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Main Index >> Growth of Microorganisms

* Growth of Microorganism
* Lag phase
* Exponential phase
* Deceleration Phase
* Acceleration Phase
* Stationary Phase
* Death Phase
* Mycelial Growth
* Synchronous Growth
* Fed Batch Culture
* Continous Culture
* Distribution of Microorganisms
* Environmental Factors affecting Microbial Growth
* Biogeochemical Cycling of Elements
* Carbon Cycle
* Nitrogen Cycle
* Sulphur Cycle
* Chemical Composition of E.Coli Cell
* Carbon Requirement of Microorganisms
* Nitrogen & Sulphur Requirement of Microorganisms
* Microorganisms Classification Based on Oxygen Requirement
* Microorganisms Nutritional Classificatione
* Carbon & Energy Source Microorganisms Classification
* Physiological Functions of Trace Elements
* Vitamins and Their Functions
* Methods of Determining Growth
 

Growth of Microorganisms


Microorganisms represent a significant percentage of the total biomass on the earth. As a result of high rates of their growth and metabolic activity and their adaptability, they are found almost everywhere and occupy an important trophic position in the proper functioning of ecosystems. They are ubiquitous in distribution. Any part of the biosphere supporting the complex, multicellular higher organisms shall contain microorganisms, whereass the converse is not true.

Growth may be defined as the orderly increase in all cellular constituents and results from the biosynthetic and energy generating processes. The growth may refer to the increase in mass of a single cell or to the increase in size of a population of cells. We shall briefly consider those both levels of growth of unicellular microbes as well as of multicellular mycelial growth forms such as fungi, actinomycetes.

 

* Ectosymbioses
* Endosymbioses
* Functions of Symbiosis
* Rhizosphere and Phyllosphere
* Mycorrhizae
* Root Nodule Bacteria and Legumes
* Root Nodule Bateria and nonlegumes
* Lichens
* Cyanellae
* Zoochlorella and Zooxanthellae
* Endosymbiosis of Algae
* Normal Flora of Human
* Ruminant Symbiosis
* Ectosymbioses of Microbes
* Ectosymbioses of Protozoa
* Endosymbioses of Fungi
* Continous Cultures
* Synchronous Cultures
* Diauxic Growth
* Factors Affecting Growth and Growth Rates
* Continous Cultures
* Synchronous Cultures
* Diauxic Growth
* Factors Affecting Growth and Growth Rates