It is in their genetic makeup. Often the more complex microorganisms will be more heat resistant compared to the lower forms.
The microorganisms DNA is different than others. These different DNA strands can have resistances to some things that others don't. however if an organism is only partially exposed to a disinfectant it may grow resistant and more powerful. This creates more powerful strains of viruses and bacteria which can be deadly.
Microorganisms are excellent survivalists. They seek the optimum circirmstances to survive, and develop defense strategies of their own to fight our attempts to kill them. Some have developed such high strategies, they are more infectious and/or spread easily, such as airborne viruses and bacteria. Others change in response to the newest medications developed to fight the infection, like antibiotic-resistant infections. The mode of travel--e.g. airborne in particular--ensures the organism finds a new host.
A biofilm is a group of microorganisms in which cells stick to each other. The formation of a biofilm begins with the attachment of free-floating microorganisms to a surface. If the colonists are not immediately separated from the surface, they can anchor themselves more permanently using cell adhesion.
they are more because they are
this is simply due to the location where the species is found. a coastal species may have a different pollen shape to help with things such as salt resistant while a species found inland will be more heat resistant. it just depends on the type of environment in which the plant has adapted. yr 11 bio student
B. cereus is a spore former. Spores are known for their very high heat resistant qualities.
it depends on the texture of your hair , different hair can handle different heat levels and some hair is more resistant than others
The microorganisms DNA is different than others. These different DNA strands can have resistances to some things that others don't. however if an organism is only partially exposed to a disinfectant it may grow resistant and more powerful. This creates more powerful strains of viruses and bacteria which can be deadly.
Microorganisms are excellent survivalists. They seek the optimum circirmstances to survive, and develop defense strategies of their own to fight our attempts to kill them. Some have developed such high strategies, they are more infectious and/or spread easily, such as airborne viruses and bacteria. Others change in response to the newest medications developed to fight the infection, like antibiotic-resistant infections. The mode of travel--e.g. airborne in particular--ensures the organism finds a new host.
HR means heat resistant - if if find any more info ill post
Hafnium carbide with the melting point of 3900 0C. For a ternary compound: tantalum hafnium carbide with the melting point of 4215 0C.
Steel is inherently more flame resistant.
A biofilm is a group of microorganisms in which cells stick to each other. The formation of a biofilm begins with the attachment of free-floating microorganisms to a surface. If the colonists are not immediately separated from the surface, they can anchor themselves more permanently using cell adhesion.
It can be. The grain is called grog, and it helps make the fired clay stronger and more resistant heat stress.
because u structure has more - between carbono
yes for it requires more specific heat to raise 1g of water than 1g of sulfuric acid
Archea bacteria are able to survive in extreme conditions more than any other micro-organism.