Cancer Tests
Cancer tests you should know about.
Patients can use a number of cancer tests from various laboratories to help them make more informed decisions about treatment choices, monitor treatment progress, predict recurrence risk and so on. Some of these may be available from your own doctor or cancer treatment centre. 1. Thermography: Early Breast Cancer Detection Test
2. Lab Tests to Detect Cancer Early
3. Chemosensitivity Test
4. Tests to Verify Treatment is Working
5. Breast Cancer – Risk of Recurrence
6. Colon Cancer – Risk of Recurrence
7. Prostate Cancer – Risk of Recurrence
8. Molecular Profiling
9. Test to Identify Nutritional Deficiencies
10. Genomic Profiling
11. Biomeridian Stress Testing
12. Toxic Metals Profile
13. Methylation Panel Test
14. Blood Tests to Detect Inflammation
15. Glucose Test (HBA1C)
16. Oxidized LDL Panel Blood Test
17. Hereditary Cancer Tests
1. Thermography: Early Breast Cancer Detection Test
While breast cancer can only be truly diagnosed by tissue biopsy, breast thermography safely eliminates the need for most unnecessary biopsies as well as the associated emotional suffering, and it does so years sooner than any other test in modern medicine.
2. Tests to Detect Cancer Early
Early detection will give you lots of time to change your diet and lifestyle before the condition has time to develop into full blown cancer.
3. Chemosensitivity Test (Personalized cytometric profiling)
Personalized cytometric profiling reveals which anti-cancer drugs are effective at killing each patient’s cancer cells and which agents are not effective. The most promising drug regimen can be selected for each cancer patient, increasing the odds for treatment success. At the same time, ineffective drugs are avoided.
This spares the patient needless exposure to harmful side effects from drugs that can’t possibly help them. Further, valuable treatment time is not wasted and the patient does not incur unnecessary costs from expensive but ineffective treatments. Source: Weisenthal Cancer Group
4. Tests to Verify Treatment is Working
Peace of mind
There are a number of laboratory tests you can use to find out whether or not your treatment if working effectively. Having this information can save you precious time and give you the chance to change to a different treatment if the current one is not working.
5. Breast Cancer – Risk of Recurrence
A number of tests can guide treatment decisions and predict recurrence.
6. Colon Cancer – Risk of Recurrence
The following test can be used to predict recurrence.
Oncotype DX® Colon Cancer Assay
Available from: Oncotypeiq. The company website says:
The Oncotype DX® Colon Cancer Assay quantifies recurrence risk in stage II and stage III colon cancer, beyond traditional qualitative measures. This enables an individualized approach to treatment planning. The Oncotype DX test measures a group of cancer genes in the tumor, providing a quantitative Recurrence Score® result beyond traditional measures so physicians and patients can have a more complete discussion of recurrence risk.
The Oncotype DX® Recurrence Score® result, when combined with mismatch repair status and T-stage, provides an individualized, quantitative and reproducible assessment of recurrence risk to help guide treatment decision-making for patients with stage II and stage III colon cancer.
7. Prostate Cancer – Risk of Recurrence
The following test can be used to predict recurrence.
Oncotype DX® Prostate Cancer Assay
Available from: Oncotypeiq. The company website says:
The Oncotype DX Genomic Prostate Score (GPS) assay is the only genomic assay designed for men with clinically low-risk cancer to help make treatment decisions at the time of diagnosis. The assay analyzes prostate cancer gene activity to predict disease aggressiveness.
8. Molecular Profiling
It is critically important to obtain a description of the type of cells that populate your tumor.
9. Test to Identify Nutritional Deficiencies
Vitamin deficiency occurs when you have a chronic lack of a specific vitamin. If the deficiency is caused by poor nutrition then it is called primary deficiency but if it’s caused by an underlying condition, it’s known as a secondary deficiency.
Secondary deficiencies can be caused by things such as malabsorption, chemotherapy, or diseases such as HIV.
10. Genomic Profiling
From: Foundation Medicine
Knowing the mutations in your cancer can help you and your doctor understand your treatment options and may help to personalise your treatment.
11. Biomeridian Stress Testing?
From: Vitality Centre Dublin
and Healthy Living Ireland (Co Laois)
Biomeridian testing is a noninvasive method used to assess the energy meridians (channels) of the body, and it can tell you:
- The functional status of your meridians and their related organs, systems, or functions, by determining if they are stressed, balanced, or weakened, and by how much.
- Which specific nutritional products will bring your unbalanced meridians back to balance.
- If a product you have in hand will bring you to balance.
- If you have specific sensitivities to foods, molds pollens, etc.
- If you have spinal misalignments interfering with your meridian energy flow, and their location.
12. Toxic Metals Profile
From: Genova Diadnostics Europe
Increased exposure to toxic elements is generally reflected by levels in whole blood. The Genova Diagnostics Toxic Metals Profile shows levels of aluminum, arsenic, cadmium, lead, and mercury.
13. Methylation Panel (Test)
From: Genova Diagnostics
The Role of Methylation in Gene Expression
Source: Nature.com
Not all genes are active at all times. DNA methylation is one of several epigenetic mechanisms that cells use to control gene expression.
To date, a large amount of research on DNA methylation and disease has focused on cancer and tumor suppressor genes. Tumor suppressor genes are often silenced in cancer cells due to hypermethylation.
This study says micronutrients such as folate, choline, betaine, vitamin B12, and other B vitamins contribute to DNA methylation as methyl donors and co-factors. Therefore, the status of these nutrients might correlate with DNA methylation and offer potential preventive and therapeutic targets in pathological conditions such as cancer where aberrant DNA methylation is frequently observed.
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Some doctors recommend:
B Vitamins
(B6, Folate, Methylcobalamin)
(Riboflavin, Niacin, B6 and B12)
Choline
Betaine
Creatine
14. Blood Tests to Detect Inflammation
From: Dublin Health Screening
and Bluehorizon Medicals
CRP are blood tests that detect inflammation. These are useful tests to help diagnose and monitor the activity of certain diseases.
Inflammation and blood proteins
If you have inflammation in a part of your body then extra protein is often released from the site of inflammation and circulates in the bloodstream. The CRP and ESR blood tests are commonly used to detect this increase in protein, and so are ‘markers’ of inflammation.
15. Glucose Test (HBA1C)
From: Blue Horizon Medicals
What is HbA1c?
Source: Health Services Executive
Haemoglobin A1c (HbA1c) is a minor component of total haemoglobin A (HbA), which is the oxygen-carrying protein that gives blood its red colour and is the predominant protein in red blood cells. HbA1c is formed when glucose binds to a specific part of the haemoglobin molecule following a complex chemical reaction. The HbA1c level is proportional to the weighted average blood glucose concentration in the preceding 6-8 weeks. So, the more glucose there is in the blood, the more glucose is attached to the haemoglobin and the greater the amount of HbA1c. Individuals without diabetes usually have HbA1c levels that are less than 6%.
16. Oxidized LDL Panel Blood Test
From: Life Extension
Oxidized low-density lipoprotein (oxLDL)
This study found:
- OxLDL is a key metabolic link between obesity and cancer
- OxLDL is an inducer of carcinogenesis
- OxLDL promotes cancer proliferation, stimulates epithelial-to-mesenchymal transition and metastasis
- OxLDL adversely affects chemosensitivity
- OxLDL and its receptors are promising targets in cancer treatment
17. Hereditary Cancer Tests
The tests listed below can help assess your susceptibility to developing a cancer resulting from inherited genes.
First, a word about Epigenetics
Testing positive for faulty genes does not necessarily mean that cancer will develop or progress. This is because of the new understanding of Epigenetics.
Please note:
1. cancerireland.ie does NOT benefit financially or otherwise from the inclusion of any product or service listed on this site.
2. The list of laboratories is not complete.