "deoxyribose" is derived from the prefix "de-" meaning "removal of" and "ribose," which refers to the five-carbon sugar. The name indicates that it is a modified form of ribose without one oxygen atom (the "deoxy" part).
Synonyms: - 2-deoxy-D-ribose
Antonyms: - Ribose (as it is the oxygenated counterpart)
In summary, (deoxyribose) is a fundamental component in molecular biology, particularly in the study of DNA, with a specific usage predominantly found in written scientific discourse rather than everyday conversation.