Medical technology has advanced swiftly, providing light and hope to millions of suffering patients. Technology is a wide term with many different definitions.
Consumers profit from modern technology in a variety of ways. In the field of medicine, technology allows doctors to treat patients more effectively and efficiently. Some cancer patients can now be treated, for example, by going through chemotherapy treatments that appear to employ modern technology, thanks to technological advancements.
Modernity has expanded to more advanced medical equipment malaysia and more modern treatments.
New discoveries and technological advancements have a significant impact on medical advancements. Indirectly, developments in this field of medicine benefit people all across the world by lowering risk and speeding up the treatment process. In this post, we are looking at 4 ways how technology advancement positively impacts mankind.
1. Advances in Engineering Genetics
First and foremost, engineering genetics also known as genetic modifications is the direct manipulation of certain organisms through biology altercations. Due to technological advantages and advancement, engineering has expanded its branches until the engineering genetics branch was introduced.
Generally, science fiction (Sci-Fi) movies often portray that genetic engineering
often abused in producing giant creations. In reality, this method actually helps to repair birth defects and disease-causing mutations.
The best-known method for having the best treatment with fewer risks in the post-procedure is doing this is CRISPR or “short palindromic repeats evenly spaced in clusters”. The consumption of CRISPR genome editing is still controversial, but it has been shown to be effective in various medical applications.
For instance, biological modification is tissue engineering and regenerative medicine have the potential to cure a disease with an approach of restoring, maintaining, repairing or replacing the original tissue of a damaged limb. This technology combines three main components namely cell culture, biological materials and biochemical factors to restore, maintain, repair or replace the original tissue that has been damaged.
Genetics modifications could also be used in food, produce, breeding and much more. Biomedical research has given evidence in which CRISPR can treat diseases like cancer, sickle cell disease, progeria, haemophilia, Huntington’s disease, and many more yet other diseases caused by one’s genes. More extensive research is needed to explore the full potential. Most likely, further research will likely yield many discoveries in various treatments, diseases, pathogens, viruses and more.
2. Better Treatment for AIDS Patient
For many years, HIV was a virus that could not be defeated. When infecting someone, the patient will then cause the individual to develop AIDS which will eventually take the patient’s life.
There are antiviral drugs as a treatment option. However, the drugs that are taken by patients are in huge amounts each time and have pretty unsettling side effects. This is difficult for patients to consistently take the medication according to schedule and eventually causes the virus to win. In 2006, this started to change with the production of a drug named Atripla.
In the following year of 2017 and 2019, two new drugs were released. Juluce and Dovatoare two new drugs where it can drastically improve treatment options for patients. Both of these drugs, enabling every patient with HIV to be effectively treated with just one dose of the drug, helps reduce the number of HIV patients who suffer from AIDS while reducing the cost of healthcare drastically.
3. Heart Attack Treatment is More Advanced and Modern
Before this century, the treatment assistance provided by doctors was very little for patients having a heart attack.
Then, treatment usually consists of giving morphine and lidocaine, which are believed to prevent irregular heartbeat. A large number of patients in the past did not recover, but today, death as a result of heart disease has decreased by 40%. The majority of this success is due to the creation of new drugs including Lipitor, Mevacor, Crestor and Simvastatin which all work to slow the progression of atherosclerosis (accumulation of plaque and material fatty in the arteries).
Heart attack patients are now treated very differently than they are before. Today, it’s all about speed. Time is the key. As soon as patients arrive at the hospital, blood clots can be removed with medications. After that, a genetically engineered Tissue Plasminogen Activator (tPA) can break down blood clots in turn restoring blood flow.
4. Better Cancer Treatments For Cancer Patients
For many years, the primary method of treating cancer patients was through chemotherapy and radiation therapy. While this method often works, this treatment will attack cancer cells as well as healthy cells. Over the past decade, new research has been developed. They wanted to embrace more possible ways to treat cancer more effectively.
Nowadays, with technology, new targeted therapies are able to eliminate many of the dangerous side effects of chemotherapy and radiation therapy by only attacking cancer cells without harming healthy cells. The therapy targeted this works in a number of ways, but for the most part, they do the following:
- Firstly, they could identify the cells and kill cancer cells directly
- Second, they interfere with the spread of cancer cells, blocking those cells responsible for tumour growth.
In Conclusion
In a nutshell, technological advancement is beneficial for mankind. It brings good. In the medical industry, these technologies make saving lives better.
