Oligodynamic

Pronunciation: /ˌɑlɪɡoʊˈdɪnæmɪk/

Definitions of oligodynamic

adjective relating to the ability of very small amounts of a substance to exert a biological effect

Example Sentences

A1 Silver is known for its oligodynamic properties, which help kill bacteria.

A2 Some metals exhibit oligodynamic effects, making them useful in medical applications.

B1 The oligodynamic action of copper can prevent the growth of algae in water systems.

B2 Oligodynamic materials like silver are used in making antimicrobial coatings for medical devices.

C1 Researchers are studying the oligodynamic properties of various metals for potential new applications.

C2 The oligodynamic effect of certain metals is being explored for its potential in combating antibiotic-resistant bacteria.

Examples of oligodynamic in a Sentence

formal The oligodynamic effect refers to the ability of very small amounts of certain metals to exhibit antimicrobial properties.

informal I read an article about how oligodynamic materials can help kill bacteria on surfaces.

slang That metal has some oligodynamic powers to keep things clean.

figurative His leadership style can be described as oligodynamic, as he has a subtle yet powerful influence on his team.

Grammatical Forms of oligodynamic

• past tense: oligodynamized
• plural: oligodynamics
• comparative: more oligodynamic
• superlative: most oligodynamic
• present tense: oligodynamizes
• future tense: will oligodynamize
• perfect tense: has oligodynamized
• continuous tense: is oligodynamizing
• singular: oligodynamic
• positive degree: oligodynamic
• infinitive: to oligodynamize
• gerund: oligodynamizing
• participle: oligodynamized

Origin and Evolution of oligodynamic

First Known Use: 1908 year

Language of Origin: Greek

Story behind the word: The word 'oligodynamic' originated from the Greek words 'oligos' meaning few and 'dynamis' meaning force.

Evolution of the word: The term was first used in the early 20th century to describe the ability of small amounts of certain metals to exhibit antimicrobial properties. Over time, the term has been primarily used in the field of microbiology to refer to the toxic effect of trace amounts of metals on microorganisms.