PBD Biotech gains funding from Canadian government to tackle Johne’s Disease

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Johne’s disease, a wasting condition of cattle, costs the Canadian dairy industry an estimated $90 million a year through loss of production. Now, advisory services and funding from the National Research Council of Canada Industrial Research Assistance Program (NRC IRAP) is enabling PBD Biotech to further research and progress development of its unique Actiphage® diagnostic for hard-to-detect mycobacterial diseases, such as Johne’s.

Mycobacterial disease in elk and deer

PBD Biotech has set up its Canadian headquarters in Saskatoon and is looking to expand its team, to validate Actiphage use for cattle and also other species important to the country’s economy, such as elk and deer. The highly sensitive test offers the potential for early detection of infection, boosting productivity within the agricultural industry, helping disease control and elevating dairy quality assurances.

Johne's Disease Luis Martin PBD Biotech to tackle problem
Luis Martin Director of PBD Biotech Canada

Luis Martin, Managing Director of PBD Biotech Canada, comments: “Actiphage is the first assay capable of directly detecting live infectious mycobacteria at such an early stage and we are unaware of any competitor that can compare in performance, cost or simplicity.
“With the advisory services and funding from NRC IRAP, supporting our own investment, we are keen to progress this test, enabling Canada’s agricultural and dairy industries to be among the first to benefit from early detection of globally important diseases such as Johne’s and bovine TB.”
There are a number of studies that suggest there may be a relationship between the mycobacteria that causes Johne’s disease in livestock and Crohn’s disease in humans (Mycobacterium avium subsp. paratuberculosis, MAP). Research also shows low levels of live mycobacteria are able to survive the pasteurisation process in milk and other dairy products, including infant formula*. Actiphage takes just a few hours to detect viable mycobacteria – unlike current tests, which can take up to three months to provide a result – offering the potential for a rapid quality assurance test for bulk milk.
The epidemiology of Johne’s disease is poorly understood, so a single-day test also opens the opportunity for field-based, pen-side or point-of-care testing in the future, allowing better insights into the progression of the disease and understanding of its potential for animal-to-human transmission.

Benefit from HARVEST programme

PBD Biotech first showcased its novel technology to the Canadian agri-food industry through its involvement in the 2017 Saskatoon Regional Economic Development Authority’s (SREDA) HARVEST Programme and subsequently decided to locate an office in the region.

Harvest - Alex Fallon and Belinda Clarke
Alex Fallon of SREDA with Belinda Clarke Agri-TechE

Alex Fallon, President and CEO of SREDA, explains how the HARVEST Agriculture Technology Programme provided an introduction to Saskatchewan for the company: “SREDA hosted PBD Biotech’s first visit to Saskatoon as part of our 2017 Agriculture Technology HARVEST Program. This allowed PBD Biotech to demonstrate its innovative technology to potential collaborators, building connections with Saskatchewan’s thriving ag-tech industry and ultimately leading to the establishment of PBD’s Canadian subsidiary in Saskatoon. We are delighted to see PBD receive NRC IRAP funding and look forward to its continued success and deepened ties with our province.”
Since establishing its Saskatoon headquarters in 2018, PBD has initiated trials with University of Calgary Professor Dr. Jeroen de Buck, as part of this Natural Sciences and Engineering Research Council of Canada (NSERC)-approved program monitoring Johne’s disease in dairy cattle, and also has a strong working relationship with the International Vaccine and Infectious Disease Organization (VIDO-Intervac).
Actiphage will be evaluated and registered with the Canadian Food Inspections Agency (CIFA) for detection of bovine TB and kits will be available for research. Canadian researchers will look to expand the use of Actiphage as a diagnostic for other infectious diseases of interest to Canadian health, such as human TB, E coli and Salmonella.
Mark Hammond, CEO of PBD Biotech, adds: “Through its support, NRC IRAP will ensure Canada is at the forefront of implementing new diagnostics, such as Actiphage, in the fight against TB and other devastating diseases; taking a lead in future innovation and establishing export markets.”

Iceni Diagnostics’ coronavirus tests wins funding from Innovate UK

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Agri-TechE

Development of a rapid triage test for coronavirus, by Iceni Diagnostics, has gained funding from Innovate UK to help accelerate its development.
Iceni Diagnostics is one of the 800 companies to benefit from a £20 million government fund. The fund is to support the development of ambitious technologies that will build UK resilience against long-term impact of the outbreak.
Dr Simone Dedola of Iceni Diagnostics says the £50k grant from Innovate UK will help accelerate development of its test for COVID-19, which can be used for triage.
He comments: “In any infectious disease outbreak, it is important to quickly identify carriers of the disease and this is key to controlling the spread of infection. We are developing a test that will provide a simple yes/no answer to this basic question within 15 minutes and is designed to be used in the community with little training.”

Rapid triage test for coronavirus

It is intended that the test should be used for triage, to enable large numbers of people to be quickly tested on the spot. This would enable those with a positive response to be rapidly identified, quarantined and subjected to further testing, while allowing negative-response individuals to return to their normal work-life activities.
The traditional method of identifying a virus is from its genetic material. The Iceni Diagnostics device uses a different approach; it creates a sugar trap for the virus.
Viruses recognise their host using chains of sugars known as glycans on the surface of the human cell. Iceni Diagnostics exploits this virus-glycan interaction within its novel diagnostics approach.
Iceni Diagnostics has already applied its platform technology to the influenza virus, demonstrating how by modifying the glycans it could be adapted to identify different strains of the disease – human influenza, avian flu, equine flu. These insights have enabled the company to modify its technique for the new strain of coronavirus.
The key advantage of a device based on Iceni Diagnostics’ technology is that it is easy to produce and can be scaled up, using established manufacture and distribution chains. This would allow a low-cost device to be mass-produced to meet the substantial demands for immediate and recurrent coronavirus testing in the weeks and months ahead.
The company has made good progress and will work with clinical partners to enable prototype testing.

Computer vision system to predict disease risk

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Agri-TechE

A computer vision system to predict outbreaks of diseases such as botrytis and mildew in strawberry crops, has gained funding from a Knowledge Transfer Partnership (KTP).
The joint project between fruit growers and preservers Wilkin & Sons  and academic experts at the University of Essex aims  to monitor and prevent disease. It is to use a drone to monitor the crop using computer vision and Internet of Things (IoT)  with the goal of reducing inputs and improving yield.
Wilkin’s ambition is to innovate and become more productive in terms of yield for the strawberry growing arm of the business, while minimising any negative environmental impacts from their operations across their 850-acre farm.
Chris Newenham, Joint Managing Director of Wilkin & Sons, says the company is looking to enhance monitoring of disease within the crop through solutions which are currently not available ‘off-the-shelf’. University of Essex is home to experts in computer vision, hyperspectral analysis and plant physiology that will build a bespoke system to solve their business need.
Dr Hossein Anisi is Head of the Internet of Everything (IoE) Laboratory at the University of Essex. He says: “This interdisciplinary project  gives us the opportunity to implement the latest techniques in IoT and wireless sensor networks using valuable, real world data.”

Computer vision system to predict disease risk

A full-time KTP Associate will be recruited and based at Wilkin’s Tiptree farm, to lead the research using cutting-edge hyperspectral analysis and computer vision technologies. They will be working with Wilkin’s farming General Manager to develop the novel disease monitoring and predication University of Essex collaborates with Wilkin & Sons using IoT and Computer Vision to boost strawberry cropsystem.
Robert Walker, Head of Business Engagement at the University of Essex, comments that the project to design a computer vision system to predict disease aligns with its ambition to deliver innovation across agriculture. “Essex has expertise in computer vision, embedded systems and plant science, as shown in the recent launch of EPIC – the Essex Plant Innovation Centre, which aims to harmonise the interdisciplinary challenges associated with embedding technology in this industry. I’m delighted to announce this award from Innovate UK to supercharge our ambition in this space.”

Climate impact of grass-fed herds over estimated according to new research

Research Digest
Agri-TechE

The climate impact of grass-fed cattle herds may be overestimated, as direct emissions of nitrous oxide, a powerful greenhouse gas, from certain pasture types are lower than previously thought , new findings from Rothamsted Research have revealed.
Urine from animals reared on pasture that included white clover was found to have less nitrous oxide than previously estimated. Nitrous oxide is a potent greenhouse gas that is 265 times more harmful than carbon dioxide and can account for 40% of beef supply chain emission, these findings may help farming achieve its ‘net zero’ ambition by 2040.

Benefits of growing white clover

White clover is a commonly included within grassland as it makes nitrogen more bioavailable reducing the need for additional nitrogen fertiliser. This is the first time Rothamsted scientists have quantified the climate-change related benefits of white clover, achieved both directly through lower nitrous oxide released at pasture, and indirectly by lower fertiliser requirements.
Most studies looking at the emissions from livestock arrive at their conclusions by combining data from a variety of experimental systems in addition to some estimated values. This includes data provided by the Intergovernmental Panel on Climate Change (IPCC) to scientists wishing to include it in their calculations on the climate impact of our food supply chains.
Instead, the Rothamsted researchers measured emissions from one herd on Rothamsted’s ‘farm lab’, at  North Wyke Farm  in Devon, in a realistic re-creation of real farming practices. The herds of 30 cattle were grazed on two types of pasture, the first a high-sugar grass commonly sown by farmers; and the other a high sugar grass and white clover mix.
Atmospheric chemist, nitrous oxide expert and co-author of the study, Dr Laura Cardena says: “Due to technical and logistical challenges, field experiments which measure losses of nitrous oxide from soils usually add livestock faeces and urine they have sourced from other farms or other parts of the farm, meaning that the emissions captured do not necessarily represent the true emissions generated by the animals consuming the pasture.”
Writing in the journal Agriculture, Ecosystems and Environment, the team report how they created a near ‘closed’ system whereby the circular flow of nitrogen from soil to forage to cattle and, ultimately, back to soil again, could be monitored.
Lead author of the study, Dr Graham McAuliffe and colleagues had previously reported system-wide reductions of greenhouse gas emissions associated with the inclusion of white clover in pasture. This had been primarily driven by a reduction in the need for ammonium nitrate fertiliser, which creates greenhouse gases in its production and application. The team had previously relied on figures provided by the Intergovernmental Panel on Climate Change (IPCC) which assume all cattle urine or faeces deposited to soils cause the same volume of nitrogen-based emissions irrespective of pasture type.

Climate impact of grass-fed herds less than previous estimates

The most recent IPCC figures provided to scientists estimate this ‘emission factor’ as 0.77%, the Rothamsted team found it was 0.44% on the white clover-high sugar grass mix, once the additional nitrogen captured from the air by clover was accounted for.
Dr McAuliffe said: “These differences might not sound like much, but when used in calculations of the climate impact of beef, they have a considerable effect as nitrous oxide emissions can account for over 40% of entire supply-chain greenhouse gas losses.”
According to Dr Cardenas, further research is required to explain the detailed mechanisms behind the observed complementarity between white clover and high sugar grasses – but that the data points towards an effect of sowing clover on the soil’s microbes.
“The evidence suggests that including white clover amongst high sugar grass decreases the abundance of microbial genes associated with nitrous oxide production compared with microbial communities observed under just high sugar grass.”

Reaching net-zero 

“Although white clover is unlikely to be a ‘silver bullet’ for agriculture’s net-zero ambitions on its own, adopting combinations of multiple emissions-abatement interventions, such as increasing legume-inclusion in pasture compositions and utilisation of ‘low-carbon’ fertilisers, will be essential to maximise farming’s national and international contribution to a cooler planet.”
The paper
McAuliffe, G.et al 2020. Elucidating three-way interactions between soil, pasture and animals that regulate nitrous oxide emissions from temperate grazing systems. Agriculture, Ecosystems & Environment. 300, p. 106978

Trials of Germains Seed Treatments new Xbeet enrich 200 show yield benefit

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Germains Seed Treatments has launched a new product in its Germains Xbeet® seed treatment range that will be available for the 2021 season.
Trialled and tested for the UK climate, new Xbeet® enrich 200  treatment includes an extra coating of bio-stimulant, derived from natural plant extracts to help with crop health, accelerate emergence, increase yield and assist the crop to reach the critical twelve-leaf stage and mature plant resistance.
The development aims to help manage yield fluctuations caused by pests and diseases, helping growers achieve consistent returns from their sugar beet crops.
Independent trials for the new Xbeet® enrich 200 have been carried out in collaboration with the BBRO and independent trial specialists and have shown an average yield benefit of 1.4% from Xbeet enrich 200 over Xbeet® enrich 100 during 3 years of trials. The independent verification of the trial results by Niab have shown the results are significant to the 95% confidence level.
Further commercial scale strip trials in 2018 and 2019 have shown an average of 2.5% increase in yield across three trial sites in the UK. Commercial scale strip trials replicate commercial practice and give an indication of the results growers can expect from farm scale use of a product.
Germains EU Commercial Manager, Richard Nicholls, says: “We are really excited to be bringing our Xbeet® enrich 200 treatment to market. It addresses many of the establishment concerns of UK sugar beet growers. Our trial results have shown a significant yield increase and we look forward to growers seeing the benefits and ultimately the additional income.”
For more information and further data on the Xbeet® enrich 200, and also for your chance to enter a prize draw for a £100 gift voucher, visit germains.com/xbeet-enrich-series/

Prodata Weather Systems announces new EnviroMonitor bundle to reduce data costs

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Agri-TechE

Prodata Weather Systems, a leading supplier of the Davis EnviroMonitor environmental data monitoring system, has announced new offer to reduce data costs. 

Prodata Weather Systems are suppliers of EnviroMonitor, which collates local environmental data via over 165 sensor options, including soil moisture, soil temperature, fluid levels, pressure, solar radiation, carbon dioxide, temperature and humidity.  Designed as a flexible agriculture-based system, the data collected from these sensors can be customised, sent directly to the Cloud and made accessible via a mobile app or PC.
Peter Palmer, sales director, Prodata Weather Systems says: “It is clear that farmers and growers value the EnviroMonitor, but one question which sensibly arises is around the ongoing cost of their data plans.”
The company is including its EnviroMonitor 6894A 15-minute data plan (covering 24 months) free of charge for those purchasing an EnviroMonitor system until 31st August 2020. This includes purchases made at CerealsLIVE2020 in June.
The EnviroMonitor 6894A 15-minute data plan will be included with each purchase free of charge, saving users £440.00, ex VAT.
The data plan ensures remote field data is uploaded every 15 minutes to the Cloud and is accessible from a device of choice. This includes access to WeatherLink.com, the WeatherLink APP and Mobilize the APP that takes raw data and converts it to information they can use to make critical decisions.  The bundle saves users £440.00, ex VAT.
Pete added: “As an additional bonus we will also be including 3 years warranty with any systems purchased before 30th June 2020.”

Cereals LIVE 2020 Agri-TechE members support virtual event

Agri-TechE Article
Agri-TechE

Innovation is the key to agricultural efficiencies and productivity, and a number of Agri-TechE members will be discussing developments and emerging technologies within an online seminar programme at Cereals LIVE .

See a full list of Agri-TechE members exhibiting here,  and catch up with our twitter roundup from the two days. For the first time ever, Cereals will be a virtual event, on 10-11 June.  Agri-TechE members have always had a high profile at Cereals but this year a number will be presenting online within the Innovation and Technology Theatre, which is sponsored by the Department of International Trade.
The focus will be on how the latest developments and advice can help producers to create more from less, boosting productivity with the most cutting-edge equipment and advice.

Data and digital innovation

Data is of growing importance on farm, informing decision making and helping producers to focus on efficiencies. This session will include an insight from Matthew Smith, chief product officer at Agrimetrics, into how to get the most from data, the growing market for it and how valuable it is to agriculture.
Drones are increasingly being used to create usable data, as Jack Wrangham at DroneAg will demonstrate. Its new app, Skippy Scout, gives farmers an economical and simple solution to aid crop walking. “It can take farmers less than five minutes to download the app and have their drone going,” says Mr Wrangham.
“All farmers need to crop walk, but it can be time-consuming. However, using Skippy Scout the drone can fly to points in a field and take high resolution photos faster than they could walk – with images sent straight back to the user’s phone.”

Plant breeding innovations

Plant breeding technologies open up a whole world of opportunities for agriculture, in the form of hybridisation, gene-editing and sequencing to create more resilient, productive crops that can drive the future of arable farming.
With speakers including Kim Hammond-Kosack at Rothamsted Research this session will reveal how plant breeding will deliver resistance to pests and disease and how it can address issues of resilience and climate change.

Precision farming

Already a major asset for many UK arable farmers, precision farming is progressing in leaps and bounds. Jonathan Gill at Harper Adams University will provide an update on the Hands Free Farm, giving an insight into the cutting edge of autonomous farming.

Applying precision technology

In this session, farmers will be able to see how precision farming techniques apply in practice, including Professor James Lowenberg-DeBoer from Harper Adams University, who will look at the financial and practical considerations of investing in crop robots. This session aims to answer the practical questions posed by the advancing technology.

Farmer-led innovations

Many of the best innovations come from farmers and this session will not only explore some of those, but will also look at research and answers emerging from them.
Liz Bowles, associate director at the Soil Association (partners with Agri-TechE in our Innovative Farmers digestate trial), will describe the impact of the work in their farmer ‘field labs’, and Daniel Kindred at ADAS will be discussing the key effects for farmers emerging from its farming innovation groups.
“Innovations and technology are advancing incredibly fast, so keeping abreast of the latest information isn’t always straightforward,” says event director Alli McEntyre. “With the DIT theatre, the aim is for farmers to find out the latest information, while also coming away with valuable answers to many of the questions they have about this quickly changing environment.”

See a full list of Agri-TechE members exhibiting here.

Cereals LIVE will be held online on 10-11 June 2020. For more information visit www.cerealsevent.co.uk.

SilviBio announced as winner of GROW agri-tech business plan competition

Agri-TechE Article
Agri-TechE

SilviBio is developing a ‘survival capsule’ that will improve the survival of tree seedlings. Its clearly defined proposition and route to market has made its business plan the overall winner of the GROW 2020 agri-tech business plan competition. The result was announced by Calum Murray of Innovate UK, one of the judges.
Dr Belinda Clarke, Director of Agri-TechE , also announced that SilviBio had been the audiences choice. The announcement came at the end of an exciting final on 4 June 2020 in which four early-stage companies pitched their business plans to the judges via Zoom.
Belinda comments: “The portfolio of organisations that were supported through the GROW programme this year were particularly strong. Although SilviBio was the overall winner all the finalists show promise.”
GROW 2019/20 is kindly sponsored by

SilviBio innovative seed coating improves survival rates by 40% in drought conditions

The need to grow more trees is globally recognised but germination rates are often poor, particularly where seed is applied directly to the ground in new forest projects and in bareroot forest nurseries where seedlings are vulnerable to water shortage.
SilviBio has developed a seed coating for conifers, the most economically important species, that improves germination by 40 per cent where there is drought stress. innovative bio-formulation creates a survival capsule for the seedling, providing a water source and slow release nutrition. It also creates a favourable environment for the growth of beneficial microorganisms. Read more here.

GROW supporting early-stage innovation 

GROW aims to encourage a pipeline of agri-tech innovation by providing support and guidance through a mentoring programme and then access to a range of prizes provided by service providers in the agri-tech cluster. This includes support for patent protection and management, space in incubators, membership of business clubs, access to training and marketing and business advice.

Investment potential 

The judges – Calum Murray, Head of Agriculture and Food at Innovate UK; Kerry Baldwin, Co-Founder of IQ Capital; Rob Alston, director at AF Group; and Andrew McLay, an Innovation Lead for Agriculture at UKRI – reviewed the business plans of all the entrants and selected four companies to go through to the final.
Calum Murray of Innovate UK, the sponsor of GROW, was very pleased with the calibre of each of the finalists: “The business plans presented by all these entrepreneurs show great potential and innovation. Having a sound business model is critically important if innovative technologies are to be successful commercially. Innovate UK is, therefore, delighted to support GROW and encourage the development of ground-breaking technologies and the cluster as a whole.”

AgFunder says providing an evidence-base is crucial in current economic climate

Louisa Burwood-Taylor, Head of Research and Media at AgFunder, was the guest speaker at the GROW final. AgFunder has recently released a report which shows that the UK was one of the most diverse and active agri-tech sectors in Europe. Louisa thought the line-up of finalists at GROW was exciting.
“All the finalists had something distinctive to offer and I am delighted that SilviBio won.
“For me, Farmz2U’s work in Nigeria stood out as very interesting; there is so much untapped opportunity across Africa to increase efficiencies but it’s incredibly challenging to get technologies into the hands of typically smallholder farmers. We have a company in our portfolio working in East Africa called Wefarm that’s successfully brought over 2 million farmers onto its platform by initially providing them with information on any mobile device; they’re now creating a marketplace to help them get access to inputs, so it just goes to show how important it is to create an innovative business model to ensure adoption.”
Given the global pandemic, Louisa predicts that funding will be harder to find in the coming months, and suggests start-ups across the globe focus on validating their technologies as much as possible to have decent results to show investors when capital markets open up again, but also to help speed adoption.
“Collaborations and partnerships with corporations or governments can be a great way to get these results and sometimes start-ups can be paid for that way, which in a tight funding environment will be important. Other than that, start-ups will have to hustle hard to get their technologies into as many farmers’ hands as possible for feedback; the more mature the agtech space becomes, the clearer it becomes that farmers will only consider technologies with a strong value proposition, and in a potential recession they will not entertain anything that’s not going to clearly impact the bottom line positively.” SilviBio has developed a seed coating for conifers – the most economically important tree species – that improves germination by 40 per cent where there is drought stress. The company has gained the support of Forestry and Land Scotland, the government agency responsible for managing Scotland’s forests and SilviBio is to carry out field trials at its nursery.  Read more. Glaia has developed a new class of plant additives called ‘sugar dots’ that can increase photosynthetic efficiency naturally, increasing yields by up to 20 per cent. The technology, developed by a team at the University of Bristol, has a well-defined mode of action, high efficacy and is patent protected.  Read more. AgriOptimizer is offering rapid, accurate diagnosis of nutrient and health status of growing plants. It uses the plant’s molecular signature as a way to precisely determine plant health issues at an early stage and create a fertiliser with a bespoke prescription. Its AgriOptimizer service can be also used as a testing platform for new agrochemical products.  Read more. Farmz2U aims to bring traditional Nigerian farming practices into the digital age. In a pilot it succeeded in increasing yield by 20 per cent and doubling farm sales. Much of Nigeria’s agricultural data is paper-based with little exploration of historic trends to improve future practices. Farmz2U is digitising this data and combining it with data information on soil composition, weather trends, historic crop yields and animal health to provide tailored advice to farmers delivered by phone.  Read more. Agro Mavens – one day of consultancy
Allia Future Business Centre – two months’ access to co-working space Appleyard Lees – IP advice and support
Appleyard Lees – IP advice and support
Barclays Eagle Lab – One month club membership
Cambridge Judge Business School – free place on the Ignite Course.
Eastern Agri-TechE Innovation Hub – 6 months’ free license
Incubyte – 12 weeks of hot-desk space and business consultation Kendalls PR & Marketing – PR Consultation and Audit,
Mathys & Squire – IP advice and support
Norwich Research Park – Virtual tenancy of the Centrum
PwC – free two-hour sessions with a finance partner and with an R&D specialist
Redfox Executive Selection – psychometric testing for up to four people
Rothamsted Enterprises – six months’ free hot-desking
Satellite Applications Catapult – two days of technical consultancy with a leading expert in Earth Observation Read more about the support award prizes.

A survival capsule for tree seedlings that boosts germination by up to 40 per cent

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Agri-TechE

The need to grow more trees is globally recognised but germination rates are often poor, particularly where seed is applied directly to the ground in new forest projects and in bareroot forest nurseries where seedlings are vulnerable to water shortage. SilviBio has developed a seed coating for conifers, the most economically important species, that improves germination by 40 per cent where there is drought stress.
SilviBio’s innovative bio-formulation creates a survival capsule for the seedling, providing a water source and slow release nutrition. It also creates a favourable environment for the growth of beneficial microorganisms.
The company has gained the support of Forestry and Land Scotland, the government agency responsible for managing Scotland’s forests, and SilviBio is to carry out field trials at its nursery. SilviBio would also make aerial sowing of seed across regions such as Latin America more viable, enabling rapid regeneration of forest.
SivioBio Founder Dr Alicja Dzieciol is an expert in the synthesis and characterisation of hydrogel materials and has commercial experience developed when leading the scale-up of start-up company IN-PART. She says: “Many governments have announced ambitious tree-planting programmes but germination and seedling development is vulnerable to adverse weather. Using SilviBio seed coating would increase the success rate of these schemes and reduce the costs of replacing lost trees.”

Enhancing photosynthesis with sugar dots to boost yield by 20%

Agri-TechE

Only 50 percent of the sun’s energy is used by plants and less than 1 percent is converted into biomass. Glaia has developed a new class of plant additive called ‘sugar dots’ that can increase photosynthetic efficiency naturally, increasing yields by up to 20 per cent.

The sugar dots technology, which has been developed by a team at the University of Bristol, has a well-defined mode of action, high efficacy and is patent protected. Studies have shown that sugar-dots are non-toxic and they are already found in food products such as beer and honey.

David Benito-Alifonso says: “Sugar-dots are water soluble and can be applied as a foliar spray or within an irrigation system and have been tested on a variety of crops from soft fruit through to wheat and sorghum. The plant performance improvement results have been impressive and the technology can be applied across agriculture.”

David Benito-Alifonso
David Benito-Alifonso

Rapid, accurate diagnosis of nutrient and health status of growing plants to enable prescription fertiliser

Agri-TechE Article
Agri-TechE

Current fertilizer usage is not environmentally sustainable and generates high financial cost for the farmers. It is currently difficult to assess nutrient deficiencies in growing plants in a precise and timely manner. AgriOptimizer aims to address this problem by using the plant’s molecular signature as a way to precisely determine plant health issues at an early stage and create a fertiliser with a bespoke prescription. AgriOptimizer service can also be used as a testing platform to asses general plant health status under treatments with new agrochemical products.
The team includes Dr Pawel Mikulski, a post-doc at John Innes Centre (JIC) with 10 years of expertise in molecular profiling, and Dr Jonathan Clarke, Head of Business Development at JIC with a strong track record in supporting spin-outs.
Dr Mikulski says: “Healthy plants and those with a disease or nutrient deficiency have well-defined distinguishable molecular signatures. Our test would build on this knowledge, identifying how the plant growth is being impacted and providing a prescription for optimising its performance.”

Alternative proteins – big opportunity for UK farmers?

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Agri-TechE

Despite the increase in consumer demand for plant-based proteins and $741 million investment into US alternative protein companies in the first quarter of 2020 –  the land area used in the UK for alternative crops has barely changed for almost 40 years – is this a missed opportunity for profitable diversification? 

Mike Salter AB Agri
Dr Mike Salter AB Agri

“Protein is the big question – where do we get it from? We’re looking for novel crops and technologies that can provide more locally produced protein sources for animals,” comments Dr Mike Salter, R&D Facilitator at AB Agri, a global animal nutrition and agricultural services business of Associated British Foods, and a member of the Agri-TechE stakeholder committee. Part of his work is to look at new ingredients and he agrees there is a huge potential for innovation.
“We’re feeding protein to pigs and poultry in high levels. A lot of that is soy imported mostly from the US – Europe imports 14 million tonnes of soy a year.
The Agri-TechE webinar on 17th June 2020 ‘Novel and Alternative Crops – Improving rotation and the bottom line’ will investigate the potential of this market from the perspective of a number of growers.

Search for sources of plant-based protein

Mike is one of the speakers at the webinar, he continues:
“So at AB we’re looking at different proteins… some crops like broad beans have often been stated as a decent candidate, but they don’t make sense economically for farmers. Although broad beans have triple the protein content of wheat, you’re getting less than an eighth of the yield.

Interest in pulses and lentils is increasing with flexitarian diets

Mike travels the world looking at innovations, he continues: “There is some interesting work going on at Aarhus University in Denmark, where they’re working on extracting protein from grass. Grass is about 12% protein and Danish government made a decision that it wanted the top 25% of the Jutland peninsula to be returned to grassland for environmental and cultural reasons. The issue is transportation as the grass has a high water content, so processing must be done onsite, and even so this approach is reliant upon government subsidies.
“The other big focus nowadays is looking at alternative protein sources for the human food chain, particularly in Western markets. It is not being considered as an option merely for the relatively small number of vegetarians or vegans, but rather they see it as addressing the much larger ‘flexitarian’ market.
“There are a number of new start-ups, often California based ‘Bay Area’ style businesses, who are really focused on plant-based meals and ingredients.
“For the growers, that is an opportunity for the future. If companies offering these alternative ‘centre-of-plate’ items take a significant proportion of the market, there will be a requirement for new types of ingredients in the supply chain – and that might be millions of tonnes.
“Farmers, producers and processors need to expect and prepare for a change in demand, as new plant-based food options are identified and new sources of animal feed protein are established.”

Alternative proteins, legumes, oats and herbs among the crops to be discussed

  • Edward Blanchard of Suffolk Produce
  • David Bond of Norfolk Mint Growers (part of Condimentum)
  • Bruce Knight of Legume Technology
  • Brin Hughes, Agronomy Manager for Richardson Milling (UK) Ltd.

The free Agri-TechE webinar ‘Novel and Alternative Crops – Improving rotation and the bottom line’ is to be held from 3-5pm on June 17th more information https://bit.ly/ATEAltCrops
https://agfundernews.com/us-alternative-protein-investment-in-2020-will-surpass-2019-as-q1-brings-in-741m.html