| 释义 |
Definition of dimer in English: dimernoun ˈdʌɪməˈdaɪmər Chemistry A molecule or molecular complex consisting of two identical molecules linked together. Example sentencesExamples - One explanation is the metal ions bind inside the dimer between the monomers of a double-helix.
- Furthermore, there was no evidence of ethyl esters, dimers, alkanes or alkenes, which might be expected for an oxidative reaction.
- Molecular dimers are assumed to be not directly degraded.
- In this paper, we synthesized a covalent dimer of alamethicin that was N-terminally linked by a disulfide bond.
- The resulting dimer forms an ion channel in lipid membranes that is selective for monovalent cations only.
Derivatives adjective Chemistry The derived molecular weights were consistent with dimeric or trimeric peptide. Example sentencesExamples - There was a previous radiation study of ricin, a dimeric molecule linked by a single disulfide bridge.
- In all cases the monomeric lipid molecule is virtually absent, dimeric or trimeric species predominating in each case.
- Previous work has shown that these polymerised forms are unstable in acid conditions (such as gastric juice) and that only monomeric, dimeric and trimeric forms are passed to the intestine for absorption.
- The reactions were followed spectrophotometrically at 300 nm, where the dimeric products of phenol coupling absorb.
Origin 1930s: from di-1 'two', on the pattern of polymer. Definition of dimer in US English: dimernounˈdīmərˈdaɪmər Chemistry A molecule or molecular complex consisting of two identical molecules linked together. Example sentencesExamples - One explanation is the metal ions bind inside the dimer between the monomers of a double-helix.
- The resulting dimer forms an ion channel in lipid membranes that is selective for monovalent cations only.
- In this paper, we synthesized a covalent dimer of alamethicin that was N-terminally linked by a disulfide bond.
- Molecular dimers are assumed to be not directly degraded.
- Furthermore, there was no evidence of ethyl esters, dimers, alkanes or alkenes, which might be expected for an oxidative reaction.
Origin 1930s: from di- ‘two’, on the pattern of polymer. |