FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3206480388> ?p ?o ?g. }

• W3206480388 endingPage "17" @default.
• W3206480388 startingPage "11" @default.
• W3206480388 abstract "Although there is a general perception that the prevalence of food allergy is increasing, data supporting this are limited. Food is the least common cause of fatal anaphylaxis, and fortunately, it is a very rare event; however, it is also unpredictable. There is widespread consensus that severe reactions cannot be predicted in a clinically meaningful way. Certain food triggers are more frequently associated with fatal anaphylaxis than others. In observational studies, peanut and tree nuts account for at least 30% to 50% of fatalities, with seafood and cow’s milk also associated with fatal reactions. Fatal food-induced anaphylaxis is most likely to occur during adolescence and young adulthood, although the reasons for this are unclear. International guidelines agree that intramuscular (IM) epinephrine is the treatment of choice for managing food-triggered anaphylaxis and has a good safety profile when given by the IM route. However, fatalities still occur despite the timely administration of epinephrine. Food-allergic individuals must navigate a world that requires daily vigilance for allergens and preparedness for allergic reactions. Although the actual risk of fatal reactions is minimal, it is not zero, and severe reactions are unpredictable. Clinicians need to help patients better understand the very low but real risk of fatal reaction and enable them to lead as normal a life as possible through appropriate education, safety netting, and risk reduction. Although there is a general perception that the prevalence of food allergy is increasing, data supporting this are limited. Food is the least common cause of fatal anaphylaxis, and fortunately, it is a very rare event; however, it is also unpredictable. There is widespread consensus that severe reactions cannot be predicted in a clinically meaningful way. Certain food triggers are more frequently associated with fatal anaphylaxis than others. In observational studies, peanut and tree nuts account for at least 30% to 50% of fatalities, with seafood and cow’s milk also associated with fatal reactions. Fatal food-induced anaphylaxis is most likely to occur during adolescence and young adulthood, although the reasons for this are unclear. International guidelines agree that intramuscular (IM) epinephrine is the treatment of choice for managing food-triggered anaphylaxis and has a good safety profile when given by the IM route. However, fatalities still occur despite the timely administration of epinephrine. Food-allergic individuals must navigate a world that requires daily vigilance for allergens and preparedness for allergic reactions. Although the actual risk of fatal reactions is minimal, it is not zero, and severe reactions are unpredictable. Clinicians need to help patients better understand the very low but real risk of fatal reaction and enable them to lead as normal a life as possible through appropriate education, safety netting, and risk reduction." @default.
• W3206480388 created "2021-10-25" @default.
• W3206480388 creator A5005241960 @default.
• W3206480388 creator A5062573949 @default.
• W3206480388 creator A5089470773 @default.
• W3206480388 creator A5091117452 @default.
• W3206480388 date "2022-01-01" @default.
• W3206480388 modified "2023-10-11" @default.
• W3206480388 title "Fatal Food Anaphylaxis: Distinguishing Fact From Fiction" @default.
• W3206480388 cites W1531304022 @default.
• W3206480388 cites W1963222493 @default.
• W3206480388 cites W1963678166 @default.
• W3206480388 cites W1963895031 @default.
• W3206480388 cites W1963911570 @default.
• W3206480388 cites W1964880782 @default.
• W3206480388 cites W1991498260 @default.
• W3206480388 cites W2002375853 @default.
• W3206480388 cites W2003976194 @default.
• W3206480388 cites W2009221517 @default.
• W3206480388 cites W2009530296 @default.
• W3206480388 cites W2013482517 @default.
• W3206480388 cites W2024275029 @default.
• W3206480388 cites W2032250204 @default.
• W3206480388 cites W2034912129 @default.
• W3206480388 cites W2037121276 @default.
• W3206480388 cites W2042189837 @default.
• W3206480388 cites W2048947268 @default.
• W3206480388 cites W2059051806 @default.
• W3206480388 cites W2061370402 @default.
• W3206480388 cites W2061434565 @default.
• W3206480388 cites W2071109459 @default.
• W3206480388 cites W2084502262 @default.
• W3206480388 cites W2089599704 @default.
• W3206480388 cites W2092442653 @default.
• W3206480388 cites W2108903085 @default.
• W3206480388 cites W2125703217 @default.
• W3206480388 cites W2129330033 @default.
• W3206480388 cites W2136286196 @default.
• W3206480388 cites W2140344612 @default.
• W3206480388 cites W2147101895 @default.
• W3206480388 cites W2147172644 @default.
• W3206480388 cites W2148856054 @default.
• W3206480388 cites W2151800992 @default.
• W3206480388 cites W2153592178 @default.
• W3206480388 cites W2157311417 @default.
• W3206480388 cites W2166183729 @default.
• W3206480388 cites W2170735860 @default.
• W3206480388 cites W2332008627 @default.
• W3206480388 cites W2345069801 @default.
• W3206480388 cites W2346209329 @default.
• W3206480388 cites W2346704328 @default.
• W3206480388 cites W2397691392 @default.
• W3206480388 cites W2509981181 @default.
• W3206480388 cites W2514755523 @default.
• W3206480388 cites W2549225277 @default.
• W3206480388 cites W2591878703 @default.
• W3206480388 cites W2605512590 @default.
• W3206480388 cites W2744928116 @default.
• W3206480388 cites W2754427010 @default.
• W3206480388 cites W2754985144 @default.
• W3206480388 cites W2757461532 @default.
• W3206480388 cites W2765109872 @default.
• W3206480388 cites W2782618799 @default.
• W3206480388 cites W2790259152 @default.
• W3206480388 cites W2805948085 @default.
• W3206480388 cites W2806806878 @default.
• W3206480388 cites W2883557164 @default.
• W3206480388 cites W2886804938 @default.
• W3206480388 cites W2892512210 @default.
• W3206480388 cites W2894926072 @default.
• W3206480388 cites W2907554784 @default.
• W3206480388 cites W2981204147 @default.
• W3206480388 cites W2981292491 @default.
• W3206480388 cites W2991634674 @default.
• W3206480388 cites W2999019468 @default.
• W3206480388 cites W3020970164 @default.
• W3206480388 cites W3111794655 @default.
• W3206480388 cites W3130542791 @default.
• W3206480388 cites W3135576570 @default.
• W3206480388 cites W3138536611 @default.
• W3206480388 cites W3156096159 @default.
• W3206480388 cites W3158745071 @default.
• W3206480388 doi "https://doi.org/10.1016/j.jaip.2021.10.008" @default.
• W3206480388 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34656799" @default.
• W3206480388 hasPublicationYear "2022" @default.
• W3206480388 type Work @default.
• W3206480388 sameAs 3206480388 @default.
• W3206480388 citedByCount "10" @default.
• W3206480388 countsByYear W32064803882022 @default.
• W3206480388 countsByYear W32064803882023 @default.
• W3206480388 crossrefType "journal-article" @default.
• W3206480388 hasAuthorship W3206480388A5005241960 @default.
• W3206480388 hasAuthorship W3206480388A5062573949 @default.
• W3206480388 hasAuthorship W3206480388A5089470773 @default.
• W3206480388 hasAuthorship W3206480388A5091117452 @default.
• W3206480388 hasBestOaLocation W32064803882 @default.
• W3206480388 hasConcept C15744967 @default.
• W3206480388 hasConcept C169760540 @default.

• next