Needs

Thousands of years of medical traditions that preceded the development of vacinations and modern day immunology practices focused on a difference approach to preventing and treating disease. The principle of prevention and treatment in Indo-Tibetan medicine is based on knowing that "you are what you eat" and "food is your medicine." Ancient healthcare traditions that focused on feeding the microbiome helped to govern a person's health to reduce disease. The microbiome signifies the community of symbiotic and pathogenic microorganisms that share our body space predominantly within the human gastrointestinal tract. The human microbiome regulates and negotiates the complex relationships in our bodies to govern and preserve our health, well-being, and longevity of life by helping to fend off disease. Traditional use of plant, animal and mineral compounds to augment diets where also known to strengthen immune systems. Unfortunately, modern diets of highly processed foods has lead to the onset of all kinds of disease including obesity, diabetes, cancer, etc. Need to learn how to improve diets and create a more preventative approach to healthcare has become vital to everyone.

Unfortunately, many people have forgotten that dietary choices profoundly shape our health and influence everything from celluar function to long-term disease risk. Processed foods, particularly ultra-processed foods that are high in added sugars, unhealthy fats, salts, and artificial additives that are also low in nutrients are known to progress disease. These foods which often undergo industrial formulations to make them hyper-palatable and calorie dense help to heighten overconsumption and nutritional imbalances. Now more that ever, people need to learn more about ways to improve healthcare to achieve greater quality of life. Many cardiometabolic, mental disorders and overall mortality is linked to what we eat. Our objective is to help people learn more about how to prevent the onset of disease. To improve personal health and well-being there is a great need to help individuals learn how to make better choices. Learning about the importance of natural foods and how to augment diet with supplements is very important. Opportunity to heighten awareness of better practices and ways to adopt preventive health measures could go a long way to improve the quality of personal healthcare practices.

Diagnostics

Need to improve global healthcare diagnostics is vast and there is huge need to develop innovative tools and technologies to transform the healthcare industry. Opportunity to use genetic data to diagnose disease and assess risks is vital to personalize treatments and use of new remedies. AI can be used to enhance clinical decision-making, and to automate administrative tasks to improve patient outcomes. Opportunity to increase discovery of new molecules and compounds to combat disease is enormous. New ways to advance immunotherapy to combat cancers are now available to reduce need for chemotherapy. Gene editing can help to identify cures to address genetic disorders. The development of biologic cures from living organisms will expand the market for epigenetics.

Disease

Need to address obesity, heart disease, cancer and diabetes is rampant. The core problem stems from the market of unhealthy foods and lack of support to promote good nutrition. Need to increase use of prebiotics, probiotics and omega-3 enriched foods is important. There is great need to address powerful food companies that produce ultra-processed plant-base foods that create health problems. Many plant foods are toxic. The secret is to know how to extract unique molecules from plants, animals and minerals so they can be used to improve human health conditions.

Genome

Mapping human genes to human DNA involves identifying specific regions of the genome that corresponds to specific genes. Sequencing the human genome to provide a blueprint to model human DNA creates opportunity to identify genes within segments of DNA to regulate gene expression. Once genes are identified, you can use functional geonomics to determine how expressions are regulated. This makes it possible to know what conditions are needed to turn genes on and off. It is also possible to detect when genes mutate to anticipate the onset of disease. Our access to procedure code data in billions of insurance claim records combined with our ability to leverage AI to detect and follow disease progression creates opportunity to help people gain more control over their healthcare. The ability to map the human genome and link specific genes to disease by identifying gene locations can be game changing to support epigenetic developments. Epigenetic compounds are vital to regulate genes based on environmental conditions. What makes our capabilities unique is that we have massive amounts of healthcare data that we can use to improve the way people can manage their health.