Whereas antihistamines are generally known for their sedative side effects, this review shows that several studies also found mild stimulating effects on performance for the HI-antagonists terfenadine, ebastine, fexofenadine and desloratadine. These stimulating effects were mostly demonstrated in tasks involving high levels of attention, e.g. divided attention tasks, vigilance tasks and driving tasks. The stimulating effects of these antihistamines were often dependent of the given dose; however the relation was not always linear. The mechanism responsible for the stimulating effects of these four antihistamines is still unclear, though it is hypothesized that it involves other neurotransmitters like dopamine and GABA, or that it acts throu...
Introduction: Antihistamines are the mainstay of treatment for allergic disorders. Anti-histamines a...
Centrally active antihistamines impair cognitive performance, particularly sensorimotor performance....
BACKGROUND: Although antihistamines are known for their sedative adverse effects, fexofenadine was p...
Whereas antihistamines are generally known for their sedative side effects, this review shows that s...
Rationale: First- and second-generation antihistamines are known to produce different degrees of sed...
The most pronounced side effect of antiallergic histaminergic drugs (H1 antagonists) is sedation. Th...
Histamine acts as neurotransmitter in the central nervous system. It is involved in behavioural func...
Antihistamines are known for their sedative effects. However, some studies suggested mild stimulant ...
We previously reported on brain H1 receptor occupancy measurements of antihistamines in human brain ...
Abstract: This article reviews the molecular biology of the inter-action of histamine with its H1-re...
This research investigated the modulating effects of antihistamines—Loratadine, Fexofenadine, Mecliz...
Introduction: Antihistamines are the mainstay of treatment for allergic disorders. Anti-histamines a...
Centrally active antihistamines impair cognitive performance, particularly sensorimotor performance....
BACKGROUND: Although antihistamines are known for their sedative adverse effects, fexofenadine was p...
Whereas antihistamines are generally known for their sedative side effects, this review shows that s...
Rationale: First- and second-generation antihistamines are known to produce different degrees of sed...
The most pronounced side effect of antiallergic histaminergic drugs (H1 antagonists) is sedation. Th...
Histamine acts as neurotransmitter in the central nervous system. It is involved in behavioural func...
Antihistamines are known for their sedative effects. However, some studies suggested mild stimulant ...
We previously reported on brain H1 receptor occupancy measurements of antihistamines in human brain ...
Abstract: This article reviews the molecular biology of the inter-action of histamine with its H1-re...
This research investigated the modulating effects of antihistamines—Loratadine, Fexofenadine, Mecliz...
Introduction: Antihistamines are the mainstay of treatment for allergic disorders. Anti-histamines a...
Centrally active antihistamines impair cognitive performance, particularly sensorimotor performance....
BACKGROUND: Although antihistamines are known for their sedative adverse effects, fexofenadine was p...