New innovative fermentation project brings new hope for the future of sustainable food

Bacteria that turn waste and leftovers into edible raw materials in completely new products - does it sound too good to be true? Not necessarily. Swedish food giant Greenfood and biotech company Tekinn have teamed up in a foodtech collaboration to give unutilized food a valuable new life through fermentation. The innovation project is part of the Circular Development Hub, funded by the EU and Region Skåne.

In 2021, Greenfood, one of Europe's biggest players in healthy food, took a drastic decision - waste should be halved, and all raw materials should stay as high in the value chain as possible. Since then, several unique processes and raw material flows have been developed with the aim of making the most of every little piece. This ambitious goal has a positive side effect: the development team has had every incentive to look in unusual places to find new innovative solutions.

As part of the Circular Development Hub for Food innovation project, funded by the EU and Region Skåne, bacteria and fermentation is now being studied with the aim to create the future heroes of the the food system.

In fellow foodtech and biotech start-up Tekinn, Greenfood has found a like-minded player, and together they have tackled a relatively unexplored part of the food industry - what is currently seen not as food, but as waste. By allowing bacteria to break down the substances humans cannot absorb, such as insoluble fibers, it is possible to refine what we today consider inedible into completely new raw materials that can become valuable parts of our common food system.

"The unique fermentation process transforms residual streams from food production, such as fibrous stems and peels, into entirely new raw materials. Such fibrous material usually becomes waste or animal feed, but after our fermentation process, the new raw material becomes not only edible but also enriched in terms of taste, texture and nutrition. They also contribute other valuable properties in various end products.

We are very pleased that our technology contributes to the necessary transformation of our food system, both in Sweden and globally", explains Fredrik Jonsson from Tekinn.

Since Greenfood applies the zero-waste principle to every raw material that enters, nothing should leave Greenfood's fruit and vegetable center in Helsingborg without having a greater purpose. It may sound like an impossible challenge for a company that prepares and delivers an average of 127 tons of fruit and vegetables every day, but at Greenfood, tough challenges are no deterrent.

"There is still a lot to do when it comes to adding value to fruit and vegetable residual flows! Collaboration with other innovative players is key when developing new processes that no one has yet thought of. Processes also need to be scalable to large volumes, which is where our size and experience as one of Europe's leaders in our industry helps.

Scalability is a must for a sustainable food system in the long term, and we are determined to contribute", says Maria Mehlin, sustainability developer at Salico, which is part of the Greenfood Group.

About the Circular Development Hub

The project will support the development of Skåne's food system to make the transition to a circular sustainable food system, by shaping new collaborations between actors in the value chain and in the food ecosystem.

About Greenfood

Greenfood is a leading European player creating healthy and sustainable food that is tasty, affordable, and easily accessible. From Picadeli's self-service salads and ready-made meals to fruits and vegetables directly from farms spread across a large part of the world. Through our three business areas, Greenfood provides fresh, healthy, plant-based food at various stages of processing to customers in convenience and retail, as well as hotels, restaurants, and catering.

For 2023, Greenfood's turnover amounted to SEK 5.7 billio...

Irish entrepreneurs have the talent and potential to create a stable of unicorns (privately owned start-ups valued at more than $1 billion) and global winners if the absence of scaling finance can be addressed.

This was stated by the Irish Venture Capital Association, when it welcomed the announcement by Peter Burke TD, Minister for Enterprise, Trade & Employment, that his department has established an implementation committee to immediately start work on recommendations to assist high potential start-ups access scaling finance.

"Ireland has huge potential to create a stable of unicorns and baby unicorns if the scaling problem can be tackled," commented Sarah-Jane Larkin, director general of the Irish Venture Capital Association.

"The Irish ecosystem for getting companies off the ground, including government and state bodies such as EI (Enterprise Ireland) and ISIF (Ireland Strategic Investment Fund), is largely working well. The big problem is that, because of a lack of local scaling finance, these innovative, tech-based Indigenous companies often fall into overseas ownership due to trade sales long before they have reached their potential.

"The challenge, recognised in the Minister's announcement, is our over-dependence on unpredictable international investors in taking these start-ups to the next level of growth."

She pointed out that in the first quarter of 2024, international funding into Irish SMEs fell by 57% to €184m from €425m last year.

"While we are developing innovative, exciting, indigenous technology start-ups we must put in place mechanisms to source private capital to scale them up to global winners."

She echoed the department's report that lack of this vital scaling finance means that after funding high-risk seed and early-stage companies, Ireland will lose out on employment, tax revenues, the opportunity to create long-term economic value, and the positive spill overs of developing world class firms.

The AI-based cardiac disorder detection system will support physicians in the early diagnosis of congenital heart diseases instead of children undergoing expensive and lengthy diagnostic procedures directly.

Walton Institute at South East Technological University (SETU) is proud to announce that Dr Lizy Abraham, Head of the Emerging Networks Labs Division, has been named one of the successful awardees to secure funding under the SFI-IRC Pathway programme.

Minister for Further and Higher Education, Research, Innovation and Science, Patrick O'Donovan TD has announced a €14.6 million investment in 25 new research projects as part of the collaborative initiative between Science Foundation Ireland (SFI) and the Irish Research Council (IRC) to support early-career research across all disciplines and to encourage a cohesive research ecosystem in Ireland.

Dr Lizy's project will explore An Artificial Intelligence (AI) - based Automated Approach for the Classification of Paediatric Heart Murmurs and Disease Diagnosis using Wireless Phonocardiography.

Congenital Heart Diseases (CHDs) are malformations that occur due to abnormal development of the heart at the birth of a child. Listening to the heart with a stethoscope to identify heart murmurs continues to be the most common clinical screening method to detect heart problems in newborns. However, it depends greatly on the physician's experience.

The gold standard for diagnosis of CHD is echocardiography, but this has its limitations when performed on children as it takes almost 30 to 45 minutes, and the child should remain still during this time. Referring all children with a murmur for this expensive and lengthy diagnostic procedure is simply not feasible or cost-effective.

Using intelligent techniques to analyse a phonocardiogram (PCG) - a plot of heart murmurs obtained with a digital stethoscope - offers a valuable alternative. PCG signals combined with the power of AI can provide an objective interpretation of heart sounds to complement traditional auscultation methods.

"This research proposes an automated AI-based cardiac disorder detection system using the PCG heart sound signals," explains Dr Lizy. "This will support physicians and primary health care providers in the early diagnosis of congenital heart diseases, instead of children undergoing expensive and lengthy diagnostic procedures directly."

The funding, covering a four-year period, will provide additional support for a postgraduate student. The project will kick off in September 2024.

Dell Technologies is expanding its data protection portfolio of appliances, software and as-a-Service offerings to help customers strengthen cyber resiliency in the face of increasing cyberattacks.

With advances across the Dell Data Protection portfolio, Dell is helping customers build a modern and resilient foundation to protect data on-premises, in public clouds and at the edge. These innovations help address concerns raised in the 2024 Dell Global Data Protection Index (GDPI) survey, which revealed that 75% of organizations believe their existing data protection measures are unable to cope with ransomware threats.

Nearly 70% lacked confidence that they could reliably recover from a cyberattack.

"With the exponential growth of data, generative AI (GenAI) presents organizations with opportunities to streamline processes, improve decision-making and drive innovation, but it also extends the attack surface for cyberattacks - especially with trained models, which are quickly becoming one of the most valuable assets for enterprises," said Arthur Lewis, president, Infrastructure Solutions Group, Dell Technologies.

"With this expanding digital landscape that exposes more vulnerability gaps, companies are increasing their reliance on Dell to help protect their data wherever it resides with trusted data protection and AI offerings."

New Dell PowerProtect Appliances Increase Security, Performance and Efficiency

Dell's new Dell PowerProtect Data Domain DD9410 and DD9910 systems are designed for large enterprises to offer increased:

Performance for traditional and modern workloads, providing customers with up to 38% faster backups and up to 44% faster restores

Security and cyber resilience for customer data

Efficiency, with up to 11% less power consumed and industry-leading 65x deduplication

Scalability with up to 1.5 PBs of usable capacity in a single appliance

"With increasing cyber threats putting organizations on constant high alert, the demand for trusted, high-performance data protection systems has never been greater," said Phil Goodwin, research vice president of IDC. "Dell's portfolio of data protection solutions supports numerous data protection best practices to help organizations modernize their data protection environment.

With major performance enhancements in backup and restore, we expect the latest PowerProtect Data Domain appliances to remain a key element of critical data protection and cyber recovery infrastructure."

"We have been relying on PowerProtect Data Domain appliances to keep our data secure for over a decade and a half now," said Rich Jackson, data protection architect, State of Michigan. "We have no doubts that the latest generation of appliances will continue to increase protection performance and the security of our data."

Dell PowerProtect Data Domain systems are also at the centre of a broad partner ecosystem, helping leading data protection software vendors grow their business while strengthening resiliency for their customers.

"Dell and Commvault have a shared belief that a strong foundation for resilience is absolutely required in the face of AI-driven cyber threats," said Sanjay Mirchandani, president and CEO of Commvault.

"Together, we are delivering industry-leading cybersecurity, performance, and efficiency to our joint customers. With a deep API integration between the Commvault Cloud platform and Dell's latest PowerProtect Data Domain appliances, we can leverage the full strength of our combined cyber resilience, data security and rapid recovery capabilities to empower organizations to effectively mitigate risks and ensure uninterrupted business continuity."

Increasing Productivity and Efficiency with Integrated GenAI Assistant

With the introduction of Dell APEX Backup Services AI, an integrated GenAI assistant for backup and recovery, customers can streamline protection processes. Dell APEX Backup Services AI helps address the growing demand for GenAI data protection, as evidenced by 52% of...

Trinity College Dublin has announced the launch of the €1.3 million 'Twilight' project, aiming to revolutionise optical networks with cutting-edge digital twin technology, enabling rapid and disruption-free advancements.

Minister for the Department of Further and Higher Education, Research, Innovation and Science, Patrick O'Donovan TD, has recently announced 28 funding awards valued at €34 million to support research across seven Higher Education Institutions.

One of the awarded projects is Twilight: Twin Lightpaths, A Digital Twin Framework For Full Automation Of Disaggregated Optical Networks. Marco Ruffini, Professor at Trinity College Dublin (TCD), Principal Investigator in the CONNECT Centre, and lead author of the project proposal, emphasises the project's transformative potential:

"Optical networks are the lifeblood of the internet. They must evolve to support the ever-increasing usage of the internet and digital innovations like Smart Cities and Virtual/Augmented Reality. Twilight's digital twin project will ensure safe, rapid advancements without network disruption.

We are grateful to Minister O'Donovan for supporting this important initiative. I would also like to thank our colleagues from HEAnet and GÉANT who supported us and are going to be collaborating with us on this project."

HEAnet, Ireland's National Education and Research Network, manages a national optical network of over 2,500 km, which is a central part of Ireland's national research infrastructure. HEAnet has collaborated with the SFI Connect Centre over many years, providing connectivity services and research demonstrations on the HEAnet production network. .

In 2022, HEAnet connected directly to Prof. Ruffini's Open Ireland test network at Trinity College Dublin. This has provided Prof. Ruffini's group with access to the production HEAnet optical network while also enabling HEAnet to gain valuable insights into the characteristics of the HEAnet production network.

HEAnet connects to the GÉANT pan-European research and education network in both Dublin and Cork. The Twilight project will provide optical connectivity from the Open Ireland test bed to the GÉANT optical network via the HEAnet network for the first time.

Eoin Kenny, Innovation and R&D Manager at HEAnet, highlights the project's efficiency:

"Planning network changes has always been challenging. Twilight's digital twin will streamline this process, save time and help HEAnet to optimise our network resources.

We are very pleased with the work carried out on the OpenIreland research infrastructure and look forward to continuing this close collaboration."

HEAnet is a member of GÉANT, the collaboration of European National Research and Education Networks (NRENs), who interconnects Europe's NRENs with the high bandwidth, high speed and highly resilient pan-European backbone, together connecting Europe's researchers, academics and students to each other, and linking them to over half the countries in the world.

Guy Roberts, Senior Transport Network Architect at GÉANT also expressed enthusiasm for the Twilight project:

"The future for anyone working with optical networks looks bright with all the new technologies on our side. We are continually dealing with the issues of dynamic provisioning of optical paths. Despite making extensive use of optical equipment vendors' planning tools, we have discovered anomalous situations that can lead to some level of service disruption.

GÉANT will work with TCD and HEAnet to provide measurements to train the digital twin algorithms, help with any fine-tuning and carry out experiments on the use cases we have jointly defined."

To learn more about the Twilight project or to get involved, contact [email protected].

About Trinity College

Trinity College Dublin, is Ireland's leading university, ranked first in Ireland and 81st in the world (QS World University Rankings 2024). Trinity has over 21,000 undergraduate and postgraduate students across three faculties - ...

AWS, Digital Realty, Google, Meta, Microsoft and Schneider Electric Call for Supplier Action to Help Decarbonize Digital Infrastructure

iMasons Climate Accord Governing Body Members Sign Open Letter Outlining Importance of Environmental Product Declarations (EPDs) Amid Rapid Growth of Data Centers

Leading digital infrastructure companies call for industry adoption of Environmental Product Declarations (EPDs) to accelerate net-zero ambitions

Scope 3 emissions make up large percentage of hyperscale and data center carbon emissions

Environmental Product Declarations (EPDs) detail the greenhouse gas emissions of infrastructure products through their entire lifecycle

Why it is important to Decarbonise Digital Infrastructure

The Governing Body of the iMasons Climate Accord, a program of Infrastructure Masons, is calling on all suppliers serving data centers to support greater transparency in Scope 3 emissions as part of broader efforts to reduce the industry's carbon footprint.

Consisting of AWS, Digital Realty, Google, Meta, Microsoft and Schneider Electric, the Governing Body released an open letter today that explains the importance of widespread adoption of Environmental Product Declarations (EPDs), which are standardized, third-party-verified documents reporting the embodied emissions of a product.

EPDs outline the greenhouse gas emissions of a product through its entire lifecycle, from the raw materials in the product (e.g., how they are extracted, transported, and processed), to manufacturing, transportation, product use, and product end-of-life (e.g., landfill, recycling, repurposing, etc.).

While EPDs are common in some business sectors, there is not widespread adoption of EPDs in the data center industry. The open letter demonstrates a significant push forward from the world's largest hyperscalers and digital infrastructure companies to drive meaningful change across the industry, working in partnership with their trusted suppliers.

It is essential to continue to ensure the digital infrastructure industry decarbonizes as it grows. The signatories of the iMasons Governing Body's open letter all have net-zero carbon emissions commitments in place to address their responsibility in mitigating data center carbon emissions (with deadlines ranging from 2025 to 2040, which is at least 10 years ahead of the Paris Agreement), and this letter marks another milestone toward decarbonizing of operations.

Hyperscalers have implemented strategies to reduce and/or mitigate Scope 1 and 2 emissions. As they seek to reach net-zero carbon emissions in the coming years, solving the next piece of the sustainability puzzle lies in reducing Scope 3 emissions, which can represent anywhere from 38-69% of data centers' total carbon footprint. Scope 3 emissions are not produced by the company itself; rather, they include the indirect emissions throughout the value chain.

Access to the critical information in EPDs empowers data center owners, operators, and end-users to effectively calculate their environmental impact and choose products (servers, cooling systems, uninterruptible power supplies [UPS]) and services based on lower Scope 3 emissions, best aligning with sustainability targets.

"EPDs are crucial in transforming the future of digital infrastructure to be more resilient and climate positive. The adoption of EPDs within the global supply chain fosters both sustainable and accountable outcomes.

As standardized and verified data provides a layer of transparency, this initiative supports a collective approach to reducing our carbon emissions and environmental footprints," said Miranda Gardiner, Executive Director of the iMasons Climate Accord, a coalition of 250+ members that represents an $8 trillion combined market cap.

"At AWS, we are committed to reaching net-zero carbon emissions across our operations by 2040 by investing in carbon-free energy, scaling solutions, and collaborating with partners to broaden our impact," said Eric Wilcox, V...

ESB's Venture Innovation Team, X_Site, in partnership with Granular Energy has successfully completed the first phase of a pilot integration that has made generating hourly matched green energy reports feasible for several sample commercial customers.

To support targets that address climate change, large companies increasingly seeking a guarantee of green energy from their energy suppliers before switching. These guarantees of origin energy certificates (GOOs)?are matched on an annual or monthly basis so it can often prove difficult for energy companies, and their customers, to report on their green energy usage on an accurate basis.

As part of this pilot, data from ESB's Carnsore wind farm was directly matched to test customers hourly consumption, demonstrating that the data could be matched accurately and reported immediately to customers. Working in partnership with Granular Energy - winners of the ESB supported Free Electrons global accelerator programme in 2023 - the pilot exploring the potential of providing a new platform for GOO certificates which will benefit ESB's customers and internal trading teams.

Geraldine Moloney, Head of New Ventures at ESB, said: "We are committed to making it easier for commercial customers to track their green energy reporting - a crucial step for many in meeting important climate targets - and this innovative project demonstrates our continued commitment to finding innovative solutions to enable the delivery of such solutions.

We are delighted with the results of our pilot with Granular Energy into the future and I am excited to see how this can help support the delivery of our own Net Zero by 2040 strategy."

Toby Ferenczi, CEO at Granular Energy, said: "ESB is one of the world's most innovative energy utilities. We're excited to work on this project because we believe it could play a part in resolving some of the key challenges facing the Irish energy system, such as how to meet the growing demand for electricity from industries such as data centres or green hydrogen without this leading to an increase in carbon-emissions."

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A remote screening platform for children in need of speech therapy, a cloud-based system to streamline the medical management of homeless people and theatre workshops for people with dementia are among the five pilot projects selected by Smart D8 to transform health and wellbeing in Dublin 8.

Smart D8, an urban health initiative using innovation to improve and sustain community health and wellbeing in Dublin 8, has announced a record number of successful applicants from its fourth pilot call.

The fourth call follows three years of successful projects that have enhanced community health and wellbeing in Dublin 8, with 12 projects already bringing long-lasting and positive impacts to the local area over the past three years.

To date, projects have reached over 6,000 citizens in and around the Dublin 8 district and originally stemmed from community-led research that identified unmet population health and wellness needs.

Continuing the success and growth of the initiative, the five pilot projects selected are:

Kids Speech Labs, which was founded by Dr Shona D'Arcy, addresses the critical issue of extensive waiting lists for children's speech and language therapy in Dublin. Through a remote screening platform, speech and language therapists can identify areas of need in children's speech and offer support and resources to parents while they wait for appointments.

Dublin Simon Community, will soon be opening a 100-bed medical facility at Usher's Island in Dublin 8. The organisation aims to combat issues in paper-based hospital administration at the facility by implementing a digital medication management system through Digicare.

Coordinated by Eavanna Maloney and Naomi Nicholson, the cloud-based application seeks to streamline management, reduce admin, enhance patient care and minimise health complications for a vulnerable population who often face barriers to accessing healthcare.

Led by Lyndsey Watson and Sonia Neary of Wellola, Portasana aims to transform Population Health by offering a patient-facing digital care pathway solution, which empowers and educates patients, supports self-management and reduces face to face hospital appointments. The initiative fills critical gaps in mainstream healthcare practice by enhancing patient care.

Wellola are collaborating with St James's Hospital to provide digitised care pathways for chronic disease management to improve population health outcomes across Dublin city.

Initiated by Dr Jenny Fortune, CP-Life Research Centre at RCSI University of Medicine and Health Sciences will develop an innovative web dashboard to serve as a directory of local services and supports for citizens with disabilities. The pilot will empower disabled individuals through crowd-sourcing and knowledge sharing, reducing barriers to access to essential services and improving overall health and wellbeing in the community.

The Brain Health pilot, led by Dr Nicholas Johnson and collaborators at Trinity College Dublin and the Global Brain Health Institute, will create an educational and awareness program using theatre workshops with Dublin 8 residents affected by dementia. The pilot aims to raise awareness of dementia and preventative activities, destigmatize the condition and empower citizens to take control of their cognitive health.

In collaboration with OT Platform and extended partners, the pilot aims to position Dublin 8 as a pioneer in dementia prevention and serve as a model for brain health initiatives city-wide.

Jack Lehane, Smart D8 Ecosystem Manager, said:

"Each year we receive excellent applications for our pilot calls and this year was no exception. With a record five successful projects, we are delighted to see the growth of Smart D8 take shape and we are confident that these pilots can address key issues affecting the Dublin 8 community and beyond. Cross-sectoral collaboration that enables healthcare innovation mixed with scalable potential is at the heart of Smart D8 and this year's projects will great...

Ireland is a tech hub because it is an English-speaking beacon in the EU. But others are not so fortunate: only one billionth of the content created worldwide gets translated leaving millions of people out in the linguistic cold. With 87% of site visitors preferring their own language when surfing the web, companies should prioritise localised content? or face disastrous consequences?.

One person who knows this all too well is Bryan Murphy, the CEO of Smartling, a cloud-based translation technology and language services company headquartered in New York. Ronan recently caught up with Bryan Murphy.

Bryan talks about his background, what Smartling does, Gen AI, translation localisation, existing and new tech stacks, quantum computing and more.

More about Bryan Murphy:

As the CEO of Smartling, Bryan leads a team of passionate and innovative professionals who are transforming the way content is created, managed, and delivered across the world. With over 20 years of experience in e-commerce and SaaS, he has a proven track record of building and scaling successful businesses that leverage cutting-edge technology and customer-centric solutions.

Prior to joining Smartling, Bryan held various leadership roles at eBay, where he was responsible for driving growth and profitability for key verticals in North America. He also co-founded and led WHI Solutions, the largest automotive e-commerce platform in North America, which was acquired by eBay in 2012.

Bryan has received several awards and recognitions, including the Ernst & Young Entrepreneur of the Year Award, the Technology Fast 500 Award, and the a16z Marketplace 100. His mission is to empower businesses to reach new markets and audiences with Smartling's LanguageAI Platform, the #1 rated translation management system by users on G2.

Datapac, Ireland's leading technology solutions and services provider, has announced that its technology is helping to drive equine disease diagnosis and research for the Irish Equine Centre (IEC). Founded in 1983, the Kildare-based IEC is a leading scientific and diagnostic service provider dedicated to the health and wellbeing of horses.

The IEC's existing IT infrastructure was no longer able to keep pace with the growing technology demands of the equine diagnostics field. Following a competitive tender, Datapac delivered a complete refresh of the centre's IT ecosystem to support the rollout of a wide range of services, including laboratory diagnostics, disease surveillance, and research on equine health and biosecurity.

The solution is underpinning continued growth and success for the IEC, which has just launched the Pet Vet Lab, a new service dedicated to advancing the health of household pets. It offers a ground-breaking screening service directly to pet owners, producing a personalised probiotic which is unique to each pet.

Datapac's fully managed solution includes a comprehensive overhaul and integration of the IEC's networking, compute, and storage infrastructure, built on Hewlett Packard Enterprise (HPE) hardware and software. As the leading diagnostic service provider to the Irish equine industry, infrastructure uptime and resilience is vital for the IEC. The technology provides robust cloud data backup and recovery, with the ability to restore data in minutes in the event of an incident.

Advanced de-duplication vastly reduces the size of data storage, with up to 90% data capacity savings, and has significantly reduced cloud hosting costs for the centre. It also ensures speedy access to applications and data, boosting productivity for the IEC's 69 employees.

Meanwhile, in an ever-evolving cybersecurity landscape, Datapac's Managed Threat Ops service provides round-the-clock monitoring, response, and neutralisation of cybersecurity threats. The IEC also serves as a teaching centre for third-level veterinary students and Microsoft Office 365 software with individual accounts and storage space provides a seamless user experience.

In addition, Datapac has enhanced connectivity across the IEC campus, implementing a wireless network solution and upgrade to next-generation Wi-Fi 6. The consolidation of technologies coupled with support from Datapac engineers for day-to-day technical queries has reduced the burden on in-house IT resources, freeing up time to focus on driving innovation for the centre.

Michael Mahady, IT Manager, Irish Equine Centre, said: "We had worked with Datapac in the past, and knew that its skilled team was best placed to deliver on our key objectives as technologies continue to advance. The flexibility and high level of data protection provided by the HPE Simplivity platform is of the utmost importance, as secure backup and business continuity is crucial to enable us to continue to roll out our services and resources.

Furthermore, Datapac's solution provides the benefits of a smaller storage footprint while retaining the operational horsepower of a much larger system to support the early detection and management of diseases. Reliable access to Datapac's experts is invaluable and gives us the peace of mind to focus on delivering value-adding projects for the centre."

Colin Chapman, Business Relationship Manager, Datapac, said: "The Irish Equine Centre does such important work to promote horse health in Ireland, and our technology infrastructure overhaul is providing the proactive support and increased capabilities to continue to advance these vital services. Our solution has futureproofed the IEC's IT systems which will help the centre to grow and innovate in line with evolving industry demands.

We are looking forward to building on our relationship with the centre as it continues to develop its cutting-edge resources."

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