Microbiome and Microbial Ecology in Health

Prokaryotic life was the first living form on Earth, and bacteria assisted in the evolution of all Eukaryotic life. Archaea, fungi, protists, and viruses are all part of the animal-associated microbiome. The microbiome refers to the genomes of the microbial life that is connected with the host. Microbiomes ensure the development of immunity, physiology, and disease resistance throughout the mammalian tree. All surfaces and cavities in humans are colonised by a microbiome, which is kept in check by a delicate balance between the host reaction and the colonizers—hence, humans are now called supraorganisms. These microbiomes provide vital ecosystem services that promote health through homeostasis, and the loss of the indigenous microbiota causes dysbiosis, which can lead to disease. Microbiome research has advanced fast in recent decades and has become a hot topic among scientists and the general public. We still lack a clear, widely accepted definition of the term "microbiome" as a result of the tremendous development in interest in several sectors.

• Deleterious Effects of The Use of Antibiotics
• Ecological Studies of Animal
• Ecology of Microorganisms in Natural and Engineered Environments
• Genomic, Metagenomic and Molecular Advances
• Inter- and Intraspecific Microbial Communication
• Microbial Drivers of Biogeochemical Processes
• Microbial Flora in Preventing Infection
• Microbial Interactions and Phylogeny
• Microbial Processes and Interaction
• Plant and Insect Microbiology and Disease