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Component-Resolved Diagnosis to
Optimize Allergen-Specific Immunotherapy in the
Mediterranean Area |
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R Valenta, T Twaroch, I Swoboda |
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Christian Doppler Laboratory for
Allergy Research, Division of Immunopathology,
Department of Pathophysiology,
Center for Physiology and Pathophysiology, Medical
University of Vienna, Austria |
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J Investig Allergol Clin Immunol
2007; Vol. 17, Supplement 1: 88-92 |
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Abstract |
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Allergen-specific
immunotherapy (SIT)
is the only
allergen-specific
treatment for
allergy. It can
prevent progression
of the disease and
has a long-lasting
therapeutic effect.
Since SIT is
allergen-specific,
the identifi cation
of the disease-eliciting
allergen is an
essential
prerequisite for the
accurate
prescription of
treatment.
Diagnostic tests
based on allergen
extracts consist of
mixtures of various
allergens of which
some
are specific for the
allergen source and
others occur as
cross-reactive
allergens in various
unrelated allergen
sources. It may
therefore be
difficult and
sometimes impossible
to identify the
disease-causing
allergen with such
tests, particularly
in patients who are
sensitized to more
than one allergen
source.
Sensitization to
pollens from olive,
grasses, and
Parietaria in the
Mediterranean area
is frequently
treated with SIT.
Here, we describe
allergen molecules
from these sources
that can be used for
component-resolved
diagnosis of allergy
to facilitate
the selection of
patients for SIT and
monitor the
immunological
effects of
treatment.
Key words:
Component-resolved
diagnosis.
Mediterranean area.
Specific
immunotherapy.
Pollen allergy.
Recombinant
allergens.
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