Medusa

Autoclaves In The Developing World

<p>Sterile medical equipment is crucial in regards to preventing infections and ultimately diseases that can be caught from those infections&period; Unfortunately it is something that people in the UK and other developed countries take for granted&semi; we have the fortune of being able to use powerful&comma; industrial autoclaves&comma; instead of creating sterile equipment on a make shift&comma; budget basis&period; Industrial autoclaves use heat to ensure medical equipment is sterile and medical tools are safe for using&period;<&sol;p>&NewLine;<p><img class&equals;"aligncenter size-full wp-image-726" alt&equals;"ic-incubators" src&equals;"https&colon;&sol;&sol;medusamagazine&period;com&sol;wp-content&sol;uploads&sol;2013&sol;04&sol;ic-incubators&period;jpg" width&equals;"280" height&equals;"207" &sol;><&sol;p>&NewLine;<h2>Problems and Solutions for Developing Countries<&sol;h2>&NewLine;<p>There are thousands of health centres and clinics globally and third world countries really do struggle to ensure that their medical equipment has been sterilised properly&period; Recently&comma; a group called The Little Devices group at MIT had a solution to the problems faced by developing countries in terms of purchasing and maintaining autoclaves&period;<&sol;p>&NewLine;<p>The solution&semi; creation of a solar concentrating system that enables the &OpenCurlyQuote;autoclave’ to be powered through the heat of the sun and not use other resources that are very costly for developing countries&comma; whom simply can not afford to power the autoclaves on a large scale&period; The device was named SolarClave and could be an incredible solution if not the solution to a major problem that is facing developing countries globally on a daily basis&period;<&sol;p>&NewLine;<p>How the SolarClave Works<&sol;p>&NewLine;<p>The sun’s heat and a pressurised chamber or &OpenCurlyQuote;bucket’ &lpar;which is filled with the medical equipment&rpar; is what powers the SolarClave and is a breathtakingly ingenious method&period; This process kills any dangerous microbes that would otherwise be inside the chamber&period; The autoclave is then suspended in the air &lpar;imagine a cylinder being suspended from a tripod&rpar; over numerous small square mirrors&period;<&sol;p>&NewLine;<p>On a hot day the mirrors multiply temperature generated by the sun and can get up to 250 degrees Fahrenheit&comma; the temperature required to sterilise the equipment safely within the &OpenCurlyQuote;bucket’&period; Sterilisation of the medical equipment lasts up to approximately 20 minutes&period;<&sol;p>&NewLine;<p>At present&comma; many clinics in third world countries rely on existing kerosene-powered autoclaves that are expensive to maintain&period; Lack of equipment available within rural areas often means that people in need of medical assistance must travel to the larger cities where these kerosene autoclaves are available&period; However&comma; this is at a cost and for many they just simple can’t afford to travel to and from the hospital&semi; many taxi journeys from rural areas to main cities cost around the equivalent of a months wage and in most cases people that need medical treatment simply do not travel large distances unless extremely ill&period;<&sol;p>&NewLine;<p>Boiling medical tools is a very common practice in developing countries and in many cases the only solution is transporting a patient to a clinic that only boils their medical tools&period; Imagine what would happen if people within the UK were faced with the same issue – just unthinkable&period;<&sol;p>&NewLine;<h2>Summary<&sol;h2>&NewLine;<p>Due to the risks of many hospitals or clinics within third world countries not sterilising their medical tools properly&comma; the SolarClave could be an absolute find and solution to an on-going problem for citizens especially within the rural areas of third world countries&period; The SolarClave is more than likely to be an essential medical development for third world countries in the forthcoming future&period;<&sol;p>&NewLine;<h5>Featured images&colon;<&sol;h5>&NewLine;<p><img style&equals;"width&colon; auto" alt&equals;"" src&equals;"http&colon;&sol;&sol;myblogguest&period;com&sol;forum&sol;uploads&sol;articles&sol;2013&sol;4&sol;swal-oven&period;jpg" &sol;><&sol;p>&NewLine;<p><span class&equals;"license">License&colon; Image author owned<&sol;span><&sol;p>&NewLine;<p><img style&equals;"width&colon; auto" alt&equals;"" src&equals;"http&colon;&sol;&sol;myblogguest&period;com&sol;forum&sol;uploads&sol;articles&sol;2013&sol;4&sol;op-ovens&period;jpg" &sol;> <span class&equals;"license">License&colon; Image author owned<&sol;span><&sol;p>&NewLine;<p><img style&equals;"width&colon; auto" alt&equals;"" src&equals;"http&colon;&sol;&sol;myblogguest&period;com&sol;forum&sol;uploads&sol;articles&sol;2013&sol;4&sol;ic-incubators&period;jpg" &sol;> <span class&equals;"license">License&colon; Image author owned<&sol;span><&sol;p>&NewLine;<p>John is the director of a company that supplies autoclaves and is more than qualified to advice on the autoclave industry&period;<&sol;p>&NewLine;

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