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Proteomics Testing
Holistic Human Biology through Multi-Omics for Longevity
In modern healthcare, simply analyzing DNA or genetic codes is no longer sufficient. This is because DNA analysis alone is incapable of fully understanding the complex biological systems within the body or diagnose biochemically complex diseases such as cancer and neurological disorders comprehensively. As a result, the advancement of proactive healthcare technology has led to the development of Multi-Omics.
Multi-Omics refers to the holistic study of living organisms at multiple levels. The term "omics" comes from the Latin word "omne," meaning "whole" or "entirety." This approach encompasses various layers of biological systems.
The study of Multi-Omics provides a comprehensive and integrated understanding of human biology, enhancing the accuracy and effectiveness of disease diagnosis and treatment. It also supports the development of personalized medicine, allowing treatments to be tailored to the unique characteristics of each patient more effectively.
Why is it necessary to study the body through holistic biology today?
Proactive healthcare that focuses only on DNA analysis is insufficient to cover all factors affecting changes in our bodies and health. Although we have the same genetic material from birth, our phenotype changes at different stages of life. Additionally, various factors such as DNA methylation, RNA, proteins, metabolites, and the microbiome influence bodily changes throughout different periods of our lives.
Today, the term "omics" is added to English words, leading to the emergence of many new fields, such as:
Genomics: The comprehensive study of genetic information (genes).
Epigenomics: The study of non-genetic factors (epigenetics) that cause each gene to express or change differently from its original state.
Transcriptomics: The holistic study of gene expression at the RNA level (transcription).
Proteomics: The comprehensive study of protein expression.
Metabolomics: The holistic study of biochemical substances or metabolites.
Microbiomics: The comprehensive study and exploration of the microbial world living in the human body.
Multi-Omics: Holistic Human Biology for Longevity at VitalLife
| Multi-Omics | Purpose | Beneficial Outcome | VitalLife /Bumrungrad Program |
| Genomics | To identify the risk of congenital genetic diseases |
For evaluating disease risk, identifying suitable medications tailored to genes, and seeking specialized consultation in genetic diseases. |
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| Epigenomics | To find genes that behave differently than expected (due to factors beyond genetic control) | For identifying disease risks, such as cancer resulting from DNA methylation. | - |
| Transcriptomics | Studying all RNA produced from genes at a given time aids in understanding gene expression and functionality across various environmental and physiological states. |
For predicting disease trends in the future. | - |
| Proteomics | To identify deep-level proteins serving as biological markers related to disease mechanisms and early disease diagnosis. | To identify proteins in the body associated with various diseases such as Alzheimer's, heart disease, stroke, lung cancer, as well as other health indicators. | Proteomics Advance Testing |
| Metabolomics | For studying and analyzing all metabolites occurring in biological systems, with a focus on small molecules resulting from metabolic processes. | To search for biological markers that can be used for disease diagnosis or assessing treatment outcomes related to various diseases such as cancer, diabetes, and heart disease. | Urine Organic Acid Profile Lipid profile Inflammatory markers |
| Microbiomics | For assessing gut health balance and analyzing the entire set of microorganisms residing in a living organism or specific environment, including bacteria, viruses, fungi, and other microbes. | To detect beneficial and pathogenic bacteria in the gut and provide personalized gut health management guidelines to prevent future disease occurrence. | Basic Profile Intestine PLUS |
Predicting Health Trends with Proteomics Innovation
In the ever-evolving landscape of personalized medicine, much attention has historically focused on testing genetic codes or DNA. While understanding genetic codes provides deep insights into the risks of genetic and other diseases, it is just one piece of the puzzle in predicting future disease risks.
As we know, proteins are the body's primary energy source and are involved in nearly all cellular processes. Unlike DNA, which remains relatively constant, your proteins can change due to various factors such as diet, lifestyle, and environment. Analyzing proteins associated with various diseases allows us to gain a clearer understanding of health risks from this new perspective.
Today, merely testing for disease risks or analyzing health issues solely in DNA may not be enough to comprehend the intricate biological systems within the body or diagnose the various complex diseases of today.
Pioneering Proteomics Testing at VitalLife and Bumrungrad Hospital
Would it be beneficial if we could predict the risk of major diseases several years in advance through blood tests alongside annual health check-ups? Our advanced proteomics testing does just that. By analyzing over 7,000 types of proteins in your blood reflecting current health issues, this comprehensive test provides deep insights into future health risks and your current physical condition.
It includes:
Risk assessment for 5 silent diseases
- Risk of lung cancer in the next 5 years
- Risk of Prostate cancer in the next 5 years
- Risk of cardiovascular disease in the next 4 years
- Risk of dementia in the next 5 and 20 years
- Risk of chronic kidney disease in the next 4 years
Assessing Current Physical Health:
- Glucose Tolerance: Understanding the body's ability to manage blood sugar, crucial for diabetes prevention.
- Cardiorespiratory Fitness: Evaluating the heart and respiratory system's fitness level.
- Alcohol Impact: Measuring alcohol's effects on your body, providing insights into liver health and overall well-being.
- Visceral Fat: Assessing the amount of fat around your organs, a significant indicator of metabolism.
- Liver Fat: Understanding the amount of fat in your liver, essential for assessing the risk of fatty liver disease.
- Resting Energy Rate: Determining the rate of energy expenditure at rest to manage weight and energy levels effectively.
- Tobacco Exposure: Assessing preliminary health risks from exposure to cigarette smoke.
Experience advanced proteomics testing at VitalLife Scientific Wellness Center, providing insights into both present health indicators and future risks. With proactive health management, we strive to prevent diseases before they occur, guiding you towards personalized healthcare and lasting vitality.
Begin your journey to optimal health today.