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We use new technologies in innovative ways to solve problems. The bigger the problem, the more creative and innovative we need to be. It’s like the United State space program in the 1960’s and 70’s. The huge advancements in fuel cells, integrated circuits, or even freeze-dried foods were not the results of research units considering how space travel might work; rather, they were the results of a national imperative to put a person on the moon within a decade.

When we have a working, effective systems – like liberal education – new technologies like mobile computing find less context for innovation.

he researchers report their findings in the advance online publication of the Nature Cell Biology July issue. The cells in our bodies constantly sense their environment and respond appropriately. For example, if pathogens invade the body, cells will respond by generating an inflammatory environment to fight the pathogen. This is achieved by intricate molecular circuits within cells that sense and relay external signals and orchestrate the cellular response. Aberrant functioning of these cellular switch boards can lead to diseases including autoimmune disorders and cancer. In the study, an the scientists set out to better understand the molecular workings underlying inflammation. Inflammation, the body's primary line of defense against disease-causing microbes and parasites, is a highly complex and tightly regulated biochemical process involving a myriad of specialized cells communicating with each other through an arsenal of signaling molecules.

Research that once required days in the stacks or periodical rooms of libraries can now be done in minutes