Antiseptic resistant bacteria can be a serious problem, since they can be difficult to get rid of once they get started in a place. Keeping the room and surface temperature on the cold side can help to keep populations of these bacteria low. Wiping surfaces with bleach will also kill many bacteria that are resistant to other antiseptics.
Extremely high temperatures can keep antibiotic resistant bacteria low. This is what is used in Pasteurization. Environments where UV light is present are also ones where bacteria can be kept low, as the bacteria cannot survive exposure to this type of light.
you didnt clean it with an antiseptic, or you are unlucky enough to have found antiseptic resistant bacteria. more likely the former however
Resistant spores are a survival mechanism for bacteria in harsh conditions. They protect the bacteria's genetic material from damage and allow them to remain dormant until conditions improve. This increases the chances of the bacteria's survival and enables them to re-establish themselves when conditions become favorable again.
Heat-resistant structures in bacteria include endospores, which are dormant, tough structures that can survive extreme conditions like high temperatures. Endospores are formed by some bacteria as a defense mechanism to protect their genetic material. They allow bacteria to withstand harsh environments and continue to exist in unfavorable conditions.
antiseptic is stop the growth of bacteria or infective agent & protect them us.
antiseptic is stop the growth of bacteria or infective agent & protect them us.
all the above
A Paste that Kills Bacteria
Lysozyme is an enzyme occurring naturally in egg white, human tears, saliva, and other body fluids, capable of destroying the cell walls of certain bacteria and thereby acting as a mild antiseptic. Gram-negative bacteria are drug resistant micro-organisms that produce lysozyme.
Individual bacteria can become resistant to antibiotics through mechanisms such as mutations that prevent the antibiotic from binding to its target, acquiring resistance genes through horizontal gene transfer, or creating biofilms that protect them from the antibiotic's effects. These mechanisms allow the bacteria to survive and reproduce in the presence of the antibiotic, leading to the development of resistant bacterial populations.
Some bacteria form dormant structures called endospores under unfavorable conditions. Endospores are resistant to heat, desiccation, and chemicals, allowing the bacteria to survive harsh environments until conditions become favorable again.
It kills bacteria.