India’s landmark release of the world’s first genome-edited rice and China’s rapid regulatory approvals signal a new era for crop innovation, but the legal, political and public trust battles that stalled transgenic GM crops are already re-emerging around CRISPR

India’s release of the world’s first genome-edited rice varieties marked a watershed moment in agricultural biotechnology and positioned the country at the forefront of the gene-editing revolution. The launch of DRR Dhan 100 and Pusa DST Rice 1 represented more than a scientific milestone; it signalled a dramatic policy shift in a nation where transgenic crops have spent two decades entangled in litigation and political controversy. The breakthrough was made possible by a crucial regulatory distinction. Under India’s 2022 framework, genome-edited plants that do not retain foreign DNA are exempt from the stringent biosafety regulations that govern genetically modified organisms. This has effectively created a fast track for CRISPR-derived crops, allowing them to move through conventional seed approval channels rather than the country’s cumbersome GMO regulatory system.

China has adopted a similarly pragmatic approach. While retaining government oversight, Beijing has established an accelerated approval pathway for gene-edited crops and is rapidly expanding its portfolio of approved soybean, maize, wheat and rice varieties. Japan, Australia and the Philippines have also created regulatory pathways that treat certain gene-edited crops differently from transgenic GM organisms. The commercial implications are profound. Gene editing dramatically reduces development timelines and lowers regulatory costs, enabling public research institutions and smaller companies to compete alongside multinational seed firms. The technology promises a new generation of crops with improved yields, climate resilience, enhanced nutrition and greater resource efficiency.

Yet the success of CRISPR has not ended the biotechnology debate. In India, the same advocacy groups that successfully opposed Bt brinjal and challenged GM mustard have turned their attention to gene-edited crops. Critics argue that gene editing still falls within the legal definition of genetic engineering and should therefore undergo full biosafety assessment and environmental review. The debate extends beyond legal definitions. Questions around unintended genetic changes, transparency, labelling and consumer choice continue to fuel public scepticism. The inability to distinguish certain gene-edited plants from naturally occurring mutations has created new challenges for traceability and regulatory oversight. Concerns over corporate control have also resurfaced. Although many gene-edited crops are being developed by public institutions, the underlying CRISPR technologies remain subject to complex intellectual property arrangements. Farmer groups and civil society organisations fear that deregulation could ultimately strengthen corporate influence over seed systems.

The global context adds another layer of complexity. Europe, long regarded as hostile to agricultural biotechnology, is moving towards a more permissive framework for gene-edited crops. However, differences in regulatory definitions and labelling requirements could create significant market access challenges for exporting countries. The article argues that Asia has clearly won the first phase of the gene-editing race by creating a favourable regulatory environment and building a robust innovation pipeline. But the political foundations of the earlier GM controversies remain largely intact. The future of CRISPR in agriculture may therefore depend less on scientific capability than on governance, transparency and public trust. The technology has succeeded in opening doors that remained closed to transgenic GM crops. Whether it can remain on that path will depend on how regulators, scientists and industry respond to the inevitable political and societal questions that are once again gathering at the gate of agricultural innovation.

To read the full story click: https://online.anyflip.com/unmb/yyvx/mobile/index.html