We finally have sufficient computing power, memory and storage to tackle the complexities of biology, and nowhere is that more apparent than in biotechnology. As our understanding of life sciences advances from "I know it when I see it" pattern recognition type analog thinking to digital (ie reproducible, measurable, and non-biased), we have the capabilities to move fields like medicine from magic and guesswork to engineering.
As many have said, the 21st is the century of biology. Which means that real, needle-moving problem solving will be in fields like biotechnology. Which in turn means the ideas we generate need to be nurtured into tangible benefits, solving problems that have been vexing for centuries.
That's the promise of entrepreneurship in biotechnology.
As many have said, the 21st is the century of biology. Which means that real, needle-moving problem solving will be in fields like biotechnology. Which in turn means the ideas we generate need to be nurtured into tangible benefits, solving problems that have been vexing for centuries.
That's the promise of entrepreneurship in biotechnology.