Management of Anaphylaxis in Healthcare and Community Settings, Risk Assessment and Reduction, and Education |
Treatment in healthcare settings |
Epinephrine pharmacokinetic and pharmacodynamic studies in patients with different body mass indices |
Additional comprehensive studies of epinephrine absorption after different routes of administration, including auto-injectors |
Additional observational investigations of the safety of a first-aid dose of epinephrine (0.3 mg intramuscularly) in patients with cardiovascular disease |
Multicenter prospective randomized controlled trials to define the role of other pharmacologic interventions in anaphylaxis - examples include H1-antihistamines, H2-antihistamines, glucocorticoids, and glucagon |
Management in community settings |
Additional comparative studies of different epinephrine auto-injectors |
- preference to carry, preference to use, and rate of occurrence of unintentional injections and injuries |
Evaluation of the role of “stock” or “unassigned” epinephrine auto-injectors in public places, eg. schools, shopping malls |
Further assessment of costs of epinephrine auto-injectors and their cost-effectiveness |
Further evaluation of other routes of epinephrine administration, eg. sublingual, inhaled, intranasal |
Prospective validation studies of anaphylaxis emergency action plans |
Comparison of different anaphylaxis emergency action plans |
Assessment of effectiveness of anaphylaxis emergency action plans |
Assessment of school plans for anaphylaxis |
Risk assessment in anaphylaxis |
Further standardization of allergens, allergen skin test protocols, and allergen challenge protocols to facilitate comparisons among centers |
Further prospective studies of optimal timing of allergen skin tests after anaphylaxis to foods, venoms, drugs, and other allergens |
Further development of in vitro tests such as component-resolved diagnostics and basophil activation tests to help distinguish asymptomatic sensitization from clinical risk |
Development of new non-invasive tests to assess sensitization versus risk of clinical reactivity to drugs |
Long-term risk reduction in anaphylaxis |
Further prospective investigations of efficacy and safety of oral, sublingual, and epicutaneous immunotherapy to prevent recurrence of food-induced anaphylaxis and achieve immunologic tolerance |
Further studies of the efficacy and safety of omalizumab pre-treatment and co-treatment with allergen immunotherapy |
Studies of allergen immunotherapy to prevent anaphylaxis recurrences from less well-studied allergens, eg. natural rubber latex |
Additional studies of immunotherapy to prevent recurrence of venom-induced anaphylaxis and immune modulation to prevent recurrence of drug-induced anaphylaxis |
Additional prospective investigations of pharmacologic prophylaxis of iatrogenic anaphylaxis from radiocontrast media, biologic agents, snake anti-venom, allergen immunotherapy, etc. |
Prospective investigations of the utility and cost-effectiveness of providing epinephrine auto-injectors to all patients receiving subcutaneous allergen immunotherapy with aeroallergens or venoms |
Anaphylaxis education |
Studies of methods to increase anaphylaxis awareness among patients, caregivers, and the public |
Evaluation of educational programs for all physicians, including emergency medicine and primary care physicians |
Evaluation of educational programs for other healthcare personnel, including nurses and paramedics |
Evaluation of educational programs for patients at risk and caregivers |
Studies of the unique needs of adolescents at risk for anaphylaxis recurrence in community settings and how best to communicate effectively with them |
Evaluation of educational programs for the public |
Studies of resistance to change and how to facilitate change |
Other |
Studies on anaphylaxis guidelines implementation |
Studies on development of anaphylaxis pathways |