Disinfectants may not kill an entire population of bacteria due to several factors, including the presence of bacterial spores, biofilms, or resistant strains that can survive harsh conditions. Additionally, disinfectants often require specific contact times and concentrations to be effective, and improper application can lead to incomplete coverage. Furthermore, some bacteria can develop resistance to disinfectants over time, making them less effective. Therefore, a comprehensive approach, including proper cleaning and sanitation, is essential for effective bacterial control.
Disinfectants can significantly reduce bacterial populations, but they may not eliminate all bacteria due to factors like biofilm formation, bacterial resistance, and the presence of spores or dormant cells that are less susceptible to chemical agents. Additionally, improper application or insufficient contact time can result in incomplete disinfection. Bacteria can also reproduce rapidly, allowing surviving cells to repopulate an area quickly. Therefore, a comprehensive approach, including cleaning and proper sanitation practices, is often necessary to achieve complete bacterial control.
Funnily enough, the entire population is composed of conspiracy theorists.
Bacteria cover your entire body, including the head.
The entire population.
That is certainly not true. There are for example viruses that routinely wipe out almost the entire tentworm population. There are others that attack bacteria. Some viruses attack cancers!
The entire population of china will be enough to make a Chinese wall comprised of human beings.
Phagocytosis
Scientist theorize that bacteria with chlorophyll in them slowly but surely began to multiply. And as they did, they photosynthesized enough to create an entire atmosphere. (as you know oxygen is a byproduct of photosynthesis)
The entire group that the researcher is interested in is called the population or the target population.
No human made the bacteria lactobaccilus. It is an entire genus of bacteria! The question is a bit like asking who made dogs.
Wrong. Both the Canaanites and the Israelites were farmers. Not the entire population, but enough of them to keep the arable areas cultivated.
Phagocytosis