Newsletter - August 20, 2024

We invite you to partner with us in building our business. We are seeking investors. If you wish to be part of our effort to promulgate alive, organic food and support family farmers please get in touch. Let’s work together in building here a garden for the American spirit.

Jesse Schwartz PhD
President
Living Tree Community Foods

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1 800 260 5534

A recently published study in Nature Genetics shows that the use of CRISPR/Cas ‘gene scissors’ causes unintended genetic changes that are different to random mutations. According to the study, major structural changes in chromosomes occur much more frequently in the genomic regions targeted by the ‘gene scissors’ than would otherwise be the case. These results also have implications for the risk assessment of plants obtained from new genetic engineering (NGTs), TestBiotech reported.

According to the EU Commission and the European Food Safety Authority (EFSA), unintentional genetic changes resulting from the use of CRISPR/Cas ‘gene scissors’ are no different to random mutations. However, a new method of data evaluation shows that this assumption is wrong.

The use of CRISPR/Cas completely interrupts the double DNA strand, thus causing some of the chromosomes to be temporarily separated from the main section. In the separated (distal) section, the chromosomes can restructure, larger sequences of DNA can be lost (deletions), reversed (inversions) or inserted in the wrong place (insertions).

Studies on human, animal and plant cells have all shown that these restructurings occur. However, the study recently published in Nature Genetics is the first to use large data sets to demonstrate a statistically highly significant dependence of the occurrence of these unwanted changes on the use of ‘gene scissors’. A special program with artificial intelligence was used to evaluate the large amounts of data. This revealed that the location and frequency of the unintended genetic changes cannot in any way be equated to the occurrence of random mutations.

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