Tag: #Bioengineering
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How Sorbitol–Methanol Co Feeding Boosts Phytase Yield Insights from GC-MS Analysis
Introduction Phytase plays a vital role in biotechnology, animal nutrition, and environmental sustainability yet producing it efficiently at a commercial scale remains a challenge. Recent research explores how sorbitol/methanol co-feeding improves phytase production in Pichia pastoris, and how GC-MS analysis identifies key metabolites involved in the process. This optimization not only boosts enzyme yield but…
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Revolutionizing Biosensing: How Advanced Coupling Methods Enhance Microparticle Detection
Introduction Microparticles (MPs) are emerging as vital biomarkers with significant roles in diagnosing and predicting various diseases, including cardiovascular disorders, diabetes, and cancer. Despite their promise, conventional methods for MP detection often face challenges in accuracy, time, and cost. Recent research highlights how advanced coupling methodscombining optical and non-optical biosensing techniquescan revolutionize the field of…
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Formulation, Delivery, and Administration Strategies for Biopharmaceuticals A Comprehensive Review
Introduction The growing field of biopharmaceuticals has transformed modern medicine, offering targeted and highly effective therapeutic solutions for complex diseases. However, their biological nature poses significant challenges in formulation, delivery, and stability. Understanding these challenges is essential for ensuring the safety and efficacy of advanced biological drugs. This concise review by Amir Mohammed Alsharabasy discusses…
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