: Article 118549 in Carbohydrate Polymers details new models for estimating the viscosity and hydrolysis of corn starch gels. This research is vital for optimizing food production and developing biodegradable materials.
: In the journal Separation and Purification Technology , the same identifier corresponds to a study on reducing carbon tetrachloride—a harmful environmental pollutant—using activated percarbonate systems. 3. Industrial and Economic Contexts 118549
In medical research, "118549" identifies a significant study regarding the impact of a high-fiber diet on cancer treatment. According to coverage on MedPage Today , researchers found that dietary fiber intake can significantly boost the effectiveness of immunotherapy for patients with advanced cancers. This finding suggests that simple nutritional interventions could potentially improve clinical outcomes for individuals undergoing modern cancer therapies. : Article 118549 in Carbohydrate Polymers details new
2. Innovations in Chemical Engineering & Sustainable Materials : In administrative records
The identifier also points to critical technical articles in the ScienceDirect database:
: The CAS Registry Number 118549-88-5 refers to polyglycerol polyglycidyl ether resin , a substance used in advanced coatings and industrial manufacturing as noted in EU trade documentation .
: In administrative records, such as those from the County of Alameda , the figure appears as a specific budget allocation—specifically $118,549—for state realignment revenue within social service programs like CalWORKs.