Randall Parker hammers on the important trends again: "Until recently, DNA methylation could only be studied one gene at a time. But a new microarray-based technique developed at Illumina enabled the scientists conducting this new study to simultaneously examine hundreds of potential methylation sites ... Some people argue that anti-aging therapies are a distant prospect because even at Moore's Law (which is a doubling time for computer power of about 18 to 24 months) rates of advance it will take a long time before biotechnology can reverse full body aging. ... But biotechnology can advance more rapidly than computer technology did because biotechnology is in the process of harnessing techniques first developed for the computer industry over a period of decades. ... This allows biotech to capture in a relatively short period of time the gains of decades of semiconductor technology. So I'm not surprised to read about sudden orders of magnitude increases in the ability to do biological experiments using silicon chips." Rapid trends towards faster, better and cheaper tools are driving the biotechnology revolution.