For Quick and Easy Home Mole Removal get the Bio T Mole Removal and Revitalization System

  • Bio T Topical Ointment – Gets Rid of the Mole(s)
  • Bio T Revitalizing Creme – Assists skin healing and reduces scarring
  • Bio T Body Armour –  Fortify and replenish the immune system

The complete system for only $69.95 – Free Shipping

What is a mole? Dysplastic Nevi, Indicators of CANCER, what to watch for. How to treat moles. Additional information about moles. Moles are spots on the skin. Nearly everyone has 10 to 50 moles on their body. Actually, you are born with moles that are flesh colored. Through time moles enlarge and darken making them more noticeable. Moles are often referred to as beauty marks and at various times in history moles on the face have been considered attractive and were created artificially with dyes or makeup. Others find moles unsightly and have the moles removed for cosmetic purposes or concern that the moles might become cancerous. A single mole is called 'nevus' and multiple moles are called 'nevi'. Moles occur when skin cells called melanocytes grow in clusters instead of being spread throughout the skin. Melanocytes make the pigment that gives skin its natural color. This pigment darkens under ultraviolet light from the sun or tanning beds and creates a tan. In many cultures the tan look connotes being healthy, but scientific research is changing that perspective. Recent scientific studies point to overexposure to UV light as a contributing factor to skin cancers. One of the most virulent types of skin cancer is melanoma. Melanoma begins in meloncytes cells. It can begin on a new site on the skin, but frequently begins in moles where the meloncyte cells cluster. Normal moles or nevi have the following characteristics:

  • They range in color from pink, light to dark browns and even to black.
  • Their shape can be round or oval.
  • Their size can range from barely visible to quite large areas.
  • They may form a raised bump on the skin or they may be flat
  • They may or may not have hairs.

mole_on_armgif mole (nevi) Dysplastic Nevi are atypical or abnormal moles  that look different than normal moles. Studies show that around 1 in 10 people have at least one dysplastic nevi mole on their body. Recent studies reveal that dysplastic nevi are more likely to turn into melanoma than normal moles. Not everyone that has dysplastic nevi  gets melanoma. Most moles, both normal and dyplastic nevi never turn cancerous. However, because that possibility exists, all types of moles deserve careful examination  for changes. The American Cancer Society and the National Cancer Institute recommends seeing a doctor immediately if you notice changes in the size, shape or color of any mole or if it bleeds or becomes painful. Dysplastic Nevi have the following characteristics:

  • Borders are irregular and ill defined
  • Have both flat and raised surfaces
  • Measure 5-15mm in diameter which is larger than a common mole
  • Color ranges from tan to dark brown on a pink background
  • May appear anywhere on the body, but most frequently found on back, chest, buttock, breast and scalp. The are found on sun-exposed as well as sun protected areas on the body.
  • Persons with dysplastic nevi may have about 100 moles whereas, most people have only 15-20 common moles.

melanomapic1gif dysplastic nevi How to treat moles Moles can be treated and removed in numerous ways; removed with surgery, cryosurgery, removed with acids, removed by lasers, and removed by herbal products (BIO-T). Below you will find a short description of the procedures.

  • Surgery. A physician removed the tissue with a scalpel and sutures the wound closed. Frequently, surrounding tissue is destroyed as well. Pain is associated with this procedure and pain killers are prescribed frequently to alleviate the pain. Some scarring is possible.
  • Electrosurgery. A physician shaves the mole with a scalpel then destroys the tissue below the surface with an electric needle. If the wounds size warrants it, the wound is sutured closed. some scarring possible.
  • Cryosurgery. A physician uses liquid nitrogen to destroy the tissue. This procedure can destroy surrounding tissue as well and can cause scarring. Some pain is associated with this procedure.
  • Laser surgery. A physician uses a special laser to destroy the nevi tissue. This procedure minimizes destruction of surrounding tissue. Some scarring is possible.
  • Acids. Some over- the- counter and prescription products contain acids that destroy the nevi tissue. This procedure is lengthy (up to six weeks) and is non-selective, meaning that it destroys all tissue it comes into contact with. Highest potential for scarring.
  • Herbal. BIO-T is applied to the mole as a paste and covered with a band-aid. Within 5 or 6 days (after 2 or more daily applications) the mole is destroyed. Some scaring is possible, but can be minimized with application of a moisturizing creme AFTER the mole is gone. BIO-T has a pH of 5.5 and is neither acidic or alkaline and does not effect healthy tissue. Mole Remover

Additional information on the link between abnormal moles and cancer melanoma melanoma The link between dysplastic moles and melanoma was first reported in the 1970s when scientists observed that members of a melanoma-prone family had numerous large, abnormal moles on their bodies. By the early 1980s, researchers also noted that some people without any family history of melanoma had dysplastic nevi, raising the question of whether these individuals are at increased risk for skin cancer. Subsequent work has largely confirmed this association. In fact, several small studies have suggested that dysplastic nevi could account for 29 percent to 49 percent of nonfamilial melanoma. Other studies have indicated that people who have numerous abnormal moles could have as great as a sevenfold increased risk for melanoma. However, the subject has remained controversial. Some investigators have stated that the definition of dysplastic nevi in several studies has been too imprecise, subject to bias, and generally inconclusive on the issue of melanoma risk. They have said that without standard criteria to diagnose dysplastic nevi, both in the clinic and under the microscope, clinicians would be hard pressed to differentiate between normal and dysplastic moles. An article published in the Journal of the American Medical Association should help to settle the controversy. The study reported in the journal involved nearly 1,800 people — 738 people diagnosed with melanoma and 1,030 people without the disease — who were examined primarily at the Melanoma Clinic of the University of California at San Francisco and the Pigmented Lesion Clinic of the University of Pennsylvania, Pa. All participants agreed to an interview, a complete skin examination, photography of their most atypical moles, and possibly a biopsy of their most unusual mole. In one of the study's key findings, Tucker et al. report that clinicians independently agreed almost nine out of 10 times on whether a mole was normal or dysplastic. The study defined dysplastic nevi as being flat or partly flat, 5 millimeters or larger, and showing two or more of the following characteristics: variable pigmentation, asymmetric outline, and indistinct borders. "This study adds strong evidence to what several other smaller studies have already demonstrated, " said Tucker. "By scrupulously adhering to recognized diagnostic criteria,    experienced clinicians will agree in most cases that a mole is dysplastic." The researchers also found they could correlate the number and type of moles, both normal and abnormal, on a person's body with their risk of developing melanoma. For those with unusually high numbers of normal, but no abnormal, moles, the researchers calculated a twofold increased risk for melanoma. For those with numerous small and large normal moles, the risk for melanoma was four times higher than normal. The risk associated with clearly defined dysplastic moles was much higher. The scientists estimated that individuals with a single dysplastic mole on their bodies have a twofold risk of developing melanoma. The risk rises to 14-fold in those with 10 or more abnormal moles. "The fact that we could make this correlation strongly suggests that dysplastic nevi are precursor lesions that, with additional genetic damage, can trigger melanoma," said Tucker. * The study is titled, "Clinically Recognized Dysplastic Nevi: A Central Risk Factor for Cutaneous Melanoma." The authors are Margaret A. Tucker, Allan Halpern, Elizabeth A. Holly, Patricia Hartge, David E. Elder, Richard W. Sagebiel, DuPont Guerry IV, and Wallace H. Clark, Jr. JAMA, May 14, 1997. For Quick and Easy Mole Removal get the Bio T Mole Removal and Revitalization System

  • Bio T Topical Ointment – Gets Rid of the Mole(s)
  • Bio T Revitalizing Creme – Assists skin healing and reduces scarring
  • Bio T Body Armour –  Fortify and replenish the immune system

The complete system for only $69.95 – Free Shipping TOP OF PAGE


Disclaimer: This information is not meant to be a substitute for professional medical advise or help. It is always best to consult with a Physician about serious health concerns. This information is in no way intended to diagnose or prescribe remedies.