May I ask if bacteria are afraid of electricity??? Can it be sterilized with high voltage electricit

Landlord, I suggest you don't do this. First, it is easy to lead to electric shock and accidents. Second, the use of high-voltage electricity cannot change the proteins and other substances required by bacteria, so electricity cannot die (except for a small number of bacteria).

They are not afraid of electricity. Thirdly, you can use alcohol and so on to sterilize. Heating up or whatever!

What a wonderful idea you have.

Please don't do that!

It's too dangerous, it's easy to get electrocuted, and you don't want to live and die with bacteria, right?

If you want to sterilize, you can take a large pot, put a towel in water and boil, boil for fifteen minutes, and the sterilization is complete. For things like socks, you can find a detergent that eliminates bacteria, and just wash them.

Of course, you can use disinfectant bubbles, and you can completely achieve the effect of sterilization, but the disinfectant is injured, pay attention to protection.

All of the above are much more reliable than electrified sterilization.

Imagine rich, that's not okay, because they are all separate individuals, unless heat, ultraviolet rays, oxidants are dry, otherwise as long as the protein or other substances they need in the body do not change, then they are fine.

It is difficult, the bacteria are vigorous, and some still live in volcanoes, so it is of little significance to sterilize them with electricity, so it is better to use alcohol.

Absolutely. It is necessary to add a certain amount of salt to the water to increase the conductivity and improve the sterilization effect.

Both bacteria and viruses are microorganisms and are non-conductive. You can kill them with heat.

At present, taking medicine and injecting are all chemical methods, and I personally think that physical methods such as electric shock, high temperature, and high pressure can be considered.

Electricity has no effect on bacteria, because electricity has to form a circuit to work, and bacteria are so small that it is impossible to form a circuit. Boiling water with a hot heat is scalding the bacteria to death with high temperature.

Electricity cannot be sterilized.

Birds fall on the wires because there is no circuit and are safe and sound, and bacteria have no circuit, so bacteria and electricity have no relationship, and there is no talk of electrical sterilization. Of course, the heat generated by electricity, the drying and so on can be sterilized, but that is sterilization in another sense, which does not belong to the category of electric sterilization. So electricity can't sterilize.

People can die, why can't bacteria be living organisms?

The bacterial endotoxin in the same sterilization cabinet is not qualified! The main thing is to check the equipment of your autoclaveTime and temperature.

According to the general parameters 121 30 minutes 132 10 minutes to achieve the effect of sterilization.

This time, some of the bacterial endotoxins of the product are qualified, and some are not qualified may be because the time and temperature are not reached!

The quality of the steam.

Space. Wait a minute... You're not specific, so there's not much to analyze.

Every bacterium can be completely killed, but it is not necessary or possible to kill all bacteria in nature. The key is that there are more than a million kinds of microorganisms in nature, only a small part of them are harmful to the human body, and most of them are symbiotic bacteria of the human body, and it is not possible without them.

Yes, different bacteria are killed.

No. The inevitable product of living things!

Autoclaving.

Boiling water does not kill E. coli To kill E. coli it takes 105°C

Electricians are often electrocuted, no matter how big or small it is, it is caused by violations, and every time it may be life-threatening, it should be a feeling of death caused by violations. I don't know if it can be sterilized, but it should be clearly known that sterilization cannot be regardless of people's life and death.

It can kill, but it can't kill bacteria!

If an electric current flows through the bacteria themselves, even if it is only a small amount of power, it can cause the electrothermal boiling of the microbial cell fluid, which can easily kill them.

But! Since the current only travels through the line with the lowest resistance (you can think of it as the transmission path is only the size of a silk wire), it will not be conducted evenly throughout the water body. Therefore, it can only inactivate bacteria in a volume the size of a silk thread before the positive and negative electrodes put into the water, and it cannot be killed even a little farther.

But! If the current power is large enough, it can electrolyze water to produce hydrogen and oxygen, and the amount of oxygen melt is high enough to inhibit or even kill various anaerobic bacteria. And as the water temperature rises, it can also be sterilized further.

At the same time, if the material of the electrode head is special in the process of water electrolysis, hydroxyl radicals, superoxide anions, ozone water, and ferrous ions (in the case of iron cathode heads) can also produce sterilization effects.

I think that if an electric current passes through a bacterium, then the charge movement is enough to kill it. However, according to the principle of parallel circuits, the current passing through the solution will be greater. Therefore, it is unlikely that the bacteria will be killed by the breakdown of the current, but the polarization effect of the electric field may inactivate the protein or interfere with the base pairing.

The cells of bacteria are charged with a certain charge, so the cells of bacteria move towards one pole but do not die. Unless ionized by instantaneous high voltage can the bacteria be killed.

It depends on what the resistance of the bacteria is, the larger the resistance, the greater the electrical effect, at this time, the bacteria will produce a "thermal effect" or electrolysis effect because of the electricity, so as to play a role in sterilization, so it cannot be based on the size of the current. It depends.

...The performance of different bacteria is different, and sterilization is a very complicated thing, because there are too many types of bacteria, anaerobic, aerobic, high temperature, low temperature, high salinity, low salinity, many, many, many different bacteria, and the adaptability of different bacteria is different.

It will die, because when electricity is applied, hydrogen will be ionized and oxidized, and in this way, the oxygen will be reduced and it will die due to lack of oxygen.

LS doesn't go through the brain like a fart.

In general, bacteria do not die.