PURPOSE OF REVIEW: The mechanisms underlying the overlap of, and relationship between, atopy and immunodeficiency are just beginning to be recognized, through the identification of novel genetic conditions and the reexamination of well known primary immunodeficiencies. The present review seeks both to frame the topic and to highlight the most recent literature combining allergy in the context of immunodeficiency. RECENT FINDINGS: The true prevalence of atopic disorders in the setting of primary immunodeficiency as a whole is difficult to pinpoint, however there have been recent attempts to measure prevalence. Individual immunodeficiency disorders have been more carefully dissected for atopic disease and the mechanisms underlying the atopic phenotypic, whereas several newly described immune deficiencies because of single gene mutations are highly associated with atopic phenotypes. Finally, a number of novel genetic conditions with atopy being the primary feature, even in the absence of overt immune deficiency, have been described, providing instrumental clues into the diagnostic dilemmas these syndromes create. SUMMARY: Defining and examining diseases with primary features of atopy and infection allow for a better understanding of the interplay between the two in rare disease, and hopefully sheds light on fundamental pathways involved in atopy and host defense in the general population.
PURPOSE OF REVIEW: The mechanisms underlying the overlap of, and relationship between, atopy and immunodeficiency are just beginning to be recognized, through the identification of novel genetic conditions and the reexamination of well known primary immunodeficiencies. The present review seeks both to frame the topic and to highlight the most recent literature combining allergy in the context of immunodeficiency. RECENT FINDINGS: The true prevalence of atopic disorders in the setting of primary immunodeficiency as a whole is difficult to pinpoint, however there have been recent attempts to measure prevalence. Individual immunodeficiency disorders have been more carefully dissected for atopic disease and the mechanisms underlying the atopic phenotypic, whereas several newly described immune deficiencies because of single gene mutations are highly associated with atopic phenotypes. Finally, a number of novel genetic conditions with atopy being the primary feature, even in the absence of overt immune deficiency, have been described, providing instrumental clues into the diagnostic dilemmas these syndromes create. SUMMARY: Defining and examining diseases with primary features of atopy and infection allow for a better understanding of the interplay between the two in rare disease, and hopefully sheds light on fundamental pathways involved in atopy and host defense in the general population.
Authors: Zeinab A El-Sayed; Dalia H El-Ghoneimy; José A Ortega-Martell; Nesrine Radwan; Juan C Aldave; Waleed Al-Herz; Maryam A Al-Nesf; Antonio Condino-Neto; Theresa Cole; Brian Eley; Nahla H H Erwa; Sara Espinosa-Padilla; Emilia Faria; Nelson A Rosario Filho; Ramsay Fuleihan; Nermeen Galal; Elizabeth Garabedian; Mary Hintermeyer; Kohsuke Imai; Carla Irani; Ebtihal Kamal; Nadia Kechout; Adam Klocperk; Michael Levin; Tomas Milota; Monia Ouederni; Roberto Paganelli; Claudio Pignata; Farah N Qamar; Isabella Quinti; Sonia Qureshi; Nita Radhakrishnan; Nima Rezaei; John Routes; Surjit Singh; Sangeetha Siniah; Intisar Abdel-Hakam Taha; Luciana K Tanno; Ben Van Dort; Alla Volokha; Kathleen Sullivan Journal: World Allergy Organ J Date: 2022-06-17 Impact factor: 5.516
Authors: Kelsey L Smith; Darlene Dai; Bhavi P Modi; Rahnuma Sara; Elizabeth Garabedian; Rebecca A Marsh; Jennifer Puck; Elizabeth Secord; Kathleen E Sullivan; Stuart E Turvey; Catherine M Biggs Journal: Front Immunol Date: 2022-02-22 Impact factor: 7.561