Paper Information

Journal:   JOURNAL OF DIABETES AND METABOLIC DISORDERS   DECEMBER 2015-JANUARY 2016 , Volume 15 , Number 2; Page(s) 91 To 100.
 
Paper: 

A COMPREHENSIVE STUDY ON NATIONAL AND SUB NATIONAL TREND IN THYROID CANCER PREVALENCE IN THE IRANIAN POPULATION, 1990 – 2010

 
 
Author(s):  TAGHAVI KOJIDI HABIBEH, FARZADFAR FARSHAD, PEYKARI NILOOFAR, LARIJANI BAGHER*, RAHIMZADEH SHADI, REZAEI DARZI EHSAN, SAEEDI MOGHADDAM SAHAR
 
* SHARIATI HOSPITAL 5TH FLOOR, NORTH KARGAR AVENUE, ENDOCRINOLOGY AND METABOLISM RESEARCH INSTITUTE, TEHRAN,1411413137, IRAN,
 
Abstract: 

Background: Thyroid cancer is the most common form of endocrine cancer. The age and genderadjusted incidence of thyroid cancer has increased faster than that of any other malignancy in recent years, with the increased incidence seen in both genders, all ethnic backgrounds and all sizes of thyroid cancer. It appears that the rise in thyroid cancer incidence is not only due to medical surveillance and improved disease detection. In Iran, also scattered studies had been accomplished in different provinces and requirement to more attention and planning for thyroid cancer. Thyroid cancer’s control and prevention requires to the evidence–based strategies in different population groups based on national and provincial comprehensive studies on the prevalence and incidence. Thus we aimed to provide the comprehensive information about thyroid cancer prevalence and trend in national, provincial levels among Iranian population.
Methods: In this study we used some steps respectively to show how thyroid cancer prevalence changes in 1990 to 2010 between different provinces. We aggregate cancer registry data set by province, age categorized, gender and merge with other national covariates that were gathered in Iran.
Then, linear regression model and logistic regression model were used to modeling and predicting for other provinces and years.
Results: Mean of thyroid cancer prevalence displayed that prevalence increased with increase in years especially more rapidly from 2002-2010 the prevalence rates were estimated to be 0.0-0.25 and 4.2-13.7 per 100000 in 1990 and 2010 respectively and increased in both females and males. Female to male ratio was 2.5. Highest prevalence thyroid cancer were in four provinces of Iran, Isfahan mean rate 4.3 per 100000, Yazd mean rate 4.1 per 100000, Tehran mean rate 4 per 100000 and Qazvin mean rate 3.1 per 100000 respectively.
Conclusion: Iran map displayed with increase in years, thyroid cancer prevalence become larger.
Additional research on the risk factors for thyroid cancer is needed to explain the difference of thyroid cancer prevalence between provinces.

 
Keyword(s): THYROID CANCER, PREVALENCE, IRAN
 
References: 
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