Genetic Testing
Predictive genetic testing can determine a person's susceptibility or predisposition to developing certain diseases.
80% of adult pathologies have an important genomic basis that determines the predisposition of an individual to suffering a certain problem. Early identification through genetic testing allows the development of prevention strategies to delay the onset of diseases, prevent them, or reduce the complications associated with them.
Preventive Genetic Screening
Personalised medicine based on the genetics of each person.
Alzheimer's Disease
Alzheimer's has a strong genetic component. It is key to identify the genetic risk an individual has of suffering from the disease to be able to implement a prevention strategy.
Parkinson's
Analysis of DNA markers related to Parkinson's disease to determine susceptibility to the disease.
Cerebrovascular Disease
Analysis of genetic variants located in genes related to the risk of suffering a stroke or cerebral haemorrhage.
Cardiovascular Disease
Test to identify the presence of variations in the DNA sequence in order to assess the genetic risk of developing cardiovascular disease.
Obesity
Analysis of genes involved in three physiological mechanisms regulating body weight: energy efficiency, appetite control and lipid metabolism.
Appetite Control
Study of the genes involved in the modulation of long-term satiety signals for the purpose of implementing obesity prevention strategies.
Energy Efficiency
Risk of developing obesity due to alterations in genes that are expressed in adipose tissue: genes that regulate growth and energy expenditure.
Lipid Metabolism
Identification of the genetic variants involved in the modification of cholesterol levels in its different forms, and its contribution as a risk factor for obesity.
Hypertension
Analysis of the presence of variations in the DNA sequence in order to assess the genetic risk of developing hypertension.
Inflammation
Analysis of variants in the DNA sequence of genes related to inflammatory processes.
Food Intolerances
Identification of the genetic risk of developing gluten, lactose or fructose intolerance.
Thrombosis
Analysis of genetic variants related to increased risk of coagulation problems and thrombosis.
Ophthalmologic Diseases
Identification of the genetic risk of developing Age-Related Macular Degeneration (AMD) and/or Pseudoexfoliative Glaucoma.
Metabolic Syndrome
Genetic assessment of the risk of metabolic disorders that increase the risk of developing heart disease, having a stroke, or developing type 2 diabetes.
Hereditary Hemochromatosis
Genetic risk for the development of Hereditary Hemochromatosis, a metabolic disease resulting from an excessive accumulation of iron in the blood, liver, heart, and other organs.
Hyperukemia and Gout
Analysis of genetic variants associated with the risk of hyperuricemia.
Covid-19
It assesses the genetic risk of COVID-19 infection, as well as the probability of suffering complications related to the disease.