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Sustainable Agriculture: The Growing Need for Biotech Innovations in the World’s Food Supplies

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Issued on behalf of BioVaxys Technology Corp.

VANCOUVER, BC, Aug. 19, 2024 /CNW/ — USA News Group – How we take care of the planet, and the food we eat is rapidly shifting. Back in May, the World Economic Forum addressed how countries are redefining their bioeconomy for the future, with each aiming for sustainable solutions. NGOs around the world are calling for urgent action to accelerate nature-based solutions to tackle global challenges, while the World Bank is encouraging sustainable agriculture, not an end to farming. Behind the scenes, several biotech firms are working on solutions that can help foster these types of goals, including BioVaxys Technology Corp. (CSE: BIOV) (OTCQB: BVAXF), Zoetis Inc. (NYSE: ZTS), Corteva, Inc. (NYSE: CTVA), Bunge Global SA (NYSE: BG), and BRF S.A. (NYSE: BRFS).

Earlier this year, the clinical-stage biotech company BioVaxys Technology Corp. (CSE: BIOV) (OTCQB: BVAXF) made headlines with its strategic acquisition of a comprehensive clinical development pipeline, which includes the cutting-edge DPX™ immune system educating antigen delivery platform. BioVaxys identified DPX™ as a potential game-changing enabling technology across several areas, including improved mRNA vaccines, multivalent viral vaccines, cancer vaccines, and treatments for immune system disorders. But these uses aren’t restricted just to human, as BioVaxys recognizes that animal biotech has a faster regulatory pathway than humans.

Partnered with SpayVac for Wildlife (SpayVac), the two companies recently announced the completion of a new expanded research and production facility in Madison, Wisconsin to produce SpayVac’s long-lasting, single-dose veterinary contraceptive vaccines. Thanks to BioVaxys’ patented liposome-based antigen delivery platform technology, SpayVac can address the significant fertility-control needs in wildlife, agricultural production animals, and aquaculture markets, setting up the potential for BioVaxys to attain royalty revenue from the project in 2025.

“This new laboratory will significantly enhance our ability to develop new vaccine formulations for species that would benefit from humane, long-term fertility control,” said Dr. Ursula Bechert, Vice-President of Research and Development for SpayVac for Wildlife.

SpayVac is preparing to commercialize fertility control vaccines for deer, horses, and other animals, utilizing the patented liposome-based delivery platform technology licensed from BioVaxys.

“I’m enthusiastic about the many benefits of this space,” said Tom D’Orazio, CEO of SpayVac for Wildlife. “It is flexible enough for us to do both our research and small-scale production. The facility has a number other biopharma  tenant companies, such as Kendrick Laboratories and Plumb Pharmaceuticals, creating a biotech hub and collaborative environment.”

SpayVac originally operated out of the University of Victoria in British Columbia but relocated to Madison, Wisconsin, following the pandemic. Backed by the BrightStar Wisconsin Foundation and angel investors, SpayVac successfully expanded its laboratory and secured space in a facility owned by Lytic Solutions. This new location will enable the company to produce vaccines for both ongoing and future experimental contraceptive trials.

“With our licensee SpayVac on track for submitting their filing for regulatory approval in 2025, they expect to see commercial sales, which will generate royalty revenue from our liposome-based antigen delivery platform technology,” said Kenneth Kovan, President & Chief Operating Officer of BioVaxys.

Though it’s being initially implemented for deer, horses, etc., the potential for BioVaxys’ antigen delivery platfrom is quite large, in particular in the growing commercial aquaculture vaccines market. Back in April, BioVaxys and SpayVac announced a joint effort in the aquaculture space to field test single-dose, long-lasting immune-contraceptives in farmed rainbow trout—a market that’s projected to reach US$7 billion by 2033. As a side note, the duo has also teamed up to test a long-lasting, single-dose contraceptive vaccine, in captive Asian elephants, with a clinical study current,y ongoing in Thailand.

When BioVaxys acquired IMV, Inc., it also acquired milestone payments and a royalty bearing license agreement with Zoetis Inc. (NYSE: ZTS), the world’s largest producer of medicine and vaccinations for pets and livestock, for their development and sale of various animal health products using BioVaxys antigen delivery technology.

Zoetis recently released its Q2 2024 results, which included revenue growth of 8% to $2.4 billion, and 11% operational growth in revenue. Sales of livestock products increased 11% in the quarter, with notable growth in both cattle and swine products year-over-year.

“We had another outstanding quarter, demonstrating the strong demand for our trusted, innovative products, our ability to capture and expand markets, and the dedication of our purpose-driven colleagues,” said Kristin Peck, CEO of Zoetis. “We achieved 12% revenue growth in the U.S. and 10% operational revenue growth internationally, with both our companion animal and livestock portfolios seeing impressive global operational growth, 12% and 9% respectively.”

Earlier in the year, Zoetis expanded its stock vaccine production footprint through an 8-hectare land purchase for a new manufacturing site in Melbourne, Australia. It also launched GlanEry 7in1 B12, a new innovation in sheep vaccines. Each of these innovations is in line with Zoetis’ commitment to healthier animals and sustainable agriculture.

Corteva Agriscience, a wholly-owned subsidiary of global agriculture company Corteva, Inc. (NYSE: CTVA) recently began its promotion of the Direct Seeded Rice (DSR) technique, where rice seeds are directly sown into the field against the traditional method involving seedling nurseries and transplants. The strategy recognizes the urgent need for sustainable and innovative agricultural solutions to address environmental challenges, while providing economic benefits.

“We’re committed to developing innovative solutions for enhanced DSR adoption in India,” said Dr. Raman Babu, Seed Research and Development Leader, South Asia, for Corteva Agriscience. “Our focus remains on developing superior climate resilient DSR seed products, crop protection innovations and agronomic excellence that will contribute to solutions for water scarcity and climate variability, ultimately fostering a more sustainable and productive future for India’s rice production.”

For reference, India is one of the world’s largest rice producers, accounting for over 20% of global production, and its rice market is valued at an estimated US$52.8 billion. However, export restrictions on Indian rice continue to disrupt global markets, supplies, and prices.

Agrobusiness giant Bunge Global SA (NYSE: BG) recently teamed up with Thai conglomerate CP Foods to test a blockchain-powered traceability platform for shipments of deforestation-free soybean meal. As of June 2024, the two companies had so far shipped three vessels totalling 185,000 metric tons of soybean meal from Brazil to Thailand, with the products fully traceable from farm origin to final delivery.

“Adding a layer of blockchain technology improves the transparency in end-to-end traceability that Bunge has been doing for some years,” said Rossano de Angelis Jr, Vice President of Agribusiness, South America, of Bunge. “This ability to increase end-consumer confidence in soy projects is only possible thanks to the robust supplier’s socio-environmental verification and monitoring system that we have structured over the last decade.”

The eco-conscious approach to soy has reached Brazilian pork and chicken processor BRF S.A. (NYSE: BRFS), which earlier in August was reported to be willing to pay a 2% premium from market prices for soybeans produced through regenerative agricultural practices. Regenerative agriculture focuses on enhancing soil health and boosting productivity by employing methods like crop rotation and organic fertilization.

The project is being managed by a consortium that includes BRF, Germany’s Bayer AG, a number of Brazilian companies, and a local research group. Produzindo Certo, a company specializing in establishing sustainable agricultural supply chains and part of the consortium, anticipates that within a year, the project will encompass 30 soy farms—expected to produce over 200,00 metric tons of soybeans verified as regenerative.

Meatpackers like BRF use soymeal derived from these soybeans to feed their livestock. Bayer will play a key role in the project by supplying tools to assess the advantages farmers achieve through the adoption of regenerative agricultural practices.

Article Source: https://biotech-insider.com/the-phoenix-of-biotech-how-a-6m-junior-just-swooped-into-a-potential-billion-dollar-opportunity/ 

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DISCLAIMER: Nothing in this publication should be considered as personalized financial advice. We are not licensed under securities laws to address your particular financial situation. No communication by our employees to you should be deemed as personalized financial advice. Please consult a licensed financial advisor before making any investment decision. This is a paid advertisement and is neither an offer nor recommendation to buy or sell any security. We hold no investment licenses and are thus neither licensed nor qualified to provide investment advice. The content in this report or email is not provided to any individual with a view toward their individual circumstances. USA News Group is a wholly-owned subsidiary of Market IQ Media Group, Inc. (“MIQ”). MIQ has been paid a fee for BioVaxys Technology Corp. advertising and digital media from the company directly. There may be 3rd parties who may have shares of BioVaxys Technology Corp., and may liquidate their shares which could have a negative effect on the price of the stock. This compensation constitutes a conflict of interest as to our ability to remain objective in our communication regarding the profiled company. Because of this conflict, individuals are strongly encouraged to not use this publication as the basis for any investment decision. The owner/operator of MIQ own shares of BioVaxys Technology Corp. which were purchased in the open market, and reserve the right to buy and sell, and will buy and sell shares of BioVaxys Technology Corp.at any time without any further notice commencing immediately and ongoing. We also expect further compensation as an ongoing digital media effort to increase visibility for the company, no further notice will be given, but let this disclaimer serve as notice that all material, including this article, which is disseminated by MIQ has been approved by BioVaxys Technology Corp.; this is a paid advertisement, we currently own shares of BioVaxys Technology Corp. and will buy and sell shares of the company in the open market, or through private placements, and/or other investment vehicles.

While all information is believed to be reliable, it is not guaranteed by us to be accurate. Individuals should assume that all information contained in our newsletter is not trustworthy unless verified by their own independent research. Also, because events and circumstances frequently do not occur as expected, there will likely be differences between the any predictions and actual results. Always consult a licensed investment professional before making any investment decision. Be extremely careful, investing in securities carries a high degree of risk; you may likely lose some or all of the investment.

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Huawei and IUCN Launch Tech4Nature Project to Protect Kenya’s Coral Reefs

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NAIROBI, Kenya, Jan. 10, 2025 /PRNewswire/ — Huawei, International Union for Conservation of Nature (IUCN), and local partner Kenya Wildlife Service (KWS) have launched a Tech4Nature project to monitor and protect coral reef and biodiversity in Kenya’s Kisite-Mpunguti Marine Park and Reserve.

Aligned with Huawei’s TECH4ALL initiative and the IUCN Green List, the objective of the three-year project is to strengthen monitoring and management efficacy of the protected area. Located on the southern coast of Kenya, Kisite-Mpunguti Marine Park and Reserve faces a number of nature conservation challenges. These include:

Illegal fishing and insufficient human resources to effectively patrol the area.A lack of remote monitoring of the reserve’s three coral islands coupled with pressures created by tourism, as the fringing reefs are popular diving sites.Limited community awareness of the importance of reef and biodiversity protection.Insufficient communications network infrastructure for underpinning tech-driven monitoring.

“Tech4Nature is an expansive project that falls under Huawei’s digital inclusion initiative TECH4ALL, where we look at ways to implement technology and innovation in various sectors of our day today life and improving global standards and ensure that we have a sustainable way of life in the world,” said Khadija Mohamed, Director of Media and Government Relations for Huawei Kenya.

Underwater cameras, photogrammetry, and audio monitoring technologies will be deployed to monitor marine life, including the biomass and population of parrot fish. In many coral reef ecosystems, parrot fish are a keystone species that, due to their diet, help prevent coral from being smothered by seaweed and algae. The solution will also monitor substrate cover in the reef ecosystems, seagrass cover, and the occurrence of green turtles and bottlenose dolphins, which are classified on the IUCN Red List as endangered and vulnerable, respectively.

“The technology we are introducing is a groundbreaking development for marine conservation in Kenya. It will serve as the first monitoring tool for data collection, analysis, and management in a marine protected area. Additionally, this innovation presents an opportunity to assist the park in attaining IUCN Green List certification, aligning with the sustainability goals valued by tourists and ensuring that future generations can continue to benefit from our marine parks,” said Innocent Kabenga, Country Representative for the IUCN Kenya Country Office.

AI trained to recognize specific target species by sight or sound will provide real-time data-driven insights into the behaviors, populations, and distribution of biodiversity in the reserve and reef ecosystem. The system will also be able to identify boats used for illegal fishing, and send alerts for rangers to intervene in near real time.

A digital power solution and improved network connectivity covering the park and watch tower will enable the rapid transmission of collected data to a cloud server for analysis by AI.

The project will be implemented in partnership with Kenya Wildlife Service (KWS) and Wildlife Research and Training Institute (WRTI). Based on the project’s data-driven insights, the Tech4Nature partners will be able to develop targeted conservation measures for the reserve.

“For us to deliver our mandate of protecting and conserving our wildlife in both terrestrial and marine ecosystems, you have to understand your resources very well. We are partnering with Huawei and IUCN to deploy underwater cameras to acquire some data on marine mammal, corals, and fisheries to make informed decisions. The advantage of this technology it can be deployed in wider area that we couldn’t patrol every single day to get data for day and night for us to make good, informed decisions,” said Adan Kala, Senior Assistant Director, Coast Conservation Area, Kenya Wildlife Service.

In addition, the project will include community outreach to raise awareness about biodiversity changes over time and the presence of different species, including those that are threatened, vulnerable, or endangered.

The site will be assessed against the IUCN Green List Standard, with the goal being that the reserve obtains Green List certification.

About Tech4Nature

Huawei and IUCN launched the Tech4Nature global partnership in 2020 to scale up success in nature conservation through technological innovation. Aligned with Huawei’s TECH4ALL initiative and the IUCN Green List, Tech4Nature has supported 11 flagship projects in 8 countries with tailored solutions to conservation challenges.

Visit the Tech4Nature website: https://tech4nature.iucngreenlist.org/what-is-tech4nature/ 

About TECH4ALL

TECH4ALL is Huawei’s long-term digital inclusion initiative and action plan. Enabled by innovative technologies and partnerships, TECH4ALL is designed to enable inclusion and sustainability in the digital world.

Visit the Huawei TECH4ALL website at https://www.huawei.com/en/tech4all

Follow us on X at https://x.com/HUAWEI_TECH4ALL 

 

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CES 2025 | AAC Technologies Unveils Comprehensive Automotive Solutions, Paving the Way for Cabin Experience Evolution

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LAS VEGAS, Jan. 10, 2025 /PRNewswire/ — At the Consumer Electronics Show (CES) 2025, AAC Technologies, a pioneer in sensory experience, showcased its industry leadership by introducing a full spectrum of automotive solutions that span “acoustics, haptics, sensing, and image recognition.” Drawing on over three decades of expertise in the development and manufacturing of cutting-edge consumer electronics micro-components, AAC is now poised to offer a comprehensive, precise, real-time, and immersive sensory experience to the automotive sector, reinforcing its position as a trusted partner ready to meet the industry’s evolving technological and product demands.

Catering to the surging market demand, AAC presents a ready-to-deploy portfolio of automotive product solutions that address the critical aspects of intelligent driving and cabin experiences. The company is committed to expanding its innovative product offerings to lead the industry. AAC has been steadily expanding in the automotive industry since 2019, largely driven by the growing adoption of its automotive solutions. These solutions are playing an important role in advancing the capabilities of intelligent cockpits.

AAC’s Automotive Acoustic Solutions for Digital Cockpits

AAC Technologies has unveiled its cutting-edge digital cockpit solutions, showcasing a fusion of innovation in acoustics. AAC offers a holistic approach to audio system design, encompassing hardware, algorithms, and fine-tuning, all aimed at delivering a supremely immersive audio experience across various scenarios.

At CES, AAC set up a state-of-the-art 7.1.4 listening room, showcasing its self-developed advanced automotive audio algorithms such as Independent Sound Zones, NLC PRO (distortion suppression), Audio Track Separation, Virtual Surround (Plus), Virtual Venue, and 3D Chime. In collaboration with Premium Sound Solutions (PSS), a world-leading provider in acoustic components and sound systems, AAC has presented an array of top-tier offerings, including automotive speaker products and solutions, which garnered significant attention.

AAC also introduced the “Smart Audio Box,” a joint creation with Smart that marks the industry’s first all-scenario portable Hi-Fi speaker system designed for vehicles. Debuted on the Smart #5 model, this speaker system offers a unique audio experience, blending the boundaries between driving and the wild world of sound.

AAC’s Automotive Haptic Seat Solutions

The automotive industry is now redefining the car as more than just a way to get around—it’s becoming an extension of our living spaces. With this shift, expectations for the in-car experience are soaring, particularly when it comes to the haptic feedback and auditory elements of smart cockpits. At CES, AAC unveiled its groundbreaking haptic seat solution for vehicles, which fuses advanced haptic and acoustic technologies to create a more tranquil driving safety alert system , amp up entertainment with immersive sound, and even simulate engine sounds for an authentic driving feel, all while providing a space for relaxation and meditation. This innovation, a joint effort with Porsche China’s Innovation Office as part of the Rhythm Space project, is set to redefine comfort and pleasure in the driving experience for all on board.

AAC’s Automotive Sensing Solutions

AAC is leading the way in providing advanced sensing solutions and sensor technologies tailored for the automotive industry. AAC’s automotive-grade MEMS microphones boast a compact design, exceptional signal clarity(SNR), minimal distortion(THD), and a consistent frequency response. They also excel in maintaining uniform sensitivity and phase alignment, which translates to enhanced voice services and reliability in both the cabin and exterior environments. This innovation significantly boosts the user experience in voice interactions across a range of applications.

In addition, AAC has unveiled a line of vehicular inertial products, highlighted by our trio of high-performing MEMS IMUs. These units are engineered for accuracy and stability, designed to meet the diverse demands of various applications. They play a pivotal role in ensuring precise vehicle positioning and safety during the critical phases of advanced driver assistance and autonomous driving, reinforcing our dedication to advancing automotive safety and interaction.

AAC’s Automotive Image Recognition Solutions

In the ongoing quest for enhanced intelligent driving, ensuring safety and comfort has become a primary focus in the automotive industry. At this year’s CES, AAC showcased its complete lineup of lenses and camera modules. This includes those for intelligent driving applications like ADAS and surround view, as well as those for intelligent cockpit features such as DMS and OMS. Furthermore, AAC presented an integrated cockpit monitoring system. Collectively, these innovations provide accurate data for machine vision, thereby enhancing safety and intelligent driving capabilities. AAC’s solutions are designed to meet rigorous industry standards, including the EU’s DDAW (Driver Drowsiness and Attention Warning), E-NCAP (European New Car Assessment Programme), and China’s GB/T 41797-2022 “Performance Requirements and Test Methods for Driver Attention Monitoring Systems”.

AAC has also expanded its product line with a variety of automotive motor solutions. For example, AAC’s brushless motors, known for their quiet performance and adaptability, ensure a smooth and quiet experience for seat adjustments. AAC also offers linear control brake motors (EMB motors), linear control steering motors (RWA and HWA motors), and general EPS motors for advanced chassis applications, all of which have been tested and validated in multiple vehicle models. As the automotive industry advances towards higher levels of driving assistance, the adoption of linear control systems for chassis is becoming crucial. These motors use sensors to detect environmental information, replacing mechanical connections with electrical signals. This technology offers high precision, fast response times, compact designs, and lightweight construction, making it suitable for mass production. In scenarios such as highway driving, navigating narrow roads, and parking, these systems greatly enhance user comfort and meet the increasing demands for improved vehicle maneuverability and active safety.

Moving forward, AAC Technologies will continue to collaborate closely with automotive industry partners. By staying attuned to user preferences and driving technological advancements, AAC aims to lead the industry trend. The company’s focus is on delivering an outstanding intelligent cockpit experience, making every drive a source of joy and immersive sensory pleasure.

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Smart Food Packaging Market worth $35.69 billion by 2029 – Exclusive Report by MarketsandMarkets™

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DELRAY BEACH, Fla., Jan. 10, 2025 /PRNewswire/ — The smart food packaging market is estimated at USD 26.42 billion in 2024 and is projected to reach USD 35.69 billion by 2029, at a CAGR of 6.2% from 2024 to 2029, according to a report published by MarketsandMarkets.

The study ‘Active Packaging in the Food Industry’, published in October 2024, explores the growing significance of active packaging in response to changing consumer demands and market trends. Unlike traditional packaging, which is designed to be inert, active packaging interacts with the product and its environment to extend shelf life and maintain food quality. This can involve incorporating additives into packaging systems, such as oxygen and ethylene scavengers, antimicrobial agents, antioxidants, and flavor-absorbing or releasing compounds. Intelligent packaging systems, like time-temperature indicators and gas detectors, are also discussed, emphasizing the importance of consumer acceptance for the commercial success of these technologies. The study reviews key mechanisms used in active packaging, including oxygen scavengers, which reduce the presence of oxygen in food packaging by using iron-based or ascorbic acid-based systems. These methods help maintain product freshness by limiting oxidative damage. Carbon dioxide-generating systems are also used to suppress microbial growth, particularly in meat, poultry, fish, and cheese packaging. Furthermore, ethylene scavengers are vital for extending the shelf life of fruits and vegetables by controlling ripening processes.

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Other applications discussed include the use of flavor and odor absorbers/releasers, which enhance the sensory properties of packaged food, and antimicrobial packaging that inhibits microbial growth to ensure food safety. The potential of nanotechnology to develop new and more effective active and intelligent packaging solutions is highlighted, paving the way for further innovations in the food packaging industry. This study underscores the need for advanced packaging technologies to meet consumer demand for fresh, safe, and high-quality food products and their critical role in prolonging shelf life and improving food safety.

The Meat, Poultry & Seafood is the having a largest share within the application sector of the smart food packaging market.

Due to growing global demand, meat, poultry, and seafood accounts for the highest market share of application in the smart food packaging market. Its needs lie in extending shelf life, safety, and traceability. As per data provided by the USDA from October 2024, Brazil dominates global chicken meat exports during 2025 as the production will be 11.8 million tons. Australia’s poultry production will increase by 2 percent to 2.6 million tons, as high global demand is expected. Beef exports from Australia will also reach a record 1.9 million tons in the year, as its demand increases in the US. These trends point towards the increasing international meat trade and export opportunities.

Increased production and exports require more advanced smart packaging technologies, such as modified atmosphere packaging and active packaging, for freshness, less food waste, and greater safety. This will fuel innovation and adoption of smart packaging solutions, especially in global markets like East Asia and North America.

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The active packaging segment holds significant market share in the smart food packaging market during the forecasted period 2024-2029.

Active food packaging accounts for a major market share in the smart food packaging industry, which is mainly attributed to the quality improvement, safety, and shelf life that active packaging can offer. Technologies, including oxygen scavengers, moisture absorbers, and antimicrobial agents, respond to some of the most important consumer needs related to freshness and reduction of food waste.

It is primarily gaining adoption across key industries, including meat, poultry, seafood, and dairy, where growing concerns about global food safety and sustainability are driving growth. Additionally, increasing export of perishable food products, particularly in North America, Europe, and Asia-Pacific, further supports the increasing demand for active packaging. As manufacturers look for more innovative ways to meet their regulatory requirements and consumer demands, active packaging will maintain its position in the market.

Based on region, Europe has a significant share in the smart food packaging market.

The growth of the food and beverage industry in Europe is a major driving force for the smart food packaging market, which is motivated by the increasing demand for advanced packaging solutions that would ensure food safety, traceability, and extended shelf life. According to European Commission data (March 2024), the food and drinks industry generates ~USD 245 billion (€227 billion) in added value and employs 4.6 million people, making it the EU’s largest manufacturing sector in terms of jobs and value. SMEs are over 99% of businesses in this ecosystem. The sector has also recorded a food trade surplus, with exports doubled over the last decade to exceed ~USD 196 billion (€182 billion), contributing a positive balance of nearly ~USD 32 billion (€30 billion). These strong figures, combined with growing trade opportunities and EU Single Market benefits, are driving demand for smart food packaging technologies to support efficient, sustainable, and competitive food supply chains.

The report profiles key players such as Amcor plc (Switzerland), Mondi (UK), Sealed Air (US), Berry Global Inc. (US), Toyo Seikan Group Holdings, Ltd. (Japan), THE TETRA LAVAL GROUP (Switzerland), Crown (US), 3M (US), MITSUBISHI GAS CHEMICAL COMPANY, INC. (Japan), Multisorb (US), Huhtamäki Oyj (Finland), Timestrip UK LTD (UK), Stepac (Israel), Checkpoint Systems, Inc. (US), and Novipax Buyer, LLC (US).

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Browse Adjacent Reports @ Food and Beverage Market Research Reports & Consulting

Related Reports:

Food Traceability Market Size, Share, Industry Growth, Trends Report (Technology & Software) by Technology Type (RFID, Barcodes, Infrared, Biometrics, GPS), Software Type (ERP, LIMS, Warehouse), Software End User, Technology Application and Region – Global Forecast to 2025

Food Safety Testing Market by Technology (Traditional and Rapid), Target Tested, Food Tested (Meat, Poultry, Seafood, Dairy, Processed Foods, Fruits & Vegetables, and Cereals & grains) and Region – Global Forecast to 2027

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