Bacteria are abundant microscopic organisms found everywhere. Classed as a prokaryotic lifeform due to their unicellular status, they have many roles in nature such as being a source of numerous … Continue Reading Bacteria shown to have working memory similar to neurons.
The body’s protector from all things dangerous, the immune system is a highly adaptive line of defense in the body consisting of a network of cells, skin and proteins guarding … Continue Reading First three-component artificial immune system made of DNA computers.
For the greatest chance of survival, cancer screening needs to detect the disease before symptoms appear. Current cancer detection involves blood tests, urine tests, DNA tests, and/or medical imaging, however, … Continue Reading DNA computer can detect cancer on a single-cell basis.
The exciting field of biocomputing, involving processing and storing information in living cells, is currently being developed with a view to next-generation therapeutics and for capturing events within the body. … Continue Reading New DNA computer stores long-term cellular memory.
Bio-computers use systems of biologically derived molecules, such as DNA and proteins, to build circuitry inside cells which can perform computational calculations involving storing, retrieving, and processing data. In turn, … Continue Reading Artificial protein builds autonomous circuits to control any cellular process.
Mining the gut microbiota, the trillions of microbes living in our digestive system is a promising approach for developing new sensors providing a response to disease and abnormalities in the … Continue Reading Bacteria containing DNA computer provides diagnostics for the gut microbiota.
Technologies are quickly advancing the way they store information in computers, CDs, DVDs, and even DNA. Despite these advancements, threats as simple as water and as complex as cyber-attacks can … Continue Reading Basic biological molecules used to store data, doesn’t use DNA.
In biology, cells sense and process many environmental inputs. These inputs are then processed to produce outputs, such as development, differentiation, or immune responses modulated via the regulation of specific … Continue Reading CRISPR used to develop first biosynthetic dual-core cell computer.
Computing using DNA relies on information being encoded very concisely onto the base pair sequence joining strands, making DNA a focus of attention for very high-density molecular memories, however, the … Continue Reading Reprogrammable self-assembling DNA computer developed.
DNA computing is a form of synthetic biology using DNA and biotechnical hardware on the nano-scale to store data and compute information. As the makeup of all organisms on earth … Continue Reading Synthetic cells use DNA computers to communicate and compute data.