Scientists Successfully Develop Low Nicotine Tobacco with Genetic Modification

Regulations by 2FIRSTS.ai
Feb.01
Scientists Successfully Develop Low Nicotine Tobacco with Genetic Modification
Scientists in Novosibirsk, Russia have developed low-nicotine tobacco through gene modification, with positive potential effects on human health.

According to a report from the Russian media outlet nsk.kp on January 31st, scientists in Novosibirsk have successfully developed tobacco with low nicotine content. After years of research and development, this project has finally achieved results. These researchers were able to create genetically stable tobacco varieties by transforming the plants.

 

According to these scientists, synthetic genes in tobacco are intricately linked to the plant's vital life processes. By modifying these genes, they have observed a heritable decrease in nicotine levels in tobacco.

 

Scientist Sofia Gerasimova has announced that they have successfully modified tobacco to genetically reduce its nicotine content. Throughout the development of this project, researchers have developed and applied for two patents related to decreasing the nicotine levels in tobacco.

 

These improved tobacco plants not only serve as the foundation for feeding insects in cultivation, but also have the potential to have positive effects on the human body. In light of this, researchers express great confidence.

 

Notice

1. This article is provided exclusively for professional research purposes related to industry, technology and policy. Any reference to brands or products is made solely for the purpose of objective description and does not constitute an endorsement, recommendation, or promotion of any brand or product.

2. The use of nicotine products, including but not limited to cigarettes, e-cigarettes, and heated tobacco products, is associated with significant health risks. Users are required to comply with all relevant laws and regulations in their respective jurisdictions.

3. This article is strictly restricted from being accessed or viewed by individuals under the legal age.

Copyright

This article is either an original work by 2Firsts or a reproduction from third-party sources with the original source clearly indicated. The copyright and usage rights of this article belong to 2Firsts or the original source. Unauthorized reproduction, distribution, or any other unauthorized use of this article by any entity or individual is strictly prohibited. Violators will be held legally responsible. For copyright-related matters, please contact: info@2firsts.com

AI Assistance Disclaimer

This article may have utilized AI to enhance translation and editing efficiency. However, due to technical limitations, errors may occur. Readers are advised to refer to the sources provided for more accurate information.

This article should not be used as a basis for any investment decisions or advice, and 2Firsts assumes no direct or indirect liability for any errors in the content.