Connect with:
Saturday / November 23. 2024
HomePosts Tagged "Biotech Consortium India Limited (BCIL)"

Experts discussed about the future of GM cotton in India at a brainstorming workshop on ‘Biotech Interventions in Cotton Improvement: Opportunities and Challenges’ in Nagpur.

The country is poised to make India a global hub for textile industry. Several states including Maharashtra, Telangana and Tamil Nadu have undertaken a slew of initiatives to establish exclusive textile parks. In this context, Cotton experts and scientists said that a concerted push to Genetically Modified (GM) cotton will be vital to ensure a robust textiles value chain and achieving the aspirations of the States. GM Cotton with new traits will remain pivotal to this ambition.

At a brainstorming workshop on ‘Biotech Interventions in Cotton Improvement: Opportunities and Challenges’, organised by the ICAR- Central Institute for Cotton Research (CICR), Nagpur in association with Biotech Consortium India Limited (BCIL), with support from the Federation of Seed Industry of India (FSII), at ICAR-CICR campus in Nagpur, experts said the future of GM  cotton in India will be determined by a complex interplay of technological, regulatory, socio-economic, and environmental factors. Cotton researchers and agricultural experts emphasized the necessity of continued innovation, responsible stewardship, and stakeholder collaboration for harnessing the full potential of modern biotechnologies-genetic engineering and gene editing.

Bt-cotton brought a revolution in the country’s cotton production and transformed a cotton-importing country into a leading cotton producer. However, the momentum broke with the decline in production in FY2015. Since then, affected by pest infestation, specifically, pink bollworm, cotton production in the country is registering a constant stagnation. Addressing challenges and ensuring responsible stewardship of the technology will be essential for sustaining its benefits and promoting the long-term viability of cotton farming in India. To counter these challenges, the need for biotechnological interventions in cotton improvement is the most pressing issue in India.

Dr Y. G. Prasad, Director, ICAR-Central Institute for Cotton Research, Nagpur said, “Adopted in India more than two decades ago, Bt-cotton varieties are genetically engineered to produce insecticidal proteins that are toxic to certain pests, such as bollworms and pink bollworms, significantly reducing the need for chemical insecticides and improving yield and quality.”

Dr C D Mayee, Former Chairman, ASRB and Former Director, ICAR-CICR, Nagpur noted cotton expert expressed that biotechnology has enabled the development of herbicide-tolerant cotton varieties that allow for more effective weed control, reducing the need for manual labour for weed management, and can improve overall crop yields.

Speaking on the current challenges and need for genetic interventions in cotton, Dr Paresh Verma, Head AAI, Executive Director-Bioseeds Division, DCM Shriram Limited, Hyderabad, said, “Collaborative efforts involving policymakers, researchers, farmers, and other stakeholders are needed to navigate regulatory complexities, promote technology access and equity, and ensure that biotech interventions contribute to sustainable and inclusive cotton farming systems.” He added that, “The development and adoption of GM cotton varieties with broad-spectrum insect resistance represent a significant advancement in cotton production technology, offering farmers effective pest management solutions and contributing to more sustainable and profitable cotton farming systems.”

Field testing of GM cotton is a crucial step in the development and evaluation of new varieties before their commercial release and needs to be expedited. Experts also highlighted that focus on cotton needs to be sharpened in wake of employing over 45 million skilled workers, according to industry estimates, India’s textile industry is poised to achieve a milestone of US$250 billion in textile production by 2030.

Maharashtra, in particular, has set an ambitious target of reaching US$100 billion in textile production. The escalating requirements of the textile industry highlights the need to revitalize the cotton sector, experts assert. The current production levels present a significant bottleneck in the growth trajectory of the textile industry. To address this, there is an urgent need to fortify the cotton value chain and bolster cotton production.

Experts discussed about the future of GM

The workshop was held in association with National Agri-Food Biotechnology Institute and Mohali and Biotech Consortium India

The Punjab Agricultural University (PAU) recently organised a workshop on ‘Genome Editing in Agriculture: Science, Potential and Policies’ in association with National Agri-Food Biotechnology Institute (NABI), Mohali and Biotech Consortium India Limited (BCIL), New Delhi. The goal of the workshop was to highlight the application of innovative technologies like genome editing in the crop breeding programmes and also to create awareness among the key stakeholders viz. scientists, students, agriculture officials and industry about the technology and its potential. Around 400 active participants including scientists, students, and research fellows from PAU and nearby institutions attended the workshop and listened to learned speakers very attentively.

At the inaugural session, Dr Parveen Chhuneja, Director, School of Agricultural Biotechnology, PAU welcomed all the dignitaries and the participants. Dr Ajmer Singh Dhatt, Director of Research, highlighted the need for innovative solutions to meet the challenges being faced by agriculture. Dr Vibha Ahuja, Chief General Manager, Biotech Consortium India Limited, presented a brief overview of the workshop.

In his keynote address, Prof Ashwani Pareek, Executive Director, NABI, Mohali, pointed out the need for technological innovation. Dr Shammi Kapoor, Registrar and Dr Gurjit S Mangat, Additional Director of Research, Crop Improvement-cum-Director GS Khush Institute of Genetics, Plant Breeding and Biotechnology, PAU also participated in the workshop. Experts from different institutes highlighted the advancements, potential and applications of Genome Editing in two technical sessions.

Dr Navtej Singh Bains, former Director of Research, PAU, delivered an informative talk on potential applications of gene editing in the breeding field, and vegetable and fruit crops. Dr Naveen Singh Bisht explained the manipulation of mustard oil through the editing of glucosinolates in Indian oilseed mustard.

Dr Baljinder Singh Nandra from the Federation of Seed Industry of India (FSII) provided a glimpse of the national and international status of gene-edited plants and the importance of strong linkage between scientists and industry partners.

Dr Vibha Ahuja, Chief GM, Biotech Consortium India Limited, discussed the Government of India’s policies and procedures for the approval of genome-edited crops. Scientists from NABI presented their work on increasing β-carotene content in banana and iron (Fe) content in wheat grains. Scientists from PAU, Ludhiana presented their research on starch resistance wheat and potato, increasing the tomato shelf-life, reducing the acrylamide content in wheat and potato, haploid induction, and biofuel production in sugarcane through genome editing.

Later, an interactive session was held between researchers and speakers about the future of genome editing in crop improvement.

The workshop was held in association with