Date: Thu, 26 Jun 2025 at 12:00
Subject: Sub: Urging you to not release untested and unsafe gene edited rice varieties, Kamala and Pusa DST Rice 1, gene-edited sheep and to urgently bring all kinds of gene editing under the purview of comprehensive and rigorous regulation
To: <agrimin.india@gmail.com>, <chauhansr@mpls.sansad.in>
Cc: <bhupenderyadav69@gmail.com>, <bhupender.yadav@sansad.nic.in>, <mefcc@gov.in>, <mos-stes@gov.in>, <minister-fahdpr@nic.in>, <lalanrrsingh@yahoo.co.in>, <lalanrajiv1@gmail.com>, <rrsingh@mpls.sansad.in>
To:
Shri Shivraj Singh Chauhan
Hon’ble Union Minister for Agriculture & Farmers’ Welfare
Government of India.
Email: agrimin.india@gmail.com, chauhansr@mpls.sansad.in
Dear Shri Shivraj Singh Chouhan ji,
Sub: Urging you to not release untested and unsafe gene edited rice varieties, Kamala and Pusa DST Rice 1, gene-edited sheep and to urgently bring all kinds of gene editing under the purview of comprehensive and rigorous regulation
Namaste. At the outset, we would like to introduce ourselves. “Coalition for a GM-Free India” is a national volunteer-driven platform of hundreds of public-spirited organisations and individuals working on issues related to agriculture, health, conservation of biodiversity, appropriate technology, food safety and empowerment of farmers. We are deeply concerned about the regulatory deficiencies in India when it comes to gene technologies and their deployment in our farming systems/environment and realise that these affect citizens, their health, livelihoods and environment. We are grateful to you for expressing your concern with regard to multiple adverse impacts of transgenic GM crops and thank you for your wisdom and long-term vision on this matter.
We write this letter to you to express our deep concerns with regard to gene edited crops, and share the scientific information that we have in this regard. We believe that you have been misled by a particular “scientific community” (that for decades has sought to promote transgenic crops) ignoring scientific literature on the imprecision and unpredictability of gene editing, in addition to other related issues. In particular, we would like to draw your attention to unanswered questions with regard to the two announced gene edited rice varieties Kamala and Pusa DST Rice 1. Even though this letter is long, we request your patience in going through all the materials we are sharing here.
Gene Editing is imprecise:
Although the agricultural biotech industry and its allies claim that gene-editing tools such as CRISPR-Cas bring changes in the genome in a precise and controlled way leading to specific intended changes and nothing else, there is a large and ever-growing number of scientific evidence showing that gene editing is not precise but gives rise to numerous genetic changes, also known as unintended mutations both at the targeted site and off-site. These unintended mutations in SDN-1 technology used in the two gene edited rice varieties that were announced in May 2025, can lead to the creation of new gene sequences producing new mutant proteins, with unknown consequences to the health of consumers, and to the environment. These alterations can lead to compositional changes, which, scientists warn, could prove to be toxic and/or allergenic to human or animal consumers. We attach here a list of illustrative studies that capture numerous unintended changes from this so-called precise breeding technique.
Unreliability of CRISPR-Cas application:
There are several scientific papers cautioning us about the irreversible risks associated with CRISPR technology, the same technology used in the two recently announced gene-edited rice varieties. We attach some illustrations of scientific evidence on the same.
Gene Editing technique uses foreign genetic material, and such alien materials get unintentionally inserted into the new variety:
The process of creating genome edited organisms involves the use of foreign genetic material, in the form of plasmids/other vectors, antibiotic resistant marker genes, promoter genes etc, even in cases where the intention is not to insert alien or exogenous genetic material. It is important to note that de-regulated techniques of SDN-1 and SDN-2 gene editing also involve foreign genetic material being used and unintentionally implanted in the host organism. Since SDN-1 and SDN-2 gene editing tools have been de-regulated, there is no biosafety testing mandated at the moment in India to check for the inclusion of such foreign genetic material used in the process. We attach illustrations of scientific evidence on the unintentional inclusion of foreign genetic material in gene editing, even where the intention is not to introduce alien genes (SDN-3).
IPR issues:
Gene editing tools are proprietary technologies under IPR ownership and have a direct bearing on seed sovereignty of India’s farming community, in addition to potentially being a wastage of public resources (like we witnessed in the infamous case of Bikaneri Bt cotton, for example). The Government of India has not revealed the situation with regard to IPRs on the announced varieties. There is lack of clarity on where the Indian Government’s NRAS picked up the technological tools from, for developing these two rice varieties, on what terms and conditions. While Broad Institute has been mentioned in news articles, this Institute has patents on the technology in the USA which are under litigation. In India, University of California and University of Vienna are patent-holders, which has met with post-Grant Opposition in India recently.
Threat to India’s export markets for rice:
India is the world’s largest producer of rice at present. It is obvious that the surplus rice needs global markets. Meanwhile, important global markets have legitimate reservations about gene edited rice (these varieties would be GM with the foreign genetic material being in them too) and these markets reject such rice. We are jeopardising our trade security from these two genome edited rice varieties. More importantly, countries in the Middle East/Gulf, which are major destinations for our rice exports, prefer organic and public sentiment is against GM.
Other concerns around India’s traditional rice diversity, natural farming and other matters:
These two gene-edited rice varieties put India at risk of losing its diverse gene pool with respect to rice. You might recall the permanent and irreversible damage to traditional cotton varieties and their germplasm with GM cotton’s arrival on our farms even as research from leading cotton scientist, ex-CICR director Dr Keshav Kranthi has shown that GM cotton did not lead to promised yield increase. India is a Centre of Origin and Diversity for rice, and it becomes imperative that India protects our rice diversity pool especially in the age of climate change. Risk to these traditional varieties threatens natural farming too – for which traditional varieties are key. Within these traditional varieties which will be at risk also lie a number of traditional drought and salinity tolerant varieties as well as high yielders, with good nutritional characteristics.
Rice is used as akshat by many communities in India. “Akshat” means unbroken and whole. Here however, 366 base pairs were deleted through gene editing to develop Pusa DST Rice 1 whereas 33 base pairs were deleted for DRR Dhan-100 “Kamala”. This destroys the sanctity of rice to be used in various rituals and ceremonies.
Claims that rice cultivation area can be reduced through these two varieties unfounded and baseless:
To give a cover of acceptability to these two gene edited rice varieties, the Government of India is presenting a narrative that the increased productivity of these rice varieties will lead to reduction in rice cultivation area, freeing up land for cultivation of pulses and oilseeds. The implausibility of this claim is apparent to the discerning person; clearly, it is not lack of productivity that has increased the area under paddy cultivation in India but perverse/locked-in incentives tied to paddy production.
Meanwhile, we also have higher productivity in both traditional and conventionally-bred rice varieties than the gene edited rice varieties. Rather than these gene-edited rice varieties, the Government of India should be promoting such safer rice varieties.
Sir, it is important to recall that a deliberate ploy has been deployed with a plan to release these varieties without due testing and regulatory oversight, by de-regulating SDN-1 and SDN-2 techniques. We emphasise that IBSC oversight is equivalent to de-regulation, given the obvious conflict of interest involved. In other words, as per changes made in the statutory regulations governing gene editing in India in 2022, Institutional Bio-Safety Committees (IBSC) are supposed to self-regulate SDN-1 and SDN-2 R&D, wherein IBSC only informs the Review Committee on Genetic Manipulation (RCGM) in the Department of Biotechnology while the IBSC is the one which reviews documents submitted and even issues a certificate of exemption to the applicant within the institute. This is a clear conflict of interest. Why will any institute (and its IBSC) stop its own employee from proceeding forward in the R&D? This is equivalent to de-regulation.
Meanwhile, countries like Mexico, Malaysia, South Korea and Indonesia clearly cover all genome edited products under statutory regulatory regimes. Even in the USA, towards the end of 2024, a Federal Court has ruled that regulatory frameworks are applicable to gene edited plants. Further, countries in the Middle East, which are major export destinations for India’s rice, continue to reject GM produce, including genome edited products as some consumer surveys are revealing.
Given the many concerns we have mentioned in this letter, and the compelling scientific evidence presented herein, there is an immediate need to ensure the 2 gene edited rice varieties – Kamala (DRR Dhan 100), Pusa DST Rice 1 and gene-edited sheep are not released.
If gene-edited rice varieties and sheep are indeed as safe and beneficial as they are claimed to be, let them be proven so after undergoing thorough testing with data that is publicly shared for wider scientific scrutiny.
We urge you to –
1) Ensure that the planned release of Kamala (DRR Dhan 100), Pusa DST Rice 1 and gene-edited sheep is withdrawn immediately, and share all data related to Kamala (DRR Dhan 100), Pusa DST Rice 1, gene-edited sheep (and subsequently for all gene edited crops and animals) in the public domain.
2) Ensure that all gene editing in agriculture and animals remain fully regulated under GMO regulations given the inherent imprecision of gene editing and detailed reasons shared above. Exemption of SDN-1 and SDN-2 category gene-edited plants under Rule 20 of the “Rules for the manufacture, use, import, export & storage of hazardous microorganisms/genetically engineered organisms or cells, 1989” must be withdrawn.
Sincerely,
Kavitha Kuruganti Rajesh Krishnan
Co-Convenor Co-Convenor
Copies to –
1) Shri Bhupender Yadav, Union Govt Minister for MoEFCC
2) Dr Jitendra Singh, Minister of State (Independent Charge) for Science and Technology
3) Shri Rajiv Ranjan Singh, Union Govt Minister for Animal Husbandry and Dairying
Letter Endorsed by:
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Dr. A. R. Vasavi, Independent Researcher, Bengaluru
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Dr. Adv Lubna Sarwath, Center for Environmental & Wellbeing Economics, Hyderabad
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Dr. Agastin B, Retd. Professor, Tirunelveli, Tamil Nadu
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Dr. Aishwarya J, Independent Researcher, Chennai, Tamil Nadu
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Dr. Aishwarya P, BNYS Physician, Bangalore
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Dr. Anand Dhananjay Padhye, Professor and Head (Retired), Pune
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Dr. Anupam Paul, Kolkata, West Bengal
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Dr. Arun Gupta, Pediatrician and Public Health Expert, Delhi, Delhi NCR
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Dr. Avik Ray, Researcher and Analyst, Kolkata
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Dr. Balaji Krishnasamy, Doctor and Farmer, Puducherry
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Dr. Bharat Shah, Doctor, Vadodara
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Dr. Burnad Fathima Natesan, Tamil Nadu Dalit Women’s Movement
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Dr. D. K. Sadana, ILSI, Karnal, Haryana
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Dr. Debal Deb, Conservative biologist, Centre for Interdisciplinary Studies, Kolkata
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Dr. Debarati Chakraborty, Agri-research, Hyderabad
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Dr. Debasis Laha, Writer, researcher, Belgharia, Kolkata
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Dr. Deepa Ramesh, Velan Hospital, Tirupur
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Dr. Devendra Jani, Pune, Maharashtra
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Dr. Dhanya K, Yoga Instructor (Contract NAM), Kerala
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Dr. Dheeraj D S, Ayurvedic doctor, Kottayam
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Dr. Dhiraj Singh, Retired Agriculture Scientist, Ganganagar and Meerut
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Dr. Dipankar Dey, Teacher, Kolkata
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Dr. Donthi Narasimha Reddy, Seed Campaign, Hyderabad
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Dr. Dwiji Guru, The Millet Foundation, Sitapur (UP) / Bengaluru (Kar)
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Dr. Felix Joseph X, Professor, Kanyakumari ,Tamilnadu
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Dr. G.Sither, Naturopathist, Thanjavur
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Dr. Gautam Das, Individual, West Bengal
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Dr. Gopal Krishna, ToxicsWatch Alliance (TWA), New Delhi
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Dr. Gunathilagaraj Kandasamy, Retired Professor of Agricultural Entomology, Coimbatore
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Dr. Gunjan Sharma, Yoga Vahini, Gurgaon
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Dr. H Sumanth Hegde, Doctor, Bangalore Karnataka
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Dr. Harish Gopal Shetty, Nature Cure, Andheri, Munbai
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Dr. Hemang C Shah, Doctor at Ayush Vision Care Eye Clinic, Kutch, Gujarat
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Dr. Jegath Krishnan G, Doctor, Kollam
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Dr. Kanchan Mathur, Gender Specialist, Jaipur
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Dr. Kannadasan, Farmer, Tamilnadu
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Dr. Karthik Subramanian Chandrasekaran, Senior Molecular Cell Biologist, Chennai
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Dr. Kavita Kulkarni, Professor, Pune
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Dr. Kranthi Kumar Reddy, National Oilpalm Farmers Association, Pragadavaram, Andhra Pradesh
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Dr. Krithika, Former DST Woman scientist (Wos-A), Chennai, Tamil Nadu
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Dr. Kumar Gupta, Physician, Mumbai, MA
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Dr. Lalitha Vijayan, Honorary Director, Salim Ali Foundation, Kanimangalam, Thrissur
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Dr. M.Sivapragash, Professor, Nagercoil
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Dr. Madhulika Banerjee, University of Delhi, Delhi
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Dr. Mita Dutta, Centre for Interdisciplinary Studies, Kolkata
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Dr. Mohammad Ismail Gulshath, AINDIAA, Kovilpatti, Tamil Nadu
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Dr. Mohan Rao, Former Professor of Public Health, Bangalore
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Dr. Murali KV, Medical Doctor cum Doctorate in Medicine, Bengaluru
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Dr. Nandita Shah, Doctor, Mumbai
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Dr. Nanthini R O, Chennai
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Dr. Nilanjan Ghosh, Musician, Kolkata
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Dr. Padmini Raghavan, Member of Obstetric and Gynaecology Society And of Nature Lovers of Hyderabad, Secunderabad, Telangana
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Dr. Padmini Ranganathan, Ayurveda doctor, Mysore
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Dr. Partha Bhore, Assistant Professor, Howrah
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Dr. Parthiban Shanmugam, Public Health Consultant, Chennai
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Dr. Pooja Mukul, Enable Foundation for Persons with Special Needs, Jaipur
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Dr. Prabir Chatterjee, Doctor, Phulberia, Bankura, W Bengal
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Dr. Prableen Kaur Chatha, Doctor, Jaipur
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Dr. Pradeep Kumar, Medicine, Chennai
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Dr. Prasanta Chattopadhyay, Kalodhvani, Belgharia, Kolkata
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Dr. Prof. B.Narsimha Reddy, Retd. Professor of Botany, Hyderabad,Telangana
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Dr. Pushya A Gautama, Doctoral Scholar, Bangalore
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Dr. Raamnath ARR, Dot School of Design, Chennai
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Dr. Radhika, Teacher, Dharapuram
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Dr. Rakesh Agrawal, Independent Researcher & writer, Dehradun, Uttarakhand
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Dr. Ramakrishnappa, Belavala Foundation, Srirangapatna
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Dr. Raman, Professor, Madurai
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Dr. Regi M George, Doctor, Sittilingi, Tamil Nadu
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Dr. Rekha J Gowda, Ayurvedic doctor, Mysore
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Dr. Rupal Shah, Green Leaf Ayurved Clinic, Pune
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Dr. S. Murugesan, Indian Organic Farms Association ( IOFA), Chennai
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Dr. S.Santhi, Freelance Ecolgical Educator, Trivandrum, Kerala, India
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Dr. Safia Aggarwal, Land and forest governance, Whitefield, Bangalore
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Dr. Salauddin Baig, Service, Jamshedpur
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Dr. Sanjay Agrawal, Doctor, Jaipur, Rajasthan
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Dr. Sanjit Chatterjee, Research and teaching, Bangalore
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Dr. Sarath Babu Balijepalli, President, Hyderabad
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Dr. Sarita Kapgate, Ayurveda, North Goa
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Dr. Selvan Rathinasamy, Child doctor, Erode
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Dr. Shajehan SIvasankara Pillai, Retired Neurosurgeon, Trivandrum
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Dr. Shakeelur Rahman, Prakriti Bachao Foundation, Ranchi
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Dr. Shukla, Maharashtra
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Dr. Shyamal Samanta, Agriculture, Genetics and Plant Breeding, Howrah
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Dr. Siddhartha Gupta, Asst professor, Kolkata
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Dr. Sita Venkateswar, Massey University, New Zealand/Kolkata
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Dr. Smily, MAA Ayodhya Seva Sansthan, Uttar Pradesh
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Dr. Smita Mandlecha, Professional, Pune
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Dr. Soma Marla, Retired Principal Scientist, Hyderabad
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Dr. Sreeraj K Damodar, AMAI, Varappetty
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Dr. Sudeshna Sengupta, Independent Researcher and Consultant, Gurugram, Haryana
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Dr. Suhas Kolhekar, Molecular Biologist & Health Rights Activist, Pune, Maharashtra
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Dr. Sujatha Byravan, Biologist, Chennai
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Dr. Sunilam, Kisan Sangharsh Samiti, Parmandal
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Dr. Sushant Satpathy, Consultant Retired, Bhubaneswar
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Dr. Tanmoy K Pal, Academic Administration, Kolkata
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Dr. Tarak Kate, Dharamitra, Wardha
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Dr. Taru Veera Venkata MaruthiSuman, Freelancer, Dharwad, Karnataka
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Dr. Uma Shankari, Farmer, Hyderabad, Telangana
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Dr. Umesh Chandrasekhar, Professor of Management, Coimbatore
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Dr. US Natarajan, Srivilliputtur
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Dr. Usha R, Doctor, Thiruvananthapuram
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Dr. V. S. Vijayan, Chairman, Salim Ali Foundation, Kanimangalam, Thrissur, Kerala
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Dr. V.G. Udayakumar, Ayurveda Medical Association of India, Malappuram, Kerala
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Dr. Veena Shatrugna, Scientist Clinical Nutrition, NIN, (Rtd), Bengaluru, Karnataka
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Dr. Vijay Rukmini Rao, Development, Hyderabad, Telangana
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Dr. Vijay Sandeep Jakkula, RySS, Thematic Lead, Science & Research, Hyderabad
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Dr. Xaviar Rajappa, Retired Head Master, Sivagangai
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Dr. Yatin Diwakar, Development professional and evaluator, Navi Mumbai
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Mr. A Mannan Choudhury, Consultant, Agri Livelihood, Dharapur, Guwahati, Assam
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Mr. A.Periyakaruppan, Vilathur, Manamadurai, Sivaganga District, Tamilnadu
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Mr. Abdul Shukkoor PM, Mangad, Unnikulam, Kozhikode, Kerala
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Mr. Aditya Abhang, Software engineer, Hyderabad
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Mr. Ainthunai Velusamy, Ainthunai Natural farmers group, Erode, Tamil Nadu district
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Mr. Ajit Kumar Som, Kolkata
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Mr. Ali Asghar Shabbir Ali, Architecture, Mumbai
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Mr. Amar Kumar Debnath, Awaken India Movement, Kalyani, West Bengal
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Mr. Amitabha Dev Choudhury, Retired Teacher, Silchar, Assam
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Mr. Anand Saksena, Retired, Jaipur
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Mr. Anandharasu, Business owner, Chennai
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Mr. Anantharaman V, Organic Farmer, Thiruvaiyaru
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Mr. Ananthoo, Safe Food Alliance, Chennai
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Mr. Anil Dev Verma, Farmer, Village Chandi PO Gondgiri District Bemetara, Chhattisgarh
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Mr. Animesh Kumar Chaudhary, Raipur, Chhattisgarh
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Mr. Anoopkumar AK, Agriculture, Kumbakonam
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Mr. Anshuman Das, Expert – Agroecology and Food Systems, Kolkata
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Mr. Anugrah Lakshmanan, Carnatic classical musician, Coimbatore
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Mr. Anvesh Reddy Sunketa, Telangana Kisan Congress, Hyderabad
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Mr. Arindam Bhattacharjee, Agriculturalist, Assam
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Mr. Arindam Tapaswi, Balurghat
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Mr. Arnab Chakraborty, Srijani Sanstha, Kolkata
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Mr. Arockia Prince, Agriculture, Tirunelveli, Tamilnadu
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Mr. Arpit Sharma, Farmer, Kota, Rajasthan
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Mr. Arul Jega Selvan, Farmer, Vadakankulam
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Mr. Arunkumar, Self employed, Kunnathurmedu, Palakkad, Kerala
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Mr. Arunprasath Venket Ramana Samy, Natural Farmer, Dharapuram
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Mr. Ashim Kumar Munshi, Retired, Nashik
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Mr. Ashis Biswas, Retired, Kolkata
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Mr. Ashish Arya, AIM, New Delhi
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Mr. Ashok Kumar Sehgal, Journalist, Ludhiana
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Mr. Ashok Raj, Farmer,
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Mr. Ashwin Purshottam Chavda, Motion Graphic Artist, Mumbai
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Mr. Asit Pal, Kolkata
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Mr. Asokakumar V, Kerala Jaiva Karshaka Samithi, Malappuram
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Mr. Athikesavan S, Software Engineer, Thanjavur
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Mr. Augustine Newton, Farmer, Kavalkinaru
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Mr. Avik Saha, Jai Kisan Andolan, Kolkata
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Mr. B R Narayanaswamy, Farmers’ Leader, Coimbatore
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Mr. Babu R, Farmer, Perambur village, Uthukottai taluk, Thiruvallur Dist., Tamilnadu
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Mr. Bala Dhandapani K, Independant Natural Farmer, Dharapuram Taluk, Tiruppur Dist, Tamil Nadu
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Mr. Balachandran C, Architect, Mysore
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Mr. Balaji Srinivasan, IT, Chengalpattu
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Mr. Balakrishnan, Farmer, Jawadhupatty
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Mr. Balamurugan, Engineering, Tirunelveli
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Mr. Balasubramanian, Farmer, Pudukkottai
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Mr. Baljinder Kamboj, Software engineer, Sirsa, Haryana
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Mr. Banbehari Ghar, Sonamukhi, Bankura, West Bengal
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Mr. Basavaraj Honnappa, Consultant for FPOs, Matala, Basavakalyan, Bidar, Karnataka
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Mr. Baskar Manimegalai, Nammalvar Multiversity, Tiruvannamalai
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Mr. Bhairab Saini, Panchal, Bankura
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Mr. Bharani, Dharapuram
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Mr. Bharat Dogra, Author, Delhi
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Mr. Bharath A C, Student, Bangalore
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Mr. Bhoopendra Singh, Sangata Purkhauti Agro Farmer’s Producer Company Limited, Ambikapur, District Surguja, Chhattisgarh
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Mr. Bijendra, Tutor, Haryana
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Mr. Biju Muttathusseril, Electrical, Thrissur
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Mr. Bishnu Rabidas,
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Mr. Biswajit Bhadra, West Bengal
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Mr. Bokul Chandra, Organic Farming, Thakurgaon
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Mr. Brijesh kumar, Account executive, Meerut
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Mr. Brindawan Das Mundhra, Retired, Bikaner, Rajasthan
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Mr. C Rajendran, Farmer, Erode
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Mr. Chandra, Bangalore, Karnataka
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Mr. Chandrasekaran Chinnasamy, Natural farming, Dharapuram
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Mr. Chandrasekaran, Tamil Nadu
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Mr. Chandrashekhar Hirachand Mendole, Assistant Professor, Buldhana Maharashtra
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Mr. Chellamuthu, Organic Farming and Engineering Professional, Coimbatore, Tamilnadu
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Mr. Chetan Singh Deora, General Manager, Jodhpur, Rajasthan
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Mr. Chidambaram AR, Agriculturist, Chennai
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Mr. Chirag Karania, Business owner, Mumbai
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Mr. Christopher Columbus, Engineer, Tamil Nadu
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Mr. Darshan P K, Purnapramati, Bengaluru
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Mr. Debashish Tarafdar, Kolkata
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Mr. Debjit Chakraborty, Art/Dance, Kolkata
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Mr. Deepak Malani, Agriculture allied, Ulhasnagar
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Mr. Deivasigamani, Art of Living, Tiruppur
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Mr. Devison A. K, General Secretary, Kerala Coconut Farmers Association, Kozhikode
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Mr. Dhamodharan, Organic shop, Medavakam
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Mr. Dharmendra Kumar, Jan Pahal, Delhi
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Mr. Dhivakar Prasanna Palanisamy, Agriculturist at Aervalam Organic Farm, Tamil Nadu
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Mr. Dhruv Gupta, Indian Seed Sovereignty Alliance, Powai, Mumbai
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Mr. Dibyendu Das, Junior Engineer, West Bengal
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Mr. Dilip Talreja, Retired, Mumbai
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Mr. Dinesh Kumar, Business, Chennai
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Mr. Dineshram KP, Nambiyur, Erode
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Mr. Divesh Trikha, Retired, Karnal, Haryana
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Mr. Divy Dholakiya, Business, Rajkot, Gujarat
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Mr. Doraisamy, Organic farmer, Thekkalur, Avinashi, Tiruppur
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Mr. Elango S, CA cum Natural Farmer, Annur, Coimbatore
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Mr. Esakkinatarajan, SSIASAT (Art of living) Bangalore, Palayapettai, Tirunelveli, Tamil nadu
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Mr. G Vijay, Raichur, Karnataka
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Mr. G. Subash, Software developer, Avinashi
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Mr. Gaindlal Chandrakar, Gau Sansad, Raipur
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Mr. Ganesh kumar, Buisness, Bangalore
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Mr. Ganesh Periyakaruppan, Chemical Engineer, Tamil Nadu
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Mr. Gautam Sonti, Filmmaker, Bangalore
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Mr. Gautham Ganesh PV, Law student, Lavad, Gujarat
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Mr. Geo Damin, Poovulagin Nanbargal, Chennai
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Mr. Girija Nandan Upadhyay, Ranchi
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Mr. Gopal Subhash Mahajan, Mumbai, Maharashtra
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Mr. Gopalakrishna Tikkireddy, BKS, Amalapuram, Andhra Pradesh
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Mr. Gopalakrishnan, Engineer, Mumbai
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Mr. Gopi, Safe Foods, Chennai
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Mr. Goutam Dass, Publishing Professional, Kolkata
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Mr. Govardhanan B, Vallalar Organic Herbals, Tiruvannamalai, Tamilnadu
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Mr. Gowthamaraja Eswaramoorthy, IT, Dharapuram
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Mr. Guramneet Singh Mangat, General Secretary, Progressive Farmers Front, Dal Nagar Farms, Sampurna Nagar, Tehsil Palia, Distt. Lakhimpur Kheri, UP
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Mr. Hariharan T S, Software engineer, Bangalore
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Mr. Hemadri Babu G, Ex Telecom Professional and now Active Natural Farmer, Tiruttani town, Tiruvallur district, Tamilnadu
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Mr. Hemendra Varma, Management Consultant, Pune
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Mr. Himakiran, Thondaimandalam Foundation, Komakkambedu, Tiruvallur, Tamil Nadu
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Mr. Himanshu Bhatt, IT Sector, Navi Mumbai
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Mr. Ilango, Farmer, Thalavadi
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Mr. Issac Devaraj, Traditional Rice Seller, Chennai
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Mr. J.Karuppasamy, Natural Farmer, Sivakasi, Virudhunagar Dist, Tamilnadu
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Mr. Jacob Sathiyaseelan, Organic farmer, Chennai, Tamilnadu
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Mr. Jaffar Sadiq, Social services, Trivandrum
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Mr. Janakiraman, IT, Porani, Karur
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Mr. Jawahar Subramanian, Agriculturist, Kondayampalayam, Kallippatti, Gobichettipalayam Taluk, Erode District, Tamilnadu
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Mr. Jayanta Bhattacharjee, Central Government Employee, Kolkata
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Mr. Jesuraj, Founder, Thaai Veedu, Tirunelveli
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Mr. Jet Lee Honhaga, Technician, Trichy
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Mr. Jeyakumar C, Acupuncture Therapist, Madurai
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Mr. Jitesh Jain, Student, Sawai Madhopur
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Mr. Joshi Deepak, Gujarat
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Mr. Joydev Dey, Bijnan Darbar, Kanchrapara
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Mr. K R Dayananda, Retired Banker, Chennai
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Mr. K Ragupathy, Lawyer, Chennai
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Mr. K S Shimon, Mysore
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Mr. K. Balakrishnan, Samyukta Kisan Morcha (TN), Palavanthangal, Chennai
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Mr. K.Harish, Agriculturist, Nagercoil
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Mr. Kalimuthu K, Farmer, Dharapuram
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Mr. Kalyan Chakraborty, Business, Kolkata
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Mr. Kandavadivel P, Natural farming, Avinashi
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Mr. Kannan Sethuraman, Gumalapuram
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Mr. Kapil Shah, Promotion of Organic Farming, Vadodara, Gujarat
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Mr. Karthik Gunasekar, Tamil Nadu Iyarkai Velan Koottamaipu, Chennai, Tamil Nadu
-
Mr. Karthikeyan M, Yogacharya, therapist AYUSH certified, East Tambaram
-
Mr. Karthikeyan Marimuthu, Farmer, Vadavedampatti, Sulur, Coimbatore
-
Mr. Kaushik, Retired Electrical Engineer, Guwahati
-
Mr. Keshab Kumar Ghosh, Natural Farming Trainer, West Bengal
-
Mr. Kiran Rajendra Kamble, NGO worker, Pune
-
Mr. Kishore Otturu, Engineer, Nellore
-
Mr. Kishore Puvvada, Research Scholar, Independent Consultant, Sholinganallur, Chennai
-
Mr. Kshitij Sharad Supekar, Vadodara
-
Mr. Kuldeep Singh, Private employee, Delhi
-
Mr. Kuldeepak B. Deshpande, Natural Farmer, Chhatrapati SambhajiNagar, Maharashtra
-
Mr. Kumar S, Analyst, Srivilliputtur
-
Mr. Kumar Velu, Radhapuram Taluk Farmers Association, Azhaganeri
-
Mr. Kunal Brahmakshatriya, Accounts Manager, Ahmedabad
-
Mr. Kunal Dutta, Teacher, West Bengal
-
Mr. L. Pichandi, Farmer, Tamil Nadu
-
Mr. Leonard, Sirumalai Hills, TN
-
Mr. Logesh V, Farmer and photographer, Bhavani, Erode, Tamilnadu
-
Mr. M Karthick Abhiraj, ABHI in Naturals, Madurai
-
Mr. M N Dinesh Kumar, Earth360 Eco Ventures Private Limited, Kadiri, Andhra Pradesh
-
Mr. M. Karthickumar, Vanam India Foundation
-
Mr. M. Meganatha Sivasankaran, Journalist, Vettavalam, Tamilnadu
-
Mr. Madan Lal, Software professional, Bangalore
-
Mr. Madhanagopal, Manager, Madurai
-
Mr. Mahaveer Singh, Social Worker, Bareilly, Uttar Pradesh
-
Mr. Mahesh Bhatt, Retired Assistant Professor. Bhavnagar, Gujarat
-
Mr. Manasha Chandra Maharana, NIRMAN, Odisha,
-
Mr. Maneesh Yadav, Banker, Gurugram
-
Mr. Manickavasagam, Banker, Madurai
-
Mr. Maninder Kumar, Farmer, Mohali
-
Mr. Manoj, Farmer, Surat
-
Mr. Manoranjan Swain, Odisha Right to Food, Bhubaneswar
-
Mr. Mantu Kumar Sau, Purba medinipur
-
Mr. Mariappan Krishnasamy, Engineer, Town
-
Mr. Marutham Kumar, Agriculturist, Gobichettipalayam
-
Mr. Mary Jenit, Engineer, Chennai
-
Mr. Mehul Raval, Trader, Gandhinagar, Gujarat
-
Mr. Michael de Magry, Electrical, Bangalore
-
Mr. Mohammed Rizwan.A., Acupuncturist, Tamil Nadu
-
Mr. Mohan Dhayalan, Farmer, Kallakurichi, TN
-
Mr. Monisaanth T R, Farming, Kovilpalayam, Tiruppur, Tamilnadu
-
Mr. Monuhar Pegu, Agaratoli, Bokakhat, Kaziranga, Assam
-
Mr. Mukesh Lutade, Magan Khadi, Wardha
-
Mr. Mukesh Marhia, Malad West Mumbai Maharashtra
-
Mr. Munish Kumar, Climate Solutions
-
Mr. Muralitharan, Farmer, Tiruppur, Tamilnadu
-
Mr. Muthusamy K, Farmer
-
Mr. Muthusamy Srinivasan, Garments, Punjai Puliampatti, TN
-
Mr. Nagabhushan, Manager, Bengaluru, Karnataka
-
Mr. Nagarajan Mani, Karima Organic Farmers Market, Chennai
-
Mr. Nagoormeeran K, Natural Farmer, Madurai, Tamilnadu
-
Mr. Naresh Sharma, Eco Friendz, Jalandhar
-
Mr. Natarajavel B, Tamil Nadu
-
Mr. NatrajKumar Chandrasekhar, Senior IT leader, Chennai
-
Mr. Neetesh Jain, Farmer, Damoh, Madhya Pradesh
-
Mr. Nidhin Jacob, IT Professional, Kochi, Kerala
-
Mr. Nighil K, Punalur
-
Mr. Nirmalendu Jyotishi, Development Consultant, Bhubaneswar, Odisha
-
Mr. Nitin Sali, V R S, Pune
-
Mr. Nitin Saxena, Pilot, Mumbai
-
Mr. Nitinn Relekar, Photographer, Navi Mumbai
-
Mr. P Govindasamy, Retired, Tamil Nadu
-
Mr. P K Hariharan, Bangalore
-
Mr. P R Rangaswami, Aram Organic Farmers Producer Company Ltd., Coimbatore
-
Mr. P Srinivas, SOIL, Bengaluru
-
Mr. Padam Kumar Jain, Prem Samriddhi Foundation, Bundi
-
Mr. Pandiaraj, Engineer, Tamil Nadu
-
Mr. Paneer Selvam, Farmer, Tamil Nadu
-
Mr. Pankaj Malviya, Engineer, Member of IEEE, Bengaluru
-
Mr. Parag R, Teacher, Chennai
-
Mr. Paranthman.M, Assistant Director, Chennai
-
Mr. Pareshkumar Dave, Retired, Anand
-
Mr. Partha Mazumder, West Bengal
-
Mr. Partha Sarathi Mallick, Teacher, Sonarpur, West bengal
-
Mr. Parthasarathy VM, Farmer, Pandeswaram, Thiruvallur, Tamil Nadu
-
Mr. Parthiban, Agriculturist, Cuddalore
-
Mr. Parthiban.C, Transee Organics, Chennai
-
Mr. Pasumai Desam Rajendar, Pasumai Desam, Coimbatore
-
Mr. Periyasamy Sennimalai, Retired, Kannamanaicknur
-
Mr. Philip Martis, Holistic Healer, Pune, Maharashtra
-
Mr. Piru Pal, Krishan, West Bengal
-
Mr. Pothi, Freelancer, Chatrapatti, Viruthunagar District, Tamilnadu
-
Mr. PP. Shankaran, Salem
-
Mr. Prabakaran, Kumbakonam
-
Mr. Prabhakaran Apparsamy, Traditional Organic Farming, Avinashi
-
Mr. Prabir Banerjee, Environmental work, Pondicherry
-
Mr. Pradeep Golecha, Business, Rajasthan
-
Mr. Pradeep Kumar Dhandapani, Bengaluru
-
Mr. Prajwal, Mysuru University, Karnataka
-
Mr. Prakash Udikeri, IT Sector, Belgaum, Karnataka
-
Mr. Prameet, Yoga teacher, Mumbai
-
Mr. Prasad Suryawanshi, Mechanical Engineer, Mumbai
-
Mr. Prashanth Bachu, Urban Transport Specialist, Hyderabad
-
Mr. Prashanth Jayaram, Farmer, Sathegala village, Karnataka
-
Mr. Prateek Das, Airline Pilot, Kolkata
-
Mr. Pratham Jain, Businessman, Chennai
-
Mr. Pratikbhai Narendra bhai Barbhaya, Stationery vendor, Ahmedabad, Gujarat
-
Mr. Praveen Kumar AR, Agriculture, Hyderabad, Telangana
-
Mr. Praveenkumar, Agriculture, Tamil Nadu
-
Mr. Preamkumar, Trichy
-
Mr. Pritam Bhowmick, Chemist, West Bengal
-
Mr. Priyabrata Panja, Buiness, West Bengal
-
Mr. Puneet Arora, Business/Pharmacist, Delhi
-
Mr. Puran Bartwal, People’s Science Institute
-
Mr. Purushothaman Balakrishnan, Software, Bangalore, Karnataka
-
Mr. R Rajesh Kumar, Venmathis Nature, Perumampalayam, Samalapuram, Tirupur, Tamilnadu
-
Mr. Rafikulalam Sahana, Farmer, Bardhaman, West Bengal
-
Mr. Raghunathasethupathy, Software Engineer, Tamil Nadu
-
Mr. Raj Kamal, Teacher, Haridwar
-
Mr. Raja Paul, Farmer, Vadakangulam, Tirunelveli, Tamil nadu
-
Mr. Raja Sankar, Agripreneur – Purva Naturals, Coimbatore, Tamil Nadu
-
Mr. Rajamani Krishna Kumar, Co ordinator EDOFF, Gobichettipalayam, Tamilnadu
-
Mr. Rajasekar Krishnamurti, President, Tamil Nadu
-
Mr. Rajesh Shervegar, Business, Udupi
-
Mr. Rajeshkannan, Kovilpatti
-
Mr. Rajneesh Bedi, Agriculturist, Bugga Kalan
-
Mr. Rakesh Kumar Singh, Farmer, Sheohar, Bihar
-
Mr. Rama rao jonnalagadda, Farmer, Guntur
-
Mr. Ramakrishna Naidu E, Sundaramma Mango Farms, Ramapuram
-
Mr. Ramakrishnan Manden Kattil, Audio engineer, Mumbai, Maharashtra
-
Mr. Ramasamy Selvam, EDOFF, Erode, Tamilnadu
-
Mr. Ramasubramanian, Senior Sustainability Specialist / Director, Samanvaya Social Ventures, Tamil Nadu
-
Mr. Ramesh Chandran, Founder, CEO of Bio Basics, Coimbatore
-
Mr. Ramesh N, Agriculturist & Engineer, Dharapuram
-
Mr. Ramesh Ramasamy, Agriculture, Mulanur
-
Mr. Ramesh, Agriculture, Kovilpatti
-
Mr. Ramkumar, Tamil Nadu
-
Mr. Ramnarayan K, Natural History Educator, Munsiari, Uttarakhand
-
Mr. Ramprasad Sana, Agricultural Scientist, Hyderabad
-
Mr. Ranganathan, Farmer, Dharapuram
-
Mr. Raspinder Singh Grewal, Natural farming, Village Sherpur kalan, Punjab
-
Mr. Rathnakumar, Engineer, Ramapuram
-
Mr. Ravi Kumar Singh, Agribusiness Entrepreneur, Rajkheta, Wadrafnagar, District- Balrampur, Chhattisgarh
-
Mr. Ravi Shankar, CBIC officer, Delhi
-
Mr. Ravi SP, Chalakudypuzha Samrakshana Samithi, Chalakudy, Thrissur District, Kerala
-
Mr. Ravi.K., Farmer, Tamil Nadu
-
Mr. Riddhiman Basu, IT Professional, Kolkata
-
Mr. Rohan Patil, Software consultant, Mumbai
-
Mr. Rohan Vakharia, Maharashtra
-
Mr. Ruhant Kini, Trader, Mumbai
-
Mr. Rushil Tamboli, Awaken India Movement, Bhavnagar, Gujarat
-
Mr. S Syed Noor Mohamed, Farmer, Tamil Nadu
-
Mr. S.Thirunavukkarasu, Retired, Chennai
-
Mr. Sabari Karthik, Microbiologist, Coimbatore
-
Mr. Sachin Kulkarni, Shelgaon, Jalna
-
Mr. Saikat Sengupta, Software Engineer, Kolkata
-
Mr. Sajan, Chennai
-
Mr. Sanjay Dixit, Farmer leader, Agra, Uttar Pradesh
-
Mr. Sanjay Kanti Chanda, Busineas Consultant, Bengaluru
-
Mr. Sanjay Kumar, Society For Promotion of Wastelands Development, West Bengal
-
Mr. Sanjay Lakra, Social service centre, Jharsuguda, Orissa
-
Mr. Sanjay Rajesh Gupta, Advocate, Mumbai
-
Mr. Sanjeev Kumar Singhal, Farmer, Bulandshahar
-
Mr. Sanjib Kumar, Lawyer, Odisha
-
Mr. Sanjoy Das, Technician, West Bengal
-
Mr. Sankar A., Farmer, Bellepalayam Village, Tamil Nadu
-
Mr. Saravanan Durai, Engineering, Chennai
-
Mr. Saravanan, Athinathatraders, Tamil Nadu
-
Mr. Sathees Kumar B, Kerala Jaiva Karshaka Samithi, Thuravoor P O, Alappuzha, Kerala
-
Mr. Sathishkumar, Engineer, Gobichettipalayam
-
Mr. Satish Padyal, Office Assistant, Mumbai
-
Mr. Satya, IT, Bengaluru
-
Mr. Saurabh Sahni, Namma Farmers Market, Mysore
-
Mr. SB N Quadri, Lawyer, Aurangabad
-
Mr. Selvakumar, Natural Farmer, Theni
-
Mr. Selvam Ramasamy, Tamilnadu Organic Farmers Federation, Tamilnadu
-
Mr. Senthilkumar Thirumalaisamy, Agriculture, Coimbatore
-
Mr. Senthilkumar, Agricultural, Tiruppur
-
Mr. Shanmuga Subramanian Vellagal Arunachalam, Farmer, Chennai
-
Mr. Sheik Abdul Safur, Engineer, Tamilnadu
-
Mr. Shiburaj AK, Journalist, Kozhikode, Kerala
-
Mr. Shijil, Ottapalam, Palakkad
-
Mr. Shiva Ganesh, Farmer, Thatchur, Arani
-
Mr. Shivansh Vishwakarma, Self Employed, Thane
-
Mr. Shoaib Chadkhan, Entrepreneur, Mysore
-
Mr. Shridhar Shankar Mahajan, Pune, Maharashtra
-
Mr. Shrikikrishna Joshi, Interior designer, Pune, Maharashtra
-
Mr. Shubham Jade, Student, Mumbai
-
Mr. Shyam, Banker, Chennai
-
Mr. Siddharth Singh Negi, Uttaranchal Youth and Rural Development Centre, Narayanbagar, District Chamoli, Uttarakhand
-
Mr. Sivabalan Athilingam, Chennai
-
Mr. Somenath Dey, Telecom engineer, West Bengal
-
Mr. Somnath Chakraborti, Assistant Professor, Halisahar
-
Mr. Somnath Sil, Siliguri
-
Mr. Somu, LLP, Mylapore, Chennai
-
Mr. Soumik, Bharat Beej Swaraj Manch, Balaghat, Madhya Pradesh
-
Mr. Soumyendra Roy, Consultant, Kolkata
-
Mr. Sourabh Kumar Roy, Coochbehar
-
Mr. Sourav Ghosh, West Bengal
-
Mr. Sourav Mukherjee, IT professional, New Delhi
-
Mr. Souvratra Chakraborty, Business, Kolkata
-
Mr. Sridharan K, Media, Thanjavur
-
Mr. Subir Majumdar, Musician, Kolkata
-
Mr. Subramanian P N, Regenerative natural farmer, Padur, Tamilnadu
-
Mr. Sudhagar, Auto driver, Uthukkadu
-
Mr. Sudhakar, Kannamangam
-
Mr. Sudip Ghosh, Teacher, Baharampur, West bengal
-
Mr. Sudipta Jana, Farmer, Village Bilara PO Hawakhana, West Bengal
-
Mr. Sujanand P, Vellore
-
Mr. Sukanta Chakraborty, Business owner, Durgapur, West Bengal
-
Mr. Sukanta Mondal, Kolkata
-
Mr. Sukumaran M, Agriculture, Kuttiattoor
-
Mr. Sundara Vimalanathan, Tamil Nadu Cauvery Farmers Protection Association, Swamimalai PO, Thanjavur district, Tamil Nadu
-
Mr. Sundararajan, Pollachi
-
Mr. Sundaresan Kaliyaperumal, Organic Farmer, Jayankondam, Ariyalur, Tamilnadu
-
Mr. Sunil Bavkar, IT, Navi Mumbai
-
Mr. Sunny Jain, Surat, Gujarat
-
Mr. Suresh Kanna, BERAS India, Trichy
-
Mr. Suryanarayana Tummala, Farmer, Chennai Tamilnadu
-
Mr. Sushant Maurya, Farmer, UP
-
Mr. Suvendu Singha, Training Expert, Ranchi
-
Mr. T.R Santhoshkumar, Farmer, Palakkad
-
Mr. Tadepalli Krishnaprasad, Certified Clinical Nutritionist, Tupran, Telangana
-
Mr. Tamilarasan, Farmer, Tiruppur, Tamilnadu
-
Mr. TANMOY MAHATO, Student, Jharkhand
-
Mr. Tapas Biswas, Paribesh Bandhab Mancha Barrackpore, West Bengal
-
Mr. Tejas D Vora,Chartered Accountant, Gujarat
-
Mr. Thilak Raj S, Safe Food Alliance, Chennai
-
Mr. Thirumurugan, Farmer, Chidambaram Tamilnadu
-
Mr. Tulsidas Kamath, Mechanic, Kumta
-
Mr. Uday Chandra Ghosh, West Bengal
-
Mr. Uthayakumar R, Agriculture, Tamil nadu
-
Mr. Utkarsh Tawade, Port Authority worker, Navi Mumbai
-
Mr. V Ramasamy, Auditor, Tirupur
-
Mr. V. Suresh Babu, Chennai
-
Mr. V.Goverthan, Farmer, Kettavaram palayam, kalasapakkam, Tiruvannamalai , Tamilnadu
-
Mr. Vaidyanathan, Velachery
-
Mr. Vansh Narang, Research Psychologist, Delhi
-
Mr. Veeraragavaprabu Ponraj, Software Programmer, Chennai
-
Mr. Velmurugan, Material specialist, Tamil Nadu
-
Mr. Venkatesh, Farmer, Raichur, Karnataka
-
Mr. Venugopal, Business, Punjai Puliampatti
-
Mr. Venugopalan Govindan, Qualitime Software Private Limited, Coimbatore
-
Mr. Vijay Krishna Raichurkar, IT professional, Pune
-
Mr. Vijayakanth Borus, Farmer, Anaigudi, Tirunelveli, Tamilnadu
-
Mr. Vikram Kumaraswamy, IT services, Bangalore
-
Mr. Vilas Pralhad Sheware, Ashirwad foundation, Nagpur, Maharashtra
-
Mr. Vinay Verma, Pune, Maharashtra
-
Mr. Vineet Pandey, Teacher, Mathura
-
Mr. Virendra Parekh, Journalist, Mumbai
-
Mr. Virupaxgouda Patil, Agriculture, Kurtakoti
-
Mr. Vishal Lalka, Chartered Accountant, Gandhidham
-
Mr. Vivek Kala, Engineer, Rajasthan
-
Mr. Vivek Subramani, Kodaikanal
-
Mr. Waseem Akram, Electrical Supervisor, Ramnagar, Bihar
-
Mr. Yalalram Saw, Raigarh, Chhattisgarh
-
Mr. Yash Agrawal, Assistant Professor of Philosophy, Navi Mumbai, Maharashtra
-
Mr. Yash Saxena, Food researcher, Kargil
-
Mr. Yashas M, Engineer, Mysore city, Karnataka
-
Mr Yudhvir Singh, Bharatiya Kisan Union (BKU Tikait), New Delhi
-
Mr. அருள் CM (Arul), Farmer, Avinashi
-
Mrs. Bhavreen Kandhari, Clean Air Strategist, New Delhi
-
Mrs. Bina Nissar, Mumbai, Maharashtra
-
Mrs. Brigitte Maria Louis Zacharia, Farmer, Mysore
-
Mrs. Chandiralekha, IT, Chennai, Tamil Nadu
-
Mrs. Chandrika, Retired, Chennai, Tamilnadu
-
Mrs. Chetana K, Farmer, Mumbai
-
Mrs. Dhivya, Dindigul
-
Mrs. Durgalakshmi V, Chennai
-
Mrs. G A S, Ahmedabad
-
Mrs. Gayathree Krishna, CORI Engineers Pvt. Ltd., Chennai
-
Mrs. Gayathri R, Chennai, Tamilnadu
-
Mrs. Geeta Chandak, Software Consultant, Chhindwara
-
Mrs. Geeta N Soneji, Hyderabad
-
Mrs. Geetha S, Consultant, Tambaram
-
Mrs. Geetha Sadasivam, Retired bank official, Thiruvanmiyur, Chennai
-
Mrs. Geetha, Chennai
-
Mrs. Gita Ram, Chennai
-
Mrs. Gomathi, Tirunelveli
-
Mrs. Gowsalya Palanisamy, Tamil Nadu
-
Mrs. Grace Anitha, Kalanjiam Pengal vivasaya sangam, Chengam taluka, Thiruvannamalai, Tamilnadu
-
Mrs. Ila Vaidya, Mumbai
-
Mrs. Isha Deshpande, Maharashtra
-
Mrs. Jahnavi, TULA, Hyderabad
-
Mrs. Jayashree Narayanan, Bharathanatyam Guru, Pondicherry
-
Mrs. Jenny, Environmental Engineer, Poovulagin Nanbargal, Chennai
-
Mrs. Jhansirani Otturu, Nellore
-
Mrs. Jyothi Gokul, Natural farming – individual undertaking (moved from inorganic to natural farming processes), Chennai, Tamil Nadu
-
Mrs. Jyothi, Yoga therapist, Chennai
-
Mrs. Kala Venkteshwar, Director Private limited company, Chennai
-
Mrs. Kiran Philip Martis, Awaken India Movement, Pune, Maharashtra
-
Mrs. Kirti Mangrulkar, Farmer and entrepreneur, Nagpur
-
Mrs. Kirti Negi Bajoria, Eco Warrior Enterprises, Chennai, Tamil Nadu
-
Mrs. L. Uthira, Associate Professor in Nutrition, Coimbatore, Tamilnadu
-
Mrs. Latha Palanisamy, Teacher, Kannamangalam
-
Mrs. Lina Das De, Supervisor,
-
Mrs. Lolita Ghosal, Associate Professor, Bally, Howrah, West Bengal
-
Mrs. Madhura Shrinivas Gokhale, Natural farming, Pune, Maharashtra
-
Mrs. Madhuri Sarang Inamdar, Advocate, Pune
-
Mrs. Mahimkar Utsavi, Pharmacist, Mumbai
-
Mrs. Malathi.K, Chennai
-
Mrs. Manasa Veena, Teacher, Hyderabad
-
Mrs. Manjushree Tadvalkar, Know How Foundation- INORA, Pune
-
Mrs. Meera Korwar, Retired Banker, Mysuru
-
Mrs. Mekala Jagadeeswaran, Tamilnadu
-
Mrs. N.Manikavalli, Tirupur
-
Mrs. Neeta B, Pune, Maharashtra
-
Mrs. Neeta Chandrashekhar Joshi, Pune
-
Mrs. Nilima Bhure, Pune Maharashtra
-
Mrs. Nisha Koiri, Awaken India Movement, Mumbai
-
Mrs. Nitya Shaghana Selvaraj, Private sector, Trichy
-
Mrs. Pallavi Singhal, Teacher, Mumbai
-
Mrs. Pallavi Sulgekar, Pune
-
Mrs. Paramjit Kaur Narang, Sugam NGO, Gurugram, Haryana
-
Mrs. Parveen kaur, Pune
-
Mrs. Pratibha Bharadwaj, Teaching profession, Jaipur, Rajasthan
-
Mrs. Pratibha Nair, Pune, Maharashtra
-
Mrs. Purva Deepak Atre., Pune, Maharashtra
-
Mrs. Rajalakshmi, Tamil Nadu
-
Mrs. Rajani Kariappa, Bangalore
-
Mrs. Rajeswari, Agriculture, Dharapuram
-
Mrs. Rajisriram, Tirupur, Tamilnadu
-
Mrs. Ramyachithra. K. R, Agriculture, Vellangallur
-
Mrs. Rega Selvakumar, Profession, Tamilnadu
-
Mrs. Renuka K.Narasimhan, Homemaker, Chennai, Tamil Nadu
-
Mrs. Reshmi Hela Debnath, Kolkata
-
Mrs. Rucha Vikrant Patwardhan, Training, Pune
-
Mrs. S Bharadwaj, Responsible Citizen, Chennai Tamil Nadu
-
Mrs. S.Lilly Gracy, Teacher, Veerapandianpatnam,Tuticorin, Tamilnadu
-
Mrs. Sagayaselvi, Chennai
-
Mrs. Sameera, Marketing and Communications, Hyderabad
-
Mrs. Samyuktha J, Farmer, Coimbatore
-
Mrs. Sangeetha, Tirupur, TN
-
Mrs. Sarika Santosh Rasane, Pune
-
Mrs. Sathya Senthilkumar, Chennai
-
Mrs. Savitha Kamath, Maharashtra
-
Mrs. Seethalakshmi, Chennai
-
Mrs. Shabnam Narula, Bhoomi, Delhi NCR
-
Mrs. Shanthi Krishnasamy, Sembulam organic farmers, Uthupalayam Dharapuram
-
Mrs. Sheela Swaminathan, Bengaluru, Karnataka
-
Mrs. Shivashanthalatha, Perumbakkam, Chennai
-
Mrs. Shoba Karuppiah, Chennai
-
Mrs. Sivasankari Venkatasubramanian, OFM, Chennai
-
Mrs. Sreedevi L, Social Entrepreneur, Coimbatore
-
Mrs. Sreeja K V, Patasala, Arangottukara, Arangottukara, Thrissur Kerala
-
Mrs. Sreelatha Rajan, Farmer
-
Mrs. Subha, Chennai, Tamilnadu
-
Mrs. Subhashini, Chennai
-
Mrs. Suguna, Advocate, Tirupur
-
Mrs. Sumaiya Parveen, Assistant Manager, Chennai
-
Mrs. Suparna Mukherjee, Teacher, Birbhum, West Bengal
-
Mrs. Surya Devi M S, Acupuncturist, Coimbatore, Tamil Nadu
-
Mrs. Swaroopa N B, Bangalore
-
Mrs. Syamala Devi, Farmer, Thummalapalli, Vikarabad Dist, Telangana
-
Mrs. Tithi Halder, Assistant Teacher, Chinsurah
-
Mrs. Uma Maheswari RG, Information Technology, Tiruppur, TamilNadu
-
Mrs. Usha Hariharan, reStore, Bengaluru
-
Mrs. Ushajanaka, Retired, Chennai
-
Mrs. Vanathi Sethuraman, Chennai, Tamil nadu
-
Mrs. Varsha Mam, Photographer, Mumbai
-
Mrs. Vasudha Deshpande, Rtd., Pune
-
Mrs. Veena M, Freelance Environment Educator, Trivandrum
-
Mrs. Vijaylakshmi Joshi, PUCL, Jaipur, Rajasthan
-
Mrs. Vithya, Tamil Nadu
-
Mrs. Vrushali Pandhare, Pune, Maharashtra
-
Mrs. Yamuna, Tamil Nadu
-
Mrs. Yeshmik Ponnappa, Director, Sapient College, Mysore, Karnataka
-
Ms. Abhaya G, Corporate Lawyer, Mumbai
-
Ms. Abhipsa Routray, Marketing executive, Bhubaneswar, Odisha
-
Ms. Aditi Jain, Textile Designer, Chennai
-
Ms. Ahana Rao, Architect, Goa
-
Ms. Aishvarya Ramasami, Chennai
-
Ms. Amardeep Kaur, Teacher, New Delhi
-
Ms. Ameeta Shah, Psychotherapist & wellness coach, Mumbai, Maharashtra
-
Ms. Anagha BK, Business owner, Pune, Maharashtra
-
Ms. Anagha Walvekar, Technical writer, Pune, Maharashtra
-
Ms. Anita Gandhi, Teacher, Kandivali, W Mumbai
-
Ms. Anitha babu, IT, TamilNadu
-
Ms. Anupama Madan, Yoga instructor, Mysore
-
Ms. Anushka Kale, Independent, Pune, Maharashtra
-
Ms. Aparna Bangia, Co founder of Earth4ever, Mumbai / Wada
-
Ms. Aruna Rodrigues, Environment/Agri Lead Petitioner SC PIL for Moratorium on GMOs, Madhya Pradesh
-
Ms. Atreyee Day, Artist Writer Facilitator, Calcutta
-
Ms. Brindha Sriram, Chennai
-
Ms. Chanda Asani, Tiruchirapalli
-
Ms. Chenddyna Schae, Cafe owner, Bangalore
-
Ms. Chithra Viswanathan, Teacher, Chennai
-
Ms. Dharmambal N A, Chartered Accountant, Ayalur
-
Ms. Diksha Bhosale, Student, Mumbai
-
Ms. Divya, Chennai
-
Ms. G.Kavya, Tutor, Chennai
-
Ms. Gowri Seeragam, Native Store, Coimbatore
-
Ms. Harpreet Singh, Entrepreneur and executive, Mysore, Karnataka
-
Ms. Hetal, Farmer, Bharuch
-
Ms. K Uma, Water management consultant, Bangalore
-
Ms. Kajori Aikat, Kolkata
-
Ms. Kalpana Manohar Dumale, Mumbai
-
Ms. Karthika J, Chartered Accountant, Bangalore
-
Ms. Kavya Chowdhry, Independent Researcher, Bangalore, Karnataka
-
Ms. Krithika, IT, Coimbatore
-
Ms. L Keshavamurthy, Farming, Hosur
-
Ms. Latha B, Independent, Bengaluru
-
Ms. Mahrukh Bulsara, Self employed, Mumbai
-
Ms. Mallika Wwaminadhan, Chennai
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Ms. Manasi Baindur, Operations Executive, Vadodara, Gujarat
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Ms. Meera Goradia, Craft Sector, Mumbai
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Ms. Meera Sanghamitra, Hyderabad
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Ms. Nalini Nair, Working with rural women, Trivandrum
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Ms. Namrata Bhutoria, Natural Dye educator, Mysore
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Ms. Narasimha Kamath, Mechanic, Kumta
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Ms. Natasha Agrawal, meditation healing, Mumbai
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Ms. Neesha Noronha, Freelance facilitator, Mysore
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Ms. Neetha Narresh, Eco- Volunteer, Chennai
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Ms. Nida Fatima A B, ISL Interpreter, Mysore
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Ms. Nirali Vaidya, Writer, Mumbai
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Ms. Nisha Talreja, Yoga instructor, Mumbai
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Ms. Nivedita R, TNIVK, Chennai
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Ms. Pavithra A, Farming, Kerala
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Ms. Payal Jain, Senior Compliance Manager, Bangalore
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Ms. Pochi S, Nutrition, Nashik
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Ms. Prabhs, Uttrakhand
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Ms. Pranitha, Social worker, Chennai
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Ms. Priyanka Mohan, Environmentalist, Chennai
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Ms. Purobi Menon, Language Instructor, Uttar Pradesh
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Ms. Purwa Kushwaha, Freelance translator, Hyderabad
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Ms. Radhika Rammohan, Director, Restore, Health, Livelihoods and Nature, Chennai
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Ms. Ramba B, Powergrid
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Ms. Rashmi Mahajan, Researcher, Delhi
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Ms. Reema Shah, Freelancer, Mumbai, Maharashtra
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Ms. Rosamma Thomas, Journalist, Pala town, Kerala
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Ms. Samita Mangat
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Ms. Seema Gupta, Communication Facilitator, Surat, Gujarat
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Ms. Sejal Dand, MAKAAM, Ahmedabad
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Ms. Shaikh Zoha, Student, Mumbai
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Ms. Sharmita Ghosh, Research scholar, Navi Mumbai
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Ms. Shashirekha.M.G, Principal, Purnapramati, Bengaluru
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Ms. Sheela Balaji, Social entrepreneur and organic farmer, Chennai
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Ms. Sheelu Francis, Women’s Collective, Chennai
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Ms. Shweta Bhattad, Gram Art Project, Village Paradsinga, Tehsil Sausar, District Chhindwara, Madhya Pradesh
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Ms. Subha Bharadwaj, Safe Food Alliance, Nava Raipur, Chhattisgarh
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Ms. Sudha Gandekar, NGO, Chennai
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Ms. Sudha N, Independent researcher-activist, Bangalore, Karnataka
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Ms. Suma Josson, Film maker, Nagpur, Maharashtra
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Ms. Sushmitha R.K., Fashion designer, Karnataka
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Ms. Tara Aslam, Sustainable living, Bangalore
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Ms. Tejal, Freelance Facilitator, Mumbai
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Ms. Ulka Shukla, Navi Mumbai
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Ms. Upma Sharma, Photography, Jhunjhunu
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Ms. Usha Kumari, Agroecology educator, Trivandrum
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Ms. Utkarsha Shelke, Pune
Annexure:
There is inadequate information on the impact of on-target and off-target mutations that happen in gene edited crops, making them a risky enterprise
Gene Editing cannot be equated with Natural Mutations as they are not random and it affects all the copies of the gene in the plant as well as regions that are protected and conserved naturally. There could be foreign/exogenous genetic material embedded in the new mutants in the process of transformation and thus, these varieties could be Transgenics. Antibiotic Marker genes have been used for creating these mutants and they might be transmitted to other organisms through Horizontal Gene Transfer.
SDN-1 Gene Editing may lead to unintended off target mutations. Due to random repair mechanisms, it may also lead to structural changes – translocations, duplications, inversions of gene segments. Due to random repair of spliced genes, there could be epigenetic changes. This can generate traits with unknown impacts and lead to toxicity of the environment or impact human & animal health. Such mutant plants cannot be equated with their parents or conventionally-bred plants as the genetic makeup has changed and it is not clear how this new genetic change will react with the environment. Gene Edited Plants can contaminate other conventional varieties & wild relatives.
The two mutated genes in the two rice varieties developed in India have several known functions including uptake and regulation of nutrients. The long term impact of such changes are not clear without enough experiments and safety research. This may lead to Chromothripsis -where several Genes are changed simultaneously affecting the whole genome.
In the USA, the two cultivated gene-edited maize varieties are for traits that have been earlier created through transgenic technology – insect resistance and herbicide tolerance! What’s more, both these varieties are also transgenic. It is clear where the so-called latest cutting edge technology is actually leading towards. Meanwhile, since there are only a handful of Gene Edited crops being newly developed (Rice, Soybeans, Tomato, Banana, Maize, Cacoa, Pepper, Potato, Wheat, Alfalfa & Flax), evidence on the negative impacts are not yet available widely.
Differences between conventional breeding (including conventional mutation-breeding) and Gene Editing:
Conventional Breeding, including induced mutations (conventional mutation breeding through irradiation/chemicals) |
Genome Editing |
Random – leading to a range of variations that would then be naturally selected. |
Largely specific in terms of geneticist’s desired change. However, many random changes do occur here |
Takes up the whole plant or cell, and does not directly interfere at the DNA level |
Directly interferes with genetic materials – DNA, RNA, proteins |
Mutation results depend on several factors, many of which are natural |
Bypasses natural gene regulation almost completely |
No foreign genes involved specifically in the process of breeding, except where crossing across species is attempted |
Foreign genes are involved – several exogenous genetic materials are used in the vector. In some gene editing applications, a foreign gene is sought to be inserted in the target site. Even in the former case (materials in the vector), unintended insertions of foreign genetic material have been reported |
Antibiotic-Resistant Marker genes are not involved |
Antibiotic-Resistant Marker genes are used |
These breeding methods do not change all genetic sequences at the same time |
Similar gene clusters are all changed at the same time, genome-wide |
Several gene segments are protected and conserved, and largely remain unaffected, the way natural evolution has meant it to be |
Protected gene areas can also be changed |
Original gene segments are still maintained and can serve as templates for repair |
All the targeted gene copies are changed. The change is irreversible thereafter |
Changes are not specific for each method |
Can change several of the same, or different genes at the same time leading to substantial changes in the biological characteristics of the plant |
INDEL analysis shows lesser number of changes occur in conventional mutation-breeding, with larger random changes |
There are more changes that occur here, but of shorter size/length. |
It is clear that genome editing cannot be equated with conventional mutation-breeding, as is being done by the Government of India at this point of time.
Scientific Evidence that shows the need for regulating in a comprehensive and independent fashion SDN-1 and SDN-2 technologies also, as part of regulating all genome editing
Prior to the announcement of the gene-edited rice varieties and development of gene-edited sheep, the Government of India has for all practical purposes deregulated two gene-editing technologies, SDN-1 and SDN-2. In the past, the Coalition had already written (here and here) to various Government authorities and departments pointing out the dangers of de-regulating gene-editing technologies, pointing out the irreversible risks associated with it. The Coalition had also given detailed feedback on strengthening the regulation for gene-edited crops in India.
Gene Editing is Genetic Engineering as per EPA’s 1989 Rules
Gene Editing is also genetic modification as is apparent from the statutory definition in India of Genetic Engineering. Environment Protection Act 1986’s relevant statutory Rules (1989 Rules which have been created with a view to protect environment, nature and health in connection with the application of gene technology) clearly define Gene Technology as “the application of the gene technique called genetic engineering, including self-cloning and deletion as well as cell hybridisation” (Rule 3(iii)) while Genetic Engineering is defined as “the technique by which heritable material, which does not usually occur or will not occur naturally in the organism or cell concerned, generated outside the organism or the cell is inserted into said cell or organism. It shall also mean the formation of new combinations of genetic material by incorporation of a cell into a host cell, where they occur naturally (self cloning) as well as modification of an organism or in a cell by deletion and removal of parts of the heritable material” (Rule 3(iv)). Gene Editing of ALL kinds is clearly covered in these definitions and the very act of deregulating contradicts the constitution of India.
In 2018 the European Court of Justice ruled that gene editing (which it called “new mutagenesis techniques) was indeed GM, gives rise to GMOs, and falls under the scope of the EU GMO regulations. The court stated that the risks linked to the use of these new techniques might prove similar to those posed by older-style GMOs. The public scientific debate is still underway in Europe.
Apart from this, there are many scientific papers from other countries who have been researching gene editing in agriculture for longer and more independently than in India that point to the need for regulating Gene-editing technologies.
Gene Editing is Imprecise and all gene editing needs regulation
Gene editing is not precise. Numerous changes happen in the genome other than the change intended by the geneticist. These changes cannot be ignored because all genes have specific functions in a complex, well-regulated system and the outcomes in real life are unpredictable. The lack of precision means that there is greater unpredictability in varieties bred through this technique. It is often claimed that gene editing is equivalent to traditional breeding techniques, because the intended change does not involve the introduction of foreign DNA.
Franziska Koller et al (2023)., and Marion Dolezel et al., conclude that when gene-editing is used to produce a new crop, the resulting gene combinations (intended or unintended) may be unlikely to occur with conventional methods and has the potential to affect both health and environment. The assessment of intended as well as unintended genetic changes should be part of a mandatory comprehensive molecular characterisation and risk assessment of gene-edited plants that are meant for environmental releases or for market authorisation.
Further, Katharina Kawall (2021) in her paper shows that small alterations in the genome of crop plants can nevertheless generate complex changes. The paper focuses on SDN-1 applications; it was found that nearly half of plants with so-called market-oriented traits contain complex genomic alterations induced by SDN-1 applications, which may also pose new types of risks. The results highlight the need for plants developed using new genetic engineering techniques to undergo case-specific risk assessment, taking both the properties of the end product and risks posed by the applied procedures into account.
Janet Cotter et al.,(2020) give an overview of the risks associated with gene-editing procedures for plants and animals. The risks are not only restricted to the wide range of unintended effects that can be triggered by the process of gene editing, but also with the intended biological characteristics generated through gene editing.
European Network of Scientists for Social and Environmental Responsibility (ENSSER), a large network of scientists put out a position paper in 2023 on how risks of gene editing techniques apply to SDN-1 as well (the same technique used for gene-edited rice in India). It also pointed out that unintended mutations still accumulate from the different stages and components of the gene editing process.
Eva Gelinsky and Angelika Hilbeck (2018), point out that advocates of the new genetic engineering techniques appear to believe that their benefits are so clear that furnishing reliable scientific evidence is unnecessary. This leads to oversight on the pitfalls of gene editing technology, and may lead to commercialization of gene-edited crops leading to irreversible damage to the environment, animals, and humans.
Kosicki et al (2018) have shown that repair of double-strand breaks induced by CRISPR–Cas9 leads to large deletions and complex rearrangements.
In the face of such compelling scientific evidence, it is imperative that we subject gene-editing to the strictest of scrutiny.
Imprecision of, and Unpredictable Changes from the so-called precise gene editing tool:
To quote a couple of publications that show catastrophic unintended changes, Michael F. Eckerstorfer et al.,(2021) in their review show that gene editing is imprecise and inaccurate, that changes brought by gene editing are different from those produced by conventional breeding, that gene-editing applications that don’t deliberately introduce “foreign DNA” are not by default safer than genetic engineering methods that do, the fact that some forms of gene editing are meant to only bring “small” changes in DNA is an unreliable denominator of risk/safety, that we possess very little and insufficient knowledge about the off-target modifications brought by some forms of gene-editing to assume safety, and finally the faster development of gene-edited plants is equal to higher risk.
Further, Aviva Samach et al. (2023), in their paper show that chromothripsis, an extremely damaging form of genomic rearrangement that results from the shattering of individual chromosomes and the subsequent rejoining of the pieces in a haphazard order giving rise to “legitimate safety concerns” happens far more frequently in gene-edited crops than previously thought. It is important to note that chromothripsis refers to a phenomenon in which often several hundred genetic changes occur simultaneously in a catastrophic event. Many sections of the genetic material can be swapped, recombined, or even lost if this occurs. Therefore, evidence points to the fact that gene editing causes genetic changes that are different from those that happen in nature and consequences are poorly understood.
Unreliability of CRISPR/Cas application
There are several scientific papers cautioning us about the irreversible risks associated with Crisper technology, the same technology used in the two recently released gene-edited rice varieties.
Ali Movahedi et al (2023) show that CRISPR/Cas9 technology raises serious biosafety concerns that require careful consideration, including potential off-target effects and the unintended transfer of modified genes to other organisms.
Another paper by Katharina Kawall (2019) shows that in conventional breeding and spontaneous mutations, some regions in the genome undergo changes less frequently than others because these regions are especially protected by repair mechanisms in the cell. CRISPR/Cas applications can bypass these naturally occurring processes.
Presence of foreign genetic material
It is also important to note that de-regulated techniques of SDN-1 and SDN-2 gene editing also involve foreign genetic material being used and unintentionally implanted in the host organism. It is often claimed that gene editing is equivalent to traditional breeding techniques, because the intended change does not involve the introduction of foreign DNA. But this is false, there are several research papers that falsify this claim. For instance, Jungeunet et al (2016) in their research show that foreign DNA and even complete foreign genes can be, and are, introduced into the genome by gene editing techniques, both intentionally and inadvertently.
For example: Genome edited cattle – modified to have no horns – were found to have about 4000 kbp of superfluous DNA present originating from the bacterial plasmid vector, including two antibiotic resistance genes. This was not established by the producer of the cattle, but by researchers in the regulatory agency FDA. Norris et al. 2020, Nature Biotechnology 38, pages 163–164(2020), doi: 10.1038/s41587-019-0394-6
Other cases of unintended integration of non-host DNA include: mice (e.g. Ono et al., 2015 and Ono et al. 2019); Plants (e.g. Jacobs et al., 2015, Li et al., 2015); fish (Gutierrez-Triana et al., 2018); fruitflies (Drosophila melanogaster), nematodes (C. elegans), yeast and other fungi (eg Aspergillus); and planktonic crustaceans (Daphnia magna).
Whilst the insertion of vector DNA into DNA double-strand breaks is in itself a matter of concern, it is of perhaps even greater concern, that any other trace DNA present in the culture medium may be inserted into the host DNA. Ono et al., 2019, for example identified the presence of goat DNA and bovine DNA in the genome of the genome edited mice. This depended on whether goat or foetal calf serum had been used as a culture medium in the experiments. In fact, even retrotransposons had been transferred. In this context it becomes obvious that genome editing may unintentionally become a mechanism for horizontal gene transfer of not only foreign DNA but pathogens alike.
In a recent paper on CRISPR-cas9-mediated HDR (Skryabin et al. 2020; Science Advances doi: 10.1126/sciadv.aax2941) authors reported not just about the unintended insertion phenomena (both for NHEJ & HDR) but also the difficulty of detecting these. The authors state in their abstract: “Nevertheless, the rapidly evolving technique still contains pitfalls. During the generation of six different conditional knockout mouse models, we discovered that frequently (sometimes solely) homology-directed repair and/or non-homologous end joining mechanisms caused multiple unwanted head-to-tail insertions of donor DNA templates. Disturbingly, conventionally applied PCR analysis, in most cases, failed to identify these multiple integration events, which led to a high rate of falsely claimed precisely edited alleles. We caution that comprehensive analysis of modified alleles is essential and offer practical solutions to correctly identify precisely edited chromosomes.”
Since SDN-1 and SDN-2 gene editing have been effectively de-regulated in India, there is no mechanism by which transparent confirmation (with reports placed in the public domain) can happen with apex regulatory bodies’ involvement (like the GEAC’s) to check whether foreign genetic material is present in the host organism.
High risk associated with gene-edited rice, Kamala and Pusa DST Rice 1 and gene-edited cattle
Evidence points to the fact that gene editing causes genetic changes that are different from those that happen in nature and their consequences are poorly understood. Chu P and Agapito-Tenfen in their 2022 paper show that identifying certain larger DNA damages could only be possible using whole genome sequencing/long-read sequencing, which is generally not performed. For this and other reasons mentioned in the paper, Chu P et al. point out that the occurrence of unintended DNA damages is underestimated in the literature.
Sukumar Biswas et al. in their paper published in May 2020 conclude that SDN-1 technology, using CRISPR/Cas9 system is imprecise in rice, and that early and accurate molecular characterization and screening must be carried out for many generations. In many cases they found large insertions, deletions, and rearrangements of DNA, raising the possibility that the function of genes other than the one targeted could have been altered.
Also, Antibiotic Resistant Marker genes have been used for creating these mutants and they might be transmitted to other organisms through Horizontal Gene Transfer. There is a risk of antibiotic-resistance being transferred to humans through gene-edited rice. Norris et al (2020), have shown antibiotic resistance genes being transferred unintentionally in gene-edited cattle.
Hoepers et al (2024) show how gene editing has potential to cause unintended adverse impacts in non-target organisms too.
In the face of such strong evidence, it is unsafe to release the two gene edited varieties of rice Kamala (DRR Dhan 100), developed by the Indian Institute of Rice Research (ICAR-IIRR), Hyderabad, and Pusa DST Rice 1, developed by the Indian Agricultural Research Institute (IARI), Delhi. They have been developed using SDN-1 technology, using CRISPR/Cas9 system, the exact same technology that Sukumar et al., show is imprecise for rice. In fact, reports have not been put out in the public domain to show that there are no safety concerns around these rice varieties.
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