Advanced diagnostics and Precision Medicine
Our body has approximately 36 trillion cells, each with a specific function to fulfill. All of them work together, performing thousands of chemical reactions and processes with the sole objective of keeping us alive. In fact, they are so efficient that our organs are usually able to function almost normally for years before any disease appears. At Age Reversal, we apply the scientific method to detect and reverse this damage in your body before it becomes a problem.
The big 6:
1-Cancer
2-Heart Disease
3- Stroke
4-Diabetes and obesity
5- Joint and autoimmune diseases
6-Alzheimer's and dementia
These are the diseases responsible for 70% of deaths and disabilities in our society.
At Age Reversal, we have designed our diagnostic program to minimize the likelihood that these diseases will affect you.
Nuestras pruebas diagnósticas
Full body MRI with AI
High-definition images of all organs. Early detection of cancers, irregularities in 13 different organs, aneurysms, and the distribution of fat and muscle. Brain analysis by artificial intelligence, which helps to preventively identify structural changes that could indicate early stages of neurocognitive conditions such as Alzheimer's.
Cancer screening in blood samples
This test detects more than 50 types of cancer in their early stages and indicates which organ is most likely affected. A cancer detected early can have a mortality rate of less than 5%, whereas one detected after symptoms appear often has a mortality rate of over 80%.
Angiografía coronaria por TC con IA
Our AI-guided approach detects early warning signs. By identifying the presence of substances that can obstruct the artery walls of the heart, we can provide an accurate assessment of your current risk of heart disease. This allows for early intervention and timely preventive measures that reduce the likelihood of a life-threatening event.
Bone densitometry and body composition analysis
Analysis of bone health and calcium content, along with the evaluation of muscle and body fat distribution and percentages, which are important markers of health and metabolism.
AI-based EKG analysis
Electrocardiogram tracing for the detection of arrhythmias and conduction abnormalities within the heart. We use artificial intelligence software to detect potential life-threatening alterations.
Epigenetic clock
Quantitative measurement of epigenetic changes. It analyzes changes in methylation patterns at over 900,000 locations along the DNA. The DNA methylation pattern determines the biological age or the true age of the body. This allows for a more accurate estimation of the organism's overall health and life expectancy (how long one will live) than any previous biomarker.
AI-based melanoma screening
Photographic documentation of all skin lesions and analysis by artificial intelligence, which informs us of the risk of them being malignant lesions.
AI-powered lung CT scan
Identification of potential lung irregularities such as infections, fibrosis, pulmonary embolism, and COPD. Additionally, we use an innovative AI-driven system to leverage your scan data and facilitate the early detection of lung cancer.
Genome sequencing
Genetic study of 100% of the genes, identifying risk factors for preventable diseases, cancers, risk of multifactorial diseases, carrier status, nutrition study, and pharmacogenetics.
AI-based biochemical analysis
More than 100 individual measurements with AI analysis to evaluate cardiovascular health, hormonal status, inflammation, nutrition, rest, physical condition, metabolism, brain health, and physical endurance.
Gut microbiome analysis
Evaluates gastrointestinal health including digestive function, inflammation, infections, bacterial metabolites, and microbiome composition. An imbalanced microbiome is linked to chronic diseases, autoimmune diseases, mental health, and cardiovascular diseases.
Neurocognitive assessment
Allows assessment of the functioning of each brain area to complement the results obtained from imaging tests.
Continuous glucose monitoring
Continuous glucose measurement with a biosensor. This allows for the identification of glucose peaks and valleys, both of which are related to cellular aging and metabolic risk.
Stress test (VO2Max)
Physical exercise test with measurement of respiratory gases. It evaluates the body's ability to distribute and utilize oxygen, which correlates with the measurement of biological age.
Grip strength
The force exerted by the hand muscles when gripping an object. It is not only an indicator of the health of the hand muscles but is also recognized as a surrogate marker for overall muscle strength and vitality. Numerous studies have demonstrated the association of grip strength with various health outcomes, including cardiovascular diseases, mobility, cognitive function, and overall mortality.
Sleep monitoring
Biosensors to measure the duration, type, and quality of sleep. A good night's rest, in addition to being a marker of general health, is essential for the cellular rejuvenation process.
AI-powered retinal imaging
High-resolution photograph of the retina analyzed by AI software that, in addition to detecting possible eye diseases such as glaucoma or macular degeneration, provides information about chronic and neurological diseases.
Historia clínica completa
Comprehensive medical assessment, including personal and family history, complete physical examination, and identification of potential risk factors and compatibility with the rest of the program's studies and treatments.
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