All systems operational
Q4 2023

Assessment of alpha emitters in urine for thyroid diseases patients by CR-39 technique

Shireen N. Alebadi · Heiyam Najy Hady
10.36320/ajb/v15.i2.12284 389 Views 1 Citations
1
Citations
389
Views
Abstract

Background: We can inhale, consume, or absorb the substances, causing internal irradiation. Internal and external dosages are similar everywhere. Alpha particles are heavier and more charged than ordinary ionizing radiation, which damages living tissues more. Food and air contain radioactive isotopes.
Materials: The CR-39 detector technique was used to determine the alpha emissions that were present in urine samples of patients by finding their percentage. CR-39 is a simple and convenient method for the determination of alpha emission in biological samples.
Results: We found the rate of alpha emission in urine samples in mBq.cm-2 to be the following: (0.063± 0.042) thyroid disorders < (0.069± 0.038)control< (0.076± 0.052) Papillary thyroid carcinoma
 

Cite this Article (APA)
Shireen, N. A., Heiyam, N. H. (2023). Assessment of alpha emitters in urine for thyroid diseases patients by CR-39 technique. Al-Kufa University Journal for Biology. https://doi.org/10.36320/ajb/v15.i2.12284
Related Papers
Climate Change and Biodiversity: A Review on Understanding the Global and Local Impacts of Warming o…
Eman Abbas Muhsin; Basim A. Hussain; Alaa M. Hammadi; Hahrazad A. Khalaf · 2023
6
cites
388
A review : The Relationships Between Ovary Disease and Tumor Marker
Shaymaa Galeel Shamran; Samah Amer Hammood · 2023
4
cites
388
3
cites
392
GC-MS analysis and anti-bacterial activity of Lantana camara extracts from Iraq
Ali Osamah Abdulrazzaq Al-Itbi; Aknur Turgumbayeva · 2023
2
cites
387
Thiazine; Synthesis and Biological Activity
ASMAA Jawad; Tamam Mahdi Salih · 2024
2
cites
391
Access
View Full Text via DOI
Published in
ISSN 2073-8854
Quartile Q4
AMS Score 44
Field Agriculture & Food
Publisher Al-Kufa University Journal for Biol
Country 🇮🇶 Iraq
View Journal Profile →
Authors
Publication Details
Year 2023
Language English
Added 01 Aug 2026