Background: Hashimoto's thyroiditis has been found to coexist with differentiated thyroid cancer in surgical specimens, but an association between the two conditions has been discounted by the medical literature. So, we performed this research to determine any potential relationship between Hashimoto's thyroiditis and the risk of developing differentiated thyroid cancer in clinical status. we assessed the related clinical factors linking these conditions, especially serum thyroid-stimulating hormone concentration, family history of thyroid disease, gender& young age group. Aim of study: to determine that hashimoto’s thyroiditis increases risk for differentiated thyroid carcinoma. Patients and method: This study is a Cross-sectional study carried out in surgical ward of Baghdad teaching hospital, where 82 patients followed up for one year from 1/10/2017 to 1/10/2018. Clinical history and examination with thyroid function tests, ultrasound and FNAC done for them pre operatively, post-operatively all thyroid specimen sent for histopathological study. Results: Differentiated thyroid cancer with Hashimoto's thyroiditis patients: (84.6%) had papillary thyroid cancer with Mean age of patients is 37.3±3.3 and Female gender represents 92.3% of differentiated thyroid cancer with Hashimoto's thyroiditis patients. About 53.8%of differentiated thyroid cancer with Hashimoto's thyroiditis patients had high thyroid-stimulating hormone at presentation. About 61.5% of differentiated thyroid cancer with Hashimoto's thyroiditis patients had positive family history of thyroid disease. Most our patients had multinodular goiter 80.5%, only 19.5% had single nodule, in Differentiated thyroid cancer with Hashimoto's thyroiditis patients (papillary thyroid cancer: 81.8% multinodular goiter and18.2% Single nodule, while all Follicular Thyroid Cancer patients had multinodular goiter).Fine needle aspiration biopsy in diagnosis of Hashimoto's thyroiditis pre-operation had Sensitivity 61% & specificity98%.
In this study predication of crop coefficient (Kc) values through growing season for cucumber plant was conducted. A field experiment was carried out at AL Yusufiyah Township, in the Governorate of Baghdad, (latitude: 33°09' N, longitude: 44°24' E, and altitude: 34 m) in medium loam soil. The plant was cultivated inside the greenhouse under subsurface trickle irrigation system with soil water retention technology (SWRT) during the growing season 2017. Crop coefficient values were guessed from the direct method of measurements of daily crop evapotranspiration, while reference evapotranspiration was obtained from Agricultural Meteorology Project - Station of Baghdad - Abu-Ghraib. The obtained results were showed that crop coeffici
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This paper reports a fiber Bragg grating (FBG) as a biosensor. The FBGs were etched using a chemical agent,namely,hydrofluoric acid (HF). This implies the removal of some part of the cladding layer. Consequently, the evanescent field propagating out of the core will be closer to the environment and become more sensitive to the change in the surrounding. The proposed FBG sensor was utilized to detect toxic heavy metal ions aqueous medium namely, copper ions (Cu2+). Two FBG sensors were etched with 20 and 40 μm diameters and fabricated. The sensors were studied towards Cu2+ with different concentrations using wavelength shift as a result of the interaction between the evanescent field and copper ions. The FBG sensors showed
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Improving the ability of asphalt pavement to survive the heavily repeated axle loads and weathering challenges in Iraq has been the subject of research for many years. The critical need for such data in the design and construction of more durable flexible pavement in bridge deck material is paramount. One of new possible steps is the epoxy asphalt concrete, which is classified as a superior asphalt concrete in roads and greatly imparts the level of design and construction. This paper describes a study on 40-50 penetration graded asphalt cement mixed with epoxy to produce asphalt concrete mixtures. The tests carried out are the Marshall properties, permanent deformation, flexural fatigue cracking and moisture damage. Epoxy asphalt mixes perf
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