Can we engineer life? 3.3 Well-being for all
In 1971 I did a work placement at Tel Aviv University in Israel. It was a wonderful and decisive period in my life. The researchers in the lab judged it more important that I got to know their country, than that I did some research for them. Saturday, Sabbath, was their only day off, but
Can we engineer life? 3.1 Transition is unavoidable
‘Education is the most powerful weapon which you can use to change the world’ (Nelson Mandela). Hans Tramper is professor emeritus in Bioprocess Technology at Wageningen University and reflects on the development of his subject in a series of essays. His pieces were published so far on 18 June, 30 June, 11 July, 22 July,
Can we engineer life? 2.3 Precision modification of the genome
Gene technology is a much-discussed technology with almost endless opportunities. Opponents have objected to it right from the start. Their worry was and is, that researchers do not exactly know what they’re doing when they adjust genes and modify the genome, where they’re doing it, and what the consequences might be. Opponents look upon gene
Can we engineer life? 2.2 Development of recombinant-DNA technology
In 1973, Stanley Cohen and Herbert Boyer of Stanford University and University of California, did the first successful recombinant-DNA experiments on the bacterium Escherichia coli. Through genetic ‘cutting and pasting’ they succeeded in introducing resistance in this bacterium that inhabits our guts, to two antibiotics, tetracycline and kanamycine. Hans Tramper is professor emeritus in Bioprocess
Can we engineer life? 2.1 From evolution to revolution
Only quite recently historically speaking, mankind acquired the know-how to change the properties of living species: as people settled and developed agriculture. But it required a revolution, much later, to develop the knowledge to do this in a purposeful way. Hans Tramper is professor emeritus in Bioprocess Technology at Wageningen University and reflects on the
Can we engineer life? 1 Gene technology is the key
1973 was a remarkable year. We witnessed the first global energy crisis, leading to motor car-free Sundays in the Netherlands. In the US, president Nixon had to resign because of the Watergate affair. In the scope of the series of essays that I envisage, 1973 marks the start of gene technology. Hans Tramper is professor
CRISPR-Cas: a prize winning technology?
According to Piet Borst, a highly respected Dutch cancer researcher, those deserving to receive the Nobel Prize for the development of CRISPR-Cas technology, will not get it. With that he means the microbiologists who did the painstaking fundamental research and developed the knowledge required to turn CRISPR-Cas technology into the Science breakthrough of 2015. Piet
Can we engineer life? 3.2 Planetary boundaries
‘Education is the most powerful weapon which you can use to change the world’ (Nelson Mandela). Hans Tramper is professor emeritus in Bioprocess Technology at Wageningen University and reflects on the development of his subject in a series of essays. His pieces were published so far on 18 June, 30 June, 11 July, 22 July,
on: 10 September 2018