DNA Longevity test UK
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DNA Longevity test report
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18 genes
18 genes
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DNA Longevity Test

Test type
Lab Test

We offer two types of tests; Lab Tests and Rapid Tests. This product is under the category Lab Tests. See all our Lab Tests by following the link.

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Collection method
Saliva

We offer several different options of testing methods. This test is done with Saliva. See all tests done with Saliva by following the link.

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£ 149.00

(2)

The DNA Longevity Test from GetTested is designed for anyone seeking insight into their genetic predisposition for aging and long-term health. It is ideal for those curious about how their genes might affect their lifespan and well-being, including risk factors for age-related conditions. Understanding your genetic makeup enables you to make informed decisions to support your health and well-being over time. The test report provides detailed insights and recommendations based on your unique genetic profile.

The sample is easily collected via a saliva test and sent to our lab for analysis. The price includes return shipping to the lab. Within 6-8 weeks, you’ll receive your detailed results digitally.

Save more by bundling DNA tests. Order multiple tests together for better value from our wide range.

  • In stock
  • At-home test
  • Results 6-8 weeks
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EAN: 7340221708440 SKU: DNA-longevity Categories: , Tag:

Content

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What Does the DNA Longevity Test Analyse?

FAAP24
FAAP24 (Fanconi Anemia-Associated Protein 24): FAAP24 emerges as a pivotal component associated with Fanconi anemia, a rare genetic condition characterized by bone marrow failure and heightened susceptibility to cancer. Within the intricate realm of DNA repair mechanisms, FAAP24 takes on a crucial role, actively participating in processes aimed at preserving genomic stability. Its contributions extend to the intricate choreography of orchestrating DNA repair, marking it as a significant player in safeguarding the integrity of our genetic material.
FGF13
FGF13 (Fibroblast Growth Factor 13): FGF13, a member of the fibroblast growth factor (FGF) family, operates at the crossroads of cellular growth and differentiation. This protein is a key orchestrator in the complex symphony of cellular processes, influencing cell development and differentiation. Its spotlight in the realm of neuroscience is well-established, where it contributes to the functioning of neurons. Researchers delve into the depths of FGF13's impact on neurological disorders, aiming to unlock its potential in understanding conditions that affect the brain and nervous system.
FOXO3
FOXO3 (Forkhead Box O3): FOXO3, a transcription factor, steps into the spotlight by masterfully choreographing a performance that encompasses the regulation of genes pivotal in cell cycle arrest, DNA repair, and apoptosis. In the quest for longevity and age-related diseases, FOXO3 emerges as a prominent character, orchestrating pathways that influence the aging process. The world of aging research finds FOXO3 as a central figure, with scientists aiming to decipher its role in the intricate dance of life and aging.
GBE1
GBE1 (Glycogen Branching Enzyme 1): GBE1 is essential for glycogen synthesis, a key process in energy metabolism. It is involved in the formation of glycogen's branched structure. Mutations in GBE1 lead to glycogen storage disease type IV, characterized by abnormal glycogen accumulation in cells, affecting liver and muscle function.
IL6
IL6 (Interleukin 6): IL6, a cytokine with an influential role in the immune response and inflammation, commands the body's defenses in the face of infection and injury. This sentinel of the immune system regulates the orchestration of inflammation and the deployment of immune cells to combat invaders. Researchers in the realm of immunology delve deep into IL6's intricate web of interactions, seeking to decipher its contributions to both health and inflammatory diseases.
POGZ
POGZ (Pogo Transposable Element Derived with ZNF Domain): POGZ, a protein adorned with zinc finger domains, assumes a pivotal role in the intricate world of chromatin remodeling and gene regulation. Its participation in sculpting chromatin structure and orchestrating gene expression marks it as a central character in the regulation of genetic information. In the realm of neurodevelopmental disorders, POGZ steps into the spotlight as mutations in this gene are linked to conditions that impact the brain and its development.
PON1
PON1 (Paraoxonase 1): PON1 is an enzyme associated with high-density lipoprotein (HDL) and is involved in the hydrolysis of organophosphates and lipid peroxides. It plays a role in preventing LDL oxidation, and variations in PON1 are linked to cardiovascular disease risk.
PRDM16
PRDM16 (PR Domain Containing 16): PRDM16, a transcription factor, takes on the mantle of orchestrating the differentiation of brown adipocytes and igniting the flames of thermogenesis. In the quest to understand energy expenditure and metabolic health, PRDM16 emerges as a central figure, influencing processes that impact our body's energy balance. Its potential to illuminate the path to metabolic health and combat obesity has made it a prominent character in the world of metabolic research.
SDHAF3
SDHAF3 (Succinate Dehydrogenase Complex Assembly Factor 3): SDHAF3 emerges as a critical player in the assembly of the succinate dehydrogenase complex, a key component of the electron transport chain in mitochondria. Within the energy factories of our cells, SDHAF3 ensures the proper functioning of this vital complex. Mutations in SDHAF3 can disrupt mitochondrial function and lead to mitochondrial disorders, underscoring its role in energy production and cellular health.
SIVA1
SIVA1 (SIVA1 Apoptosis-Inducing Factor): SIVA1 steps onto the stage as a conductor of cellular destiny, playing a role in the intricate symphony of programmed cell death, known as apoptosis. Its influence extends to the regulation of cell survival and death pathways, holding the balance between life and death within our cells. Researchers delve into the complexities of SIVA1's role in apoptosis, seeking to understand its contributions to cellular fate and disease.
SLC12A1
SLC12A1 (Solute Carrier Family 12 Member 1): SLC12A1, a member of the solute carrier (SLC) family of transporters, assumes the role of a transporter protein responsible for ion transport, specifically the reabsorption of sodium and chloride ions in the kidney. Its function is pivotal in maintaining electrolyte balance and blood pressure regulation. In the intricate filtration processes of the renal system, SLC12A1 plays a starring role, ensuring the precise reabsorption of ions to maintain bodily homeostasis.
SOD3
SOD3 (Superoxide Dismutase 3): SOD3 emerges as a defender against oxidative stress, with a specific role in dismutating superoxide radicals. This enzyme operates as a guardian of tissues and cells, protecting them from the damaging effects of reactive oxygen species. SOD3's contributions extend to cardiovascular health and tissue protection, positioning it as a key player in our body's defense mechanisms.
STEAP2
STEAP2 (Six-Transmembrane Epithelial Antigen of the Prostate 2): STEAP2, a transmembrane protein, plays a role in cellular iron homeostasis. It orchestrates the transport of iron across cell membranes, impacting the availability of iron for various cellular processes. Its involvement in iron regulation and its potential implications in iron-related disorders have made STEAP2 a subject of interest in the field of iron metabolism and cellular physiology.
SIRT1
SIRT1 (Sirtuin 1): SIRT1 is a member of the sirtuin family of proteins, known for their roles in regulating cellular processes through deacetylation of proteins. SIRT1, in particular, has garnered attention for its involvement in longevity and aging. It plays a central role in gene regulation, DNA repair, and cellular stress responses, making it a pivotal player in the quest to understand aging and age-related diseases.
TP53
TP53 (Tumor Protein P53): TP53 is one of the most well-known tumor suppressor genes. It encodes the p53 protein, which plays a central role in preventing the development of cancer. p53 regulates cell cycle arrest, DNA repair, and apoptosis in response to DNA damage. Mutations in TP53 are associated with a wide range of cancers, making it a critical gene in cancer research and therapy.

Who is the DNA Longevity Test Suitable For?

The DNA Longevity test is ideal for anyone interested in personal health and preventive care. It is particularly valuable for those seeking a deeper understanding of their genetic composition and its potential impact on aging.

How Does It Work?

It’s simple – collect your saliva sample comfortably at home and send it back to us in the provided prepaid envelope. Our laboratory will analyse your sample, and you will receive your results digitally within 6-8 weeks. Your unique test ID ensures total anonymity and security.

Test Report and Recommendations

Once your results are ready, you will receive a comprehensive response report from GetTested that explains your genetic insights and what they mean for you. Additionally, the report includes personalised recommendations and strategies to optimise your health based on your genetic results.

Privacy and Security

After the analysis, both the DNA and the original sample material are destroyed. There is no personal connection to your sample other than your unique test ID. We guarantee that your data is completely anonymised, and the laboratory has no information about the sample's owner. We do not share your results with third parties, and you have the option to delete them after review.

FAQ

How is the DNA Longevity test carried out?

Our DNA Longevity test is a home test kit. After ordering, we will send you a kit with everything you need to collect the saliva sample. Then, simply return your sample to us in the pre-paid envelope.

How quickly will I receive my results?

Once we receive your sample, you can expect to get your results within 6-8 weeks.

When should I take the test?

The test can be collected at any time of the day.

Example Report

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Example of DNA Longevity Test

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  • Mo Roshan
    Am a healthcare professional who is starting to provide genetic testing for my patients. This would include advice based on genetic testing on improving lifestyle etc Would like to know if I can use your genetic tests for this purpose and explore ways of working together

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