Explore how scientists are designing selective bZIP-binding peptides to target specific proteins with therapeutic precision.
How bootstrap resampling and calibration techniques are building more trustworthy AI systems through accurate uncertainty quantification in regression models.
Discover how oxidized phospholipids like POVPC hijack macrophage receptors, leading to chronic diseases like atherosclerosis and inflammation.
Explore the crucial role of clinical trial monitoring in ensuring patient safety and data integrity in medical research.
Discover how fluorescence studies revealed the intricate dance of EF-Tu and GDP in protein synthesis, challenging long-held beliefs about molecular machinery.
Discover how simple dipeptides embedded in lipid bilayers form synthetic water channels that mimic nature's aquaporins, offering revolutionary solutions for water purification and desalination.
Discover how the integration of gene synthesis and MITOMI microfluidics is accelerating protein engineering from months to days, enabling rapid prototyping of custom proteins.
Explore how the 1984 Toxic-Waste Program Technical Meeting in Tucson revolutionized America's approach to hazardous waste management and environmental protection.
Exploring safety strategies in synthetic biology through retrospective case analysis, AI challenges, and innovative screening methods.
Discover thymoquinone, the powerful bioactive compound from black seed with remarkable therapeutic potential against cancer, inflammation, and liver disease.