A mixture of Biochemistry, Molecular Biology,
and Computer Science
Obtaining, storing, organizing, and analyzing
biological and genetic information for understanding its activity in living
organisms
Main goal is to convert multitude of complex
data into useful information and knowledge
Data includes gene and protein sequences,
cDNA, nucleotide sequences
Data from gene sequencing, combinatorial
chemical synthesis, gene-expression investigations, pharmicogenomics, proteomic
studies, and other methods of study.
Information used to build synthetic and
predictive models allowing scientists to better understand complex living
systems
Future applications in biology, chemistry,
pharmaceuticals, medicine, and agriculture
With
this new field of study, you have the opportunity to apply recent technology to
almost anything you want to know in the realm of Biology, Chemistry, Medicine
and more. You can:
Compare genomes of any species whose genome
is mapped
Discover what gene encodes a particular
protein
See the 3D structure of proteins
Get information about your favorite disease
To see more of these possibilities, see the Applications Section.
Educate undergrads in the new field of
Bioinformatics
Instruct students in using bioinfo
applications
Provide problems for students to work to
test their new knowledge
Supply links to graduate education and career
opportunities in the field
Act as a supplement to Biochemistry texts
To get people interested in Bioinformatics
This site is funded by the National Science Foundation .