 Spring 2009Reverse Engineering the Brain; PLUS: Bringing the Fruits of Computation to Bear on Human Health: It’s a Tough Job but the NIH Has to Do It |
 Winter 2008/2009NCBC Update: Shedding New Light on Biological Complexity |
 Fall 2008The Golden Age of Public Databases: Speeding Biomedical Discovery; PLUS: Simulated Metabolism -- A First Step Toward Simulated Cells |
 Summer 2008Mining Biomedical Literature: Using Computers to Extract Knowledge Nuggets; PLUS: Successful Collaborations: Helping Biomedicine and Computation Play Well Together |
 Spring 2008On Simulating Growth and Form; PLUS: Assembling The Aging Puzzle: Computation Helps Connect the Pieces |
 Winter 2007/2008Life in Motion: Simulation from Particles to People |
 Fall 2007Computing the Ravages of Time: Using Algorithms To Tackle Alzheimer's Disease; PLUS: Genetic Variants and Ill Health: Scanning 500,000 SNPs Yields Gene-Disease Connections |
 Summer 2007Imaging Collections: How They're Stacking Up; PLUS: Dock This: In Silico Drug Design Feeds Drug Development |
 Spring 2007Biocomputation Startups: Where Does Value Lie?; PLUS: Modeling Cancer Biology: How mathematical models are transforming the fight against cancer |
 Winter 2006/07Computational Biomechanics: Making Strides Toward Patient Care; PLUS: Biologically Inspired Computation: Algorithms That Mimic Nature’s Tricks |
 Fall 2006Bringing Supercomputers to Life (Sciences); PLUS: Microarrays: The Search for Meaning in a Vast Sea of Data |
 Summer 2006Human Versus Machine: Biomedical expertise meets computer automation; PLUS: Computational Biology Catches the Flu: Modeling the bug, the host, the world |
