1.Current Status and Epidemiology of AIDS.
Journal of the Korean Medical Association 1997;40(12):1548-1553
No abstract available.
Epidemiology*
2.A Local Clinic Experience of Facial Redness in Koreans.
Sang Ju LEE ; Eun Jung KO ; Won Soon CHUNG ; Kui Young PARK ; Seong Jun SEO
Korean Journal of Dermatology 2016;54(4):322-324
No abstract available.
Epidemiology
3.Epidemiology of preterm delivery.
Hye Sung PARK ; So Young LEE ; Myoung A LEE ; Chang Suh PARK ; Seung Jin CHO ; In Suh PARK
Korean Journal of Perinatology 1993;4(1):46-56
No abstract available.
Epidemiology*
4.Nosocomoal Infection: change in the epidemiology.
Korean Journal of Medicine 1999;57(4):562-571
No abstract available.
Epidemiology*
5.Definition and Epidemiology of ARDS.
The Korean Journal of Critical Care Medicine 1997;12(2):103-110
No abstract available.
Epidemiology*
6.Current epidemiology of periampullary malignancies in a tertiary referral center in the Philippines: A five-year review
Juan Carlos R. Abon ; A&rsquo ; Ericson B. Berberabe
Acta Medica Philippina 2022;56(14):61-70
Background:
Periampullary malignancies traditionally occur during the later decades of life, but casual observations at the Philippine General Hospital (PGH) have shown more patients presenting at younger ages. Updates on the epidemiology and clinical features of these uncommon cancers may improve detection and result in better outcomes.
Objective:
The study aimed to describe the current epidemiology of adult patients diagnosed with periampullary malignancies seen in the past five years at the PGH Department of Surgery.
Methods:
Demographic and clinical data were obtained on patients with either pancreatic head, ampullary, distal bile duct, or duodenal cancer diagnosed from 2015 to 2019. Age and sex distributions, rates of symptom presentation, utilization of diagnostic modalities, and prevalence of comorbid conditions were analyzed per individual primary site and for the entire study population.
Results:
Two hundred seventy-seven patients were included in the study, comprised mostly of pancreatic head cancers (56.32%) followed by ampullary (19.86%), duodenal (9.75%), and distal CBD cancers (7.58%). The mean age of presentation was 59.30 years. 33.94% of cases occurred in the 6th decade of life, while 24.91% of patients were aged 50 years and below. There was a nearly equal distribution by sex (50.90% female, 49.10% male). Majority of patients presented with jaundice (89.65%) and abdominal pain (71.64%). CT scan was used to diagnose 71.48% of patients. We observed a higher prevalence of diabetes mellitus (21.32%), biliary stone disease (19.12%), and smoking history (36.88%) in the study group compared to the general Philippine population.
Conclusion
The epidemiology of periampullary malignancies at UP-PGH showed a younger age at presentation and an equal sex ratio compared to published data. Distributions of the primary sites, symptom frequency, and rate of associated comorbidities were consistent with previous findings from the literature.
Epidemiology
7.Moleculo-epidemiology of C hepatitis virus infection in harlots in Hanoi
Journal of Practical Medicine 2004;474(3):17-22
The incidence and genotype of endemic C hepatitis in Hanoi female sex workers at the social re-education centre belonging to Hanoi Office of Invalid – Labor – Social, which was determined in a cross-sectional study – had show that: most of female sex workers there acquired almost genotypes of C hepatitis – 1a, 1b, 1ab, 1c, 6, 6a, 9a. The risk of their hepatitis infection was higher in the group of intravenous drug use than in the groups without drug use
Epidemiology, Molecular
;
Hepacivirus
;
Epidemiology
8.Progress and trends of spatial epidemiology in China.
Xiao-nong ZHOU ; Guo-jing YANG ; Kun YANG ; Shi-zhu LI
Chinese Journal of Epidemiology 2011;32(9):854-858
China
;
epidemiology
;
Epidemiology
;
trends
9.Alpha+ -thalassaemia and malaria in Melanesia: epidemiological perspectives.
Fowkes, Freya J I ; Day, Karen P
Papua and New Guinea medical journal 2008;51(3-4):131-7
In 1948 Haldane first proposed that the high frequencies of thalassaemias in malaria-endemic regions were due to natural selection by malaria. Some of the highest frequencies of alpha+ -thalassaemia are found in the Pacific region of Melanesia. Consequently, Melanesia has provided a unique opportunity for an extensive study of the association between alpha+ -thalassaemia and malaria. Here we review the emergence of alpha+ -thalassaemia in this region and the research that has been carried out, both from the historical perspective and the most recent developments, which may give insight into the selection of alpha+ -thalassaemia by malaria.
Malaria/*epidemiology
;
Melanesia/epidemiology
;
alpha-Thalassemia/*epidemiology
10.Interpretation of negative results in genetic epidemiology.
Allergy, Asthma & Respiratory Disease 2015;3(2):93-94
No abstract available.
Molecular Epidemiology*