Publications by authors named "C Grad"

Functional dyspepsia (FD), a widespread and debilitating digestive disease, is thought to originate from disrupted gut-brain communication. The cause of FD is not completely understood, but recent evidence suggests it could be due to multiple factors and can vary among different patient groups. Factors like gut motility changes, increased sensitivity to pain in the gut, ongoing low-level inflammation, and increased gut permeability have all been linked to the development of FD.

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Currently being the seventh most prevalent form of cancer worldwide, and the fifth most common cause of cancer-related death, based on GLOBOCAN 2020 data, gastric cancer is still an important public health problem, despite its dropping incidence. Regions around the world are still at high-risk, mostly in populations with a high prevalence of Helicobacter pylori infection or a carcinogenic favorable diet. Gastric cardia cancer incidence is on the rise in some areas.

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Background: Therapy for a first primary neoplasm (FPN) in childhood with high doses of ionizing radiation is an established risk factor for second primary neoplasms (SPN). An association between exposure to low doses and childhood cancer is also suggested; however, results are inconsistent. As only subgroups of children with FPNs develop SPNs, an interaction between radiation, genetic, and other risk factors is presumed to influence cancer development.

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Analysis of serum biomarkers for the assessment of atrophic gastritis (AG), considered as precursor of the intestinal type of gastric cancer, is of growing interest. The combination of pepsinogen (PG), gastrin-17 (G17) and anti- () antibody serological assays (panel test) is a non-invasive tool for the diagnosis of atrophic gastritis. However, the diagnostic reliability of this test remains uncertain.

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Article Synopsis
  • The study investigates how human fibroblasts respond to ionizing radiation by analyzing gene expression changes at two time points post-exposure (2 hours and 4 hours) after being irradiated with different doses of X-rays (2Gy and 0.05Gy).
  • It uses RNA sequencing to identify differentially expressed genes and perform pathway analyses to understand the biological effects and mechanisms behind radiation exposure.
  • Findings show that more genes were differentially expressed at the 4-hour mark, especially with high-dose radiation, affecting pathways related to cancer signaling and metabolism, while low-dose exposure didn’t produce significant changes at either time point.
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