Can we engineer life? 4.7 Plant gene technology, cisgenesis

J. Tramper

Can we engineer life? 4.7 Plant gene technology, cisgenesis

Bioprocess Engineering

Research output: Non-textual form › Web publication/site › Professional

Abstract

In cisgenesis, we insert new DNA in a stable form into plant DNA, just like in transgenesis. The difference being that in transgenesis, the new DNA originates from another species, in cisgenesis from a plant with which the acceptor plant can crossbreed. Researchers from Plant Research International at Wageningen UR have been arguing for almost fifteen years now to exempt cisgenic plants from GMO rules and laws. This would greatly facilitate and speed up their commercialization.

Original language	English
Media of output	Online
Publication status	Published - 21 Apr 2019

Access to Document

https://www.biobasedpress.eu/2019/04/can-we-engineer-life-4-7-plant-gene-technology-cisgenesis/

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abstract = "In cisgenesis, we insert new DNA in a stable form into plant DNA, just like in transgenesis. The difference being that in transgenesis, the new DNA originates from another species, in cisgenesis from a plant with which the acceptor plant can crossbreed. Researchers from Plant Research International at Wageningen UR have been arguing for almost fifteen years now to exempt cisgenic plants from GMO rules and laws. This would greatly facilitate and speed up their commercialization.",

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AB - In cisgenesis, we insert new DNA in a stable form into plant DNA, just like in transgenesis. The difference being that in transgenesis, the new DNA originates from another species, in cisgenesis from a plant with which the acceptor plant can crossbreed. Researchers from Plant Research International at Wageningen UR have been arguing for almost fifteen years now to exempt cisgenic plants from GMO rules and laws. This would greatly facilitate and speed up their commercialization.

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