Bioinformatics technology
Written by admin on September 18, 2009
Biotechnology has made great advancements over the last century but it would have all been impossible without the use of computers and the internet. Thanks to the computer with its common language and the internet with its word wide web structure scientists all over the world have been able to join forces, contribute and access biological data allowing collaborations among scientists studying plant, animal and microbe life.
One of the biggest problems that researchers of today have to face is bioinformatics, more specifically how to make sense of all the massive amounts of data provided by biotechnologies powerful techniques and research tools.
The main concern scientists are faced with today is how to manage, store, collect and retrieve all this information, data has to be managed to ensure that everyone can access it and it inst hindered by location or problems with compatibility.
An integrated form of data analysis has to be provided and ways of visually representing cellular and molecular data has to be developed.
Bioinformatics technology can however take advantage of the vast array of computational tools that that the information technology has provided us with such as statistical software, graphics simulation, algorithms and database management software. These are able to consistently organise, process and bring together data from numerous different sources.
Bioinformatics is sometimes referred to as computational biology as it consists of two branches, the first part is the gathering of data, storing, accessing and visualising with the second relies on integration of the data collected, analysis and modelling of the data.
Systems biology is another branch of technology which attempts to take and use the biological data to create predictive models of cell process, biochemical pathways and the ultimate goal, whole organisms.
Biologists in this department rely on a series of mathematical models of pathways to determine the complexity of interactions that can occur in biological systems. They rely on super computers making accurate and interactive bio simulations in order to be able to get a complete picture of the system they are studying.
Over the next few years, biotechnology will focus more on products that focus on systems and pathways and not just the single molecule or gene and bioinformatics technology will come to be an important and essential component in every step of development, commercialisation and product research.