PURPOSE: Since the revised Cancer Act of October 2006, cancer registration was reactivated, based on the Statistics Law. MATERIALS AND METHODS: The incidence of cancer during 2002 was calculated on the basis of the information available from the National Cancer Incidence Database. Crude and age-standardized rates were calculated by gender for 18 age groups (0 approximately 4, 5 approximately 9, 10 approximately 14, every five years, 85 years and over). RESULTS: The overall crude incidence rates (CRs) were 269.2 and 212.8 per 100,000 for males and females, and the overall age-standardized incidence rates (ASRs) were 287.8 and 172.9 per 100,000, respectively. Among males, the five leading primary cancer sites were stomach (CR 62.4, ASR 65.7), lung (CR 45.4, ASR 51.0), liver (CR 43.2, ASR 43.7), colon and rectum (CR 30.7, ASR 32.7), and prostate (CR 8.0, ASR 9.6). Among females, the most common cancer sites were breast (CR 33.1, ASR 26.9), followed by stomach (CR 32.8, ASR 26.0), colon and rectum (CR 23.1, ASR 18.5), thyroid (CR 19.1, ASR 15.7), and uterine cervix (CR 18.2, ASR 14.7). In the 0~14 age group, leukemia was the most common cancer for both genders. For males, stomach cancer was the most common cancer in the 15 approximately 64 age-group, but lung cancer was more frequent in men 65 or older. For females, thyroid cancer among the 15 approximately 34 age-group, breast cancer among 35 approximately 64 age-group and stomach cancer in women 65 years or older were the most common forms of cancer for each age group. The quality indices for the percentage of deaths, by death certificate only, were 4.7% for males and 4.5% for females. CONCLUSIONS: Since the National Cancer Incidence Database was started, the annual percent change of cancer cases increased by 4.8% (4.1% for males, 5.7% for females) during 1999 approximately 2002. This value reflects the increase in prostate cancer for males and breast and thyroid cancer in females during 2002. The timely reporting of improved quality of cancer registration is needed for evidence-based decisions regarding cancer control in Korea.
PURPOSE: Since the revised Cancer Act of October 2006, cancer registration was reactivated, based on the Statistics Law. MATERIALS AND METHODS: The incidence of cancer during 2002 was calculated on the basis of the information available from the National Cancer Incidence Database. Crude and age-standardized rates were calculated by gender for 18 age groups (0 approximately 4, 5 approximately 9, 10 approximately 14, every five years, 85 years and over). RESULTS: The overall crude incidence rates (CRs) were 269.2 and 212.8 per 100,000 for males and females, and the overall age-standardized incidence rates (ASRs) were 287.8 and 172.9 per 100,000, respectively. Among males, the five leading primary cancer sites were stomach (CR 62.4, ASR 65.7), lung (CR 45.4, ASR 51.0), liver (CR 43.2, ASR 43.7), colon and rectum (CR 30.7, ASR 32.7), and prostate (CR 8.0, ASR 9.6). Among females, the most common cancer sites were breast (CR 33.1, ASR 26.9), followed by stomach (CR 32.8, ASR 26.0), colon and rectum (CR 23.1, ASR 18.5), thyroid (CR 19.1, ASR 15.7), and uterine cervix (CR 18.2, ASR 14.7). In the 0~14 age group, leukemia was the most common cancer for both genders. For males, stomach cancer was the most common cancer in the 15 approximately 64 age-group, but lung cancer was more frequent in men 65 or older. For females, thyroid cancer among the 15 approximately 34 age-group, breast cancer among 35 approximately 64 age-group and stomach cancer in women 65 years or older were the most common forms of cancer for each age group. The quality indices for the percentage of deaths, by death certificate only, were 4.7% for males and 4.5% for females. CONCLUSIONS: Since the National Cancer Incidence Database was started, the annual percent change of cancer cases increased by 4.8% (4.1% for males, 5.7% for females) during 1999 approximately 2002. This value reflects the increase in prostate cancer for males and breast and thyroid cancer in females during 2002. The timely reporting of improved quality of cancer registration is needed for evidence-based decisions regarding cancer control in Korea.
Authors: Jae Sook Sung; Young Mi Whang; Kyong Hwa Park; Jeong-Seon Ryu; Jong Gwon Choi; Jae Hong Seo; Sang Won Shin; Jun Suk Kim; Yeul Hong Kim Journal: Cancer Res Treat Date: 2009-12-31 Impact factor: 4.679
Authors: Do Hyoung Lim; Hyeong Su Kim; Young Suk Park; Jeeyun Lee; Se Hoon Park; Ho Yeong Lim; Sang Hoon Ji; Min Jae Park; Seong Yoon Yi; Ji Yeong An; Tae Sung Sohn; Jae Hyoung Noh; Jae Moon Bae; Sung Kim; Cheol Keun Park; Won Ki Kang Journal: BMC Cancer Date: 2010-01-29 Impact factor: 4.430
Authors: Hee Yeon Seo; Hyun Joo Lee; Ok Hee Woo; Kyong Hwa Park; Sang Uk Woo; Dae Sik Yang; Ae-Ree Kim; Jae-Bok Lee; Eun Sook Lee; Yeul Hong Kim; Jun Suk Kim; Jae Hong Seo Journal: Invest New Drugs Date: 2009-11-27 Impact factor: 3.850
Authors: Zheng Yun Cui; Min Jae Park; Jeeyun Lee; Jin Seok Ahn; Myung Ju Ahn; Soo Won Seo; Jin Woo Park; Youngro Byun; Keunchil Park Journal: Cancer Res Treat Date: 2009-06-30 Impact factor: 4.679