Viruses are basically genetic information (DNA or RNA) inside a protein coat (capsid). They cannot grow unless they are inside of a host cell (your body).
So as a note...viruses are not grown in agar...but the bacteria they are grown inside of may have been grown in agar.
Because viruses are not living organisms.
They are not technically alive, and neither are replicating capsids like Anthrax (Mad Cow Disease).
Bacteria can grow on enriched Agar because bacteria are cells, they require some form of nutrition to metabolise/respirate, produce waste and reproduce. Viruses commandeer (think, as in demon possession) a living cell, causing the cell to behave oddly and spit out lots of virus spawn. The commandeered cell has been genetically reprogrammed into a "virus factory."
Now, if a bacterial culture on enriched Agar becomes infected by a virus (all it takes is one) then that virus could take over the whole sample and multiply until all the infected cells have died giving birth to the ingrateful little sprogs. The end result could be a population of dead bacterial cells and an even higher population of active (eligible bachelor?) viruses in yer little petri dish. Horror of horrors!
No, Viruses are obligate intracellular parasites and require a living host for growth. So, they can't be grown on any artificial growth medium including agar.
No on its own. A virus needs a host cell to reproduce.
Viruses are basically genetic information (DNA or RNA) inside a protein coat (capsid). They cannot grow unless they are inside of a host cell (your body).
No, they can only replicate by parasitizing living cells.
no, because of the ( Ph )
Modified nutrient glucose agar is composed of agar, water, glucose, extracts, peptone and sodium chloride. Modified nutrient glucose agar allows organisms to grow.
what ever you grow it in needs a relatively high salinity
Bacillus subtilis is grown on nutrient agar or in nutrient broth. The preferred medium is M9 with glucose.
In my experiments of growing cultures on agar plates, I found Nutrient Agar's usually grow mostly molds and fungi. It's bacteriological growth is wide, yes, but I found that even after a few uses it started growing specifics (mostly gram negative coccus and bacillus).
Agar is a gelatinous substance procured from algae, and used in bacteria cultures. It works simply to feed the bacteria and let it grow rapidly.
The organism would be expected to grow better in nutrient agar. Nutrient agar is rich in nutrients and microorganisms grow well when there is availability of nutrients.
Modified nutrient glucose agar is composed of agar, water, glucose, extracts, peptone and sodium chloride. Modified nutrient glucose agar allows organisms to grow.
what ever you grow it in needs a relatively high salinity
In Microbiology? Because the nutrient agar allows for the bacteria/organisms to grow in a controlled environment/substance. It also allows you to monitor the growth.
micro coccus Species
Bacillus subtilis E. coli Pseudomons fluorenscens streptococcus faecilis most bacteria can grow on nutrient agar
blood or nutrient agar would work, but blood agar will most likely grow more bacteria.
Agar is a solid form of nutrient for different strains of bacteria. Anyone who needs to grow bacteria for use in their labs or experiments would use agar.
Bacillus subtilis is grown on nutrient agar or in nutrient broth. The preferred medium is M9 with glucose.
In my experiments of growing cultures on agar plates, I found Nutrient Agar's usually grow mostly molds and fungi. It's bacteriological growth is wide, yes, but I found that even after a few uses it started growing specifics (mostly gram negative coccus and bacillus).
Agar is a gelatinous substance procured from algae, and used in bacteria cultures. It works simply to feed the bacteria and let it grow rapidly.
Most of Gram+ bacteria and for Gram- ones, Segnilliparus spp.