NPPC-VÚP Slovakia organised the first Online training on food composition data collection and documentation during 2nd and 5th October 2023 for representatives from Moldova and North Macedonia.

Altogether 14 participants from three organisations attended the training – 5 from Technical University of Moldova, Kishinev (UTM), 4 from Public Health Institute, Skopje, North Macedonia (PHI) and 5 from Ss. Cyril and Methodius University, Skopje, North Macedonia (UKIM).

The main topic of the training was food composition data documentation using European/EuroFIR and world/INFOODS standards and recommendations. The practical exercises were conducted using Daris software, the Slovak DBMS.

The online form of the training was a challenge mainly in regard to practical exercises, however, more participants had opportunity to attend the training. It was a great experience for the Slovak compilers. Software Daris 1.1.9, user manual, lectures, presentations and training with the software were provided to the target countries free of charge within the Official development support programme for Central and Eastern Europe and Central Asia under umbrella of the Ministry of Agriculture and Rural Development and Ministry of Foreign and European Affairs of the Slovak Republic.

Project Updates | October 2023

In this publication, we are going to introduce you to our project updates covering the period from July to October 2023.

EUOpenFood (EFSA FCDB)

Project partners were busy addressing EFSA’s comments and finalizing deliverable D1.1 “Search protocol, execution, organisation of the results, and future use” and have also successfully finalized next deliverable D1.2 2 “Methodology for the evaluation of data from national FCDBs including quality criteria, minimum requirements, and summary indicators”. EuroFIR and CAPNUTRA have performed food supplements data extraction from Mintel GNPD and have managed to convert them into a format compatible with FoodEXplorer, and partly match them (both automatically and manually) with the EuroFIR component thesauri, with the EFSA SSD2 Chemical Parameter Catalog, and with the FoodEX2 coding system. All results were discussed during the meeting with EFSA in September and the next official meeting is organised for December where next deliverables D1.3-1.5 will be discussed.

ALLIANCE

Sian Astley and Christina-Ariadni Valagkouti attended Consortium meeting in Bologna on 5-6 September 2023 and presented on Task 4.1 – Uses case scenarios, planning and preparation [M12-M19]. Presentation summarised preparatory work done over the summer on developing detailed plan to organise use cases scenarios, including analysing results from the Delphi questionnaires and insights collected in the deliverable D2.1 – Food Fraud Landscape, Strategic Gap Analysis, User Needs & Requirements that aimed at gathering use cases needs and requirements, exploring each supply chain and associated fraud risks, comparing current and envisioned workflows and starting to map requirements to achieve envisioned workflow for each of the seven food supply chains/pilot use case demonstrators – PDO/PGI Extra Virgin Olive Oil (IT), PDO Feta Cheese (GR), Organic Honey (FR), PGI Austrian Fava beans (ES), PGI Lika potatoes (HR), Organic pasta (IT), and PDO Arilje raspberries (SR).

ALLIANCE website

FishEUTrust

FishEUTrust was present at the stand at Aquaculture Europe Conference held 18 to 21 September 2023 in Vienna connecting four EU project on Aquaculture (SAFE, EUMOFA, Sea2See, FishEUTrust) and also held joint oral presentation with its sister project Sea2See. Hana Mušinović will attend Consortium meeting in Florence on 9-10 October 2023, including workshop related to Co-creation Living Labs (CLLs). During that occasion Sian Astley will present online on WP9: Gender action and monitoring. Project partners presented the work performed in the recent months including developing the preliminary business process and digital method models. Technology & process engineering SMEs are collecting and reviewing the state of the art and available literature on the seafood chain models and process engineering and also collecting inputs from the key partners directly involved in the seafood value chain. Required input process steps and parameters are critical to complete the detailed and working executable model in order to integrate the envisioned innovative digital service use cases.

FishEUTrust website 

SWEET

Health and safety of sweeteners and sweetness enhancers are well studied, but not their environmental impact. WP5 has previously published papers on thaumatin (DOI 10.1016/j.jclepro.2023.137226) and steviol glycosides (DOI 10.1007/s11367-022-02127-9) and this month presents work on the environmental impact of aspartame and neotame. This is the first such study attempting to quantify environmental impact of neotame that shows there are significant uncertainties related to life cycle inventory data and data derivation method and further highlights the difficulties of conducting a life cycle assessment of highly refined industrial food additives – Suckling et al., (2023) Environmental life cycle assessment of production of the non-nutritive sweeteners aspartame (E951) and neotame (E961) from chemical processes: The SWEET project – Journal of Cleaner Production https://doi.org/10.1016/j.jclepro.2023.138854.

Also published this week is an article on Environmental life cycle assessment of production of the non-nutritive sweetener sucralose (E955) derived from cane sugar produced in the United States of America: The SWEET project < https://link.springer.com/article/10.1007/s11367-023-02228-z >, which describes An attributional, cradle-to-gate LCA was conducted on sucralose production in the USA.

Finally, the team is working on a paper describing the impact of replacing sugars in yogurts and drinks.

SWEET website 

WATSON

Hana Mušinović and Christina-Ariadni Valagkouti attended Consortium meeting in Athens on 19-20 September 2023. Partners presented work done since the kick-off meeting in March including developing WATSON methodological framework to detect and prevent fraudulent activities throughout the six selected food chains – Wine (PT), PGI Honey (ES), Extra Virgin Olive Oil (IT), Meat (DE), Dairy (FI) and White Fish (NO). In addition, beside developing communication & dissemination strategy and Watson identity, two other deliverables were submitted – D1.1, the Watson Project Management Handbook, that provides an overview of all important aspects related to how Watson will be managed, and D1.2 “Data Management Plan, Ethics, Fundamental Rights, Data and Privacy Issues (Interim Report)” including Data Management Plan (DMP) that maps data used as input & generated per Task during WATSON lifetime.

WATSON website

Data4Food2030

EuroFIR contributes to WP6 – Communication, outreach and impact maximisation, ensuring information flow amongst beneficiaries and user communities as well as maximising exploitation of outputs. Our current efforts are focused on crafting case study infographics and summaries, to help disseminate the project’s activities across our networks.

There is an annual meeting of the project happening on the 6th of October in Thessaloniki, Greece. It’s a chance for the consortium to review what has been achieved, collaborate, and plan ahead. It’s proceeded by Synergy Days, where exciting ideas and innovations are sure to be in the spotlight.

Make sure to follow project progress in social media:

Data4Food2030 Linkedin

Data4Food2030 X (previously Twitter)

Data4Food website

WASTELESS

EuroFIR is leading data collection, management, and integration (Task 4.1) considering Open Science and FAIR principles to promote interoperability, management, and governance of WASTELESS data specifically but food loss and waste data in general. The task has started this month and we’re working on the development of guidelines for data collection together with case studies leaders. EuroFIR is also actively involved in dissemination activities, and we’d like to encourage you to follow the project updates on social media platforms!

WASTELESS Linkedin

WASTELESS X (previously Twitter)

WASTELESS Website

The National Institute of Health Doutor Ricardo Jorge (INSA), through its Department of Food and Nutrition, published a new version of the Portuguese Food Composition Table (TCA). This edition includes data on 1330 foods and 44 components/nutrients (Energy, Macroconstituents, Fatty Acids, Cholesterol, Vitamins, and Minerals); two of them, iodine and selenium, are published for the first time.


The new version V 6.0–2023 is available on the PortFIR website at (https://portfir-insa.min-saude.pt), where it is possible to download it in Microsoft Excel® as well as make online searches, for example, by keyword, food group, component, alphabetic list, and compare foods.


The introduction of new foods was mainly based on the results of The National Food, Nutrition and Physical Activity Survey (2015-2016), principally dairy products (cheeses) and legumes. The analytical determinations of the components were done in INSA laboratories based on a sampling representing the consumption of the Portuguese population. Several revisions were done (contents of some components, food description, exclusion of foods not commercialized nowadays), and edible parts were added to more foods.


Updating the TCA is a permanent task carried out in line with the food consumed by the Portuguese population, with the evolution of analytical methods, and in accordance with internationally established quality criteria. Since 2017, INSA has been publishing annual TCA updates, which are free to access.

Portuguese Food Composition Table (TCA)

European Food Forum event on New Genomic Techniques 
European Parliament, Brussels (BE), 5th of July 2023 

Genome editing is heavily regulated because of the risk of unknown and unwanted effects. However, new genomic techniques allow for more precise editing, minimising the risk of undesired alterations. Nevertheless, with that possibility comes considerable responsibility: potential for unknown impacts still exists and, whilst existing strict restrictions no longer fit, a framework to harness the benefits of new genomic techniques is still needed.

New genomic techniques offer many benefits including crops with increased yield, improved nutritional content, greater resilience to drought, and reduced need for pesticides, for example. Together, these can help address food security and public health concerns, supporting the European economy, and protect pollinators and biodiversity. However, co-existence of these crops with traditional and organically-farmed crops must be considered, alongside intellectual property (e.g., patents) and impacts on agricultural tradition and choice. Detection of a genetic modification is relatively easy, but determination of the method used is in many cases not possible, which creates traceability and authenticity issues that are important to protect reputation and accountability.

The proposed framework will divide new genomic techniques adapted plants into those without foreign material, granting them status equal to conventional crops, and those containing foreign materials, which can apply for authorization at EU level. Ultimately, joint action and inclusion of citizens, academia, and the private sector will be needed to achieve inclusive and equitable solutions for products developed using new genomic technique.

Our members

EuroFIR Members

In recent years, many distinguished members from Academia and Industry have joined EuroFIR AISBL, these include individuals and organisations working in dietetics, food manufacturing and retail, software development, public sector funding, regulation and policy-making, and academia. Our members are full members, compiler and non-compiler organizations, organization members, individuals, and students.

  • Full Members are restricted to the original EuroFIR project partners including many food composition database compiler organisations. New compilers initially join as Associate Members before converting to Full Member status after approval by the General Assembly.
  • Organisation Members: Universities & Academia, Research Institutes, SMEs, Food Technology Institutes, Food Safety Organisations, Policy Makers, Commercial Organisations (Food Manufacturers, Food Service Providers, Retailers)
  • Individual Members: Researchers, Dietitians, Clinicians, Patients, Consumers
  • Students

New members are welcome to join our activities! Click here for more information!

Full Members

QBI – Quadram Bioscience Institute, UK

NHID – National Institute for Health Development, Estonia

JSI – Institut Jozef Stefan, Slovenia

THL – National Institute for Health and Welfare, Nutrition Unit, Finland         

ANSES – French Agency for Food, Environmental and Occupational Health & Safety, France

NFSA – The Norwegian Food Safety Authority, Norway                                                                        

INSA- Instituto Nacional de Saude Dr Ricardo Jorge, Portugal                                    

NFA – Swedish National Food Agency, Sweden                                                            

IMR – Institute of Medical Research, University of Belgrade, Republic of Serbia

NUBEL – Nutrienten Belgie vzw, Belgium

RIVM – Institute of Public Health and the Environment, The Netherlands

BEDCA/University of Cordoba, Spain

IAEI – Institute of Agricultural Economics and Information, Czech Republic

FSANZ – Food Standards Australia New Zealand

CREA – Consiglio per la ricerca in agricoltura e l’analisi dell’economia agraria, Italy

OGYEI/NIPN – National Institute of Pharmacy and Nutrition

Matis ohf – Icelandic Food and Biotech R&D

FSVO – Federal Food Safety and Veterinary Office, Switzerland

MHI – Ministry of Health Isreal

Associate Members

MRI – Max Rubner Institute, Germany

Plant & Food Research – Institute for Plant & Food Research Limited, New Zealand

Full members non compilers

AUA – Agricultural University of Athens, Greece

UGent – University of Gent, Belgium

UHEL – University of Helsinki, Finland

NPPC VUP – National Agricultural and Food Centre, Food Research Institute, Slovakia

WUR – Wageningen University, The Netherlands

Ordinary members

Dato, Austria

MS Nutrition, France

CAPNUTRA, Republic of Serbia

Colombani Consulting, Switzerland

Eaternity, Switzerland

IEO – European Oncology Institute, Italy

Hylobates – Hylobates Consulting Srl, Italy

MANE – V MANE Fils SA, France

NANYANG Polytechnic – School of Chemical & Life Sciences_Nanyang Polytechnic, Singapore

Polytec, Denmark

CEU – Universidad CEU San Pablo, Spain

JRC – European Commission Joint Research Centre, Italy

UOA – University of Aberdeen, United Kingdom

Crème Global, Ireland

FFA – Finnish Food Authority, Finland

Odisee University, Belgium

UCC – University College Cork, Ireland

UoL – University of Ljubljana – Biotechnical Faculty, Slovenia

UoO – University of Oslo, Norway

IMR – Institute of Marine Research, Norway

TUBITAK Marmara Research Centre, Turkey

UoP – University of Pretoria, South Africa

SAMRC – South African Medical Research Center, South Africa

PepsiCo International Ltd, United Kingdom

EUFIC, Belgium

ISZU – Istanbul Sabahattin Zaim University, Turkey

Premotec GmbH, Switzerland

NFI – National Food Institute (Denmark)

HoGhent University, Belgium

Mahidol University, Institute of Nutrition, Thailand

HNRU INRAE – Human Nutrition Research Unit, INRAE, France

MRC Epidemiology Unit, The Great Britain

Orlando Import Export Srl, Romania

SSN – Swiss Society for Nutrition, Switzerland

Alma Food SAS, France

Nutritics, Ireland

Institut za nutricionistiko

Danone Global Research & Innovation Center, France

European Institute of Oncology, Italy

University of Porto, Portugal

University of Granada, Spain

3 ways COVID has shaped the world of personalised nutrition startups

Author: Mariette Abrahams CEO & Founder of Qina

It’s a well-worn cliche by now, but we’ll say it again: Covid has changed everything.

The further we move away from the early days of the pandemic, the clearer we see its long-term effects. As a market insights leader in the personalised nutrition & digital health space, Qina has witnessed how the impact of Covid-19 has rocked every corner of the estimated $8 billion industry.

Here are three of the most profound, disruptive ways in which the Coronavirus pandemic has reshaped the world of personalised nutrition startups.

 

 1 – Covid redefined our definitions of health & wellbeing

Especially during the lockdowns, Covid forced a sudden change in our notions of general health, wellbeing and self-care. Suddenly, the need to play the long game with our mental and physical health became much more evident. The startups who were quick to connect these dots for their customers and offer a solution have since established themselves as leaders of niches we didn’t know existed.

Excitingly, this groundswell has not only allowed innovative health businesses to find a market, but also to finally embrace and treat universal illnesses like stress, anxiety and sleep deprivation as they should have been all along – serious, but treatable mental health conditions.

If 2020 had a global motto, it would be the year where  ‘it’s OK not to be OK’.

Coaching for lifestyle and behaviour change, stress reduction plant-based bars MyAir and mindful eating app Mealshare are all examples of new micro-markets filling this space.

 

2 – Technology as the life raft in the Covid storm

When lockdowns made social contact impossible, technology held those bonds for us. In return, these norms paved the way for technology to finally take its place as a mainstay in every single aspect of our lives. The same goes for how we’ve since started and scaled businesses in this era. Technology, in essence, was left as the only reliable distribution model for any and all businesses if they wanted to stay alive without bricks and mortar.

In our space, this particular impact of Covid has finally put the ‘personalised’ in personalised nutrition. The future arrived 10 years early, which made age-old nutritional staples of food pyramids and less red meat less relevant to increasingly digital (especially mobile) audiences, who have since come to expect intuitive, entirely bespoke experiences at every swipe.

As a result, the personalisation of information, advice and content as a saleable commodity has become the new minimum to compete in this space. Investing in digital and data-driven systems will continue to be a priority for startups, entrepreneurs and health practitioners.

 

3 – Data & personalisation go hand in hand

Over the next decade, the primary driver of consumer-facing technology (and most others too, for that matter) will become entirely data-driven, if it isn’t already. As long as new startups are offering a data-driven service or product, they will perpetually benefit from their own customers’ data.

Simply put, Covid has enabled loyal customers to rally around products they love. In return, these customers provide an unending, constantly refreshing stream of data on their own buying behaviours and future demands, which savvy businesses respond to accordingly. It’s the perfect marriage, because data doesn’t lie, and the businesses who get the balance right will win big (particularly when catching the attention of  venture funding).

This seamless feedback loop between online users and businesses is the essence of personalisation. Personalised nutrition finds a particularly comfortable fit here, as an individual’s needs can be catered for according to their biological, genetic and lifestyle factors, quickly and efficiently.

The importance of maintaining this bond between customers/patients/employees and startups goes beyond just keeping first-line customers happy. According to a Deloitte report, personalised nutrition is not only a boon for businesses, but a leading contender in the battle against persistent global health challenges such as chronic diseases, malnutrition and obesity.

 

The Qina Insight

From nearly every perspective, Covid-19 has changed the world as we knew it. We’ll only understand the full implications of these shifts in decades to come, but an important clue is how startups have embraced technology, data and prided customer centricity to unprecedented levels.

But this is not likely to be a passing fad. In truth, all these industry shaping elements were in existence long before the first lockdowns in March 2020. Covid-19 has simply sped up what was already in store for our industry.

Amidst the uncertainty, we are relieved to know one thing for certain – the near future will remain to be a keen source of interest for Qina.

 

 

References

https://www.startus-insights.com/innovators-guide/5-top-personalized-nutrition-startups-impacting-the-healthcare-industry/

https://www2.deloitte.com/ch/en/pages/consumer-business/articles/food-personalised-healthy-nutrition.html

https://techcrunch.com/2021/05/04/personalized-nutrition-startup-zoe-closes-out-series-b-at-53m/?guccounter=1&guce_referrer=aHR0cHM6Ly93d3cuZ29vZ2xlLmNvbS8&guce_referrer_sig=AQAAAC4z63l7X92l4vfvbfqb6AhSDMVNPE1Tz8JtHQQo9lF6jM13AGS1snc6wKtUO1Yds9KFMuLUNkRONfnIUS747dTGkdsS2KVO1VGyi5uM7ZX07gQ8mPvK27zmp6PPdWj6hxQ_2rjh-3Qp3bevgqUMy3bEiq3r873En1MitPYlKoKi

EuroFIR e-learning module download

EuroFIR e-learning module "Nutrient analysis for non-chemists"

The EuroFIR e-learning modules were created together with the University of Wageningen and the software company Topshare, both based in The Netherlands. EuroFIR acknowledges the University of Wageningen for it’s great effort and excellent teamwork in this activity as a partner of the EuroFIR project.

By downloading this file you agree on the licensing agreement

Full version, 2010. (zip file – 27 MB)

To run the full version of the e-learning module first read these instructions:

1) first download the zip file on to your computer
2) open the folder ‘EuroFIR e-learning’
3) open the file with the name ‘index.html’ in your web browser and start the program.

Recommended web browsers are Internet Explorer and Mozilla FireFox or Safari for Mac users. Your browser may be protected against pop-ups. In this case the following message is displayed on top: "To help protect your system….." Click on this message and select: Allow blocked contents.

The rights to use the e-learning modules are granted under following conditions for full and associate members:

The membership payment for the respective year has been received by the EuroFIR AISBL office.

The member respects that he/she is allowed to replicate (i.e. to produce copies) of the e-learning module files within his/her institution, but he/she might only distribute the replicates to the people/institutional subunit directly involved in EuroFIR AISBL related activities.
 
The member respects that he/she is allowed to use the e-learning module for education purposes (e.g. at universities) and install the e-learning modules files on as many computers needed for the educational purposes (e.g. in a university computing room), but access to the e-learning module shall only be granted to the students involved in the education given by the member (i.e. lecturers, tutorials, practical work). The member is responsible to install the e-learning modules in such a way on the computers that the students cannot make copies of the e-learning modules.
 
The member respects that it is prohibited to:
  • Make the login data (username and password) to the EuroFIR website accessible to anybody except the people/institutional subunit directly involved in EuroFIR AISBL related activities
  • Replicate the e-learning modules in whatever form except for the purpose described above
  • Sell replicates to anybody. 
  • Modify the e-learning modules.
EuroFIR AISBL does not make any warrant concerning the:
  • satisfactory quality of the e-learning module and fitness for a particular purpose
  • accuracy of the e-learning module
  • non-infringement of intellectual property rights of third parties
EuroFIR AISBL disclaims all liabilities. EuroFIR AISBL shall not have any liability for any direct or indirect damage caused by the use of the e-learning modules (e.g. any damage or problems caused on the computer or server of the member, either during the installation or use of the EuroFIR e-learning modules).
 
The EuroFIR e-learning modules were created together with the University of Wageningen and the software company Topshare, both based in The Netherlands. EuroFIR acknowledges the University of Wageningen for its great effort and excellent teamwork in this activity as a partner of the EuroFIR project.
 
EuroFIR AISBL is the owner and publisher of the EuroFIR e-learning modules.
 

Meat substitutes: Winning products

Meat substitutes: New products and advanced technology

Kitchentown organised a roundtable (12.12.2020) to explore advancements in plant-based meats, and the challenges this sector face.

The food industry is aware of the shift towards plant-based diets and are trying to create the best meat substitute foods. Thanks to extrusion technologies – commonly used to create snacks and other processed foods – it is possible to convert plant proteins into meat-like structures.

Extrusion can be either dry (e.g., textured soy) or wet (e.g., Heura or chicken-wise products). What is important for many consumers is that, whilst switching to plant-based products, what many know and love about meat is retained, recreating the texture, smell and colour of traditional meat environments, such a barbecue or a burger restaurant.

Kitchentown is a global innovation platform helping develop and launch impact-driven, transformational food & beverage products

Nutri-score

Food labelling for healthier choices: Towards an EU-wide Nutri-Score?

A round-table organised by the European Consumer Organisation (BEUC) to explore the different front-of-package options within Farm-to-Fork Strategy

European Union citizens are getting fatter with more than half either overweight or obese. Excess weight is a risk factor for other non-communicable diseases (NCDs) including high blood pressure, itself a risk factor for cardiovascular disease (heart disease and stroke), type 2 diabetes and, potentially, increased risk of complications associated with COVID-19. Eating a healthy diet and regular exercise are two key elements in controlling weight. Yet, spotting healthy products is tricky. To help consumers, and acknowledging that the detailed nutrition information is not readily understood during the weekly shop, a variety of so-called front-of-pack labelling schemes have been developed by governments and the food industry with the intention to make selecting foods within a health diet easier.

With Farm-to-Fork, the European Commission is exploring front-of-pack labels with the aim to make one mandatory scheme EU-wide. Nutri-Score, classifying products from A (good) to E (no so good), has already been implemented in Belgium, France, and Germany, and is in the spotlight for European policymakers. However, like all the schemes, Nutri-Score is far from perfect (assigning a food as good or bad is highly nuanced) and has both supporters and detractors.

BEUC hosted the second #ConsumerDebate to explore Nutri-Score from the consumer perspective with representatives from the European Commission DG SANTE, the German EU Presidency, Delhaize and Nestlé, and national consumer groups.

Find out more about Nutri-Score here.

BEUC is an umbrella organisations, founded in 1962, which is based in Brussels (BE), bringing together 45 European consumer organisations from 32 countries.