When a vaginal procedure is selected by the surgeon, he performs a colpotomy and may also insert a culdoscope to locate the tubes (culdoscopy), and close them off.
Bacterial endospores can be used as indicators of sterilization efficiency because of their ability to enable bacteria to lie dormant for extended periods. If they are present then the sterilization is not efficient to kill them and thus the bacteria.
When a liquid is heat labile or can be destroyed by heat then this method is used.
Fermentation by its very nature is nurturing the growth of things that sterilization would kill. Sterilization is used in some situations where you would want to halt the growth of one thing in order to introduce (or re-introduce) another.
In principle yes, but this depends on the procedure used and the material to be sterilized.
Examples are:- nondestructive control- sterilization of foods, drugs, etc.- tracers- sources of energy- treatment of wastes- radiopolymerization- radiofluorescent paintsetc.
Complications in pregnancy and childbirth. Colpotomy may be used in the management of difficult pregnancies and childbirths.
Separation of the uterosacral ligaments via colpotomy is an approach that has been used for the relief of dysmenorrhea (painful menstruation).
Myomas are fibroid tumors of the muscle tissue of the uterus and they are sometimes removed vaginally by colpotomy.
That position is called as 'Lithotomy position'.
cold sterilization is used to sterilize instruments such as plastics
Flash sterilization is a process used to clean objects. Rapid penetration of steam is used to sterilize and clean the items.
To sterilize instruments.
In one treatment variant, patients may undergo a laparoscopy followed by a colpotomy for the vaginal extraction of the pelvic cyst or mass.
The gas commonly used in gas sterilization is ethylene oxide (EtO).
Sterilization can be accomplished by heat (as in the autoclave), chemicals (as with glutaraldehyde) or radiation. Your average outpatient office uses heat or chemical sterilization.
Bacterial endospores can be used as indicators of sterilization efficiency because of their ability to enable bacteria to lie dormant for extended periods. If they are present then the sterilization is not efficient to kill them and thus the bacteria.
When a liquid is heat labile or can be destroyed by heat then this method is used.