COMPENDIUM ON FUNCTIONAL MEDICINE - Flipbook - Page 487
● New mild reactivity to previously untested foods added to
diet
● Overall reduction in antibody levels across most food
categories [117]
This case demonstrates how the comprehensive nature of Array 10
can identify complex patterns of food reactivity that traditional
testing might miss, leading to more targeted and effective dietary
interventions [118].
Future Research Directions
The field of food immune reactivity testing continues to evolve,
with several promising research directions:
Emerging Technologies
Next-generation sequencing and other advanced technologies
are being investigated to further enhance food reactivity testing:
● Multiplex protein analysis for simultaneous testing of hundreds
of food antigens [119]
● Microfluidic technology for improved sensitivity and
reproducibility [120]
● Machine learning algorithms for pattern recognition in
complex test results [121]
● Mass spectrometry for more precise identification of reactive
epitopes [122]
Clinical Research Priorities
Several key areas require further clinical investigation:
● Longitudinal studies on the natural history of food immune
reactivity [123]
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