Refer to Stanbury and Whittaker 1 chapter dedicated to Strain isolation and improvement
mainly genetically modify strain to increase the production of the desired product.
most important techniques in strain improvement are:
1. Mutation
2. Protoplasm fusion
3. Recombination of DNA.
In 1718 Joblot constructed the side-pillar compound microscope that utilizes stops or diaphragms to help correct chromatic aberrations and includes a brass lens cap, which may be placed so that the eyepiece is protected when not in use. This was an advancement over those available before him; it permitted precise focusing by eliminating stay light and enabling the mounting of a diverse array of specimens. Joblot showed that microbes were produced by multiplication of microbes brought in on the hay or suspended in the air, not spontaneously. Also he was the first to address the issue of the origin of microbes in infusion of decaying organic materials experimentally. He reasoned that there were three formal possibilities for the microbes that suddenly appeared in the hay infusions. They were products of multiplications of microbes that came in with the hay; they were also products of microbes that settle out of the air; or they where spontaneously generated from the materials of the decaying hay.
the pollutants are metal and microbes
You don't need one for the design, but for the fabrication. The tiniest amount of dust can contaminate the substrate or create a short across microscopic circuits. The reduction of airborne particulates in sensitive materials manufacturing is comparable to the reduction of living things (germs, microbes, viruses) in medical and pharmceutical environments.
It is an artificial intelligence... meaning it can go places or do things humans cant. It can do things such as build microbes or move atoms at amazing accuracy. Robots can also be used to do repetitive things humans do not want to do, like repeatedly assembling car parts for no wages. They can be programmed to do anything the programmer is able to tell it to do.
because when we inoculate the culture with wire loop,some organism may be sticked to it which may be harmful or can cause trouble.so to destroy the remaining organisms wire loop is flamed again.
The isolation of industrially important microbes involves obtaining pure cultures of specific microorganisms from their natural environment, typically through techniques such as selective media or enrichment cultures. On the other hand, screening refers to the process of assessing the potential industrial applications of these isolated microbes, usually by evaluating their enzymatic activities, metabolic capabilities, or other desired traits. In summary, isolation focuses on obtaining the microbe of interest, while screening focuses on evaluating its industrial potential.
Microbes are important industrially to make food, clean oil spills and lots of other things. Yeast is one microbe that makes food and alcohol. T. aquaticus makes an enzyme that crime labs use to break up small amounts of DNA and then they can test it.
Mohammad Saghir Khan has written: 'Phosphate solubilising microbes for crop improvement' 'Phosphate solubilizing microbes for crop improvement' -- subject(s): Soil microbiology, Solubility, Crop improvement, Phosphates
yes they r important because with out them you would not be alive
stomach
The skin is a very important protection against microbes. Some microbes are small enough to get in the pores of the skin. The skin is not a complete seal from the outer world.
Microbes can help pea and bean plants by giving them important nutrients needed for healthy growth. For example, there are microbes that can add nitrogen, which is essential to plant growth.
(A) recycling of matter
Microbes actually do quite a few good things but their most important job is breaking down dead animals and plants. Microbes actually consume dead plant and animal matter.
Nutrients and microbes to nourish plants are basically present in topsoil
microbes play a very important role in environment.microbes are essential for terrestial life as well as aquatic life.it decomposed organic matter into inorganic ,which easily used by organism.
There can be harmful microbes on them. So it is very important