Uses of iodoform

formulations are used as packing material following the surgical removal of jaw lesions. The purpose of this review was to explore the evidence and efficacy of iodoform-based dressings. We have systematically reviewed published articles according to the statement. The search was conducted in PubMed, Google Scholar, Semantic Scholar, and the Cochrane Library database for articles mentioning the use of iodoform as dressing material for jaw lesions from January 2000 to March 2022. Finally, 92 studies were included. A total of 386 n = 180, female n = 117). Different formulations of iodoform used were BIPP ( n = 67), Whitehead’s varnish ( n = 17), iodoform ( n = 7) and, iodine ( n = 1) for its antiseptic properties. An iodoform impregnated gauze pack was changed once a week, most commonly, for a stipulated duration, until complete healing of the cavity. In the present review, iodoform was used, most commonly, in pathological cavities following surgical treatment of Introduction The management of benign jaw lesions, particularly those that are massive and aggressive, presents various challenges. These include proximity to vital structures, the risk of pathological fracture, and the presence of a defect secondary to surgical removal that requires bone grafts, which causes further donor site morbidity and longer hospital stays. To circumvent these problems and salvage the continuity of the jaws, such lesions have been first managed conservatively. Following surgical management, su...

Polyhalogen substances are carbon compounds that contain more than one halogen atom (elements from group 17 of the modern periodic table). Polyhalogen compounds are commonly used in agriculture and industry. They are widely used for various purposes, including solvents, anaesthetics, pesticides, and so on. Methylene chloride, chloroform, carbon tetrachloride, iodoform, DDT, and benzene hexachloride are just a few of the many important polyhalogen compounds. Iodoform, also known as triiodomethane, is a yellow, crystalline solid from the organic halogen compound family used as an antiseptic component of medications for minor skin diseases. Too much iodoform-freon is toxic to both the environment and human life. The antiseptic action of iodoform, discovered in 1880, made it valuable medicinal, but it has since been largely displaced by more effective substances. It is known that iodoform is commonly used as a disinfectant for microorganisms, and it reduces the likelihood of infection in living organisms. Overview Iodoform was first synthesised in 1822 by electrolysis of aqueous solutions containing acetone, inorganic iodides, and sodium carbonate. Several reagents are used to convert iodoform to methylene iodide (diiodomethane), a dense liquid that is colourless when pure but is usually discoloured by traces of iodine and is being used as a heavy medium in gravity separation processes. It is produced through the electrolysis of an aqueous solution containing acetone, inorgani...

Learn More Allow your assistant to put the cap on the bottle with the iodoform strip sticking out once a sufficient amount of iodoform has been removed. Cut the gauze 2 or 3 cm from the cap with sterile scissors. The entire strip you are holding is sterile and ready to be packed into the wound. Estimate and record the amount of gauze used Learn More Remove the used gauze when the wound is ready to be cleaned and repacked. This is usually once a day, but the timing depends on the doctor's orders. The gauze should be easy to remove, and it should be disposed of properly once it is removed. Repack the wound using an iodoform strip 1 to 3 cm shorter than the initial piece. Touch only the non-sterile part that was outside the bottle with the non-sterile hand. When using the iodoform for the second time, the tab sticking out of the bottle can be pulled with a non-sterile hand. After the gauze is pulled out, the end that is cut will be sterile and can be used to pack the wound Tips Many yards of iodoform gauze come in a bottle. The length you require must be cut from the bulk using sterile procedures. Warnings Make sure the wound is clean before packing or repacking with iodoform gauze. Ensure that the iodoform gauze remains sterile during the procedure. This article was written by the CareerTrend team, copy edited and fact checked through a multi-point auditing system, in efforts to ensure our readers only receive the best information. To submit your questions or ideas, or to si...

Iodoform is antiseptic and it is particularly used for the dressing of the wounds. Iodoform is crystalline solid of pale-yellow color and it has medicine like pungent odor. It liberates the iodine so it has the antiseptic properties. It has a sweetish taste and is occasionally, used as a disinfectant on a small scale. Nowadays, its use is suppressed by the superior antiseptics, but earlier it was used as a medicine for the healing of the wounds. Formerly, it was employed as intravitreal and topical antiseptic. For cats and dogs, it is an active ingredient for many of the ear powders along with propanoic acid, and zinc oxide which is used for preventing the infection and for facilitating the removal of hair from their ear. The odor of iodoform is unpleasant so it has been replaced by the other iodine-containing compound. Freon is used as a refrigerant, and as propellent in the foams and aerosols such as hair sprays and body sprays. It is also used for air conditioning. Freons are the derivatives of the ethane and methane. They are easily liquefiable, non-toxic, and non-corrosive gases. In the past, it was commonly used in the industry. It is used in industry and commerce. They are also used for the production of fluorocarbons resins and the production of the lubricants. Despite the various applications, it has some risks to human beings and the environment. Environmental Effects of Iodoform-freons The elevated levels of iodoform-freons are toxic to both the environment and ...

Polyhalogen Compounds Polyhalogen compounds are Carbon compounds having more than one halogen (elements present in the group 17 of the modern Few very important polyhalogen compounds are methylene chloride, chloroform, carbon tetrachloride, iodoform, DDT, benzene hexachloride among many others. In this 1) Methylene chloride (Dichloromethane) Dichloromethane, also known as methylene chloride, is one of the polyhalogen compounds present in form of solvent. It is popularly known for its uses in many purposes such as a paint remover, as a process solvent during Low levels of methylene chloride exposure in the air can cause slight hearing and vision impairment. High levels of methylene chloride exposure in the air can lead to nausea, dizziness, tingling, and numbness in an individual’s fingers and toes. Direct skin contact of humans with this solvent is highly injurious. It can cause harmful effects such as mild redness of the skin, intense burning, etc. Direct 2) Chloroform (Trichloromethane) Trichloromethane, also known as Chloroform, is a colourless polyhalogen compound present in liquid form. It has a characteristic sweet smell. The boiling point of chloroform is 334 K. However, chloroform can slowly oxidize by air and form a poisonous gas “phosgene” in the presence of light. Therefore, it is necessary to store chloroform bottles away from 2). However, the addition of little ethanol to chloroform can convert toxic phosgene to a nontoxic compound known as ethyl carbonate. Ch...

All RxWiki content including health news, medication pages, and condition pages published prior to February 2023, was written and maintained by on-staff pharmacists. Please be advised that this content is no longer actively maintained and may now contain outdated information. If you have any questions regarding previously published content, please contact