109385 Apr 2026

Published in the World Journal of Clinical Oncology, this comprehensive review (Article 109385) explores how specific biological signals drive the progression of pancreatic cancer.

The most prominent scientific "deep write-ups" associated with this identifier include an extensive review of and a technical report on pediatric pulmonary embolism . 1. Pancreatic Cancer: Inflammatory Biomarkers 109385

: A groundbreaking study in Nature utilized a sample of 109,385 individuals from the UK Biobank to infer "Parent-of-Origin" (PofO) effects on complex traits like growth and metabolism. Published in the World Journal of Clinical Oncology,

: These biomarkers are being investigated for early detection, as pancreatic cancer is often asymptomatic until advanced stages. Higher levels of certain markers, such as plasma fibrinogen, often correlate with advanced tumor stages and poorer prognosis. 2. Pediatric Hematology: The CENTIPEDE Study 3. Engineering & Biobank Research

The identifier "109385" also appears in other high-impact contexts:

"Topic 109385" refers to several distinct peer-reviewed research papers and technical issues across various fields, including oncology, hematology, and software engineering.

: Researchers developed a systematic way to identify children with PE using electronic health records, aiming to improve diagnostic speed and accuracy. 3. Engineering & Biobank Research