This page discusses the reclassification of Archaea from bacteria to a separate domain due to their genetic similarities with eukaryotes. These extremophiles thrive in harsh environments, with key gro...This page discusses the reclassification of Archaea from bacteria to a separate domain due to their genetic similarities with eukaryotes. These extremophiles thrive in harsh environments, with key groups like Euryarchaeota and Crenarchaeota that exhibit unique traits. Their biochemical properties are of interest for biotechnology applications, particularly in utilizing their enzymes, which are effective in extreme conditions.
This page discusses the oral microbiome's complexity, influenced by genetics, diet, and habits, and its role in oral and systemic health. Dysbiosis can lead to dental diseases and conditions like canc...This page discusses the oral microbiome's complexity, influenced by genetics, diet, and habits, and its role in oral and systemic health. Dysbiosis can lead to dental diseases and conditions like cancers and cardiovascular issues. Saliva helps maintain microbial balance. Various studies explore the link between oral microbiota and diseases, emphasizing microbial diversity, diagnostic potential, and the need for further research into viral roles.
