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The Clinical Platform for Modern Metabolic Care
METS_iQ combines objective metabolic measurement, clinical decision support and longitudinal monitoring in one integrated platform. Built on more than a decade of clinical metabolic measurement through ECAL indirect calorimetry,
METS_iQ enables clinicians to measure physiological response, personalise intervention and monitor outcomes over time.
METS_iQ enables clinicians to measure physiological response, personalise intervention and monitor outcomes over time.
The MHS
Measurement
Pathway
Transforming Measurement into Better Clinical Decisions
Built on more than a decade of ECAL indirect calorimetry, METS_iQ combines objective metabolic measurement, clinical decision support and longitudinal monitoring within one integrated platform.
Objective physiological data becomes actionable clinical insight—supporting more precise interventions, structured care pathways and ongoing metabolic monitoring.
Objective physiological data becomes actionable clinical insight—supporting more precise interventions, structured care pathways and ongoing metabolic monitoring.
Designed for
Clinical Practice
Objective metabolic insight within your existing workflow.
METS_iQ integrates seamlessly into existing clinical workflows, combining objective metabolic assessment, clinical interpretation, decision support and longitudinal monitoring within a single platform.
Physiological data is captured at the point of care and translated into clinically meaningful insight – supporting more personalised interventions, structured follow-up and measurable patient outcomes without disrupting existing practice.
METS_iQ is designed to complement existing consultations – not replace established clinical workflows.
Physiological data is captured at the point of care and translated into clinically meaningful insight – supporting more personalised interventions, structured follow-up and measurable patient outcomes without disrupting existing practice.
METS_iQ is designed to complement existing consultations – not replace established clinical workflows.
Modern Metabolic Care Has One Critical Blind Spot
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The Challenge
You would not prescribe antihypertensive medication without first measuring blood pressure.
Yet in metabolic care, treatment decisions are often made without directly measuring metabolic function. Weight is used as a proxy and behaviour is assumed, but neither objectively reflects how metabolism is responding to treatment.
METS_iQ introduces objective metabolic measurement into routine clinical practice—supporting more precise decisions, personalised interventions and measurable outcomes.
Yet in metabolic care, treatment decisions are often made without directly measuring metabolic function. Weight is used as a proxy and behaviour is assumed, but neither objectively reflects how metabolism is responding to treatment.
METS_iQ introduces objective metabolic measurement into routine clinical practice—supporting more precise decisions, personalised interventions and measurable outcomes.
A new clinical measurement standard for metabolic care
Every mature area of medicine relies on objective physiological measurement to guide treatment.
Modern metabolic care has largely depended on proxy measures such as weight, BMI and behaviour. METS_iQ introduces objective metabolic measurement into routine clinical practice, combining physiological assessment, clinical interpretation, decision support and longitudinal monitoring within one integrated platform.
Modern metabolic care has largely depended on proxy measures such as weight, BMI and behaviour. METS_iQ introduces objective metabolic measurement into routine clinical practice, combining physiological assessment, clinical interpretation, decision support and longitudinal monitoring within one integrated platform.
From Better Decisions to Better Care
METS_iQ supports clearer, more confident clinical decisions while strengthening the performance of modern metabolic care programs.
Better Clinical Decisions
Objective metabolic measurement supports more confident treatment decisions based on physiological response rather than proxy measures alone.
Better Patient Engagement
Patients can see measurable metabolic change over time, supporting adherence, understanding and personalised care.
Better Practice Performance
Structured measurement enables repeatable care pathways, ongoing monitoring and stronger differentiation for modern metabolic clinics.
The result is a structured, longitudinal model of care rather than a series of disconnected consultations.
The METS_iQ
Clinical Engine
The Intelligence Behind METS_iQ
Objective measurement alone does not improve care. Clinical value comes from interpreting physiological data and translating it into consistent, evidence-informed decisions.
The METS_iQ Clinical Engine combines objective metabolic measurement with clinical algorithms, structured workflows and longitudinal monitoring to support more confident clinical decisions and repeatable models of care.
Rather than simply collecting data, the platform transforms metabolic measurements into actionable clinical insight—supporting personalised interventions, program-based care and ongoing patient engagement.
The METS_iQ Clinical Engine combines objective metabolic measurement with clinical algorithms, structured workflows and longitudinal monitoring to support more confident clinical decisions and repeatable models of care.
Rather than simply collecting data, the platform transforms metabolic measurements into actionable clinical insight—supporting personalised interventions, program-based care and ongoing patient engagement.
Program based Care
Structured assessment, reporting and repeat monitoring support more consistent care delivery, stronger patient engagement and ongoing program-based care.
Structured care pathways
Clinics can move from episodic consultations to repeatable metabolic care pathways, built around assessment, monitoring and ongoing patient interaction across single or multi-site practices.