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Agro Universities, Goat farming, Live Stock

Developing goat production as a viable business hinges on strengthening all the links in the value chain.

A pilot study led by ICRISAT proves that developing efficient goat value chains lead to better rewards for farmers by increasing their market knowledge and bargaining power. Amongst the many interventions, goat sale auctions fetched on average a 6 per cent higher price than those sold through conventional market sales that often do not pay off the cost of feed. The study was for the CLIM2 project implemented in Southern Malawi, where half the country’s poor people live on farms less than one hectare.

As part of this project, farmers, traders, butchers, researchers, extension workers and policymakers embarked on a journey of goal setting, knowledge exchange and learning. They selected and tested prototypes of interventions that allowed the value chains to transform and provide higher income, food security and nutrition for smallholder farmers in Southern Malawi. Developing goat production as a viable business hinges on strengthening all the links in the value chain.

“The project has built the confidence of farmers and economically empowered farmers and off-takers such as butchers and vendors through higher profits from goats,” Madalitso Ngombe, Agribusiness Officer, Balaka district.

Benefits for farmers

In Southern Malawi, every third household owns goats amidst extremely high pressure on land and limited alternative sources of income. Highly prolific at relatively low labour cost, goats are an attractive capital, particularly for women and youth.

Higher sales of goats at higher prices translated into increased household income and changing lifestyles among farmers in Malawi, while goat meat consumption contributed to improved food and nutrition security.

Goats are important for the resource-poor to balance grain price fluctuations. Highly variable grain prices impoverish the poorest who are not food self-sufficient. Goat prices, in comparison, are more stable and they are like liquid assets that can be quickly converted to cash, which cushions farmers against grain price fluctuations. However, many still follow traditional principles in raising and selling goats.

Win-win for farmers and buyers

Establishing goat auction sales centres equipped with goat sales pens and portable digital weighing scales and owned by community-based MSMEs, added positive impetus, strengthening their capacity to sell more goat products of higher quality. At initial auction sales, buyers competed for good quality goats, which sold faster. This gave farmers insights into the type of goats the market wants and the price they can expect. Farmers appreciated the transparent price setting and buyers found quality products easily and at reduced transport costs when normally they would spend time and resources searching for goats at farm gates.

“At a recent auction, a goat reached a price of MK 48,000 (USD59), which has never happened before,” James Makwito, Phalula EPA, Assistant Veterinary Officer, Balaka district.

Developing goat production as a viable business

Agrotech, Company News

The free nematode tests will help growers assess soil health.

Plant-parasitic nematodes lurk under the soil, wreaking havoc on plants’ root systems, which can ultimately damage yields and overall plant health. Certis Biologicals knows that root health is key to producing quality crops year after year, so the company is providing free nematode tests that help growers assess soil health.

Roots and Nematodes

“Since nematodes live under the soil, they are an easy pest for growers to overlook,” says Chris Judd, Global Vice-President, Marketing for Certis Biologicals. “We are partnering with growers to provide the information they need to make a fully-informed decision about nematode treatments in their soils. At Certis, we want to be a partner in ensuring the success of growers and we are happy to provide this service as a way to show that value.”

Growers who are interested in taking part in the free nematode soil testing program can begin by visiting www.nematodetesting.com and completing a short form. Depending on the region, entrants will then work with a partner laboratory to gather and submit a small soil sample for processing. Results will be shared along with any treatment recommendations from Certis representatives. Those interested in participating do not need to be current customers to participate in the program and there is no requirement to purchase a Certis product.

“Growers often wrongly attribute nematode damage to disease and treat above-ground effects while missing the root cause,” Judd says. “Leaving plant-parasitic nematodes untreated can weaken the root systems of crops, causing reduction in overall plant health and eventual death.”

“This completely free test can be an integral tool that lets growers know which nematode they have in their fields and if treatment is needed before these negative impacts are felt.”

The free nematode tests will help growers

Agrotech

The signing of this MoU with TNAU marks NLI’s first partnership in the ‘agri-tech’ space in India

NEC Laboratories India (NLI), an entity of NEC Corporation India – a wholly-owned subsidiary of NEC Corporation has recently announced that it has signed a memorandum of understanding with Tamil Nadu Agricultural University (TNAU) to create newer solutions to resolve agricultural issues using analytics and AI. The signing of this MoU with TNAU marks NLI’s first partnership in the ‘agri-tech’ space in India.

Through this co-creation partnership, NEC aims to create a solution which helps identify major crop disease and deficiency categories, and provide appropriate remedies via Agri experts. NLI will develop a mobile app with AI/ML capability, while TNAU shall provide expert guidance and assist in data collection activity to detect diseases in this collaboration. By combining the best of both parties, early detection of disease onset through artificial intelligence can be achieved, and farmers will be able to take remedial actions promptly.

Dr Subramanian, Director of Research said, “India is a predominantly agricultural economy, and farmers today face a wide array of problems in the field that need to be addressed instantly. With the signing of this MoU, the university intends to use AI for the early detection of pests and diseases, and it is our honour to be joining hands with NEC Laboratories India and the NEC Group. Their decades of deep-tech expertise and problem-solving capabilities for both critical social problems, as well as industrial challenges, makes them an ideal technology partner for this endeavour.”

The signing of this MoU with TNAU

Agro Universities, Sustainability

The MoU aims to facilitate research and development in mutually agreed areas and jointly work in the area of product stewardship by providing safe use trainings

UPL Limited, a global provider of sustainable agriculture products and solutions, has recently announced collaboration with GB Pant University of Agriculture & Technology for developing sustainable solutions for the farmers. Keeping ‘Farmer First’ approach, UPL signed a memorandum of understanding (MoU) with the University to develop sustainable solutions for farmers.

The MoU aims to facilitate research and development in mutually agreed areas and jointly work in the area of product stewardship by providing safe use trainings. UPL will collaborate with the university on developing drone technologies and will also bestow scholarship to university students. GB Pant University of Agriculture & Technology, the first Agricultural University of India has championed work in the field of biologicals.

Dr Nain from GB Pant University of Agriculture & Technology said, “We are ecstatic that the two organizations have signed a Memorandum of Understanding. We believe that the relationship will benefit farmers immensely by providing newer technologies and solutions. We also like to express our gratitude for UPL’s interest to provide stewardship training and support students with scholarship.”

The MoU aims to facilitate research and

Agro chems – Chemicals, Interaction, Opinions

By Rajesh Aggarwal, Managing Director, Insecticides (India) Ltd.

India is the fourth largest producer of agrochemicals, with domestic consumption of around Rs 32,000 crore in FY2021 and exports of around Rs 40,000 crore. Several growth factors, such as growing population, shrinking arable land, increasing demand for high-value agricultural products, and enhanced efforts from the industry and the government to promote awareness and technology enhancement, are expected to drive industry growth at a CAGR of 8–10  per cent until 2025.

The government’s attempt to double farmers’ income demonstrates its commitment and promises a brighter future for all parties involved. Several revolutionary reforms and initiatives have already been implemented with the goal of achieving world-class agricultural productivity. With a vision of achieving a ‘Atmanirbhar Bharat,’ the government is turning every stone in the form of ‘Make in India’ reforms in law, benefits to marginal farmers, and crop-based subsidies, to meet the United Nations’ goals of sustainable development.

However, policy changes and intervention are needed in a number of areas. The following actions will ensure agrochemicals’ sector’s growth:

Removing the bottlenecks: Industry players perceive the registration process as a time-consuming, iterative, and complex procedure, which is one of the challenges posed by the current regulatory framework. This time-consuming process must be expedited keeping the regulations and requirements same as soon as possible. This will enable the companies to bring out the newer chemistries faster for the benefit of Indian agriculture. It is necessary to accelerate the entire process. More policies focusing on benefits to small and marginal farmers, lower crop protection chemical taxes, and legal reforms that help attract more foreign investment in the agrochemical sector are urgently needed.

Favourable import-export policies: The industry relies heavily on imports of raw materials and technical active ingredients to manufacture the formulations. Import/export policies that favor the sector, as well as a push for a Make in India policy for agrochemicals, the resolution of geopolitical issues, and trade sanctions with exporting countries, can all contribute to the sector’s long-term viability.

Policies that encourage the use of technology: Agriculture in India is highly dynamic and highly reliant on natural occurrences. Agrochemical consumption is linked to farmers’ willingness to invest in agri inputs, which can vary depending on crop growth, market prices, weather conditions, and pest infestation. If any of the factors change dramatically, this can result in significant supply and demand gaps. Moving to a digital, data-driven demand forecasting approach can aid industry players in addressing this issue and ensuring supply chain efficiency. Several agrochemical companies, including Insecticides (India) Limited, have used digital tools to collect, compile, and analyse data related to demand indicators, resulting in a much more reliable demand forecasting system.

Policies for new molecules: The pharmaceutical industry is heavily reliant on generic and older molecules, many of which are also hazardous. As a result, the agrochemical industry is at risk of strict regulatory reforms aimed at phasing out such products. As a result, an action plan must be developed in collaboration with industry experts for the gradual replacement of existing products that may be subject to regulatory action. To expand product offerings and de-risk agrochemicals companies’ product portfolios, in-licensing of active ingredients should be encouraged.

Putting the PLI scheme into practise: Creating a digitally led, robust agrochemicals supply chain would aid in ensuring that Indian farmers have access to the right products at the right time. In 2020, the central government announced a production-linked incentive (PLI) programme for agrochemicals. Now that the pandemic is almost over, this policy should be implemented quickly. According to reports, the government has already identified specific products that will benefit from the scheme, and industry consultations are now complete. Agrochemicals will be the 15th industry covered by the PLI scheme.

 The bottom line

For decades, the agrochemical industry has been a Champion Sector because it contributes significantly to food security and employs a large workforce. The sector must be given its fair share of ‘Ease of Doing Business,’ while also removing bottlenecks and implementing progressive regulatory measures to protect the environment.

By Rajesh Aggarwal, Managing Director, Insecticides (India)

Logistics, Sustainability

Mahindra Logistics received validation from Science Based Targets Initiative (SBTi) to reduce carbon emissions

Mahindra Logistics Ltd. (MLL), one of India’s largest Integrated Logistics service providers, announced that Science Based Targets Initiative (SBTi) has validated its target to reduce carbon emissions and the company remains on course to meet its long-term sustainability goals. This achievement of Carbon Reduction Targets has been set in line with the level of reduction needed to limit global warming to 1.5°C, as per the Paris Agreement. This is an important milestone towards the company’s ambitious aim of being carbon neutral by 2040. Mahindra Logistics is incidentally the few companies in the logistics sector to get this validation from SBTi and is working towards achieving its sustainable goal by 2040.

MLL had signed an agreement with SBTi last year and has managed to accomplish the set standards targeted in the first year. By joining the initiative in 2021, MLL signalled its intention to align its targets to the most ambitious aim of the Paris Agreement: To limit global temperature rise to 1.5°C above preindustrial levels and reach net-zero by 2050 for the best chance of avoiding the worst impacts of climate change.

Commenting on the same, Rampraveen Swaminathan, MD and CEO, Mahindra Logistics said, “Mahindra Logistics is deeply committed to sustainability, in line with our RISE philosophy. Joining SBTi is part of our focus on creating a transparent journey towards carbon neutrality, which can be aligned with clear programmes and initiatives. This milestone is a validation of our commitment and plan to become a carbon neutral by 2040.”

Mahindra Logistics has undertaken several sustainable initiatives, focused on carbon neutrality, circularity and resource conservation. As part of the same, a robust electric ecosystem is developed for its supply chain and enterprise mobility businesses. The company has also been driving adoption of CNG based cargo and mobility vehicles across partner fleets. Additionally, MLL is investing in circularity, energy efficiency and renewable energy and is establishing new facilities which comply with IGBC/LDEED certification standards and aims to have over 1 MW of solar power in its warehouses by the end of FY2022-23.

Mahindra Logistics received validation from Science Based

Agrotech, Sustainability

 Awards aims to inspire stakeholders to think green & contribute towards a world that is not only progressive but also responsible towards its provider.

Envirocare Green Awards is an initiative by Envirocare Labs started in 2018 with a vision to motivate and empower professionals & organisations in the field of environment. EGA is a non-commercial activity of self-motivated likeminded people dedicated to making a positive difference to Sustainable Care.

The objective of Envirocare Green Awards is to inspire stakeholders to think green & contribute towards a world that is not only progressive but also responsible towards its provider.

The applicants for these awards will be evaluated by an independent international Jury – renowned & respected in their professional fields. The award ceremony would be preceded by keynote speaker sessions. Keynote speakers which includes three speakers , first keynote speaker Dr Abhay Jere, Chief Innovation Officer (CIO) at Ministry of Education, Govt of India will speak on National Education Policy and its role in promoting Environment & Sustainability. Second keynote speaker, Imran Ustad, Associate Director, Sustainable Finance Solutions at Morningstar Sustainalytics will speak on Sustainability Linked Financing for Startups & MSMEs and lastly Hanane Taidi, Director General, TIC Council, Belgium will speak on Role of Testing Inspection & Certification for Sustainable Businesses.

The application for this award is online and is open for across the globe. To apply please click here for online Google Form: https://forms.gle/GZs5DA9zXLB5YhmQ8

 Awards aims to inspire stakeholders to think

Agro chems – Pesticides, Company News

NOFLY WP is registered for use on multiple crops including the main horticultural, cucurbitaceous, aromatic, herbaceous ornamentals, and leguminous crops

Futureco Bioscience, international manufacturer of sustainable bio-protection and plant bio-stimulants, adds a new registry to the long list of authorisations for one of its most iconic products: NOFLY WP. The company has recently obtained a new registration from Ministry of Agriculture, Livestock and Food of Guatemala for the commercialisation of the bioinsecticide in the Central American country.

Currently NOFLY is registered and commercialised in Austria, Belgium, Canada, Chile, Colombia, Cyprus, Ivory Coast, Ecuador, Spain, France, Greece, Guatemala, Netherlands, Honduras, Hungary, Italy, Kenya, Morocco, Mexico, Peru, Poland, Dominican Republic, Romania, UK and USA. Notably, in USA, the EPA (Environmental Protection Agency) has approved the use of NOFLY WP in outdoor and residential crops.

NOFLY WP is registered for use on multiple crops including the main horticultural, cucurbitaceous, aromatic, herbaceous ornamentals, and leguminous crops. It is now to be expected that the company will seek out new registration and business opportunities for NOFLY WP in the countries where Futureco Bioscience is growing more, as Brazil and African countries, moving towards a global commercialisation of the product.

NOFLY WP is authorised for use in organic farming in accordance with EU, NOP and JAS standards by internationally recognised certifiers such as OMRI and BCS C fumosorosea is not a plant pathogenic organism and does not produce significant detrimental effects on beneficial insects, including bees and bumblebees.

NOFLY WP is registered for use on

Trade

Requests from several countries for importing wheat from India are being processed at the government level

M Angamuthu, Chairman, APEDA, recently stated that the government’s move to restrict wheat exports last month has been primarily focussed on meeting domestic demand while protecting the farmers’ income.

Angamuthu said India has kept its wheat export options open for those developing countries to meet their food security needs after restriction on shipment of wheat was announced last month. Requests from several countries for importing wheat from India are being processed at the government level.

This year, wheat farmers have been immensely benefited in terms of procurement by the government’s agencies at Minimum Support Price (MSP) while a significant chunk of commodity has been sold to private trade at much above MSP.

The decision to ban wheat export was taken to ensure the availability of wheat for the domestic supply chain. Sudden spurt in exports in April created concern over domestic price stability and supply that prompted the government to take the ‘regulatory’ measure like restricting wheat export.

Keeping the interest of farmers as the top priority, the government allowed them to sell their wheat at higher prices at above MSP to private traders across several mandis besides procuring wheat at MSP across all the key grain growing states including Punjab, Haryana, Uttar Pradesh, Madhya Pradesh and Rajasthan.

The Government had regulated wheat export from May 13, 2022 which changed the market dynamics, preventing speculative wheat trading and cooled down the inflationary trend of the price of wheat and products made out of it in the domestic market.

Requests from several countries for importing wheat

Agro chems – Chemicals, Company News

Best Agrolife Limited along with more than 250 distributors attended this event in which the specifications and in-depth knowledge of each product were shared with them

Best Agrolife Limited, the fastest growing agrochemical company in India, held a glittering mega launch event for its much-awaited agro-products – Ronfen, AxeMan, Warden, Tombo, and Reveal in Pattaya, Bangkok. The launch event was organised in the famous Zign Hotel on 06 June 2022. The Managing Director, Executive Director, and the entire marketing team of Best Agrolife Limited along with more than 250 distributors attended this event in which the specifications and in-depth knowledge of each product were shared with them.

Speaking at the event, Vimal Alawadhi, Managing Director, Best Agrolife Limited said, “Our company has one of the strongest pipelines of sustainable and eco-friendly products that offer complete solutions to the farmers for their present and future needs. We are working tirelessly to develop cost-effective and single-shot agro-inputs in order to benefit farmers across multiple crops. Aligned to the larger Make in India initiative, our company aims to launch more than 5 new products every year to provide relevant solutions for all the crop-related issues. Infact, our entire R&D investment is dedicated to developing innovations that are sustainability – advantaged and these newly launched products are a testimony to that.”

A first-of-its-kind proprietary ternary insecticidal combination of Best Agrolife, Ronfen is a single-shot solution that controls all sucking pests together in various crops like cotton, chilly, vegetables, and many other segments. Ronfen covers the composition of Pyriproxyfen 8 per cent, Diafenthiuron 18 per cent, and Dinotefuran 5 per cent in a unique suspension concentrate formulation. On the other hand, AxeMan (Dinotefuran 15 per cent + Pymetrozine 45 per cent WG) with its dual mode of action, helps in protecting the rice crop from the devastating pest BPH which develops high resistance against all agrochemicals.

Best Agrolife Limited along with more than

Agrotech, Foodgrains, Start ups

The study aims to identify and develop regions for high-value and high-quality crops such as Basmati rice, wheat, and mustard

 For the benefit of the farmers, Noida based Agritech Company, Leads Connect Services launched the Seamless Digital Implementation & Ground Monitoring Platform for Delivering End-to-End AgriTech Analytics Services to Farmers (SIGMAA) pilot study in Bareilly, Uttar Pradesh. The SIGMAA study aims to identify and develop regions for high-value and high-quality crops such as Basmati rice, wheat, and mustard. An additional objective is to double the farmers’ income using sustainable farm practices and technological interventions. The study will be conducted for 4 seasons, starting from Kharif 2022–23 (June 2022) and ending in Rabi 2023-2024 (April 2024).

The study was launched in Tulia village of Bareilly by Santosh Gangwar, Member of Parliament. At the launch of SIGMAA, the farmers of Tulia and Jogither villages were advised on the usage of sustainable farm practices and technological interventions. A demonstration of Kisaan drones and fertilizer sprays was also conducted to make the farmers aware on the usage.

Leads Connect chose Bareilly to conduct the pilot study for its potential to be a market linkage hub as the city is not only in proximity to the commercial nodal centres of India but also a thriving urban cluster itself, an indispensable requirement for building a sustainable value chain. For the pilot study, 150 farmers will be on-boarded from these two 2 villages of Bareilly, using a field app and platform. After calculating the Agricultural Credit Score (ACS) for each farm and farmer, seeds, fertilisers, and pesticides will be distributed based on expert advisory. The study would also utilise a technology-based crop suitability analysis report to determine the best crop for the region. During the crop cycle, real-time monitoring will be conducted in situ and through the one-stop digital platform. Satellite & IOT/UAV will be leveraged for continuous data collection. The learnings from the study will be used to develop and implement models across Uttar Pradesh.

On the launch of pilot, Navneet Ravikar, Chairman & Managing Director, Leads Connect Services, commented, “The organisation is looking forward to SIGMAA because of its ground-level impact. The study will be able to give farmers crucial information about which crop and its variety are most suitable for sowing with just a click. Furthermore, they’ll have access to real-time agronomic intelligence, forecasting, and support throughout the crop cycle to drastically improve yield. We’re even giving Drone Analytics as a Service (DraaS) to farmers to assess crop health, fertiliser/pesticide spraying, and crop loss. The pilot also solves one of the hardest challenges for farmers: market linkages. LeadsConnect will lend them the appropriate support to sell their produce at fair and profitable prices.”

The study aims to identify and develop

Agri Genomics, Agro Universities, R&D, Seeds

A total of 27 new varieties, were validated as nominated by more than nine Indian National Agricultural Research & Education System (NARES) breeding network partners.

Researchers in India have identified new rice varieties that could adapt to specific requirements of the different environments in the country after a series of on-farm trials (OFT). The results of the rigorous trials were presented in a two-day technical workshop online organized by the India Seed System and Product Management team of the International Rice Research Institute on 5-6 May, 2022.

A total of 27 new varieties, including some pipeline varieties were validated as nominated by more than nine Indian National Agricultural Research & Education System (NARES) breeding network partners. The research also identified promising varieties and how they adapt in the various target environments. During these trials, researchers collected feedback about the varieties from farmers and extension personnel.

“The development and identification of suitable rice varieties for specific environments in Indian farms are the critical first steps in helping the farmers increase their yield and productivity. The identified new varieties when positioned rightly in the seed system, can lead to actual delivery of genetic gain in the farmer field.  In addition, the smallholder farmers of the country need all the support to ensure they have awareness and equitable access to these new varieties and quality seeds” said Dr Swati Nayak, South Asia Lead – Seed Systems & Product Management at IRRI.

Researchers have continuously developed technologies and various interventions that could be adapted to increase the productivity in the country. At the same time, they have also promoted the cultivation of hybrid rice varieties.

The newly-identified rice varieties were a product of the 2021 Kharif (wet season, June-October) OFTs implemented extensively across four states in Eastern India, including Bihar, Chhattisgarh, Odisha, and Uttar Pradesh. A total of 559 OFTs were implemented in partnership with government organizations such as Krishi Vigyan Kendra (KVK), State Agricultural Universities (SAU), and non-government organizations (NGO) as collaborators in Eastern India.

In the current trials conducted, researchers found specific rice varieties with favorable response for different farm locations and environments. These selected varieties will be further disseminated for extensive promotion through demonstration, and are expected to help increase rice yield and profit against existing varieties. Researchers are also looking into infusing these varieties in the seed chain of respective states for speedy quality seed access to the farmers.

A total of 27 new varieties, were

Acquaculture, Acts & Schemes – Centre

The PMMSY dashboard aims at effective monitoring of the PMMSY scheme activities and their progress in all participating States/UTs

Digital India is a flagship programme of the Government of India with the vision to transform the country into a digitally empowered society and knowledge economy. The programme covers multiple Government Ministries and Departments with the aim of building a culture of ‘good governance’ that functions on evidence-based decision making. It is in line with Prime Minister’s vision to use technology as a means to empower and as a tool that bridges the distance between hope and opportunity. In view of the same, Parshottam Rupala, Union Minister of Fisheries, Animal Husbandry & Dairying launched the PMMSY MIS dashboard on 7th June 2022. The occasion was graced by Dr Sanjeev Kumar Balyan, Minister of State, Fisheries, Animal Husbandry & Dairying, Dr L Murugan, Minister of State, Fisheries, Animal Husbandry & Dairying and Information and Broadcasting, J.N. Swain, Secretary, Department of Fisheries, Shri Atul Chaturvedi, Secretary, Ministry of Fisheries, Animal Husbandry and Dairying, Dr J Balaji, Joint Secretary (Marine Fisheries), Shri Sagar Mehra, Joint Secretary (Inland Fisheries) and other senior officials.

PMMSY scheme was launched in May 2020 with the highest ever investment of Rs. 20,050 crores for focussed and holistic development of the fisheries sector while ensuring socio-economic wellbeing of fishermen, fish farmers and other stakeholders. Till date a total project investment of Rs 7242.90 Crores (FY 2020-22) has been done under PMMSY. Keeping in view the vast scope of the PMMSY scheme with multitude locations and components and move towards digitalisation, it is imperative to put a Management Information System (MIS) in place for aggregating information on one platform. The PMMSY MIS dashboard aims at (i) effective monitoring of the PMMSY scheme activities and their progress in all participating States/UTs (ii) strategically utilising the information for informed decision making. PMMSY MIS application aggregates the data from all participating states/UTs, analyses the data and projects the data in form of a dashboard for sectoral insights. Key performance parameters are used for projecting overall performance at national and State/UT levels, thus highlighting specific achievements and gaps.

The PMMSY dashboard aims at effective monitoring

Animal Health, Live Stock

The Kit is made in India and a patent has been filed for the same

Union Minister of Agriculture & Farmers’ Welfare, Narendra Singh Tomar has launched Animal Vaccine and other Diagnostic Kits developed by the ICAR-National Research Centre on Equines, Hisar, Haryana on June 9, 2022.

The Ancovax Vaccine on Equines is an inactivated SARS-CoV-2 Delta (COVID-19) Vaccine for Animals. The immunity induced by Ancovax neutralises both Delta and Omicron Variants of SARS-CoV-2. The Vaccine contains inactivated SARS-CoV-2 (Delta) antigen with Alhydrogel as an adjuvant. It is safe for dogs, lions, leopards, mice and rabbits.

“The Council’s scientists’ unparalleled contributions have made the country succeed not only in essential crops’ production; but, in the various fields of agricultural and allied sciences as well at the global level”, said Tomar, after launching the vaccine through video conferencing. “It is due to the untiring contributions of Scientists that the country stands self-reliant in developing its own Vaccines more rather than importing. This is really a big achievement”, he added.

The diagnostic kits launched today include CAN-CoV-2 ELISA Kit. It is a sensitive and specific nucleocapsid protein based indirect ELISA Kit for antibody detection against SARS-CoV-2 in Canines. There are no laboratory animals required for the preparation of the antigens. The Kit is made in India and a patent has been filed for the same. No other comparable kits for detection of antibodies in Canines are available in the market.

The Surra ELISA Kit is a suitable Diagnostic Assay for Trypanosoma evansi infection in multiple animal species.

The Equine DNA Parentage Testing Kit is a powerful genomic technology for parentage analysis. The Parentage among the Horses can be definitely established using Multiplex PCR Technology to compare allele sizes.

The Kit is made in India and