Endospores enable bacteria to lie dormant for extended periods
The difference between an exospore and an endospore is simple. An endospore is a spore produced within the cell wall of a mother cell and released when the cell wall ruptures. An exospore is cutoff by the cell division of mother cell wall. They are released one at a time.
The process of endospore formation within a vegetation cell takes several hours and is known as sporulation or sporogenesis.
Vegetative cells readily decolorize because they are permeable.
a bacterial cell will form (essentially morph into) an endospore when its environment changes. If the cell has adapted to survive in warm, moist conditions with an abundance of proteins and then if these conditions the bacterial cell has adapted to are changed, conditions aren't warm or moist then as a survival mechanism it will essentially morph into an endospore. Then when conditions change back to the cells original ideal conditions, tiny chemoreceptors on the endospore will activate genes in the cell to morph back into its normal form.
They are fungus spores born within a cell. Endospore formation is triggered by lack of nutrients
The difference between an exospore and an endospore is simple. An endospore is a spore produced within the cell wall of a mother cell and released when the cell wall ruptures. An exospore is cutoff by the cell division of mother cell wall. They are released one at a time.
yes, by a lot
position in which the endospore is found within the cell for example could either be terminal or central etc.
The process of endospore formation within a vegetation cell takes several hours and is known as sporulation or sporogenesis.
endospore
Vegetative cells readily decolorize because they are permeable.
The spore in the cytoplasm is known as endospore in a prokaryotic cell. The spores are formed as a result of cell division.
Endospore formation has not been considered as a mode of reproduction. During adverse conditions, vegetative cells form endospore, which on the availability of favourable conditions will absorb water and germinate to form the vegetative cells again. Endosopres are thick walled structures. Under unfavourable conditions the endospore are non porous and resistant to high salt and acidic conditions which the normal vegetative cells are sensitive to. Often the vegetative cell loses the major part of its cytoplasm to form an endospore. Thus the endospore consists of only the genetic material surrounded by minimum quantity of cytoplasm.
endospore
The use of endospore stain is to see specialized cell structures. It can tell if some bacterium cells contain higher resistant spores within vegetative cells.
a bacterial cell will form (essentially morph into) an endospore when its environment changes. If the cell has adapted to survive in warm, moist conditions with an abundance of proteins and then if these conditions the bacterial cell has adapted to are changed, conditions aren't warm or moist then as a survival mechanism it will essentially morph into an endospore. Then when conditions change back to the cells original ideal conditions, tiny chemoreceptors on the endospore will activate genes in the cell to morph back into its normal form.
Endospores lay dormant until conditions are such that they can re-activate the cell.