What is another word for Diastatic?

Pronunciation: [dˌa͡ɪəstˈatɪk] (IPA)

Diastatic is a term that is commonly used in the field of medicine, biology, and biochemistry. This term is usually used to describe enzymes or substances that have the ability to break down complex carbohydrate molecules into simpler forms. There are several synonyms for the word diastatic, such as amylolytic, saccharolytic, glycogenic, and amylase-producing. The term amylolytic is used to describe substances that can break down starch into sugars, while the term saccharolytic is used to describe enzymes that can break down sugars into simpler forms. The term glycogenic is used to describe substances that can produce glucose from glycogen, while the term amylase-producing is used to describe organisms that can produce amylase, an enzyme that breaks down starches.

What are the hypernyms for Diastatic?

A hypernym is a word with a broad meaning that encompasses more specific words called hyponyms.

What are the opposite words for Diastatic?

Diastatic refers to something that has the power to break down starch. The word is often used in the context of enzymes that can convert complex carbohydrates such as glycogen and starch into glucose. Some antonyms for the word diastatic include "inactive," "non-functional," and "non-working." Other antonyms might include "non-reactive," "ineffective," or "non-catalytic." Additionally, words like "static," "immobile," or "motionless" could be considered antonyms of diastatic, as they suggest a lack of activity or movement. Ultimately, the choice of antonym depends on the context in which the word is used, and the intended meaning of the sentence or phrase.

What are the antonyms for Diastatic?

  • Other relevant words:

    Other relevant words (noun):

Usage examples for Diastatic

The phenomena of catalysis and of Diastatic fermentation have for the first time been brought under the general laws of energetics.
"The Mechanism of Life"
Stéphane Leduc
Neither time nor space will permit me to go into the enormous field of research and results opened up by these and similar observations made between 1860-70. It must suffice to say that they led to the discovery and study of the Diastatic and other enzymes in the leaves and other green parts of plants, and to a clearer understanding of what was already known of them in seeds, and this knowledge reacted at once on our insight into the processes of transport of reserve materials and constructive materials from one part of the plant to another, matters which will be referred to later on.
"Disease in Plants"
H. Marshall Ward

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