Future
Bio-inspired technologies of the future can help explain biomolecular engineering. Looking at the Moore's law “Prediction”, in the future quantum and biology-based processors are “big” technologies. With the use of biomolecular engineering, the way our processors work can be manipulated in order to function in the same sense a biological cell work. Biomolecular engineering has the potential to become one of the most important scientific disciplines because of its advancements in the analyses of gene expression patterns as well as the purposeful manipulation of many important biomolecules to improve functionality. Research in this field may lead to new drug discoveries, improved therapies, and advancement in new bioprocess technology. With the increasing knowledge of biomolecules, the rate of finding new high-value molecules including but not limited to antibodies, enzymes, vaccines, and therapeutic peptides will continue to accelerate. Biomolecular engineering will produce new designs for therapeutic drugs and high-value biomolecules for treatment or prevention of cancers, genetic diseases, and other types of metabolic diseases. Also, there is anticipation of industrial enzymes that are engineered to have desirable properties for process improvement as well the manufacturing of high-value biomolecular products at a much lower production cost. Using recombinant technology, new antibiotics that are active against resistant strains will also be produced.
Read more about this topic: Biomolecular Engineering, Timeline
Famous quotes containing the word future:
“In any future great national trial, compared with the men of this, we shall have as weak, and as strong; as silly and as wise; as bad and good.”
—Abraham Lincoln (1809–1865)
“We live in an age when to be young and to be indifferent can be no longer synonymous. We must prepare for the coming hour. The claims of the Future are represented by suffering millions; and the Youth of a Nation are the trustees of Posterity.”
—Benjamin Disraeli (1804–1881)
“It lives less in the present
Than in the future always,
And less in both together
Than in the past.”
—Robert Frost (1874–1963)