Adenosine Triphosphate

Pronunciation: /əˌdɛnəˌsin ˈtraɪˌfɒsˌfeɪt/

Definitions of adenosine triphosphate

noun a molecule that carries energy within cells and is essential for the function of many cellular processes

Example Sentences

A1 Adenosine triphosphate is a molecule that provides energy for cellular processes.

A2 Students learn about the role of adenosine triphosphate in the body during biology class.

B1 The production of adenosine triphosphate is essential for metabolism to occur.

B2 Biochemists study the mechanisms of adenosine triphosphate synthesis in cells.

C1 Research on adenosine triphosphate has led to advancements in understanding cellular energy production.

C2 The complex structure of adenosine triphosphate is crucial for its function as an energy carrier in biological systems.

Examples of adenosine triphosphate in a Sentence

formal Adenosine triphosphate is a molecule that carries energy within cells.

informal ATP is like the energy currency of our cells.

slang Yo, ATP is like the power bank of our cells.

figurative Think of adenosine triphosphate as the battery that powers our cellular activities.

Grammatical Forms of adenosine triphosphate

• past tense: adenosine triphosphate
• plural: adenosine triphosphates
• comparative: more adenosine triphosphate
• superlative: most adenosine triphosphate
• present tense: is adenosine triphosphate
• future tense: will be adenosine triphosphate
• perfect tense: has been adenosine triphosphate
• continuous tense: is being adenosine triphosphate
• singular: adenosine triphosphate
• positive degree: adenosine triphosphate
• infinitive: to adenosine triphosphate
• gerund: adenosine triphosphating
• participle: adenosine triphosphated

Origin and Evolution of adenosine triphosphate

First Known Use: 1920 year

Language of Origin: German

Story behind the word: The term 'adenosine triphosphate' was coined by German biochemist Karl Lohmann in the early 1920s.

Evolution of the word: Initially, adenosine triphosphate was simply a chemical compound name in the field of biochemistry. Over time, it became widely recognized as the primary energy currency of cells and a crucial molecule in biological processes.