Elisa kit makes the world understand microbial ecology

A science that studies the relationship between microbial populations (microflora or normal flora) and the surrounding biotic and abiotic environments. Microbes are ubiquitous in the Earth's biosphere. Certain special populations can survive even in extreme environments such as acidic lakes, deep seas, frozen areas and hot springs. As research progresses, more and more people recognize the important role that microbes play in the global energy cycle. Microbial ecology has a close relationship with medicine, industry, agriculture, environmental protection and social sciences. Related research will also help to explain the evolution of biological genes, the regulation of genes and enzymes, and the mechanisms of biological adaptation to the environment, which are of great significance for the protection of microbial resources and diversity.

Microbial Ecology - Research Content

1 Study traditional and modern molecular biology methods used in microbial ecology;
2 The types and distribution of microorganisms in normal natural environment and the changes that occur with changes in different environmental conditions;
3 the types of microorganisms in extreme natural environments and the role they play, the life mechanism of microorganisms in extreme environments;
4 the interrelationship between microorganisms in nature, the interrelationship between microorganisms and flora and fauna, the influence of these interrelationships on nature and the influence of environmental factors on these interrelationships;
5 in the normal natural environment, the impact of microbial metabolic activities on the natural world, the impact of changes in environmental conditions on these metabolic activities;
6 microbiology in a polluted environment;
7 eco-friendly substances produced by microorganisms;
8 ecological model of microorganisms.

Microbial ecology - core issues

Who is there? - What types of new microorganisms are found and classified, and how many? - Diversity, what do the communities that make up a certain group of cells do? - How is the size and function of the functional population regulated? - What are the dynamics, interactions, and signal transmissions that make this population so successful? - Population genetics, evolution Because only a small percentage of microorganisms in the environment can be separated in the medium, molecular biology methods are currently widely used, namely molecular ecology.
With the development of satellite remote sensing technology, satellite photos can help monitor global microbial developments and provide more accurate information, such as blooms.