Publications by authors named "Y U Aslan"
Introduction: The gut microbiome maintains the mucus membrane barrier's integrity, and it is modulated by the host's immune system.
Aim: To detect the effect of microbiota modulation using probiotics, prebiotics, symbiotics, and natural changes on colorectal cancers (CRCs).
Methods: A PubMed search was conducted to retrieve the original and articles published in English language from 2010 until 2021 containing the following keywords: 1) CRCs, 2) CRCs treatment (i.
Article Synopsis
- Diverse analytical techniques are needed to study microplastics (MPs) since current methods struggle to detect smaller sizes, particularly those under 5 μm.
- The study introduces a new method called MicroMetaSense, which uses metal-enhanced fluorescence to detect a wide range of MPs at extremely low concentrations, achieving a sensitivity of 183-205 femtograms.
- This approach is cost-effective, efficient, and significantly improves detection capabilities, marking a significant advancement in monitoring microplastics in both lab and environmental samples.
Article Synopsis
- - The study assessed trauma CT interpretation proficiency among emergency medicine residents in Turkey, finding a median accuracy rate of 64.9% with factors influencing interpretation performance analyzed.
- - Four main factors linked to interpretation failure were identified: shorter interpretation times, lower self-confidence, over-reliance on radiology reports, and lack of departmental training programs.
- - The findings suggest the necessity for improved educational strategies in radiology for emergency medicine residents to enhance their skills in trauma CT interpretation and ultimately improve patient care outcomes.
In the relentless pursuit of innovative diagnostic tools for cancer, this review illuminates the cutting-edge realm of extracellular vesicles (EVs) and their biomolecular cargo detection through advanced optical biosensing techniques with a primary emphasis on their significance in cancer diagnosis. From the sophisticated domain of nanomaterials to the precision of surface plasmon resonance, we herein examine the diverse universe of optical biosensors, emphasizing their specified applications in cancer diagnosis. Exploring and understanding the details of EVs, we present innovative applications of enhancing and blending signals, going beyond the limits to sharpen our ability to sense and distinguish with greater sensitivity and specificity.
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