Exploring the genetic landscape of cystitis glandularis through gene expression patterns and their implications for diagnosis and treatment.
Discover how high-frequency brain stimulation releases glutamate in the thalamus to treat movement disorders like Parkinson's disease.
Exploring the microscopic battlefields of IBD where immune cells turn traitorous and barrier defenses crumble in early mucosal lesions.
Learn how to purify Pfu DNA polymerase in-house for high-fidelity PCR amplification, saving costs while maintaining quality.
Discover how galantamine, an Alzheimer's drug, shows promise in treating acute lung injury and ARDS through its unique anti-inflammatory properties.
Exploring why ACE inhibitors show different effectiveness in Japanese heart attack patients compared to Western populations.
Exploring how in-silico methods are transforming antileishmanial drug discovery through computational approaches like molecular docking and AI-driven target identification.
Exploring how children of diabetic parents carry invisible metabolic signatures that alter their bodies' sugar processing, fat storage, and inflammation responses.
Discover how ligand-based modelling is revolutionizing Parkinson's drug discovery by identifying potent small molecule inhibitors through advanced computational techniques.
Examining the rising cervical cancer risks among younger Taiwanese women despite nationwide screening efforts, focusing on HPV, co-infections, and reproductive factors.