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Showing results 61 - 70 of 108 for the search terms: female pattern baldness.

The Norwood system of classification, published in 1975 by Dr. O’tar Norwood, is the most widely used classification for hair loss in men. It defines two major patterns and several less common types. In the regular Norwood pattern, two areas of hair loss gradually enlarge to produce recession at the temples and thinning in the crown. These regions coalesce until the entire front, top and crown (vertex) of the scalp are bald.
Descriptions of over-the-counter hair products, for general interest only. The information was obtained through unsubstantiated sources and the claims made by the marketers of these products are also unsubstantiated. Bernstein Medical - Center for Hair Restoration does not endorse any of these products.
SUMMARY of Dr. Bernstein’s editorial commentary on Hwang SM et al. Does the Recipient Site Influence Hair Growth Characteristics in Hair Transplantation? The original article appeared in Dermatol Surg 2002; 28(9): 798-99. The field of hair transplantation in the United States began with Dr. Norman Orentreich’s famous 1959 paper on Donor Dominance. In it, he […]
Q: I saw your post on the clinical trials of Latisse (bimatoprost) for hair loss on the scalp. What is the status of the study? -- B.V., New Providence, NJ A: Allergan, the company that makes Latisse, is conducting safety and efficacy testing of three formulations of the drug for men with androgenetic alopecia (male pattern baldness).
Synopsis: When considering Follicular Unit Transplantation (FUT) and Follicular Unit Extraction (FUE) procedures, a person’s age and the ability to assess the permanence of the donor area are important variables in determining surgical candidacy. This FUT case study examines the importance of these variables in the patient evaluation.
Q: Is it worth getting the genetic test for balding? A: You’re referring to Hair DX (hairdx.com), which costs about $150 and came to market in January of 2008 as the first test for androgenetic alopecia, aka male pattern baldness. The test screens for variations in the androgen receptor gene on the X chromosome, the gene that is associated with male pattern hair loss. The purpose of the test is to identify persons at increased risk of developing hair loss before it is clinically apparent – so that medical intervention can be started early, when it is most effective.

Showing results 61 - 70 of 108 for the search terms: female pattern baldness.




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