The ABCDs of moles and melanomas
Chapter by: Friedman RJ; Rigel DS; Kopf AW
in: Cancer management: a multidisciplinary approach: medical, surgical & radiation oncology by Pazdur R [Eds]
Huntington NY : PRR, 1999
pp. 337-339
ISBN: 1891483013
CID: 3877
What promotes skin self-examination?
Robinson JK; Rigel DS; Amonette RA
The American Academy of Dermatology's national program of Melanoma/Skin Cancer Detection and Prevention, developed in response to the rising incidence of invasive melanoma in the United States, has annually produced extensive print, radio, and television coverage about performing skin self-examination (SSE). This study was conducted to determine factors that motivate people to perform SSE. A 1996 telephone survey evaluated performance of SSE for skin cancer and used questions to identify self-perceived. The performance of SSE was directly correlated with the self-perceived risk of the development of melanoma or skin cancer and discussions with physicians or nurses. People were motivated to perform SSE based on their perceived risk and discussions with doctors. Because patients most easily have access to primary care physicians, these physicians must be educated to identify those who are at risk for the development of melanoma. Primary care physicians and nurses should be encouraged to counsel patients about risk levels, the utility of SSE in limiting their risk, and how to perform SSE. To facilitate this process, risk levels for the development of melanoma (defined on the basis of simple and readily ascertained characteristics that help to educate physicians, nurses, and patients) are provided
PMID: 9591820
ISSN: 0190-9622
CID: 16823
Predicting ten-year survival of patients with primary cutaneous melanoma: corroboration of a prognostic model
Sahin S; Rao B; Kopf AW; Lee E; Rigel DS; Nossa R; Rahman IJ; Wortzel H; Marghoob AA; Bart RS
BACKGROUND: Recently, the Pigmented Lesion Group at the University of Pennsylvania described a 4-variable model for predicting 10-year survival for patients with primary cutaneous melanoma. The variables are tumor thickness, anatomic site of the lesion, age, and gender. The objective of the current study was to test the validity of this model, employing the large data base of the New York University Melanoma Cooperative Group. METHODS: The predicted probabilities of 10-year survival for 780 patients with primary cutaneous melanoma were determined by multivariate logistic regression, using the 4 variables. RESULTS: The overall 10-year survival rate of the current study group was 78.4%. Of the four variables, tumor thickness, anatomic site of the lesion, and age were found to be independent predictors of survival. Although survival was better for women, gender was not a statistically significant factor in predicting 10-year survival when entered into the multivariate logistic regression model. In the current study, the probability of 10-year survival of patients with melanomas < 0.76 mm ranged from 93-99%, depending on the age and primary site. Age and site had more impact on the prognosis of intermediate and thick melanomas than on thin melanomas. Thus, for melanomas 0.76-1.69 mm, 1.70-3.60 mm, and thicker than 3.60 mm, the probabilities of survival ranged from 70-94%, 39-82%, and 23-68%, respectively. CONCLUSIONS: The wider ranges in survival rates for thicker melanomas, depending on the other variables, emphasize the importance of including variables in addition to tumor thickness in a prognostic model. Using a large data base from a medical center, the current study supports the prognostic multivariate model of the Pigmented Lesions Group of the University of Pennsylvania; however, the authors of the current study did not find gender to be statistically significant in this multivariate model
PMID: 9338466
ISSN: 0008-543x
CID: 12271
Malignant melanoma: incidence issues and their effect on diagnosis and treatment in the 1990s
Rigel DS
The incidence of melanoma is increasing at a rate faster than that for any other cancer in the United States and worldwide. Several factors show that this increase in incidence is real and not due to artifact. The rapid increase is not attributable to better overall counting of the cases of cancer (because the incidence of other cancers is decreasing). Furthermore, it is not due to changes in histologic criteria. Finally, the mortality rate from melanoma continues to increase at a time when survival rates are also increasing. This apparent paradox can be true only if the actual incidence is increasing at an even faster rate than the death rate. This dramatic increase in the incidence of melanoma highlights the need for improved methods of prevention, diagnosis, and treatment as melanoma becomes increasingly important as a public health issue
PMID: 9121186
ISSN: 0025-6196
CID: 12334