glycosidic bond
glykosidisk binding
glycosidic linkage
glykosidisk binding
glycosidic reaction
glykosidisk reaktion
glycosidic cleavage
glykosidisk kløvning
glycosidic enzyme
glykosidisk enzym
glycosidic structure
glykosidisk struktur
glycosidic synthesis
glykosidisk syntese
glycosidic compound
glykosidisk forbindelse
glycosidic activity
glykosidisk aktivitet
glycosidic properties
glykosidiske egenskaber
glycosidic bonds are essential for carbohydrate structure.
Glycosidiske bindinger er essentielle for carbohydrates struktur.
enzymes can break glycosidic linkages in polysaccharides.
Enzymer kan nedbryde glycosidiske bindinger i polysaccharider.
the glycosidic bond connects sugar molecules in dna.
Den glycosidiske binding forbinder sukker molekyler i DNA.
understanding glycosidic bonds helps in biochemistry.
Forståelse af glycosidiske bindinger hjælper inden for biokemi.
glycosidic linkages determine the properties of starch.
Glycosidiske bindinger bestemmer stivelses egenskaber.
research on glycosidic bonds can lead to new drug discoveries.
Forskning i glycosidiske bindinger kan føre til nye lægemiddelopdagelser.
glycosidic bonds play a role in cellular signaling.
Glycosidiske bindinger spiller en rolle i cellulær signalering.
the formation of glycosidic bonds is a key step in metabolism.
Dannelsen af glycosidiske bindinger er et vigtigt trin i metabolismen.
glycosidic bonds can be hydrolyzed by specific enzymes.
Glycosidiske bindinger kan hydrolyseres af specifikke enzymer.
studying glycosidic bonds reveals insights into carbohydrate chemistry.
Studiet af glycosidiske bindinger afslører indsigt i carbohydrate kemi.
glycosidic bond
glykosidisk binding
glycosidic linkage
glykosidisk binding
glycosidic reaction
glykosidisk reaktion
glycosidic cleavage
glykosidisk kløvning
glycosidic enzyme
glykosidisk enzym
glycosidic structure
glykosidisk struktur
glycosidic synthesis
glykosidisk syntese
glycosidic compound
glykosidisk forbindelse
glycosidic activity
glykosidisk aktivitet
glycosidic properties
glykosidiske egenskaber
glycosidic bonds are essential for carbohydrate structure.
Glycosidiske bindinger er essentielle for carbohydrates struktur.
enzymes can break glycosidic linkages in polysaccharides.
Enzymer kan nedbryde glycosidiske bindinger i polysaccharider.
the glycosidic bond connects sugar molecules in dna.
Den glycosidiske binding forbinder sukker molekyler i DNA.
understanding glycosidic bonds helps in biochemistry.
Forståelse af glycosidiske bindinger hjælper inden for biokemi.
glycosidic linkages determine the properties of starch.
Glycosidiske bindinger bestemmer stivelses egenskaber.
research on glycosidic bonds can lead to new drug discoveries.
Forskning i glycosidiske bindinger kan føre til nye lægemiddelopdagelser.
glycosidic bonds play a role in cellular signaling.
Glycosidiske bindinger spiller en rolle i cellulær signalering.
the formation of glycosidic bonds is a key step in metabolism.
Dannelsen af glycosidiske bindinger er et vigtigt trin i metabolismen.
glycosidic bonds can be hydrolyzed by specific enzymes.
Glycosidiske bindinger kan hydrolyseres af specifikke enzymer.
studying glycosidic bonds reveals insights into carbohydrate chemistry.
Studiet af glycosidiske bindinger afslører indsigt i carbohydrate kemi.
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