Explore how affimer-based technology is revolutionizing super-resolution microscopy, offering unprecedented precision and opening new doors for biological research and diagnostics. Is this the end for antibodies?
Discover how the groundbreaking cryo-EM structure of human butyrylcholinesterase (HuBChE) tetramer is revolutionizing therapeutic strategies for organophosphate poisoning, addiction, and obesity.
Cricket farming is gaining traction as a sustainable food source. This article examines a pilot cricket farm in Kenya's high-altitude region, revealing promising results for expanding cricket production to cooler climates and boosting food security.
Explore the surprising role of bacteria in producing melanin, the pigment responsible for skin color and more. Learn how scientists are unraveling the complex process of pyomelanin synthesis in Aeromonas, with potential implications for health, industry, and our understanding of microbial resilience.
This article explores the innovative use of platelet-rich plasma (PRP) in cryopreservation, potentially enhancing the viability and function of human umbilical cord stem cells, crucial for regenerative medicine.
Discover how physcion and chrysophanol, natural compounds, offer a promising defense against cucumber powdery mildew. This article explores the science behind these botanical fungicides, revealing their potential to revolutionize sustainable agriculture.
A study in Dschang, Cameroon, finds over 66% of village weavers carry blood parasites, highlighting potential health risks to urban bird populations and the need for further research.
A groundbreaking study reveals a previously unknown function of the LKB1 protein within the primary cilium, a cellular antenna vital for communication. This discovery offers promising new directions for cancer treatment and a deeper understanding of fundamental cellular mechanisms.
New research illuminates how PNPase, a critical protein in E. coli bacteria, orchestrates mRNA and gene expression during the stationary phase. Learn how this discovery could change our understanding of bacterial adaptation.
Explore the groundbreaking science behind microRNAs and their crucial role in governing synaptic plasticity, learning, and memory. Learn how these tiny molecules could unlock new strategies for enhancing cognitive function and treating neurological disorders.
