Sterilization

In the procedure of sterilization, we are able to efficaciously put an end to disease causing bacterium from an equipment or surface. Though it is an impractical situation, where we can firmly cite that, we have been able to eliminate all such bacterium.

Though still, putting an end to the defiant bacterium, bacterial spores, we can indicate sterilization to have been achieved.

The procedure of sterilization is of immense significance

The professional treatment of microorganisms by destroying them is of prominent nature to the people associated with patient care. The sterilization technology curtails the presence of disease causing germs on any scientific equipment which is in immediate contact with the human body.

With the up gradation in procedures of surgery, in the field of neuroscience, cardio-vascular, plastic surgery, the surgeons have acknowledged the existence of slow developing infections resulting into serious diseases. Sterilization is followed to make pure and perfect the fit-out, medical equipments, used by the medical people to prevent bacterium from spreading out to the medical equipments which are in-use in the operating room. The procedure has to take place for every surgery that has to be performed.

Therefore, if the sterilization of the equipments has not been carried out, they will shield bacteria on their surface.

Sterilization is applied in case of medical waste disposal procedure by using medical waste sterilizing equipments to prevent transfer of unsafe and impure medical waste into a normal non-risk waste.

One of the methods of sterilization is using dry heat to sterilize laboratory equipments such as glassware, syringes, and metal instruments which are not spoiled by high temperatures. These lab equipments are used for various tests in pathology labs if these are not sterilized they will be a source of transmission of various germs from one sample to other and accurate results / findings would not be attainable.

Another method of sterilizing is moist heating which is more effective than dry heating. This method of sterilizing is of significance to applications which can go through high heat such as Culture media, liquid solutions, cloths, rubber, etc.

Yet another method of sterilization is chemical method of sterilization where non-volatile chemicals are used in the laboratory to sterilize equipments. This method is of significance for sterilizing discarded glassware, desk, hand gloves, etc. used in the lab. This destroys disease causing germs and fungal spores present on various lab equipments.

Gaseous method of sterilization, another method of sterilization that is, of significance to hospitals and industries for sterilizing heat sensitive materials. The vapours of gas being used are pernicious to viruses, bacteria and fungal cells. This method is of significance for disinfecting chemical respirators, heart-lung machines, etc.

In case of even regular medical check-ups or surgery or treat a long prevailing ailment, we would consider going to a doctor’s clinic / hospital following sterilization techniques.

Thus, the sterilization process makes a surface, equipment, medication, contact lenses, etc. completely free from viable microorganisms or inanimate objects using heat, water, chemicals (alcohol, formaldehyde, acetone, and ketene) or gases.