What stands out
This pathway matters mainly as supporting context.
Working interpretation
The working read here is lower mast-cell / allergic reactivity support.
Key markers
tryptase, total IgE, allergic-load context
Priority context
Moderate. It is worth checking if symptoms or existing labs point in the same direction.
Why it rose
Why this pathway surfaced
This pathway tends to surface when several studied variants in its core genes point in a similar direction strongly enough to justify biomarker follow-up.
tryptase
helps show whether mast-cell or allergic activation is part of the picture
total IgE
Total IgE gives practical context for whether mast-cell / allergic reactivity is showing up in real physiology.
allergic-load context
Allergic-load context gives practical context for whether mast-cell / allergic reactivity is showing up in real physiology.
Main genes
Which genes are carrying the signal
IL4
IL4 adds weight to the same pathway interpretation, but does not drive it alone.
IL4 adds mast-cell / allergic reactivity context and should be interpreted with the surrounding pathway pattern, not on its own.
IL13
IL13 adds weight to the same pathway interpretation, but does not drive it alone.
IL13 adds mast-cell / allergic reactivity context and should be interpreted with the surrounding pathway pattern, not on its own.
FCER1A
FCER1A adds weight to the same pathway interpretation, but does not drive it alone.
FCER1A adds mast-cell / allergic reactivity context and should be interpreted with the surrounding pathway pattern, not on its own.
ORMDL3
ORMDL3 adds weight to the same pathway interpretation, but does not drive it alone.
ORMDL3 adds mast-cell / allergic reactivity context and should be interpreted with the surrounding pathway pattern, not on its own.