Adenyl Cyclase

C2 16+
Pronunciation Definitions Examples Grammatical Forms Origin and Evolution

Pronunciation: /əˈdɛnəl ˈsaɪkleɪs/

Definitions of adenyl cyclase

noun a protein that is involved in signal transduction and cellular communication

Example Sentences

A1 Adenyl cyclase is an enzyme that converts ATP to cyclic AMP.

A2 Students in the biology class learned about the function of adenyl cyclase in cellular signaling.

B1 Researchers are studying the regulation of adenyl cyclase activity in different cell types.

B2 The drug works by activating adenyl cyclase to increase cAMP levels in the cells.

C1 The complex mechanism of adenyl cyclase activation involves multiple signaling pathways.

C2 Understanding the role of adenyl cyclase in intracellular signaling is crucial for drug development.

Examples of adenyl cyclase in a Sentence

formal Adenyl cyclase is an enzyme that catalyzes the conversion of ATP to cyclic AMP.

informal So basically, adenyl cyclase helps make cyclic AMP from ATP.

slang Adenyl cyclase is like the boss enzyme that turns ATP into cyclic AMP.

figurative Think of adenyl cyclase as the magician that transforms ATP into cyclic AMP.

Grammatical Forms of adenyl cyclase

plural

adenyl cyclases

comparative

more adenyl cyclase

superlative

most adenyl cyclase

present tense

adenyl cyclase

future tense

will adenyl cyclase

perfect tense

has adenyl cyclase

continuous tense

is adenyl cyclasing

singular

adenyl cyclase

positive degree

adenyl cyclase

infinitive

to adenyl cyclase

gerund

adenyl cyclasing

participle

adenyl cyclased

Origin and Evolution of adenyl cyclase

First Known Use: 1960 year
Language of Origin: English
Story behind the word: The term 'adenyl cyclase' originated from the field of biochemistry and molecular biology.
Evolution of the word: The term 'adenyl cyclase' was first used in the 1960s to describe an enzyme that catalyzes the conversion of ATP to cyclic AMP. Over time, the understanding of adenyl cyclase's role in cell signaling and its regulation has evolved, leading to further research and discoveries in the field of signal transduction.