ABSTRACT
This study presents the findings of the first population-based tumor registry in the Eastern region (ER). Data on all cancer sites, in 1987 and 1988, were captured from all health facilities in the ER. A regional population census was obtained from regional health authorities. Cancer deaths were obtained from death registries. Age-specific rate, crude incidence rate (CIR), age-standardized incidence rate (ASR) and relative age-standardized incidence rate (%ASR) were compared with available population-based data from 137 tumor registries. 1559 primary cancer cases were captured. The CIR and ASR/100,000/year for cancer among Saudi males were respectively 59.8 and 125.7. The corresponding rates among Saudi females were 43.6 and 95.5. These rates rank very low on the international scale. Cancer sites with the highest %ASR among Saudi males were lung, lymphomas, leukemias, urinary bladder and tumors of uncertain primary. For Saudi females, these sites were breast, leukemias, tumors of brain and nervous system, thyroid and tumors of uncertain primary. Lung cancer was the leading cause of death from cancer among Saudi males. The first regional population-based cancer registry in Saudi Arabia was established in 1987. The overall cancer ASR in the ER is low. The leading cancer sites with the highest %ASR are lung in Saudi males and breast in Saudi females.
ABSTRACT
This is the first population-based data in Saudi Arabia on the incidence of leukemias in the Eastern Region, as conducted by its regional tumor registry. Data on cancer were captured from all health facilities in the region in 1987-1988. Population census was derived from a survey. Data on cancer deaths were obtained from all death registries. Crude, age-specific, age-standardized, and relative age-standardized incidence rates were used as indicators for the incidence of leukemia. There were 124 cases of leukemias registered. The yearly average crude incidence rate was 5.2 and 3.6 per 100,000 for Saudi males and females, respectively. The age-standardized incidence rate was 7.3 and 6.1 per 100,000 per year in Saudi males and females respectively. The relative age-standardized incidence of leukemias in Saudi males and females ranked, respectively, third and second highest on the international scale. Death from leukemia among Saudis was responsible for 8.9% of the total deaths from cancer. Statistical indicators point to a high incidence rate of leukemias in the Eastern Region of Saudi Arabia among Saudis. Leukemia was the third leading cause of death from cancer. The relative age-standardized rate of leukemias among Saudis of either gender rank very high on the international scale.
ABSTRACT
This study presents the findings of the first population-based tumor registry in the Eastern region (ER). Data on all cancer sites, in 1987 and 1988, were captured from all health facilities in the ER. A regional population census was obtained from regional health authorities. Cancer deaths were obtained from death registries. Age-specific rate, crude incidence rate (CIR), age-standardized incidence rate (ASR) and relative age-standardized incidence rate (%ASR) were compared with available population-based data from 137 tumor registries. 1559 primary cancer cases were captured. The CIR and ASR/100,000/year for cancer among Saudi males were respectively 59.8 and 125.7. The corresponding rates among Saudi females were 43.6 and 95.5. These rates rank very low on the international scale. Cancer sites with the highest %ASR among Saudi males were lung, lymphomas, leukemias, urinary bladder and tumors of uncertain primary. For Saudi females, these sites were breast, leukemias, tumors of brain and nervous system, thyroid and tumors of uncertain primary. Lung cancer was the leading cause of death from cancer among Saudi males. The first regional population-based cancer registry in Saudi Arabia was established in 1987. The overall cancer ASR in the ER is low. The leading cancer sites with the highest %ASR are lung in Saudi males and breast in Saudi females.
ABSTRACT
A four year graduate programme for future primary care physicians is described. The programme is particularly oriented towards those who are likely to become leaders and teachers in the discipline but it is believed that the principles involved should be generally applicable in education for primary care practice. Arguments are advanced in favour of the strong basic science core which has been included in the programme, especially in the traditionally community oriented subjects of biostatistics, epidemiology and research methodology. Considerable emphasis is also given to a dissertation. Areas of required knowledge and experience are documented in the curriculum as 24 courses, each the subject of continuing assessment and end of course examination. There are also two comprehensive examinations, one just after the mid point of the programme and the other at the end. This combination of multiple course assessments and two comprehensive examinations is regarded as a means of maintaining high standards while, at the same time, ensuring that candidates with real potential are not lost to the discipline.
