What Are Health Sciences? - Health

Health sciences are also sometimes referred to as biomedical sciences and are concerned with the development and testing of treatments and the discovery and diagnosis of medical conditions - essentially, anything scientific to do with the health service. Health sciences comprise elements of biology and chemistry, but also engineering and mathematics; it is a huge field that is recognised as part of the National Health Service and is responsible for the majority of successful diagnoses in the UK.

Health sciences is such a huge field that it needs careful management. Members of managerial staff within the field of health sciences have to be dedicated individuals with high levels of commitment to quality and accuracy. Innovation is also essential within health sciences. Technological advancements can help health sciences to move forward quickly, and the discovery of new technologies can allow drug testing and investigation to be completed more quickly and more accurately. The use of the internet is one simple example of how technological advancements can help health sciences. Sharing data and findings is an important part of health sciences and collaborative working can help to inspire and further more research. Before the internet was widely used, sharing data and findings was tricky - you would need to have findings printed up or put onto a floppy disc, and it would have been difficult to distribute anything particularly widely at speed. Now, it is possible for sci entists and managers to upload their reports and findings onto a host website without the needs for publication in an industry journal. This allows others to read and review findings and respond to posts with comments or ideas - a much more communal and collaborative way of working is made possible by the internet, and this can help to bring health sciences forward quickly by sharing knowledge.

Biomedical sciences have also been made much quicker, safer and more effective with the development of eclinical equipment. This is automated equipment that can be used to carry out periodical testing (for example, in a laboratory environment). There are lots of different eclinical advancements that biomedical scientists can use to speed up work, and the advantage of using automated systems is that they can cut out the risk of human error - an incredibly important thing to do when dealing with medical research and development. Using eclinical equipment not only enables testing to be done more accurately, but also allows staff to have more time to get on with other duties. For example, if the temperature needs to be monitored in a laboratory test every 60 minutes, a member of staff would have to measure this themselves, record the data and put it into some kind of order - analyse it and so on. Eclinical equipment would be able to take the temperature within the testing area automatically, store the data and then collate the data as it is received. This can free up a huge amount of time to allow medical scientists to continue with other work. Technological advancements are essential to the progress and accuracy of medical science, and this benefits everyone.