盖特氏培养基英文解释翻译、盖特氏培养基的近义词、反义词、例句
英语翻译：
【医】 gater's medium
分词翻译：
盖的英语翻译：
about; annex; canopy; casing; cover; lid; shell; top; build
【化】 cap; cover; lid
【医】 cap; coping; operculum; roof; tegmen; tegmentum; veil
特的英语翻译：
especially; special; spy; unusual; very
【化】 tex
氏的英语翻译：
family name; surname
培养基的英语翻译：
【化】 culture medium
【医】 culture media; culture medium; culture-medium; media; medium
nutrient medium
网络扩展解释
盖特氏培养基 (Gai Te Shi Pei Yang Ji)
盖特氏培养基是一种含有牛肉粉、酵母提取物、胆盐和红柳树脂的营养丰富的细菌培养基。它是梭菌属细菌最常用的培养基之一。
英语解释翻译 (English Explanation)
The word "Gaiteshi" in Chinese refers to Gate's, which is the surname of the creator of this bacterial culture medium. Therefore, the English translation for 盖特氏培养基 is Gate's culture medium or Gate's medium.
英文读音 (English Pronunciation)
The English pronunciation for Gate's medium is 'geyts meed-ee-uhm'.
英文的用法 (English Usage)
Gate's medium is widely used in microbiology for the cultivation and isolation of Clostridium species, anaerobic cocci, and other anaerobic bacteria. It can also be used for the detection of the presence of gas produced by bacteria, as well as in the identification and differentiation of various microorganisms.
英文例句 (English Example Sentences)
- Gate's medium is used for the cultivation of anaerobic bacteria.
- Gas production by bacteria can be detected using Gate's medium.
- Clostridium species can be identified and differentiated using the Gate's medium.
英文近义词 (English Synonyms)
There are several bacterial culture media that are similar to Gate's medium, including Reinforced Clostridial Medium (RCM) and Liver Infusion Tryptose (LIT) medium.
英文反义词 (English Antonyms)
There are no direct antonyms for Gate's medium as it is a specific type of bacterial culture medium rather than a general concept. However, other types of culture media, such as MacConkey agar or Blood agar, may be used for the growth and identification of different types of bacteria.
英文单词常用度 (Frequency in English)
The term Gate's medium is relatively specific to the field of microbiology and is not commonly used in everyday English. However, within the scientific community, it is a widely recognized and frequently used term.