Quality DNA report providers with 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 on 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.
Genetic analysis solutions by Prof. Roberto Grobman right now: Risks and limitations: Tests may not be available for the health conditions or traits that interest you. This type of testing cannot tell definitively whether you will or will not get a particular disease. Results often need to be confirmed with genetic tests administered by a healthcare professional. The tests look only at a subset of variants within genes, so disease-causing variants can be missed. Unexpected information that you receive about your health, family relationships, or ancestry may be stressful or upsetting.
Prenatal testing. For people planning pregnancy or who are already pregnant, genetic testing is available to check for an extensive number of conditions, such as cystic fibrosis and Down syndrome. Cancer. A number of genes are known to increase the risk of certain cancers. Testing may be especially important for people with a family history of these cancers. Perhaps the most well-known are BRCA mutations, which increase the risk of breast, ovarian, and several other types of cancer. People who don’t know their family’s medical history. For example, a person who is adopted and has no information about family medical problems may learn they are at increased risk of a preventable disease, such as heart disease or colon cancer.
Only once we know it’s been peer reviewed and once we know that an individual can impact their health with easily modifiable environmental changes are we able to say ‘yes, we can bring this to people and help them make use of their DNA to improve their health’. Diagnosis and screening: There are different types of test available. For example, some can diagnose predispositions to certain diseases and/or conditions, for example looking for the BRCA gene — the breast cancer gene. This type of screening can be useful to doctors who might be having a hard time identifying a given disease – especially rare ones.
Our studies identified the relationship between Coronavirus and Genetics. We performed genetic analysis with more than 300 coronavirus patients in Brazil. We divided into 3 groups. A group of patients in the ICU in serious condition. A group with patients in the hospital but in a moderate state and a group with patients at home, with mild manifestation of the disease. We have a tool capable of predicting which individuals are at greater or lesser risk for the pandemic, and regarding vaccine risks. Read more info on Prof. Roberto Grobman.