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Bayer Accelerates Genome-Edited Crops for Greater Climate Resilience

Bayer Accelerates Genome-Edited Crops for Greater Climate Resilience
Bayer bets big on climate-resilient crops - Economy News · financialexpress.com

Bayer is working on new crop varieties that can handle difficult weather conditions better.

It is using a method called genome editing to change a plant’s own genes.

Unlike many genetically modified crops, these plants do not receive foreign DNA.

Bayer says this method can make new varieties faster.

The company is studying crops such as corn, soybeans, cotton, rice and vegetables.

Its first edited corn and soybean varieties may be sold for farming in the early 2030s.

India has made some types of genome editing easier to approve than genetically modified crops.

Indian researchers have also developed rice varieties that may produce more food, tolerate salty soil and use less water.

These rice varieties could be tested in farmers’ fields by the end of the year.

Key facts

Bayer’s technology focus
Genome editing, while continuing development of transgenic crop varieties.
Target crops
Corn, soybeans, cotton, rice, canola, hybrid wheat and vegetables.
Expected Bayer launch
The first genome-edited corn and soybean varieties are expected for commercial cultivation in about four to five years, likely around 2031 or 2032.
Genome-editing distinction
The method modifies a plant’s existing genes without inserting foreign DNA, according to the article.
India’s regulatory change
A March 2022 Environment Ministry notification exempted certain SDN-1 and SDN-2 genome-edited crops from specified biosafety rules for genetically modified crops.
Indian rice varieties
DRR Rice 100 (Kamala) and Pusa DST Rice 1 are reported to increase yields by about 15-20%, tolerate salinity and save water.
Current GM crop approval in India
Cotton is the only genetically modified crop approved for commercial cultivation in India, according to the article.

Quotes

Amanda McClerren

Head of plant biotechnology at Bayer Crop Science

“We’re on a similar timeline for both corn and soy. And we think pending the global regulatory framework, which is still developing, it’ll be the early 2030s, so probably 2031 or maybe 2032”
financialexpress.com
“It’s very promising, and it’s very promising in geographies that don’t allow transgenic traits”
financialexpress.com

Axel Trautwin

Lead regulatory science specialist in Bayer’s crop science division

“We have not spoken too much about it in the past, but we are actually doing it. We are investing a lot not only through partnerships but also internally in genome editing. It is fundamentally transformational and breakthrough technology in the whole industry (seed),”
financialexpress.com

Sources

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