Channarys-blog

There has been a lot of buzz lately about a new fad: foot detox pads. The infomercials claim that these small pads help to cleanse your body and improve your health. What do you think? This article will be examining foot detox pads and why you should use them.

Foot detox pads are beneficial for anyone who is looking to improve their health. We all have times when we are eating healthy and exercising, but we still seem to plateau and are unable to reach the optimal health we want. Those plateaus occur because of problems internally that are beyond our control. Foot detox pads can help you get past that point by removing toxins from your body to assist in the natural healing processes.

You may wonder how these harmful toxins got into your body. Toxins are in our environment everywhere we go. The constant exposure to these toxins cause our bodies to absorb them into our systems. The air we breathe, water we drink and food we eat are all exposed to chemicals and metals that collect as toxins in our body.

Foot detox pads are a natural solution to remove toxins. They contain only natural ingredients that have been found to gently cleanse your body. Many people prefer to wear the foot detox pads while they sleep, it is the easiest and most relaxing way to improve your health!

It may seem like a silly way to improve your health, but foot detox pads have been shown to improve energy and vitality in the people who choose to wear them. The detox pads work with the reflexology points in the soles of your feet. When you put the pads on, the natural ingredients that are contained in the pads react with the pores of your feet and gently draw out the toxins in a concentrated form of sweat.

If you are looking for a simple way to improve your health, foot detox pads may be the answer. Eating well and exercising are good for your health, but they can only get you so far-- using foot detox pads will help to complete your health regimen and you will find the well-being you want.

Author Louisa J Darien is an expert on detox foot pads to assist you in your search for better health. Click on the link to get free tips about foot detoxification.

Future study of colorectal cancer will refine our understanding of the genetics of the disease. This in turn will lead to earlier identification and treatment of high-risk persons. The future may possibly bring the use of genetic interventions to interrupt the adenoma-carcinoma sequence.

Increased awareness of colorectal cancer by the public and by private insurers, government agencies, and medical personnel will result in better use of available screening techniques. Development of preventive drug strategies against colorectal cancer, particularly with drugs that reduce polyp formation or prevent polyp progression to cancer, promises to be a fruitful field of endeavor.

There is ample reason to expect refinement of diagnostic and staging tests for the disease, perfection of surgical and nonsurgical techniques for treatment of large bowel cancer and its complications, and improving chemotherapeutic treatment by means of more effective and less toxic drugs.

A number of molecular markers for colorectal cancer can be measured but it is not yet clear that they have prognostic value or therapeutic implications. Measures of DNA synthesis or cell division are of uncertain value as clinical decision-making tools. Measurement of thymidilate synthase activity in colorectal cancer tissue is one of several markers under investigation as a prognostic indicator.

This could be useful in making decisions regarding the use of adjuvant chemotherapy for certain patients, especially those with stage II or B tumors. Another goal would be to collect a set of markers for cancer risk for an individual who has adenomatous polyps. Presumably, such testing could reflect exposure to colon carcinogens and help define the outlook for an individual. This in turn could narrow the prospective use of screening and diagnostic procedures such as colonoscopy.

Techniques to identify micrometastases in lymph node tissue are in development. These include special stains for cytokeratin, which can identify small clusters or single malignant cells in lymph node tissue. Another method uses a technique known as PCR for detection of CEA in resected lymph nodes. PCR is a technique which permits rapid reproduction of large quantities of short segments of DNA or RNA.

Other techniques include the identification in lymph node tissue of oncogene, or tumor suppressor gene mutations, which occur in the primary tumor. Such techniques may be of use in reclassifying patients whose lesions are stages as II or B by conventional means and in selecting them for potentially life-saving adjuvant chemotherapy. Large clinical trials will be needed to determine if identification of micrometastases by these methods indeed leads to more appropriate treatment and improved progress.

Expression of the enzyme COX-2 by colorectal cancers is highly variable. Greater expressions of COX-2 by tumors are associated with lymph node metastasis, advanced stage of cancer, and poorer long-term outlook for patients. Thus, there could be potential future application of this test as a means of staging and prognostication.

Future study of colon cancer will refine our understanding of the genetics of the disease. This in turn will lead to earlier identification and treatment of high-risk persons. The future may possibly bring the use of genetic interventions to interrupt the adenoma-carcinoma sequence. For more information visit http://www.105coloncancer.com/