| Plural | astrocytes |
astrocyte activation
astrocyte aktivering
astrocyte morphology
astrocyte morfologi
astrocyte proliferation
astrocyte proliferation
astrocyte-neuron interaction
astrocyte-neuron interaktion
astrocyte function
astrocyte funktion
reactive astrocytes
reaktive astrocyter
astrocyte injury
astrocyte skade
astrocyte gliotransmission
astrocyte gliotransmission
astrocyte development
astrocyte udvikling
astrocytes play a crucial role in maintaining the blood-brain barrier.
astrocyter spiller en afgørende rolle i at opretholde blod-hjerne-barrieren.
research shows that astrocytes can influence neuronal activity.
forskning viser, at astrocyter kan påvirke neuronal aktivitet.
astrocytes are involved in the repair of brain injuries.
astrocyter er involveret i reparationen af hjerneskader.
in neurodegenerative diseases, astrocytes may become reactive.
ved neurodegenerative sygdomme kan astrocyter blive reaktive.
astrocytes help regulate neurotransmitter levels in the brain.
astrocyter hjælper med at regulere neurotransmitter-niveauer i hjernen.
studies indicate that astrocytes support synaptic function.
studier indikerer, at astrocyter understøtter synaptisk funktion.
astrocytes can release gliotransmitters that affect communication between neurons.
astrocyter kan frigive gliotransmittere, der påvirker kommunikationen mellem neuroner.
understanding astrocyte biology is essential for developing new therapies.
at forstå astrocyttens biologi er afgørende for at udvikle nye terapier.
astrocytes are the most abundant glial cells in the central nervous system.
astrocyter er de mest talrige gliaceller i centralnervesystemet.
astrocytes communicate with neurons through various signaling pathways.
astrocyter kommunikerer med neuroner gennem forskellige signalveje.
astrocyte activation
astrocyte aktivering
astrocyte morphology
astrocyte morfologi
astrocyte proliferation
astrocyte proliferation
astrocyte-neuron interaction
astrocyte-neuron interaktion
astrocyte function
astrocyte funktion
reactive astrocytes
reaktive astrocyter
astrocyte injury
astrocyte skade
astrocyte gliotransmission
astrocyte gliotransmission
astrocyte development
astrocyte udvikling
astrocytes play a crucial role in maintaining the blood-brain barrier.
astrocyter spiller en afgørende rolle i at opretholde blod-hjerne-barrieren.
research shows that astrocytes can influence neuronal activity.
forskning viser, at astrocyter kan påvirke neuronal aktivitet.
astrocytes are involved in the repair of brain injuries.
astrocyter er involveret i reparationen af hjerneskader.
in neurodegenerative diseases, astrocytes may become reactive.
ved neurodegenerative sygdomme kan astrocyter blive reaktive.
astrocytes help regulate neurotransmitter levels in the brain.
astrocyter hjælper med at regulere neurotransmitter-niveauer i hjernen.
studies indicate that astrocytes support synaptic function.
studier indikerer, at astrocyter understøtter synaptisk funktion.
astrocytes can release gliotransmitters that affect communication between neurons.
astrocyter kan frigive gliotransmittere, der påvirker kommunikationen mellem neuroner.
understanding astrocyte biology is essential for developing new therapies.
at forstå astrocyttens biologi er afgørende for at udvikle nye terapier.
astrocytes are the most abundant glial cells in the central nervous system.
astrocyter er de mest talrige gliaceller i centralnervesystemet.
astrocytes communicate with neurons through various signaling pathways.
astrocyter kommunikerer med neuroner gennem forskellige signalveje.
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