Best rated genetic analysis services by Prof. Roberto Grobman: How we do it? We created a series of complex interconnected algorithms together with AI technology, capable of translating the scientific data and results of these scientific publications into useful information, and over the years we have been creating a unique FullDNA database. Our Technology experts built a unique AI system that knows to compare results of genetic tests, such as sequencing and genotyping and translate them to useful & focused data for doctors into a variety of 25 different panels The gained knowledge of population characteristics, such as diseases probabilities, physical features, nutrition predisposition, Interacted with AI technology can extract comprehensive details on trends, such as longevity status of populations, medications that better work to individuals or groups, nutrition consuming habits, best sports for each individual, psychological features, etc. This technology can help countries plan the future of their investments in preventive medication for their population. Read even more info at Roberto Grobman.
How will hospitals and doctors be able to use our DNA data? Imagine if our doctor and the hospitals treating us had additional insights into our individual response to medication. The opportunity to enhance our treatment plan could be really beneficial. In practice, right now, that could happen with a doctor or patient sharing their pharmacogenomics report. In order to be effective at scale we would need to see pharmacogenomics results and reports stored in a patient’s electronic health record.
Mid-level genetic report providers from Prof. Roberto Grobman today: What are the benefits and risks of direct-to-consumer genetic testing? Direct-to-consumer genetic testing has both benefits and limitations, as they are somewhat different than those of genetic testing ordered by a healthcare provider. Benefits: Direct-to-consumer genetic testing promotes awareness of genetic diseases. It provides personalized information about your health, disease risk, and other traits. It may help you be more proactive about your health. It does not require approval from a healthcare provider or health insurance company.
Is all of this testing useful? For some people, the answer is clearly yes. When performed accurately, genetic tests can uncover a disease or a tendency to develop certain conditions, and it can lead to close relatives getting tested as well. Preventive measures or treatment can be lifesaving. Here are four examples (though there are many more). Hemochromatosis. This is a genetic condition in which too much iron is absorbed from the diet. The extra iron can harm important organs like the heart and liver. Once a person is diagnosed, phlebotomy (blood removal, similar to what happens during blood donation) and avoiding iron supplements can prevent serious complications such as diabetes and liver failure.
Within DNA testing, it is also important to know: is a given gene one that is modifiable? Do we know that with easily actioned lifestyle or environmental changes, someone can make a difference to a given factor? As such it means a lot to us to have the right kind of science and governance behind it. For example, we have a robust scientific advisory board that conducts the evidence inclusion protocol. This includes consensus of multiple peer-reviewed research studies so we know that an outcome is reliable. It’s really important to understand that.
FullDNA Reports cover specific segments. To reach longevity, FullDNA’s Accurate Prediction Analysis is the most premium tool in the predictive genetics market for health professionals. Knowing in advance the susceptibilities for diseases and health conditions is different than analyzing mutations to find genetics diagnostics. We strongly believe reaching the future in a healthier way. Effective preventive measures can only be adopted when an accurate prediction methodology brings valuable ready to use data. Find even more info on https://my.pgp-hms.org/public_genetic_data?utf8=%E2%9C%93&data_type=other.