thioester bond
thioesterbinding
thioester synthesis
thioestersyntese
thioester linkage
thioesterforbindelse
thioester group
thioestergruppe
thioester formation
thioesterdannelse
thioester reaction
thioesterreaktion
thioester cleavage
thioesterkløvning
thioester pathway
thioestervej
thioester derivatives
thioesterderivater
thioester activity
thioesteraktivitet
thioester bonds play a crucial role in biochemistry.
thioesterbindinger spiller en afgørende rolle i biokemi.
the formation of thioesters is essential for fatty acid metabolism.
dannelsen af thioestere er afgørende for fedtsyremetabolismen.
thioester compounds can be used in various chemical reactions.
thioesterforbindelser kan bruges i forskellige kemiske reaktioner.
researchers are studying thioester derivatives for new drug development.
forskere studerer thioesterderivater til udvikling af nye lægemidler.
thioester linkages are found in many biological molecules.
thioesterforbindelser findes i mange biologiske molekyler.
understanding thioester reactions is important for synthetic chemistry.
at forstå thioesterreaktioner er vigtigt for syntetisk kemi.
thioesters can act as intermediates in metabolic pathways.
thioestere kan fungere som mellemprodukter i metaboliske veje.
enzymes often utilize thioesters in their catalytic processes.
enzymer bruger ofte thioestere i deres katalytiske processer.
thioester formation is a key step in the synthesis of lipids.
dannelsen af thioestere er et vigtigt trin i syntesen af lipider.
scientists are exploring the role of thioesters in cellular signaling.
forskere undersøger thioesteres rolle i cellulær signalering.
thioester bond
thioesterbinding
thioester synthesis
thioestersyntese
thioester linkage
thioesterforbindelse
thioester group
thioestergruppe
thioester formation
thioesterdannelse
thioester reaction
thioesterreaktion
thioester cleavage
thioesterkløvning
thioester pathway
thioestervej
thioester derivatives
thioesterderivater
thioester activity
thioesteraktivitet
thioester bonds play a crucial role in biochemistry.
thioesterbindinger spiller en afgørende rolle i biokemi.
the formation of thioesters is essential for fatty acid metabolism.
dannelsen af thioestere er afgørende for fedtsyremetabolismen.
thioester compounds can be used in various chemical reactions.
thioesterforbindelser kan bruges i forskellige kemiske reaktioner.
researchers are studying thioester derivatives for new drug development.
forskere studerer thioesterderivater til udvikling af nye lægemidler.
thioester linkages are found in many biological molecules.
thioesterforbindelser findes i mange biologiske molekyler.
understanding thioester reactions is important for synthetic chemistry.
at forstå thioesterreaktioner er vigtigt for syntetisk kemi.
thioesters can act as intermediates in metabolic pathways.
thioestere kan fungere som mellemprodukter i metaboliske veje.
enzymes often utilize thioesters in their catalytic processes.
enzymer bruger ofte thioestere i deres katalytiske processer.
thioester formation is a key step in the synthesis of lipids.
dannelsen af thioestere er et vigtigt trin i syntesen af lipider.
scientists are exploring the role of thioesters in cellular signaling.
forskere undersøger thioesteres rolle i cellulær signalering.
Explore frequently searched vocabulary
Want to learn vocabulary more efficiently? Download the DictoGo app and enjoy more vocabulary memorization and review features!
Download DictoGo Now