Editorial Team
Foods that are both animal and plant source play a significant role in the development of microbial communities. The ability of microorganisms develop or multiply in such food is contingent on the environment.
Interactions between microorganisms, animals, and plants are constant and natural. The ecological function of microorganisms and their role in the various biochemical cycles of nature are clearly documented. The human food supply is primarily composed of animals and plants or products that are derived from them, it’s reasonable to assume that the food we consume may contain microorganisms that interact with food.
Fermentation is among the oldest techniques for processing food. The term “fermentation” refers to a procedure where chemical changes take place in organic substrates through the action of enzymes created by microorganisms. For instance yeast enzymes transform starches and sugars into alcohol, and proteins are transformed into peptides or amino acids. The fermentation process takes place without oxygen which produces ATP (energy).
In the wake of the COVID-19 outbreak this pandemic has raised questions regarding the effectiveness of the body’s capability to fight off illnesses. Naturally the body fights diseases by activating its immune response that trigger a series of mechanisms within the body to remove the pathogen from the body.
Food spoilage is the result of a metabolic process which causes food products to become unpalatable or inedible for human consumption because of changes in the sensory attributes.
Chemical reactions that produce sensual changes that are offensive in food are controlled by a wide range of microbes that utilize food as a source of carbon and energy source. The organisms that cause these changes comprise prokaryotes (bacteria) as well as single-celled organisms that lack defined nuclei and organelles, as well as eukaryotes unicellulated (yeasts) as well as multicellular (molds) organisms that possess organelles and nuclei.
Pasteurisation was developed by an French Scientist known as Louis Pasteur during the nineteenth century. Pasteur realized that warming milk up to a high temperature , then cooling it quickly prior to packaging or bottling could preserve it for a longer time.
What is Anabolism? Anabolism Definition Anabolism is the metabolic process in which simpler molecules are synthesized into more complex ones, requiring energy input. Examples of Anabolic Reactions 1. Photosynthesis: Photosynthesis exemplifies an anabolic reaction quintessential to autotrophic organisms. Within the chloroplasts of plants, a sequence of biochemical transformations ensues, culminating in the conversion of carbon … Read more
What are unicellular organisms? Examples of Unicellular Organisms Unicellular organisms are remarkable entities that carry out all life processes within a single cell. These organisms can be found in various environments, from freshwater to marine habitats, and even in extreme conditions. Their simplicity, in terms of cellular structure, is contrasted by the diverse roles they … Read more
What is Lytic Cycle? The lytic cycle is a fundamental process in the life cycle of certain viruses, particularly bacteriophages, which are viruses that infect bacteria. This cycle is characterized by the following sequential events: The term “lytic” is derived from “lysis,” referring to the rupture and death of the host cell. This cycle contrasts … Read more
