Acido cromoglico: effetto, applicazioni, effetti collaterali

How cromoglicic acid works Allergic reactions are excessive defense reactions of the immune system to actually harmless stimuli (allergens) such as pollen, house dust mites, certain foods or pets. Contact of the allergen with the skin, mucous membrane or conjunctiva of the eyes causes unpleasant symptoms such as redness, swelling and itching. Mast cell stabilizers … Acido cromoglico: effetto, applicazioni, effetti collaterali

Salbutamolo: effetti, applicazioni, effetti collaterali

How salbutamol works Salbutamol is one of the fast-acting and short-acting beta-2 sympathomimetics (substances that selectively activate beta-2 receptors): It quickly provides bronchodilatation, but the effect does not last long (about four hours). The salbutamol effect in detail The autonomic (i.e., non-volitionally controllable) nervous system of the body consists of two parts that behave like … Salbutamolo: effetti, applicazioni, effetti collaterali

Kadefungin per le infezioni fungine

Questo è il principio attivo di Kadefungin Il principio attivo dei prodotti combinati Kadefungin è chiamato clotrimazolo. Appartiene al gruppo degli antimicotici azolici. Questi inibiscono la produzione di una sostanza (ergosterolo) importante per la funzione della membrana cellulare dei funghi e di alcuni tipi di batteri. L'accompagnamento lattico Kadefungin... Kadefungin per le infezioni fungine

Aloperidolo: Effetti, applicazione, effetti collaterali

How haloperidol works Haloperidol is a highly effective antipsychotic from the butyrophenone class. It is around 50 times more effective than the comparative substance chlorpromazine and is the drug of choice for acute psychoses and psychomotor agitation (movement behavior influenced by mental processes). In the brain, the individual nerve cells (neurons) communicate with each other … Aloperidolo: Effetti, applicazione, effetti collaterali

Come Wobenzym aiuta con l'infiammazione

This is the active ingredient in Wobenzym The Wobenzym ingredients are a combination of three natural enzymes: bromelain, rutoside and trypsin. The main ingredient bromelain belongs to the cysteine protease family, which is extracted from pineapples and has a decongestant effect on inflamed tissue. The same applies to rutoside, a flavonoid found in many plants. … Come Wobenzym aiuta con l'infiammazione

Pregabalin: effetto, somministrazione, effetti collaterali

Come funziona pregabalin Pregabalin appartiene al gruppo dei farmaci antiepilettici e blocca i canali del calcio voltaggio-dipendenti nel sistema nervoso centrale e periferico. Si lega specificamente ad alcune subunità di questi canali del calcio e in questo modo inibisce il rilascio di neurotrasmettitori mediato dal calcio. Queste subunità si trovano principalmente nel cervelletto, nella corteccia, nell’ippocampo… Pregabalin: effetto, somministrazione, effetti collaterali

Naprossene: Effetti, usi, effetti collaterali

How naproxen works Naproxen is a non-steroidal anti-inflammatory drug (NSAID). Like all NSAIDs, it has analgesic, antipyretic and anti-inflammatory (antiphlogistic) effects. These effects come about because naproxen inhibits the enzyme cyclooxygenase (COX). This reduces the formation of prostaglandins – messenger substances involved in pain mediation, inflammatory processes and the development of fever. The anti-inflammatory effect … Naprossene: Effetti, usi, effetti collaterali

Sulpirid: effetti, applicazioni, effetti collaterali

How sulpiride works Sulpiride blocks docking sites (receptors) of the neurotransmitter dopamine on the nerve cells, the so-called dopamine-2 and dopamine-3 receptors. The effect achieved is highly dependent on the dosage selected: At low doses, sulpiride helps against depression, dizziness and nausea (antidepressant, antivertiginous and antiemetic effect). At higher doses, sulpiride has an antipsychotic effect … Sulpirid: effetti, applicazioni, effetti collaterali

Destrometorfano: effetti e applicazioni

How dextromethorphan works Dextromethorphan suppresses the cough reflex by depressing the cough center in the brainstem. It does this by blocking (antagonizing) the so-called NMDA receptors and by triggering signals (agonism) at sigma-1 receptors. By interacting with NMDA receptors, dextromethorphan can suppress the perception of pain. For this reason, the active ingredient has also been … Destrometorfano: effetti e applicazioni