Lychee, the succulent tropical fruit, is cherished for its sweet and fragrant taste. However, for some individuals, this seemingly innocent delight can trigger allergic reactions due to specific proteins found in the fruit. These Lychee allergen proteins, notably Lit c 1, belong to the group of molecular compounds responsible for eliciting allergic responses.
Lit c 1, the primary Lychee allergen protein, is part of the broader family of allergenic proteins. Structurally, it exhibits unique characteristics that make it recognizable to the immune system, leading to allergic reactions. The classification of Lychee allergen proteins involves a meticulous study of their molecular composition and the distinct features that set them apart within the allergen family.
| Cat.No. | Product Name | Species | Source | Tag |
| ra-3715P | Recombinant Lit c 1 | Litchi chinensis (Lychee) | E.coli or Yeast | His |
The biological functions of Lychee allergen proteins unfold a complex interplay between the fruit and the human immune system. These proteins play a pivotal role in triggering allergic responses in susceptible individuals. Understanding the molecular mechanisms that cause allergies involves delving into the intricate ways in which Lychee allergens interact with the immune system, paving the way for allergic reactions.
Lychee allergens, particularly Lit c 1, are potent elicitors of allergic responses. When individuals sensitive to Lychee come into contact with these allergen proteins, their immune system perceives them as threats. This perception leads to the release of histamines and other allergic mediators, resulting in symptoms ranging from mild itching to severe anaphylaxis. Unraveling the precise role of Lychee allergens in allergy is crucial for developing effective preventive and therapeutic strategies.
The molecular mechanisms underlying Lychee allergy involve a cascade of events triggered by the interaction between Lychee allergen proteins and the immune system. The immune response, characterized by the activation of specific cells and the release of inflammatory mediators, leads to the manifestation of allergic symptoms. Exploring these mechanisms at the molecular level provides insights into potential targets for therapeutic interventions and allergy management.
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