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Meal-Level Modulation in Metabolic Care Settings

Structured, non-systemic metabolic support designed for defined patient profiles and care phases.

SIGRID’s products, powered by patented SiPore® technology, can be incorporated into structured metabolic nutrition workflows across weight management, glycemic balance, hormonal transitions, and long-term metabolic stability.

These structured use frameworks are designed to complement lifestyle strategies and, where relevant, physician-directed care plans.

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A Structured Practice Framework

All structured use cases follow a consistent framework built around patient phenotype, care phase, and metabolic objective.

Identify the Patient Profile

Defined metabolic phenotype such as central adiposity, post-meal glucose variability, GLP-1 taper, or hormone-related instability.

Implement Structured Meal-Level Modulation

Targeted post-meal support during defined care windows, typically 3–6 months.

Transition to Maintenance

Lower-frequency use or shift to lighter daily support depending on patient goals and stability.

Primary Protocols

Five targeted protocols to support metabolic health, weight management, and long-term vitality

Designed for Practice Integration

Structured use frameworks are designed to fit within standard consultation cadence.

Step 1 – Assessment

Identify metabolic phenotype, appetite pattern, and post-meal variability.

Step 2 – Structured Use Phase

Defined use window, typically 3–6 months depending on patient profile and goals.

Step 3 – Monitoring

Track waist circumference, appetite patterns, post-meal variability, and energy stability.

Step 4 – Maintenance or Transition

Reduce frequency or shift to lighter daily support once stability is achieved.

Full Structured Protocols Available to Registered Practitioners

Detailed frameworks include:

  • Dosing and duration guidance
  • Escalation and step-down pathways
  • Monitoring frameworks
  • Lifestyle integration recommendations
  • Patient selection criteria
  • Scientific rationale and evidence mapping

Access is granted through the Early Access Program.


Mechanism-Led. Scientifically Evaluated. Structurally Applied.

Clinical evaluations of the SiPore® technology have shown:

  • Mechanistic enzyme modulation in the small intestine
  • Demonstrated reduction in post-prandial glucose spikes
  • Evaluated metabolic markers in controlled studies
  • Favorable safety and tolerability profile
  • Fat loss with lean-mass preservation

Explore full scientific validation on the Science page.

Introduce Structured Meal-Level Modulation in Your Practice

Join the Early Access Program to receive full structured protocols, implementation guidance, and priority product allocation.

Early Access includes:

Full protocol library
Case-based guidance
Practice onboarding support
Ongoing updates and materials

Apply for a Customer Account