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The use of sedating drugs alongside hydroxyzine can cause oversedation and confusion if administered at high doses—any form of hydroxyzine treatment alongside sedatives should be done under the supervision of a doctor. [28] [25] Because of the potential for more severe side effects, this drug is on the list to avoid in the elderly. [29]
The most common adverse effects noted for second-generation agents include drowsiness, fatigue, headache, nausea and dry mouth. [ 4 ] Continuous and/or cumulative use of anticholinergic medications, including first-generation antihistamines, is associated with higher risk for cognitive decline and dementia in older people.
The most common antihistamines utilized for this purpose include hydroxyzine, promethazine (enzyme induction especially helps with codeine and similar prodrug opioids), phenyltoloxamine, orphenadrine, and tripelennamine; some may also have intrinsic analgesic properties of their own, orphenadrine being an example.
Benzodiazepines can cause side effects, including some that may affect your alertness, physical health and daily life. ... Drowsiness. Confusion. Headache. Upset stomach. Vomiting. Diarrhea ...
There can be several causes of headaches behind your eyes. They include: Vision and eye problems. According to many neurologists, a frequent cause for headaches behind your eyes, especially if you ...
This can quickly determine if there are bacterial or viral species present in the CSF. If these are ruled out, as well as other causes such as parasitic or fungal causes, then the cause of the meningitis is likely noninfectious in nature. [2] DIAM is among these noninfectious causes of aseptic meningitis. [citation needed]
Can foods trigger migraines and headaches? Yes, foods and drinks are often triggers for migraines because the condition involves neuroinflammation, and what people eat can promote an inflammatory ...
A 10 mg dose of cetirizine equals about a 30 mg dose of hydroxyzine in terms of peripheral antihistamine effect.) [30] PET studies with antihistamines have found that brain H 1 receptor occupancy of more than 50% is associated with a high prevalence of somnolence and cognitive decline, whereas brain H 1 receptor occupancy of less than 20% is ...