Well@Work

Boost your work force with our Well@Work Analysis!

Discover your optimal well-being in the workplace with our Well@Work Analysis! As a CEO/entrepreneur, are you and your dedicated team ready to take health and productivity to new heights? Meet our Well@Work Analysis, the tool for working professionals striving for a balanced and healthy work-life balance!

What does this analysis offer you?

  • Gut-Biomics with added upgrades: In this analysis, the upgrades for sensitivities, readiness, Gut-Brain resilience (upgrade), stress resilience (upgrade), adrenal resilience, sleep and relaxation are essential.
  • Deep insight: Discover crucial markers for physical preparedness, stress resistance, adrenal resilience, sleep quality and relaxation. Understand how these factors affect your daily performance.
  • Strengthen your body and mind: Learn how to best support and strengthen your body and mind. With the right tools and knowledge, you can be at your best every day!
  • Maximize physical and mental resilience: With our Well@Work Analysis, you get the tools to maximize your physical and mental resilience. This will help you better withstand the challenges of modern work life.

For whom.

Whether you are in charge of a company or part of a dynamic team, our Well@Work Analysis helps you increase your energy and focus so you can face each workday with confidence. Ready to embrace the power of well-being? Your optimal work life starts here!

What upgrades are possible?

Nutrigenomic Upgrades

Vitamins and minerals are converted by enzymatic processes in the body into active forms, such as vitamin D for calcium regulation and iron for red blood cells, so that they can effectively fulfill their roles.

Gut microbiota-derived metabolites, produced by bacteria during the breakdown of food, affect health by strengthening the immune system, influencing metabolism and supporting brain function. What metabolites are produced in your gut?

Gut health refers to the state of your gut and its ability to digest food, absorb nutrients, and remove waste products, with a balanced gut microbiome, efficient digestion, and healthy gut transit being essential to your overall well-being. Here, we will delve deeper into your gut transit, sucrase isomaltase enzyme, the non-secretory gut microbiome, and the oral microbiome. Good gut health refers to more than just your digestive health.

Immunity Upgrades

Certain gut bacteria aid in detoxification by neutralizing or breaking down toxins, influence chemical sensitivity (MCS), interactions with medications, and the rate of toxin production. Thus, the gut microbiome plays a crucial role in protecting our bodies and regulating health. Do your gut microbiota also help in detoxification processes?

This upgrade examines other inflammatory markers, specifically, mast cell activation, fatigue, acne and mannose binding. These offer insight into underlying causes of health problems and can inform strategies for treatment and prevention.

Post-viral triggers in the microbiome can cause changes in both the gut and oral microbiome, which in turn affect health aspects such as metabolic markers, acidity and genetic markers, leading to varied post-viral symptoms. Find out if post-viral triggers are present in your body and options for personalized treatments here.

The gut immune response includes how the body responds to invaders such as bacteria, viruses or allergens in the gut. This upgrade gives more attention to hay fever, grass pollen, sinus infections and the FUT2 gene, as well as autoimmune diseases such as celiac disease, psoriasis and rheumatoid arthritis that arise when the immune system attacks healthy tissue in the gut.

Regenerative Upgrades

Methylation, an essential biochemical process in the body, involves the addition of methyl groups to molecules such as DNA, proteins and neurotransmitters. Our gut microbiome, diet and genes can affect methylation capacity. Find out how optimal your methylation is in your body here!

Mitochondrial vitality, the health and efficiency of the energy-producing organelles in our cells, can be affected by the gut microbiome via metabolite production, regulation of zirtuins, and influence on antioxidants and energy production molecules such as CoQ10, creatine and thiamine. Optimize these processes through this upgrade!

Injury predisposition from genes refers to how genetic predisposition can affect our susceptibility to injuries to bone mineral density, soft tissue and specific sports injuries, with an emphasis on genetic risk factors. Use this info to optimize your training, biomechanics, nutrition and lifestyle for injury prevention and optimal training management.

Exercise Upgrades

Progressive training load, gradually increasing the intensity, duration or frequency of your training to make your body stronger. Here we focus on the gut microbiome and genetic influences on injury risk and training response, with the gut microbiome regulating inflammation and immune response and genetic factors determining how the body responds to training and injury.

Genetic predisposition to muscle mass determines how easily we build and maintain muscle mass, with genetic variants such as the AMPD1 gene affecting ATP metabolism in muscle cells during physical activity, which is important for performance and recovery. Discover your predisposition for muscle building here!

The gut microbiome produces metabolites essential for promoting recovery after various types of exercise, such as strength training, sprints and endurance training, by reducing inflammation, promoting muscle recovery and replenishing energy reserves. How quickly do you recover after physical exertion?

The gut microbiome and its metabolites can improve aerobic trainability, fat burning and time-released decision-making during exercise by supporting energy supply, promoting fatty acid oxidation and enhancing cognitive functions. Go deeper into optimizing your fitness with this upgrade.

The gut microbiome plays a crucial role in sports nutrition by contributing to fuel supply and maintaining proper hydration and electrolyte balance during exercise, especially through the processing of nutrients such as carbohydrates and the regulation of water and electrolyte absorption. Find out how best to eat around a workout here.

Wellbeing Upgrades

The gut microbiome can regulate metabolic rate by improving insulin sensitivity through the production of short-chain fatty acids (SCFAs) such as acetate, propionate and butyrate, which stabilize blood sugar levels by regulating insulin release and promoting glucose uptake, while it can also influence protein metabolism by producing amino acids and metabolites such as ammonia and hydrogen sulfide. Learn how to optimize your metabolic rate here.

Find out which diet best suits your gut microbiome here, as everyone has a unique genome and gut microbiome that can exhibit different responses to diets ranging from hyperprotein, ketogenic, intermittent fasting, low FODMAP, high-fiber, Mediterranean to chrononutrition, all of which can affect metabolism, digestion and health.

Microbiome-host crosstalk may affect longevity and aging through regulation of inflammation, oxidative stress, energy metabolism, and cell survival, including levels of klotho, autophagy, telomeres, NAD+ metabolism, mitochondrial function, sirtuins, and the mTOR signaling pathway. We map this out for you with this upgrade!

The gut-skin axis may affect the aging process, wrinkle formation and response to mosquito bites, with this upgrade focusing on these phenomena by examining markers such as short-chain fatty acids and cytokines.

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