Genomics Medicine in Dubai - Book Your Appointment

What is Genomics (Functional Genomic)

Genomic medicine is the study of human genes and how they impact individual health. It works by investigating the individual‘s biological process and how it can help in clinical care.

How Does Genomics Work

A person’s genomic information can sometimes be used to diagnose a condition, predict and prevent disease, and offer personalized, precision medical treatment. Various anti-aging treatments and genetic enhancement are considered to be effective in improving your genetic blueprint and helping you live longer and healthier lives by modifying your individual genetic profile.

Schedule your appointment at AEON Clinic to get your treatment under the supervision of the best clinical geneticists in Dubai.

Benefits of Genomics

Following are the benefits of genomics and precision medicine:

Modify genetic profile
A key to a healthy life
Help predict the risk of diseases
Get proactive about your health
Quick results
Less expensive than genetic testing

Genetic Testing for Longevity in Dubai

The Longevity DNA Wellness Test is an innovative tool designed to analyze your DNA and reveal how your genes impact your lifespan. The test examines key genetic markers known as single nucleotide polymorphisms (SNPs) associated with factors influencing longevity.

The test concludes with a ranked compilation of personalized recommendations based on their importance to your overall health. In Dubai, where advanced healthcare services are available, the Longevity DNA Wellness Test is a valuable resource for those seeking to leverage genetic testing to enhance their health and extend their life expectancy

The AEON Approach

At AEON, we pride ourselves in providing cutting edge regenerative treatments that have been developed by medical experts through decades of research and development in the field.

Consultation

Analysis

Personalized Treatment Plan

Follow up

FAQ’s

What is Genomic medicine?

Genomic medicine is a discipline that uses individual genomic information for clinical care and health outcomes. It is commonly used in oncology and pharmacology to diagnose rare and infectious diseases.

Why do people get Genomics?

It helps people predict and confirm the likelihood of having a genetic disease later in life. With the help of genomics technology, we can understand the diseases caused by various factors leading to early diagnosis and targeted treatments.

What is the future of Genomics Treatment?

How will Genomics change healthcare? Genomics is a cost-effective and more efficient way of diagnosing diseases through genes and devising targeted treatments, which is why it is expected to be applied in the future diagnosis and prognosis of clinical diseases.

How long does it take to get the results of Genomics?

The duration depends on various factors, including quality and the number of samples. Generally, it takes between 5-10 days for smaller projects.

What is Comparative Genomics?

Comparative genomics is a field of biological research that involves comparing the complete genome sequences of different species. Researchers in this field use a variety of tools to analyze and compare these genome sequences, aiming to understand the similarities and differences in the genetic makeup across species. This comparison helps to identify evolutionary relationships, functional genes, and the genetic basis of traits and diseases. Through comparative genomics, scientists can gain insights into how genomes evolve and how genetic variations contribute to the diversity of life.

What is Nutritional Genomics?

Nutritional genomics, also known as nutrigenomics, is a scientific discipline that focuses on understanding how nutrition influences metabolism and the maintenance of internal equilibrium in the body. It examines how this regulation can be disturbed in the early phases of diet-related diseases and the extent to which an individual's genotype contributes to such diseases. By studying the interactions between genes and nutrients, nutrigenomics aims to develop personalized dietary recommendations that promote health and prevent disease based on an individual's genetic makeup.