With more consumer-facing digital health products entering the market every year, we all jump on the bandwagon of hacking into our bodies and how they function. Adorned with smart watches, bracelets and pendants, we look into dedicated mHealth apps for valuable insights about our health status. Now, all kinds of care consumers can easily access their sleep, mood, cycle, temperature, blood glucose, heart rate and other vitals.
We get used to monitoring the basic vitals for a better understanding of how the body responds to being deprived of the full night of sleep, which sparks curiosity on getting even more useful information. How about forecasting a disease developing in 10 years and rooted in our current lifestyle, finding a way to break the negative patterns and avoiding getting sick? While we are more than ready for this kind of superpower, it still takes significant time for the technology to hit this level of computing power and prediction accuracy. Luckily, the technology is already robust enough to give us a sneak peek into the emerging chapter in the preventive healthcare realm — scientific wellness.
Wellness empowered by science
Scientific wellness embraces a variety of population health data and an extensive range of techniques for its processing and analysis, including AI and machine learning.
Scientific wellness enables a quantitative approach toward human health and creates highly personalized health profiles of individual patients based on their medical history, lab results, genome and metabolome, as well as patient-reported data from smart medical devices and wearables.
The patient’s body is approached as a system with many variables that are analyzed and tracked to:
- Maintain a person’s wellbeing
- Predict hereditary diseases
- Reverse pre-disease states
- Reduce healthcare costs with personalized treatments
- Conducting the whole genome sequencing
- Analyzing blood, urine and saliva
- Evaluating gut microbiome
- Acquiring patient-generated health data from mHealth apps, smart medical devices and wearables