Proteoglycans

Pronunciation: /proʊtiəʊˈɡlaɪkənz/

Definitions of proteoglycans

noun a type of glycoprotein consisting of a small core protein with long, linear carbohydrate chains attached

Example Sentences

A1 Proteoglycans are molecules found in the human body.

A2 Doctors are studying the role of proteoglycans in arthritis.

B1 Researchers have discovered new functions of proteoglycans in cell signaling.

B2 The interaction between proteoglycans and growth factors is crucial for tissue development.

C1 Proteoglycans play a key role in maintaining the structure and function of cartilage.

C2 The complex structure of proteoglycans allows them to bind to various molecules and regulate cellular processes.

Examples of proteoglycans in a Sentence

formal Proteoglycans are complex molecules made up of proteins and glycosaminoglycans.

informal Proteoglycans play a key role in maintaining the structure and function of connective tissues.

slang You gotta make sure your proteoglycans are in check if you want to avoid joint pain.

figurative Just like proteoglycans provide support to tissues, friends provide support in times of need.

Grammatical Forms of proteoglycans

• plural: proteoglycans
• comparative: more proteoglycan
• superlative: most proteoglycan
• present tense: proteoglycan
• future tense: will proteoglycan
• perfect tense: has proteoglycaned
• continuous tense: is proteoglycaning
• singular: proteoglycan
• positive degree: proteoglycan
• infinitive: to proteoglycan
• gerund: proteoglycaning
• participle: proteoglycaned

Origin and Evolution of proteoglycans

First Known Use: 1976 year

Language of Origin: English

Story behind the word: The word 'proteoglycans' originated from the combination of 'protein' and 'glycan'.

Evolution of the word: The term 'proteoglycans' was first used in 1976 to describe a class of glycoproteins that are heavily glycosylated. Over time, the understanding of proteoglycans has evolved to include their role in various biological processes such as cell signaling, tissue development, and maintenance of extracellular matrix structure.