| Plural | peptidoleukotrienes |
peptidoleukotriene release
peptidoleukotriene frigivelse
peptidoleukotriene synthesis
peptidoleukotriene syntese
peptidoleukotriene inhibitor
peptidoleukotriene inhibitor
peptidoleukotriene receptor
peptidoleukotriene receptor
peptidoleukotriene levels
peptidoleukotriene niveauer
peptidoleukotriene production
peptidoleukotriene produktion
peptidoleukotriene pathway
peptidoleukotriene sti
peptidoleukotriene antagonist
peptidoleukotriene antagonist
peptidoleukotriene activity
peptidoleukotriene aktivitet
peptidoleukotriene formation
peptidoleukotriene dannelse
the release of peptidoleukotriene contributes significantly to bronchoconstriction in asthmatic patients.
Udgivelsen af peptidoleukotriener bidrager betydeligt til bronkospasm i astmatikere.
researchers observed that peptidoleukotriene production increases during allergic reactions.
Forskerne observerede, at produktionen af peptidoleukotriener øges under allergiske reaktioner.
antagonists blocking the peptidoleukotriene receptor are effective treatments for allergic rhinitis.
Antagonister, der blokerer peptidoleukotriene-receptoren, er effektive behandlinger for allergisk rhinitis.
biosynthesis of peptidoleukotriene depends on the 5-lipoxygenase pathway in inflammatory cells.
Biosyntesen af peptidoleukotriener afhænger af 5-lipooxygenase-stien i inflammatoriske celler.
increased peptidoleukotriene levels were detected in the sputum of chronic bronchitis sufferers.
Øget niveau af peptidoleukotriener blev fundet i spytet hos personer med kronisk bronkitt.
pharmacological inhibition of peptidoleukotriene action reduces airway inflammation significantly.
Pharmakologisk undertrydelse af peptidoleukotriener virkning reducerer luftvejsinflammation betydeligt.
ltc4 is a major peptidoleukotriene involved in the pathogenesis of asthma.
LTC4 er en vigtig peptidoleukotriene, der er involveret i patogenesen af astma.
the study examined peptidoleukotriene metabolism in patients with aspirin-exacerbated respiratory disease.
Studiet undersøgte peptidoleukotriener metabolisme hos patienter med aspirin-udloste respiratoriske sygdomme.
specific assays are required to accurately measure peptidoleukotriene concentration in blood samples.
Bestemte prøver kræves for at måle peptidoleukotriener koncentration præcist i blodprøver.
scientists are investigating the role of peptidoleukotriene signaling in pulmonary fibrosis.
Videnskabsmænd undersøger rollen af peptidoleukotriener signalering i pulmonær fibrose.
mast cells are a primary source of peptidoleukotriene release during anaphylaxis.
Mastceller er en primær kilde til frigivelse af peptidoleukotriener under anafilaktiske reaktioner.
genetic variations can affect peptidoleukotriene receptor sensitivity among different individuals.
Genetiske variationer kan påvirke følsomheden af peptidoleukotriener receptorer mellem forskellige individer.
peptidoleukotriene release
peptidoleukotriene frigivelse
peptidoleukotriene synthesis
peptidoleukotriene syntese
peptidoleukotriene inhibitor
peptidoleukotriene inhibitor
peptidoleukotriene receptor
peptidoleukotriene receptor
peptidoleukotriene levels
peptidoleukotriene niveauer
peptidoleukotriene production
peptidoleukotriene produktion
peptidoleukotriene pathway
peptidoleukotriene sti
peptidoleukotriene antagonist
peptidoleukotriene antagonist
peptidoleukotriene activity
peptidoleukotriene aktivitet
peptidoleukotriene formation
peptidoleukotriene dannelse
the release of peptidoleukotriene contributes significantly to bronchoconstriction in asthmatic patients.
Udgivelsen af peptidoleukotriener bidrager betydeligt til bronkospasm i astmatikere.
researchers observed that peptidoleukotriene production increases during allergic reactions.
Forskerne observerede, at produktionen af peptidoleukotriener øges under allergiske reaktioner.
antagonists blocking the peptidoleukotriene receptor are effective treatments for allergic rhinitis.
Antagonister, der blokerer peptidoleukotriene-receptoren, er effektive behandlinger for allergisk rhinitis.
biosynthesis of peptidoleukotriene depends on the 5-lipoxygenase pathway in inflammatory cells.
Biosyntesen af peptidoleukotriener afhænger af 5-lipooxygenase-stien i inflammatoriske celler.
increased peptidoleukotriene levels were detected in the sputum of chronic bronchitis sufferers.
Øget niveau af peptidoleukotriener blev fundet i spytet hos personer med kronisk bronkitt.
pharmacological inhibition of peptidoleukotriene action reduces airway inflammation significantly.
Pharmakologisk undertrydelse af peptidoleukotriener virkning reducerer luftvejsinflammation betydeligt.
ltc4 is a major peptidoleukotriene involved in the pathogenesis of asthma.
LTC4 er en vigtig peptidoleukotriene, der er involveret i patogenesen af astma.
the study examined peptidoleukotriene metabolism in patients with aspirin-exacerbated respiratory disease.
Studiet undersøgte peptidoleukotriener metabolisme hos patienter med aspirin-udloste respiratoriske sygdomme.
specific assays are required to accurately measure peptidoleukotriene concentration in blood samples.
Bestemte prøver kræves for at måle peptidoleukotriener koncentration præcist i blodprøver.
scientists are investigating the role of peptidoleukotriene signaling in pulmonary fibrosis.
Videnskabsmænd undersøger rollen af peptidoleukotriener signalering i pulmonær fibrose.
mast cells are a primary source of peptidoleukotriene release during anaphylaxis.
Mastceller er en primær kilde til frigivelse af peptidoleukotriener under anafilaktiske reaktioner.
genetic variations can affect peptidoleukotriene receptor sensitivity among different individuals.
Genetiske variationer kan påvirke følsomheden af peptidoleukotriener receptorer mellem forskellige individer.
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