Science Education: Computers in Biology
Computational tools and approaches offer opportunities to study biology in new and exciting ways, helping to answer questions like:
- How do cells, human populations and other complicated biological systems behave under a variety of conditions?
- How can we organize, share or visualize vast amounts of biological data?
- What can we learn by simulating and modeling complex life processes?
Follow the links below to learn more about computers in biology,including recent developments, and read profiles of researchers working in this field.
Shows how scientists use computers to advance our understanding of biology and human health.
Modeling Infectious Diseases
Researchers are using computers to create virtual worlds where people get sick. Find out how this helps us understand and prevent the spread of actual infectious diseases.
The Simple Rules Bacteria Follow to Survive
By following certain rules, competing bacterial cells work together so the colony can rebound after exposure to antibiotics or other chemicals.
Data-Mining Study Explores Health Outcomes from Common Heartburn Drugs
Mining large amounts of medical data provides preliminary information about a link between a common heartburn drug and heart attacks.
Digging Deeply Into Data for the Causes of Disease
Hunting for the cause of a disease can be like tracing a river back to its many sources. Here are a few examples of how scientists are using bioinformatics to learn more about the development of diseases.
Mountains and Mouse Genes
Biostatistician Gary Churchill studies mouse genetics to link gene combinations to traits.
Past to Present
Evolutionary biologist Joe Thornton uses computers and other molecular biology tools to locate ancestral receptor genes.
Doctor-scientist Atul Butte uses computers to re-classify diseases.
Cool Video: Meticulous Molecular Modeling
Researchers have developed software that combines different types of data to create 3-D models of molecules.
Dr. Russ Altman on Pharmacogenomics
Russ Altman discusses how computational approaches can help us understand interactions between genes and drugs.
Modeling How Molecules Move Inside Cells
Computational modeling helps explain why large molecules travel 15 times more slowly in the cell than in water.
Cool Image: A Year of Scientific Beauty and Insights
The images in this free 2013 calendar from an NIGMS-funded center reveal new details about the inner workings of biological processes like blood coagulation, viral infection and whole cell behavior.
Hairballs of Data
This image integrates the thousands of known molecular and genetic interactions happening inside our bodies using a computer program called Cytoscape.
Mapping Brain Differences
This image of the human brain uses colors and shapes to show neurological differences between two people.