depends on the strength and energy level of the ultraviolet light source. but i would assume yes..
.1%
Yes, dimethyl benzyl ammonium compounds are a type of disinfectant that can kill bacteria by disrupting their cell membranes and interfering with their metabolic processes. They are commonly used in surface disinfection products.
The white blood cells kill the bacteria by spitting fairly good gases into them then the bacteria die after a short amount of time.
No , aspirin does not kill Bacteria .
No. Well, maybe a small percentage on the skin's surface. It won't kill germs deep in your pores. That's why surgeons have to scrub their hand with a brush and germ-killing soap for many minutes. But, still, it IS nice to wash off and kill the surface staph bacteria so they are less available to get into your eyes, nose, or someone else's.
Fatty acids present in sebum have antimicrobial properties that can help kill bacteria on the skin's surface. These fatty acids help to maintain the skin's natural microbiome and protect against harmful pathogens.
Pasteurization is usually done to milk to kill all the bacteria that may be present. This is done by heating the milk up for a very short period of time as to kill the bacteria, but not spoil the milk.
There should and probably will be bacteria on EVERY hard surface in the tank such as the Decorations, Substrate and Glass. Also there is bacteria in the Filter as it breaks down the toxic bacteria in the water. these bacteria remove toxins for fish that can kill them ammonia, nitrite and nitrate
using the heat from an open flame source on the surface of an object to kill the germs and bacteria with intense heat.
Bar soap helps to kill bacteria by disrupting the cell membrane of the bacteria, leading to its death. The lather and friction created by rubbing the soap onto the skin also physically remove bacteria from the skin's surface. Additionally, some bar soaps contain antibacterial ingredients like triclosan or tea tree oil that can help kill bacteria.
Bacteria can attack and kill cells. White blood cells can kill bacteria.
Painkillers (analgesics) do not kill bacteria or viruses. They reduce the pain by: * reducing swelling and other inflammation * interfering with the transmission of nerve impulses reporting the pain to the brain * interfering with the short term memory and the recollection of pain * reducing the awareness of pain Antibiotics kill bacteria. They contain ingredients that kill these microorganisms outright, weaken them, or affect their ability to grow and multiply until your body's own defenses can kill them.