|
|
||||||||||||||||||||||||||||||||
| Homocysteine
is a metabolic byproduct of normal
cellular metabolism. It is produced in the process of one carbon molecule,
(methyl-group), metabolism. This chemical reaction occurs in all of the
cells of our body. One carbon molecule metabolism is an essential reaction
in the process of repair of genetic material.
Homocysteine is a toxin to the cells of our arterial tree, (endothelial cells). Accumulation of Homocysteine is associated with many degenerative diseases such as Coronary Artery Disease, Arteriosclerosis, Stroke and Alzheimer’s disease. Homocysteine activates inflammatory processes in the endothelial cells that lead to oxidation of molecules in the cells. This leads to the generalized inflammatory process that causes “hardening of the arteries”. Homocysteine elevation is a marker for inadequate repair of our genetic material. Our genes are always experiencing injury. This occurs from oxidative stress that may result from radiation, toxins in the environment or normal metabolic processes that are occurring in an imbalanced manner. One expert has calculated that the genetic material of the average cell receives 100,000 oxidative hits per day. Fortunately, we have an elaborate repair mechanism that is constantly working to correct injury to our genetic material. Scientists use many techniques to look for genetic injury. One technique that is common in the research world is to look at the size of the nuclei of our white blood cells, (lymphocytes). When the nuclei are smaller than average it is a sign of excessive injury to the genetic material with inadequate repair. This phenomenon is called micronucleation, (small nuclei). Micronucleation can be induced in the laboratory by a variety of stressors such as radiation, chemical poisons, and excessive temperature. Scientists have observed excessive levels of micronucleation in healthy young people when the Homocysteine levels are greater than 7.5. In these individuals, supplementation with the nutrients that lower Homocysteine corrected the excessive micronucleation. The inference is that an inadequacy of essential nutrients inhibits the process of gene repair and increase the chance of permanent injury to a genetic material. This is one of the processes by which normal cells are turned into cancer cells. Homocysteine
levels commonly rise with aging. Eating red meat will elevate homocysteine
because red meat is high in an amino acid called methionine. Individuals
with elevations in homocysteine should limit red meat intake. A
reduction in renal function will also result in an elevation of homocysteine.
This is a common occurrence with aging. Prescription
medications and OTC medications such as aspirin,
acetaminophen and ibuprofen can cause renal dysfunction. The
use of these products should be minimized in older
individuals. Inadequate fluid intake will also reduce renal
function. I recommend that people drink 6-8, 8 ounce glasses
of water per day. Minimize drinks that cause dehydration
such as caffeinated beverages.
--
Dr. Warren Ross
|
Supplements
that lower homocysteine include folic acid, Vitamin B6, and Vitamin B12.
Nutritional products that may be beneficial for some individuals include Trimethylglycine,
(Betaine), and N-Acetyl-Cysteine, (NAC). The dose of folic
acid will vary depending on the background condition of the
individual. Generally a dose of 800 micrograms per day is adequate. If this
proves inadequate we increase the dose or use a special form of folate known
as Folinic Acid. Some individuals cannot convert Folic acid to
Folinic acid, which is the active form of folate. I recommend 25 mgs of B6
and 1000 micrograms of B12.
We monitor Homocysteine levels as part of our Cardiovascular and Cancer Risk Assessment process. Supplement regimens are individualized for each patient. Recommended prescription products include:
Contact our Compounding Pharmacist, Lynn Shumake Recommended OTC products may include: Homocysteine Factors:
These items are available at our Apothecary. (soon available online) |
||||||||||||||||||||||||||||||||
