: Researchers discovered that using ultrasound to break down these large molecules into smaller, lower-molecular-weight versions significantly boosts their antioxidant properties and biological activity .
: It has appeared in financial reporting frameworks, such as the Enhanced Disclosure Task Force (EDTF) reports, where it likely represents specific monetary values or volume metrics in corporate risk disclosures.
In the world of academic publishing and technical research, the number serves as a vital digital fingerprint. Most prominently, it identifies a groundbreaking study in the International Journal of Biological Macromolecules (2023, Volume 244) titled "Structural and Anti-inflammatory Activity of Ultrasonic Treating Polysaccharides from Cynanchum auriculatum Royle ex Wight." The Science Behind the Number 125360
: This work provides a foundation for using these "modified" plant sugars as natural ingredients in pharmaceuticals and functional foods . Other Contexts for "125360"
While the polysaccharide study is the most frequent modern reference, the number appears in other technical and data-heavy environments: : Researchers discovered that using ultrasound to break
: In the development of multi-task learning models like ProPept-MT , the figure 125,360 represents a specific data count of human peptide features used to train AI to identify protein patterns.
: Polysaccharides derived from Cynanchum auriculatum (a traditional medicinal plant). Most prominently, it identifies a groundbreaking study in
This specific research article, often cited simply by its internal identifier , explores how ultrasonic treatment can change the "architecture" of natural plant compounds to make them more effective in fighting inflammation.