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Click here for private health insuranceAlmost 100 years ago, Scottish Physician Alexander Fleming was carrying out experiments with staphylococcal bacteria when he found penicillin to be successful in destroying the harmful microbes. A slow process began and penicillin was finally mass-produced as an infection-fighting drug just before the outbreak of WWII. It became known as the ‘wonder drug’ and is credited with saving many lives throughout the Second World War. Fleming’s work was recognised with the award of a Nobel Prize in 1945 and accelerated research which led to the development of more antibiotics throughout the 1940s and 1950s.
Our bodies are well equipped to look after themselves and we have an immune system that protects us against harmful germs we’re exposed to. It does this by identifying unknown substances and mobilising white blood cells to fight any infection they might cause. In some instances, the immune system can be overwhelmed and needs extra help to overpower the harmful bacteria that are multiplied in the body.
This is when antibiotics can be used to assist in fighting infection. They work either by killing existing bacterial cells or by stopping the organisms through multiplying and spreading through the body.
Antibiotics help to fight and clear up several common infections including:
Antibiotics are usually prescribed by your doctor to be taken orally (in tablet form) or applied topically (in the form of a cream, ointment or spray). You’ll typically complete a course of treatment in seven to 14 days and if your symptoms are still persisting, contact your doctor or arrange a GP visit for a consultation in your home.
Viral infections cannot be treated with antibiotics. Common viral infections include flu, pneumonia and warts which require a different type of medical treatment. A phenomenon known as ‘antibiotic resistance’ is also becoming more common and drugs that have long been used to treat well-known infections are being rendered ineffective.
Antibiotic resistance is when bacterial cells adapt and mutate to become immune to antibiotics. This means that certain conditions are becoming harder for doctors to treat. Resistance to antibiotics is a natural occurrence but it’s believed that the process is being sped up by the overuse and unnecessary administration of antibiotics in humans and animals across the world. This has led to the emergence of so-called ‘superbugs’ like MRSA and a drug-resistant strain of tuberculosis which can be life-threatening. As a population, there are things we can do to help slow down the rate of antibiotic resistance.
There are a number of things we can do to help antibiotics to remain effective for as long as possible.
Name: Dr. Muhammad Mohsin, General Practitioner
University Degree: MBBS, AMC
Bio: Dr. Muhammad Mohsin completed his studies from Univerisity of Health Sciences, Lahore Pakistan in 2008. He came to Australia in 2012 and has worked as a resident and GP in various hospitals and medical centres across Australia. He has a particular interest in men's health, travels medicine, chronic disease management, and general family medicine.
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