They can survive in very unfavorable condition where other organisms cannot exsist
Bacteria need a host to survive because they rely on the host's nutrients and environment to grow and reproduce. Without a host, bacteria may not have access to essential resources needed for their survival.
Yes, salt can effectively kill bacteria by dehydrating them and disrupting their cell membranes. This makes it difficult for bacteria to survive and reproduce.
Mitochondria are organelles that were once free-living bacteria. They can survive and reproduce independently in certain conditions, suggesting they have retained some autonomy from the host cell.
All bacteria grow and reproduce
Bacteria can reproduce extremely quickly if in the right environment. Under favorable conditions, a single bacteria can reproduce 108 bacteria in twelve hours.
it is more likelly for bacteria to reproduce asexually. it is very rare for bacteria to reproduce sexually. but it is possible
An example of microevolution is the development of antibiotic resistance in bacteria due to natural selection. Over time, bacteria that are resistant to antibiotics survive and reproduce, leading to a population of bacteria that is predominantly resistant to that antibiotic.
no... bacteria reproduce asexually which means they reproduce by themselves usually by spitting in half
Bacteria grows everywhere. There is even bacteria growing inside you, mainly in your mouth and your intestines. But your body, and most other living things, have ways of stopping the bacteria from overrunning them. Dead things do not, so bacteria can survive and reproduce as much as they want.
No, bacteria do not always live in colonies. Some bacteria can survive and reproduce as single cells, while others may form colonies for protection or to thrive in certain environments. It depends on the species of bacteria and their ecological needs.
The process of natural selection results in populations of bacteria that are not harmed by antibiotics because bacteria that are born with mutations that make them immune to antibiotics will be the ones to survive and reproduce.
Future generations of these bacteria are likely to have a higher proportion of individuals that are resistant to the antibiotic due to natural selection. Over time, the resistant bacteria will survive and reproduce, potentially leading to the evolution of a population that is largely resistant to the antibiotic.