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DIETPROFILENutrigenetic support for more advanced, integrated and personalised aesthetic medicine
DIETPROFILE is a genetic test developed to support specialists in assessing individual predispositions that may influence metabolism, response to nutrients, weight management and nutritional balance.
Designed specifically for patients undergoing aesthetic medicine treatments, DIETPROFILE enables genetic information to be considered alongside clinical and nutritional assessment. It adds a further level of personalisation to programmes that support well-being, metabolic balance and tissue quality.
A complementary source of information
Within a structured clinical pathway, DIETPROFILE can help inform personalised nutrition strategies that are biologically coherent and integrated into the patient's specialist care. Genetic findings must always be interpreted in the context of the individual's clinical and nutritional profile.
Contemporary aesthetic medicine requires an assessment that extends beyond morphology or the condition of the skin alone.
Nutritional status, body composition, low-grade inflammation, oxidative stress, energy metabolism and micronutrient availability are important biological variables. They may influence tissue homeostasis, skin trophism, the health of skin appendages and the patient's overall physiological profile.
Why genetics may add value
DIETPROFILE identifies inherited differences that may contribute to inter-individual variability in response to dietary patterns, weight regulation, tolerance to selected food components and the overall metabolic profile.
Genetic predisposition is only one component of this variability. Environment, lifestyle, medical history, medication and current laboratory measurements remain essential to interpretation.
Based on selected associations reported in the scientific literature, genetic analysis can provide information on biological predispositions that may influence:
THE RESULT
A personalised nutrigenetic profile that gives the specialist an additional information layer for developing nutrition strategies consistent with the patient's overall biological and clinical characteristics.
The test assesses selected genetic variants associated with response to different dietary patterns, regulation of body weight, predisposition to overweight, variability in weight-loss response and selected eating-behaviour traits, such as emotional eating or preference for sweet foods. These findings may help the professional frame nutrition strategies within the patient's wider clinical and metabolic assessment.
DIETPROFILE explores genetic predispositions reported in conditions of nutritional and gastroenterological interest, providing contextual information when sensitivity or intolerance to specific food components is being assessed. A genetic result does not diagnose a food allergy, intolerance or sensitivity and does not, by itself, justify dietary exclusion.
Symptoms or suspected adverse reactions to food require appropriate medical evaluation and, where indicated, validated diagnostic testing.
The test analyses selected variants associated with inter-individual differences in the metabolism or status of vitamins, minerals, essential fatty acids and other micronutrients relevant to physiological balance. The information may support personalised nutrition planning and clinical monitoring when nutritional status could influence general well-being, body composition or tissue quality.
DIETPROFILE includes genetic markers associated with physiological and biochemical parameters of clinical and nutritional interest. These findings may help the specialist define the individual metabolic profile more fully and consider appropriate prevention and monitoring strategies.
IMPORTANT: Genetic analysis does not directly measure nutrient concentrations or metabolic biomarkers and cannot establish a deficiency or excess. Laboratory testing remains necessary whenever clinically indicated.
DIETPROFILE is intended for specialist use by physicians and qualified healthcare professionals who wish to integrate genetic information into nutritional management, particularly in aesthetic medicine pathways focused on:
Best used within structured care
The test is most informative when the result can be integrated with medical and family history, clinical assessment, dietary intake, body composition, laboratory data, medication and lifestyle.
DIETPROFILE is not a diagnostic test. It is designed as an evidence-informed support tool that helps the specialist consider the patient's nutritional and metabolic profile from a broader, more personalised perspective.
CLINICAL RESPONSIBILITY: results do not automatically generate dietary, pharmacological or supplementation recommendations. Any intervention should be selected by a qualified professional on the basis of the complete clinical picture.
For patients entering an aesthetic medicine pathway, nutrition is a strategic component of overall biological balance.
DIETPROFILE uses genetics to add context to this dimension and support a more accurate description of the individual profile. When appropriately integrated, the test can contribute to more targeted and genuinely personalised care across:
Prevention
Nutritional counselling
Metabolic support
Patient education
Evidence-informed supplementation
Long-term monitoringSupplementation should be considered only where clinically appropriate, with attention to measured nutritional status, dose, duration, contraindications and potential interactions.
Genetic information does not replace clinical assessment; appropriately interpreted, it can add meaningful context.
DNA extraction: Genomic DNA (buccal mucosal cells or peripheral blood)
Target amplification: PCR amplification of the regions containing the variants of interest
Sequencing and genotyping: Advanced technologies, including Next Generation Sequencing (NGS)
Bioinformatic analysis: Dedicated pipelines and interpretive algorithms
Personalised report: Findings and associated genetic predispositions
GENOMICA's interpretive framework is based on the structured selection, appraisal and integration of evidence from peer-reviewed international scientific literature.
Depending on the trait, the assessment may draw on:
This approach supports a structured, biologically coherent interpretation. The relevance of associations may vary by population, study design, effect size and gene-environment interaction.
The report should be discussed within the clinical or nutritional consultation so that probabilistic findings are not interpreted in isolation.
Request the kit
Complete the documentation
Collect the sample
Send the sample to the laboratory
Receive the report
~10 working daysRead the official brochure for the complete test information.
Download the brochure
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