What is Bioinformatics?
Bioinformatics involves mathematical, computer, statistical and biological sciences together to analyse biological data.
Bioinformatics takes biological data and uses computers to extract out the really interesting findings. Bioinformaticians study human diseases, find new, more powerful drugs, and unlock the secrets of the biology of many different organisms.
A journal article on Bioinformatics Education
Bioinformatics takes biological data and uses computers to extract out the really interesting findings. Bioinformaticians study human diseases, find new, more powerful drugs, and unlock the secrets of the biology of many different organisms.
A journal article on Bioinformatics Education
What is a Bioinformatics Scientist?
Also known as a Bioinformatics Biologist or Bioinformatician
A bioinformatician is a scientist that uses information technology and computer science to solve biological problems or analyse biological data (e.g. genomic information). Scientists in the bioinformatics field and the work they do are extremely crucial if the world is going to advance its knowledge of the biological sciences.
Bioinformatics scientists often have to come up with creative means both analytically and computationally to solve many biological mysteries to meet research goals. Bioinformatics scientists also consult with other laboratory scientists to design bioinformatics efforts that may be of value to the health or pharmaceutical industries.
A bioinformatician is a scientist that uses information technology and computer science to solve biological problems or analyse biological data (e.g. genomic information). Scientists in the bioinformatics field and the work they do are extremely crucial if the world is going to advance its knowledge of the biological sciences.
Bioinformatics scientists often have to come up with creative means both analytically and computationally to solve many biological mysteries to meet research goals. Bioinformatics scientists also consult with other laboratory scientists to design bioinformatics efforts that may be of value to the health or pharmaceutical industries.
What can you do with a degree in Bioinformatics?
Students majoring in Bioinformatics can look forward to careers in the healthcare, biotechnology, and pharmaceutical industries, as well as research opportunities in universities and government laboratories.
Stepping into bioinformatics is easier than you might think: learning a few lines of programming code puts genomes at your fingertips. The current job market in bioinformatics is booming, and those with expertise in biology, chemistry and computer programming will be needed more and more. This is a growing field with enormous career opportunities at the Bachelor’s, Master’s, and Doctoral levels - demand is high for individuals with a combination of biological knowledge and computational skills.
Graduates in Bioinformatics may find themselves creating databases for a gene discovery project, using computer modeling to characterize the structure and function of a newly discovered protein, employing computational models to predict the spread of disease, or helping manage and analyze data from clinical trials.
Bioinformatics scientists may work either in an industrial, laboratory, or college classroom setting. They may work individually or in groups depending on the project.
Stepping into bioinformatics is easier than you might think: learning a few lines of programming code puts genomes at your fingertips. The current job market in bioinformatics is booming, and those with expertise in biology, chemistry and computer programming will be needed more and more. This is a growing field with enormous career opportunities at the Bachelor’s, Master’s, and Doctoral levels - demand is high for individuals with a combination of biological knowledge and computational skills.
Graduates in Bioinformatics may find themselves creating databases for a gene discovery project, using computer modeling to characterize the structure and function of a newly discovered protein, employing computational models to predict the spread of disease, or helping manage and analyze data from clinical trials.
Bioinformatics scientists may work either in an industrial, laboratory, or college classroom setting. They may work individually or in groups depending on the project.