JPH0623022A - High voltage instantaneous sterilization method - Google Patents

Abstract

PURPOSE:To achieve instantaneous sterilization of microorganisms selectively by adjusting the density of electrolyte, voltage and time to load a high voltage on a solution containing bacteria. CONSTITUTION:With electrolyte as abdominal substance, instantaneous high voltage is loaded to sterilize microorganisms. For example, a container is filled with a culture liquid containing salt to add amoeba thereto and when a voltage of 7,000 volt, for instance, is loaded 1/5,000,000 sec. from the opposed surface of the container, amoeba is killed. For example, the container is filled with the culture liquid containing the salt to add halophile and when the voltage of 3,000 volt is loaded 1/1,00 sec from the opposed surface of the container, the halophile is killed. For example, the container is filled with the culture liquid containing the salt to add lactic bacteria and when the voltage of 4,000 volt is loaded 1/1,000,000sec, the lactic bacteria is killed. In this manner, a target microorganism can be sterilized selectively by adjusting three conditions of the density of the electrolyte, voltage and time thereby enabling the utilization for sterilization of affected parts of a human body.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method of sterilization by electric shock. Conventionally, electric shock therapy has been one of the special treatments in the psychiatric field.
This method applies electrodes to the left and right frontal regions of the patient,
This is a method of treating the disease by applying a voltage inside or outside V for several seconds and giving a shock to the affected part. The present invention is a method for instantly sterilizing microorganisms with a high voltage current.

Example 1 A cubic container having an inner surface of 5 cm on each side was filled with a culture solution containing 1% sodium chloride and amoeba was added. If you apply a voltage of 7,000 v from the facing of this container for one fifth of a second,
Amoeba dies.

The containers of Example 2 and Example 1 are filled with a culture solution containing 2% sodium chloride and halophilic bacteria are added. If a voltage of 3,000 V is applied for one thousandth of a second from the opposite side of this container, the halophilic bacteria will die.

The containers of Example 3 and Example 1 are filled with a culture solution containing 0.5% sodium chloride, and lactic acid bacteria are added. If a voltage of 4,000 V is applied for one hundredth of a second from the opposite side of this container, the lactic acid bacteria will die.

The containers of Example 4 and Example 1 are filled with a culture solution containing 0.1% of sodium chloride, and influenza virus is added. Influenza virus will die if a voltage of 20,000 V is applied for a thousandth of a second from the face of the container.

In this invention, A) electrolyte concentration B) voltage C)
By adjusting the three conditions of time, the target microorganism can be selected and sterilized. It can also be used to sterilize the affected part of the human body.

Claims (1)

[Claims] Method to sterilize microorganisms by instantly applying high voltage to substance containing electrolyte