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“Holland Food Innovations” helps you to take notice of emerging food science and technology leading to new and successful innovations. The examples highlighted in this issue also provide insight into how these innovations were realized: which parties were involved and which circumstances were helpful? Join me in reading this issue and enjoy the examples and highly relevant developments in food research from this small country near the sea, the Netherlands.
Citation preview
WWW.HOLLANDFOODINNOVATIONS.COM
Allergen ManagementStake Your Health ClaimBrewing Beer with SorghumOats Are Making a Comeback
SEPTEMBER 2015
HOLLAND FOOD INNOVATIONS . SEPTEMBER 2015 . NO 3
02
20. Purple tomatoes . . . . . . . . . . . . . . . . . .
06. ‘Allergen management begins with good organizatio
14. Netherlands at the forefront of non-bitter
Publishing Company
MYbusinessmedia
Essebaan 63c, 2908 LJ Capelle a/d IJssel
P.O. Box 8632, 3009 AP Rotterdam, the Netherlands
T +31 10 2894078
Publisher
Suzanne Wanders
T +31 10 2894017 / E [email protected]
Editor in Chief
Willem-Paul de Mooij
T +31 10 2894065 / E [email protected]
Editors
Dionne Irving (MYbusinessmedia)
Florentine Jagers op Akkerhuis (Food Valley NL)
Mariska Buitendijk-Pijl (MYbusinessmedia, copy editor)
Translation
Mariska Buitendijk-Pijl (MYbusinessmedia)
Mischa Hoyinck (Food Valley NL)
In Cooperation with
Jolanda Wels and Anne Mensink, Food Valley NL
Sales
Monique van Neutegem
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Anneloes Veerman
T +31 6 12707014 / E [email protected]
Jan Willem Goed
T +31 6 53107699 / E [email protected]
Marketing
Job Scheepers
T +31 20 4602237 / E [email protected]
Advisory Board
Charon Zondervan, Programme Leader Healthy and Delicious
Foods, Wageningen UR Food & Biobased Research
Maarten Schans, Sector Specialist Agri&Food Netherlands
Foreign Investment Agency
Koos Oosterhaven, Business Manager NIZO Food research
Arthur Vernooij, International Business Developer FME/NAFTC
Niek Snoeij, Managing Director Healthy Living TNO
Anne Mensink, Manager International Relations & Projects
Food Valley NL
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Copyright
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address, please call +31 10 2894008 or send an e-mail to
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This magazine is developed by MYbusinessmedia (MBM)
and Food Valley NL. MBM is an established publisher of
food trade journals, among which VMT, in the Netherlands
and Belgium. Food Valley NL is a leading guidance and
support partner that connects companies from all over the
world to innovative companies and knowledge institutes in
the Netherlands.
FOREWORD
03Cover: Food processing always carries the risk of contamination
with allergens.
24. Vitamin gelatine coatings
Innovation
Spotlight on Innovation
Food Safety
Battling Cross Contamination
Technology
Less Wastage with Smart Packaging
Local Ingredients for African Beer
Product Formulation
Ever Healthier
Health
Natural Flavors and Fragrances
Aft er Patience Comes Profi t
Event Calendar
on’ . . . . . . . . . . . . . . . .
quinoa . . . .
In a Small Country near the
Sea
There is a wealth of food science and technology avail-
able and continuously being developed in academic,
public-private, and private research in the Netherlands.
Our Dutch heritage of cooperatives, collaborative
efforts in research programs as well as a very good
educational system, have led to outstanding know-how,
many publications and state-of-the-art innovations.
Being a small country has the advantage that face to
face meetings and networks are easily organized where
knowledge can be converted into (ideas for) innova-
tions.
In my view and experience, there are many successful
innovations. However, they are sometimes less visible or
acknowledged because of the ever growing information
we encounter almost daily, from all over the world,
through many channels. We fi nd it diffi cult to distinguish
real news from “old” news and this is blurring our view
on the emergence and success of innovations.
“Holland Food Innovations” helps you to take notice of
emerging food science and technology leading to new
and successful innovations. The examples highlighted
in this issue also provide insight into how these innova-
tions were realized: which parties were involved and
which circumstances were helpful?
Join me in reading this issue and enjoy the examples
and highly relevant developments in food research from
this small country near the sea, the Netherlands.
J. (Koos) Oosterhaven,
Business Manager NIZO food research
CONTENTS
04
HOLLAND FOOD INNOVATIONS . SEPTEMBER 2015 . NO 3INNOVATION
Dutch businesses are continually developing new concepts,research methods and packaging solutions. The websitewww.dutchfoodinnovations.com puts the spotlight on the latestinnovations from the agri-food industry. Take a look at five ofthe latest innovations.
Spotlight on Innovation
Alginate Technology for
Co-extrusionRuitenberg Ingredients introduces RudinVegaCasing, a special
‘skinless’ casing, which simultaneously forms and protects sausages
in a co-extrusion process. The new casing is an edible sausage skin
from a seaweed extract paste. It completely integrates with the sau-
sage when cooked in water. This solution eliminates the need to
remove the casing before eating, yet provides the look and bite of a
peeled sausage. Products like frankfurters and hotdogs can be
cooked and packaged in a continuous in-line co-extrusion process
which is fast, hygienic, and waste free. The casing is suitable for
application in all co-extrusion lines currently available to the
industry. Recent casing innovations target new market segments
such as water-cooked sausages and breakfast sausages (to be deep-
fried directly from the freezer). The technology can also be applied
in the vegetarian, vegan, cheese and fish industries.
.................................................................................www.ruitenberg.com
Upcycling Vegetable
Waste to Fibers and Juices
Provalor has developed a unique technology for extracting juice
from vegetable waste. Creating products from industrial by-
products spawns innovative technologies, fosters new partnerships
in the production chain, generates new business, and benefits the
environment. The technology developed so far separates the vege-
table stream into liquid and solid fractions. The liquid fraction is
used in juices, soups and sauces. The solid fraction is further up-
graded to high-quality dietary fibers. These are applied in bread,
meat products, sauces, pancakes, and so on, adding value as in-
soluble dietary fiber which is good for gut health.
.........................................................................................www.provalor.nl
05
Fermented, Vitamin-Rich
Coconut DrinkIn a joint development program with the Malaysian Agricultural
Research and Development Institute (MARDI), NIZO food
research has developed a tasty coconut-based drink. Fermentation
through lactic acid bacteria was used to upcycle coconut residue,
unlocking its health, taste, texture and nutritional values. Part of
the project consisted of screening large numbers of NIZO and
MARDI strains of lactic acid bacteria in search of strains that could
be used in commercial fermented products. This led to the dis-
covery of strains that increased the product’s vitamin content twen-
ty-fold. The resulting coconut drink tastes excellent and has a good
shelf life compared to the original coconut cake and milk. NIZO
and MARDI will continue to develop new formulations suitable for
commercial production, expanding consumers’ choice in healthy
drinks and food products.
...........................................................................................www.nizo.com
Allergen Detection in Food
ProductsRIKILT Wageningen UR has developed antibody-based assays for easy, fast and afford-
able detection of allergens in different food matrices. In collaboration with AB SCIEX,
RIKILT has developed a confirmative test that has been validated for milk in cake flour.
The test method can easily be extended to other allergens, such as egg, peanut, soy and
tree nuts, and/or to different food matrices. Food allergies are generally estimated to affect
one to ten percent of the world population. In some cases, a tiny amount of allergen is
enough to trigger severe reactions, so it is important to label food products which con-
tain, or may contain, allergen traces. The EU is expected to adopt guidelines regulating
threshold levels for allergens in the next few years. Reliable and sensitive methods to spot
the presence of allergens in food products are therefore urgently needed.
......................................................................................................................www.wageningenur.nl
Vitamin- and Mineral-
Enriched Ready Meals
Fortified Food Coatings has developed a new way of enriching
ready meals with vitamins and minerals. Rather than adding vita-
mins and minerals to the meal before cooking, Fortified Food
Coatings covers meals with a thin layer of gelatin containing vita-
mins and minerals after the cooking process. This guarantees the
meal contains a particular amount of essential nutrients right
before consumption. The gelatin layer also makes the meal look
extra attractive. The ready meals require chilled storage and are
prepared in a microwave. The heat dissolves the gelatin and causes
it to mix with the other meal components. Fortified Food Coatings
developed the coating in cooperation with ingredient suppliers and
meal manufacturers. The meals are tailored to different target
groups, such as the elderly and athletes.
.................................................................................www.fortifiedfood.nl
06
HOLLAND FOOD INNOVATIONS . SEPTEMBER 2015 . NO 3FOOD SAFETY
Intertaste purchases its
herbs and spices ‘plain’,
not ground. This allows
for better control of
possible contamination.
Dark chocolate with minute droplets of milk; soy with peanut crumbs; oatmeal cookies with gluten traces. Food processing always carries the risk of contamination with allergens. But how do you minimize this risk while effectively communicating the dangers? Quality specialists at RIKILT Wageningen UR, Intertaste and Bolletje share their best practices.
Battling Cross Contamination‘Allergen Management Begins with Good Organization’
Allergens are, in general, harmless proteins,
but they can cause an allergic response in
susceptible people. One to three percent of
adults and four to six percent of children
have some kind of food allergy or intoler-
ance, according to estimates from the
07
‘ Our products are under a
magnifying glass’
Allergens According to
Regulation (EU) No 1169/2011
1. Nuts (amongst others, almonds, hazel-
nuts, walnuts, pecan nuts)
2. Peanuts
3. Fish
4. Sulfur dioxide and sulfite
(> 10 mg/kg as SO2)
5. Crustaceans
6. Mollusks
7. Celery
8. Mustard
9. Gluten-containing grains
10. Egg (products)
11. Milk (products)
12. Soybean (products)
13. Sesame seeds (products)
14. Lupine
World Health Organization (WHO). Aller-
gic symptoms can develop after consump-
tion of food with very low allergen concen-
trations. In most cases, allergens cause mild
complaints such as nausea, diarrhea or
rashes. Sometimes, however, the response is
severe, with patients suffering a fatal ana-
phylactic shock.
Many foods contain allergens. The most
notorious include wheat and other gluten-
containing cereals, crustaceans, eggs, fish,
peanuts, soybeans, tree nuts and milk.
Allergen Labeling
Within the European Union, in December
2014, Regulation (EU) 1169/2011 came into
force, specifying fourteen major allergens
(see text box) which must be labeled on the
packaging if they are present in a product.
“Information about these fourteen allergens
must also be presented for unpacked
products,” states Ine van der Fels-Klerx,
senior scientist at RIKILT Wageningen UR
– a research organization specializing in
food safety. “These particular allergens
must always be mentioned when present,
even in negligible concentrations.” An
exception to this rule is sulfite, which has a
defined minimum level, above which this
allergen must be labeled. In other areas of
the world, such as Australia, New Zealand
and Canada, the list of allergens that have
to be declared is shorter. However, Australia
and New Zealand have defined a much
stricter and thus lower minimum level for
sulfite. This implies that, with import and
export, manufacturers should always check
the legislation of individual countries.
‘May Contain’ Warning
Allergens must be labeled only when they
are part of the recipe. “The law does not
prescribe what manufacturers should do
when an allergen inadvertently ends up in a
product through cross contamination,
either at the processing plant, during trans-
port of raw materials or on the production
line,” says the RIKILT scientist. Imagine, for
example, a situation where the same pro-
duction line alternately produces dark and
milk chocolate and traces of milk remain
on the equipment.
As very small allergen concentrations can
cause severe allergic symptoms, many
manufacturers err on the side of caution
and add a warning to the label: ‘This
product may contain . . .’ – even when the
risk is negligible. “This does not benefit
allergic consumers, as it reduces the num-
ber and variety of products from which
they can choose,” explains Van der Fels-
Klerx.
Doing Your Homework
“At Intertaste we try to avoid the ‘may con-
tain’ warning whenever possible,” says Enny
Sloesen, Quality Environment Safety and
Health (QESH) Manager at the herbs and
spices specialist, based in Puttershoek, the
Netherlands. “The warning has, in our
opinion, a sense of laziness to it, as if the
producers have not done
their homework.”
Allergen management is
crucial to the company,
says Sloesen. “Herbs and
spices are important ingre-
dients in many products; if
questions arise about their quality, major
recalls can result from this. Our products
are, so to say, under a magnifying glass.”
Proper allergen management starts with
being well organized, says the QESH man-
ager. “You need an intimate knowledge of
your entire process, from beginning to end,
and create an inventory of contamination
risks at every step.” This allows one to take
effective allergen-control measures in the
growing, drying, transporting, storing and
treating of raw materials, and in cleaning,
production planning, sampling, optimizing
production processes and educating per-
sonnel.
Know Your Suppliers
Intertaste’s inventory process begins in the
Far East, with local growers in countries of
origin such as China and Vietnam. “Our
suppliers have agreed to work within the
guidelines of the Global Food Safety Initia-
tive,” says Sloesen. “Representatives of our
purchasing and quality-management
departments regularly visit them to per-
form audits and to define and support con-
tinuous improvement. We have a good
understanding of the geographical areas
where we purchase raw materials from fixed
suppliers and are clear about the major
risks. For example, in regions where crop
rotation is common, or where different
crops are grown very close to each other,
cross contamination occurs more often
than in areas practicing monoculture.”
HOLLAND FOOD INNOVATIONS . SEPTEMBER 2015 . NO 3
08
FOOD SAFETY
‘ Many customers do not know
the right questions to ask’
Standardized Information
The Voluntary Incidental Trace Allergen
Labeling program (VITAL 2.0) of TNO and
the Australian/New Zealand Allergen
Bureau is a quantitative risk-management
system. It supports food producers in
assessing the impact of unintended aller-
gen presence in a food manufacturing
environment, including precautionary la-
beling of products. Unique to VITAL is that
it enables food producers to derive action
levels for precautionary labeling by com-
bining product food consumption data with
reference doses. The allergen-reference
dose is the amount which would be toler-
ated by 95-99 percent of the allergic popu-
lation and was formulated using expertise
from TNO and FARRP, the Food Allergy
Research and Resource Program at the
University of Nebraska.
TNO bundles their food allergy research
activities into a shared research program
which also promotes wider acceptance of
this new precautionary labeling approach
by stakeholders, making it easy to develop
standardized food-consumption information
and models to estimate unintended allergen
presence during the production of food
products. TNO’s food-allergy business sup-
ports the food industry in the management
of allergen cross contamination, for exam-
ple by quantifying the risk of allergen conta-
mination, deriving action levels and provi-
ding insight into cross-contact points.
www.allergenbureau.net/vital
essary to introduce them. The final deci-
sion is taken at management level.” Bol-
letje has, for example, stopped a new-
product development of peanut cookies
because peanuts had never been used in
the production plant.
Once a recipe has been defined, Bolletje
investigates the probability of cross con-
tamination throughout the production
process. Bolletje’s suppliers have indicated
which of their products might suffer from
cross contamination. Bolletje has in turn
asked them to quantify the amount of
allergen present in these products. To cal-
culate the probability of cross contamina-
tion, Bolletje uses
the VITAL pro-
gram developed a
few years ago (see
text box). “VITAL
supports us to
make well-consid-
ered decisions about whether or not to use
the ‘may contain’ warning on the packag-
ing,” says Uitdewilligen. “Without VITAL,
allergen risk assessment is little more than
a lottery.”
With peanuts, however, ‘may contain’ is
always present on Bolletje labeling, no
matter how minute the risk. “This is
because peanuts are known to produce
severe allergic responses,” he explains.
Another ‘no-go’ is putting a ‘guaranteed
free from’ label on the packaging, as some
retailers request.
Production Planning
Bolletje also depends upon allergen-limit-
ing production planning. “In the first half
of the week we produce products without
allergenic ingredients; in the second half of
the week products with them,” says the QA
Manager. Products go to the lab for aller-
gen checks twice a year. “Only once has a
product tested positive, but allergen levels
were so low it was not necessary to use the
‘may contain’ warning,” says Uitdewilligen.
Cleaning and Sampling
Intertaste has three production plants in the
Netherlands, with standardized cleaning
guidelines applying to all three: daily dry
cleaning in those areas where spice powders
are being produced and daily wet cleaning
for marinades and sauces equipment. Every
weekend sees an intensive cleaning proce-
dure, followed by sampling. “We take swabs
to control whether production surfaces are
allergen free and send product samples to
the lab for allergen checks,” says Sloesen.
Personnel constantly receive training in
allergen management, beginning with an
e-learning program as part of their induc-
tion program, followed by annual allergen
training for those working with allergens -
and they work according to strict protocols
for labeling, sampling, storage and order
picking. “In the warehouse, allergens and
non-allergens are stored separately to
reduce cross contamination risks in the case
of package damage,” Sloesen illustrates.
Products containing allergens have a capital
‘A’ on the pack, making them easily recog-
nizable for employees.
Product Development
Bolletje - manufacturer of a variety of
bakery products, including rusk, ginger-
bread, knäckebröd and cookies - too, has
allergen management fully integrated into
its production processes. “At Bolletje, aller-
gen management starts with product devel-
opment,” says Quality Assurance (QA)
Manager Ben Uitdewilligen. “Wherever
possible, we avoid allergens in our
products. For example, if we have never
used eggs on a production line, we ask our
product developers whether it is really nec-
Intertaste always purchases its herbs and
spices ‘plain’, not ground. “This allows for
better control of possible contamination,”
the QESH manager explains. “Purchasing
whole peppercorns, for example, ensures
they cannot be mixed with pepper from
other origins during the grinding process.”
09
Bolletje, manufacturer of a variety of bakery products, including rusk, gingerbread, knäckebröd and cookies, has allergen management fully integrated into its production processes.
Allergen management starts with product development.
Knowledge Gap
Bolletje’s QA manager is concerned about
the knowledge gap that exists between
manufacturers and consumers. “Consumer
beliefs are often influenced by the state-
ments and outcomes of interest groups,
which are opinion rather than scientific
fact. Since the gluten hype began a few
years ago, we are often asked if spelt con-
tains wheat (both contain gluten), illustrat-
ing that many consumers do not know the
right questions to ask,” he illustrates. It does
not help that many bakeries sell spelt bread
with the claim ‘gluten-free’ on the wrapping.
“Manufacturers need to take consumer
concerns seriously without being distracted
by them, relying on hard science and prop-
er risk calculation.”
According to Van der Fels-Klerx, in the
near future increasing numbers of food
manufacturers will integrate science-based
allergen management into their production
processes, as Intertaste and Bolletje have
already done. “The latest EU Directive sub-
stantially increased awareness of the issue.”
However, there is room for improvement.
“Manufacturers could take a very detailed
approach to examining their production
processes, which would reveal every point
at which (cross) contamination could
occur,” says the RIKILT scientist. “They
could also further exploit the wide variety
of testing methods available, such as dip-
sticks to check whether surfaces have been
cleaned properly or ELISA tests to detect
the possible presence of allergens in
product samples.”
According to Van der Fels-Klerx, analytical
methods will become more efficient, reli-
able and affordable. “At RIKILT, for exam-
ple, we are working on a method to simul-
taneously assess all fourteen allergens.”
Human Factor
Technology is of tremendous value but, in
the end, it is the human factor that counts.
“Allergen management is not very difficult
to do, but you should never be lulled into
thinking that all your processes are optimal,”
Van der Fels-Klerx concludes. “For instance,
frequent training and courses on allergen
management are fundamental to maintain-
ing awareness and knowledge at a high level,
and you should regularly hire independent
experts to audit your processes.”
• LISETTE DE JONG AND
FLORENTINE JAGERS OP AKKERHUIS •
References
Taylor S.L., Baumert J.L., Kruizinga A.G., Remington B.C.,
Crevel R.W., Brooke-Taylor S., Allen K.J.; Allergen Bureau
of Australia & New Zealand, Houben G.
Establishment of Reference Doses for Residues of
Allergenic Foods: Report of the VITAL Expert Panel.
Food Chem Toxicol. 2014; 63:9-17.
Allen K.J., Remington B.C., Baumert J.L., Crevel R.W.,
Houben G.F., Brooke-Taylor S., Kruizinga A.G., Taylor S.L.
Allergen Reference Doses for Precautionary Labeling
(VITAL 2.0): Clinical Implications. J Allergy Clin Immunol.
2014; 133(1):156-64.
011
HOLLAND FOOD INNOVATIONS . SEPTEMBER 2015 . NO 3 TECHNOLOGY
Packaging protects food products from damage and spoilage en route from manufacturer to consumer. Integrated sensorsin packaging can monitor whether the packaged product continues to meet pre-determined quality criteria. Two examples are Wageningen University’s innovative microchip for fi sh packaging and Sensor Spot’s MAP packaging indicator.
Less Wastage with Smart Packaging
Twenty-fi ve percent of all food produced on
the planet is wasted, according to a recent
report by the United Nations Food and
Agriculture Organization (FAO). A large
percentage of these losses occurs in the sup-
ply chain. Deterioration is one of the main
reasons for destroying food. However, a
great amount of food is destroyed unneces-
sarily, simply because a random sample has
shown signs of spoilage. Th is leads to the
destruction of an entire batch. By monitor-
are working on packaging that can trace
what happens to perishable products on
their way from the factory to the super-
market. We expect smart packaging to start
playing an ever greater role in quality con-
trol within the supply chain.”
From Active to Interactive
Right now, there are three types of smart
packaging. Th e fi rst one is active packaging,
which aff ects the quality of the packaged
product. Examples are the use of materials
that absorb fl uids, such as a meat pad, and
the integration of a non-toxic antimicrobial
substance, such as garlic oil, into the pack-
aging material.
Th e second type of smart packaging is intel-ligent packaging, which uses a sensor to
monitor and collect data on the quality of
the packaged products. Th ere are two types
of sensors: one is integrated into the pack-
aging and monitors the gas composition in-
side the package, while the other registers
temperature and time and indirectly collects
information about the packaged product.
Th e recorded temperatures and times are
used to calculate the expected changes in
the quality of the packaged product.
Th e third and fi nal type of smart packaging
is interactive packaging, which monitors the
quality of the product and generates a sig-
nal that should lead to a particular response.
Th e latter part of this solution is still in its
infancy.
Wageningen University Food Quality &
Design has developed a prototype for
ing food product quality in the supply chain
more accurately, these kinds of unnecessary
losses can be prevented.
Food products are very sensitive to loss of
quality during storage, handling and trans-
portation. For several years now, Jenneke
Heising has been researching smart packag-
ing at Wageningen University’s department
Food Quality & Design. “Once you know
where the problems originate, you can take
measures and prevent waste. Th at is why we
Research has shown there is a clear correlation between the sensor’s signals and the freshness of the fi sh.
012
HOLLAND FOOD INNOVATIONS . SEPTEMBER 2015 . NO 3TECHNOLOGY
‘ Twenty-five percent of all
food produced is wasted’
Adding a cheap oxygen indicator like the Sensor Spot makes it possible to check each individual package for quality.
intelligent packaging for fish products,
Heising explains. “When fish deteriorates, it
produces various volatile compounds, such
as TMA (trimethylamine). This compound
is water-soluble and affects the water’s con-
ductivity. Sensors can measure these chang-
es in conductivity and produce an electrical
signal. Our sensor is integrated in a gel that
is part of the packaging. Research has
shown that there is a clear correlation
between the sensor’s signals and the fresh-
ness of the fish. We are now trying to figure
out which substances are responsible for
that effect and how exactly we should inter-
pret this information.”
Sensor Spot
Sensors on packaging need not be electron-
ic. A much simpler, but equally effective
solution is to use indicators. Sensor Spot, a
company based in Wijchen, the Nether-
lands, has developed a smart control system
for Modified Atmosphere Packaging (MAP),
consisting of a luminescent dot that lights
up when exposed to oxygen. With the help
of a special reader, it can determine
whether the packaging is still airtight.
“The great thing about this technology is
that it is simple, reliable and very cheap,”
says Mark Giesbers, Chief Legal Officer at
Sensor Spot. “Packaging that includes a
Sensor Spot costs only marginally more
than packaging without a Spot.”
Giesbers argues that much food waste can
be avoided. “Every year, the food industry
destroys many thousands of pre-packaged
batches of cold cuts, cheese and other
chilled products. The packaging of these
products is filled with nitrogen to prevent
the food products from coming into con-
tact with oxygen. If the packaging is not
airtight, because of faulty sealing or
punctures, the products will spoil. There-
fore, samples are taken to check the gas
composition. If a package is found to con-
tain too much oxygen because of a leaky
sealing or a puncture, the whole batch is
destroyed. That is unnecessary wasting of
food and a great cost factor for businesses.”
Giesbers estimates that two to ten percent
of MAP packages are destroyed based on
random checks. Adding a cheap oxygen
indicator like the Sensor Spot makes it pos-
sible to check each individual package for
quality.
Read-out System
The Sensor Spot provides accurate informa-
tion about the quality of the gas in the
packaging. The technology is simple: the
packaging includes an indicator which can
be read with an electronic reader using spe-
cial software.
The sensor itself is a luminescent spot. A
new printing technology is used to place
this spot on the inside of the packaging foil,
which is then laminated to ensure that the
sensor is not in direct contact with the food
product. The bottom layer is permeable so
oxygen molecules in the packaging can
reach the sensor. However, the sensor mate-
rial cannot permeate the foil in the other
direction. The packaged products pass a
read-out system that includes a camera. The
read-out system’s software is set to recog-
nize whether an acceptable oxygen level has
been exceeded. The cameras can be in-
stalled at the end of the packaging line, at a
distribution center or a point of sale.
Products like cheese and cold cuts can be
screened immediately
after packaging. Bread
cannot, however,
because it continues to
release a small amount
of oxygen after packag-
ing, changing the gas composition inside.
Read-out systems must therefore be ad-
justed to particular products,” Giesbers
explains.
Recouping Investment
The development of active and intelligent
packaging is definitely going to continue in
the coming years, says Eef de Ferrante,
Managing Director of the Active & Intelli-
gent Packaging Industry Association
013
‘ Those few extra cents pay
themselves back very quickly’
sensor. “Our sensor may be able to trans-
mit data by smartphone. The packaging
could then tell the consumer how fresh
the fish in an individual package is, as it
were. This will enable consumers to avoid
nasty surprises at home.” Heising is con-
vinced that
in a number
of years
most fresh
food packag-
ing will be-
come smart:
“It will not happen overnight, but just
think how fast technological develop-
ments go.”
• FLORENTINE JAGERS OP AKKERHUIS
the packaging foil. That will reduce costs
tremendously. Right now, the technology is
mainly useful for retailers to monitor the
quality of premium products such as fish
and meat throughout the supply chain. For
supermarkets it is not yet possible to adopt
these solutions, because consumers would
have to learn to deal with a changing use-by
date. It will take quite a bit of research to
reach that point.”
In the longer term, Heising sees promising
opportunities for Wageningen UR’s fish
(AIPIA), a worldwide association promot-
ing high tech packaging solutions based in
Utrecht, the Netherlands. “Smart packaging
is an emerging market. There are initiatives
all over the world. True, integrating this
technology makes packaging more expen-
sive, but those few extra cents per unit pay
themselves back very quickly. After all, a
lot less product is wasted. And also, the
price of electronics is rapidly dropping.
Another development is to use smart
packaging as a marketing tool, for exam-
ple, beer or soda cans with a sensor that
shows whether the contents are still cold.”
Heising also believes there is a great future
for smart packaging. “Right now, sensors
have to be applied separately in or on pack-
aging. That is expensive. The future is in
electronics that can be printed directly onto
014
HOLLAND FOOD INNOVATIONS . SEPTEMBER 2015 . NO 3PRODUCT FORMULATION
Worldwide, the spotlight is on healthy (pseudo-)cereals. The Netherlands is at the forefront of two interesting cereals: gluten-free oats and non-bitter European quinoa. In addition, work is done on creating healthier cereals from wheat by using new processing techniques.
Ever HealthierNew Cereals and Processing Techniques out to
Conquer the World
The need for gluten-free food and healthy
food are the two main drivers for the cur-
rent diversification in raw grain products.
And people are looking beyond wheat. Tra-
ditional cereals such as spelt, oats and bar-
ley are making a comeback, while crops that
were only used locally, such as quinoa and
teff, are now conquering the world.
Quinoa Group and GreenFood50. Wagen-
ingen UR has also initiated a successful glu-
ten-free oat chain in the Netherlands.
In addition, Dutch developers are working
on improvements in grain processing and
making bread. Well-thought-out processes
can lead to end products with more flavor,
higher fiber content and more readily avail-
able micronutrients. TNO has developed
enabling technologies to achieve just this in
the European HealthBread project.
• ANJA JANSSEN •
The Netherlands is known for its innova-
tions with quinoa and oats. Through plant
breeding, Wageningen UR has created non-
bitter quinoa varieties suitable for cultiva-
tion in Europe. These cultivars are at the
base of a range of new foods and ingredi-
ents, which in turn have led to a new chain
of enterprising start-ups, such as the Dutch
One of the DQG’s
quinoa fields; DQG
has already increased
its cultivated land
more than eightfold
since 2014.
015
Innovating with Quinoa
The new quinoa cultivars created by Wageningen UR are suitable for
cultivation in Europe and lack a coating of bitter-tasting saponins
characteristic of South American quinoa. Cultivation, processing and
application of the new cultivars is increasing rapidly.
When Robert van Loo and his Wageningen
team began breeding quinoa cultivars that
thrive in Europe in the nineties, there was
no gluten-free rage, let alone a quinoa
craze. Even when the first cultivars were
ready, the gluten-free pseudo grain still led
a relatively quiet life. However, the French
company Abottagra was interested in
becoming the head licensee in 2007.
Now, millions of people have discovered
quinoa as a nutritious and healthy alterna-
tive to wheat due to its higher protein con-
tent, good amino acid composition with all
essential amino acids, high fiber content
and low glycemic index. This popularity has
contributed to a quick rise in European pro-
duction. Under Abottagra, there are now
sub-licensees for the cultivation of the
Wageningen cultivars in the UK, Germany,
the Netherlands, Belgium and Spain.
“Together, the areas in the Netherlands,
Belgium, Germany and England amount to
approximately 1,000 hectares, with another
1,000 hectares in Spain and some 3,000
hectares in France,” says Van Loo. “In the
meantime, we continue to work on improved
cultivars with a higher yield and seed varie-
ties with a different color. Additionally, we
are studying cultivation in saline soils in
amongst others China, Vietnam and Chile.”
Illustrative of quinoa’s growth is the devel-
opment of the Dutch Quinoa Group (DQG),
the Dutch sub-licensee. Starting from a
modest 30 hectares in 2014, DQG has
already increased its cultivated land more
than eightfold. “We strive to reach 1,000
hectares as soon as possible,” says Director
Rens Kuijten to indicate his ambitions. The
DQG manages the entire chain and
engages in market and product
development. The company supplies
quinoa seeds, roasted quinoa seeds,
quinoa flour, and quinoa flakes in
bulk packaging to large-scale
consumers, such as bakers.
For consumers, quinoa seeds
will enter the Dutch supermarkets
this year under the Lola Quinoa brand.
Ingredients from Quinoa
Quinoa from the Wageningen cultivars can
also be made into ingredients, such as pro-
tein, starch, fiber and oil. This is what the
Dutch start-up GreenFood50 specializes
in. “We study how different quinoa fractions
can be used in foods. Our focus is primari-
ly on the protein fraction,” states Managing
Director Marc Arts. “For fractioning quinoa,
we also work together with Wageningen
UR Food & Biobased Research.”
GreenFood50 has recently introduced a
brand new ingredient: whole grain quinoa
flour containing fifteen percent protein.
This flour is currently being used at the
Topsport Restaurant in Papendal, the
Netherlands. Athletes can really appreciate
the quinoa pancakes baked with this flour.
In addition, together with manufacturers,
GreenFood50 develops consumer
products with quinoa. “A cracker, for
instance, with almost thirty percent quinoa
and fifty percent spelt, which can help the
elderly to eat more protein,” Arts illustrates.
Other products with quinoa currently being
developed are salads, vegetarian products
and gluten-free bakery products. The still
high cost of the gluten-free seed compli-
cates product development, notes Arts.
“That is why we are continuously on the
look-out for new healthy products in which
quinoa can provide sufficient added value.”
www.dqg.nl
www.lolaquinoa.nl
www.greenfood50.com
www.wageningenur.nl, dossier quinoa
Quinoa seeds will enter the Dutch supermarkets later
this year under the Lola Quinoa brand.
Nutritional Composition of
Quinoa
• Protein: 12.9-16.5%
• Starch: 58.1-64.2%
• Dietary fiber: 6-10%
• Fat: on average 5-7% (unsaturated and
polyunsaturated)
Source: Brittany L. Graf e.a.: Innovations in
Health Value and Functional Food
Development of Quinoa (Chenopodium
quinoa Willd.), IFT Comprehensive Reviews
in Food Science and Food Safety, 2015.
HOLLAND FOOD INNOVATIONS . SEPTEMBER 2015 . NO 3
016
PRODUCT FORMULATION
‘ Traditional cereals are
making a comeback’
Gluten-free Oats
Just like quinoa, oats are a nutritious and
high-fiber supplement to the diet. Not just
for celiac patients, who often have to make
do with low-fiber wheat substitutes, but
also for consumers without gluten intoler-
ance or gluten sensitivity. Oats, and barley
too, contain soluble fiber and beta-glucans,
of which health claims for lowering choles-
terol and reducing the glycemic response
have been recognized by the European
Food Safety Authority (EFSA).
Partly because of these favorable proper-
ties, Luud Gilissen of Wageningen UR has
been a passionate advocate of the return of
oats as a food raw material. Gilissen was
one of the front men when the gluten-free
oat chain was established in 2005. Fur-
thermore, he also led research on the
immunogenic properties of oats. “Only very
recently have oats been accepted as a glu-
ten-free cereal and now that celiac patients
can eat them, oats also seem to improve
their gastrointestinal tract,” the researcher
adds.
Another result of the
Wageningen research
is that it is now possi-
ble to make oat bread
on the basis of a dough
– which bakers often prefer – instead of a
batter.
Checking Every Link
Seed company Vandinter Semo is at the
heart of the Dutch oat chain. This company
monitors very closely that the cultivation,
fertilization, harvesting, processing and dis-
tribution is kept gluten-free. From beginning
to end, every link is checked for possible
contamination. Contamination may not
exceed 20 ppm for gluten-free products,
but Vandinter Semo applies stricter stan-
dards and strives to 0 ppm, says Gilissen.
Through the Dutch grain crushing plant De
Halm an important part of the harvest goes
to customers such as FreeOf (gluten-free
oat bread), Rosies (gluten-free breakfast
cereal), De Bisschopsmolen (bakery prod-
ucts such as oat and quinoa wraps) and
brewery Witte Klavervier (gluten-free oat
beer, in development).
Neighboring countries Belgium and Ger-
many have also shown a lot of interest in
gluten-free oats, states Gilissen. “Gluten-
free oats are hard to come by. Other than
the Netherlands, the only other chains are
in Finland (Raisio) and Sweden (Lantmän-
nen). German customers come to Vandinter
Semo to see how they work with their own
eyes. It is all about trust.”
www.wageningenur.nl/oats
In the field and during processing, oats, that are gluten-free by nature, are often contaminated with glutes. In the
Netherlands, a well-functioning gluten-free oat chain has been established, which has proven able to generate new
gluten-free products.
Luud Gilissen has been
a passionate advocate
of the return of oats as a
food raw material.
017
Delicious Fiber
Whole-wheat bread is healthier than white bread, yet not everyone likes the
flavor of whole grain and phytate in the fiber can reduce the bioavailability of
minerals. Together with European partners, TNO has developed solutions to
these problems in the HealthBread project, for which they have been able to
use their own barrier technologies.
The use of white wheat varieties, smart mill-
ing processes and long fermentation can
help bakers create tasty high-fiber breads
from which micronutrients, such as iron and
zinc, are better absorbed by the human
body. This was pointed out by TNO
researcher Jan Willem van der Kamp, coor-
dinator of the EU HealthBread project that
was completed in 2014.
Wheat bran consist of two layers. The outer
exterior, the pericarp, is mostly responsible
for the whole grain flavor and color. The
inner exterior, the aleurone fraction, less so,
while it does contain most of the micronutri-
ents. “Milling processes have been devel-
oped to obtain an aleurone-rich bran frac-
tion,” says Van der Kamp. “This fraction can
be used to bake high-fiber bread with a less
pronounced whole grain flavor and color.”
By using an extra-long fermentation pro-
cess with this high-fiber dough, the bio-
availability of micronutrients can also be
increased. The barn’s phytate binds these
nutrients, but during fermentation the phy-
tase enzyme breaks down phytate. “You
can extend the fermentation process for the
entire dough, for instance to one night, or
for the barn fraction alone, which you can
then add to the rest of the dough at a later
time,” Van der Kamp explains. Furthermore,
long fermentation allows for a richer flavor.
The practices developed within HealthBread
are currently being applied by bakers in
Germany, Austria and Italy. TNO has recent-
ly started a follow-up project for Dutch
bakers.
Extra fiber in cereal products also means
more moisture retention. “Which makes it
more difficult to keep a crunchy crust,” says
Van der Kamp. For this specific problem,
TNO has developed several technological
solutions, such as a patented barrier tech-
nology based on water-insoluble protein
films that prevent moisture transfer.
www.healthbread.eu
The practices developed within HealthBread are currently being applied by bakers in Germany, Austria and
Italy.
‘ The bio-availability
of micronutrients
can be increased’
018
HOLLAND FOOD INNOVATIONS . SEPTEMBER 2015 . NO 3TECHNOLOGY
In Nigeria, Heineken has developed a new technology in order to use high maltose syrup made from local cassava instead of imported sugar in its brewing process. Another main ingredient in African beer is sorghum, which is also sourced locally. Plant breeding has produced two new, hybrid sorghum varieties. Local sourcing is high on the agenda of the by origin Dutch brewing company.
Local Ingredients for African Beer
Africans like their beer. They often drink
home brew: a usually cloudy, alcoholic
drink. But as soon as they have some extra
cash to spend, they opt for a clear beer in a
branded bottle. “The beer market in Africa
is expanding fast,” says Henk Wymenga,
Technical Director of Nigerian Breweries, a
Heineken subsidiary and Nigeria’s largest
brewer. “The standard of living in Nigeria is
rising fast. There are more than 180 million
Nigeria, employing over 4,000 people.
Wymenga emphasizes the company’s Cor-
porate Social Responsibility: “We are well
aware of the great responsibility we have
here, both socioeconomically and environ-
mentally speaking. That is why we invest in
sustainable, environmentally sound pro-
duction systems. Local sourcing is a priority
for us. We educate African farmers and pro-
vide various training programs for our
employees.”
Hybrid Sorghum
Close to sixty percent of the ingredients in
the formulations used in the Nigerian brew-
ery are already locally sourced, according to
Wymenga. Sorghum and cassava are the
two main ones. Sorghum has been the main
ingredient in Nigerian beer since the 1980s,
when the military regime in Nigeria banned
the import of raw materials. Sorghum is an
indigenous African grain and an excellent
substitute for barley in beer. By actively
educating farmers in crop science,
Heineken has helped to dramatically in-
crease yields from 800 kilos per hectare in
the 1980s to the current level of 2,000 kilos
per hectare.
Using traditional plant cross-breeding tech-
nology, the company has also developed
and recently introduced two hybrid sor-
ghum varieties which could double the
yield again over the next few years.
Wymenga calls this development “promis-
ing” for more than just the beer industry:
“Sorghum is a main food crop in Africa. So
Heineken has made the sorghum seeds
available to the Nigerian government for
people here, seventy percent of whom are
under thirty. People are steadily moving to
urban areas. Beer is popular and the con-
sumption of commercially brewed beer has
been rising over the past few years.”
Heineken has a long history in this West
African country. The company opened
business as early as 1946 and started its first
brewery in 1949. Now, Heineken owns
eleven breweries and two malt plants in
Cassava needs to be processed within 48 hours after harvesting to prevent the formation of cyanide.
019
‘ This technology could also
be used to convert other
crops into maltose’
Close to sixty percent of
the ingredients in the
formulations used in the
Nigerian brewery are
already locally sourced.
free. We are really trying to do our part to
help combat famine in the region.”
Maltose from Cassava
Recently, Heineken started working with
Psaltry, a cooperation of Nigerian cassava
farmers. Cassava is a promising alternative
to imported sugar. “We have developed a
technology to extract high-maltose syrup
from cassava starch,” explains Wymenga.
“First, we use a concentration and drying
process to turn cassava roots into cassava
starch. Then we use a relatively simple enzy-
matic conversion to turn this starch into
maltose syrup. And as it turns out, this syrup
is a good substitute for the imported sugar
we used for the fermentation in our Nigerian
brewery.”
The deal with the cooperation ensures the
brewer a guaranteed cassava starch supply
and the African farmers a guaranteed buyer.
In 2014, Psaltry opened a starch production
facility close to the farms. This ensures the
cassava roots do not have to be transported
very far, which is crucial, because cassava
has to be processed within 48 hours after
harvesting to prevent the formation of cya-
nide.
Because Psaltry is an entirely African com-
pany, it was able to reach contractual agree-
ments with the farmers. That is important,
as Wymenga explains: “The farmers now
deliver their crops directly to the factory
and receive immediate payment by tele-
phone. That is a very popular method in
Africa, so it works really well. We can see
the rising standard of living in the area. The
farmers have more money to spend and
that has an effect on many areas of life. We
see more kids go to school now, for instance,
because they can be brought on the back of
a moped. And it is not just boys, either.
More girls are going
to school too.” Psaltry
received a donation
from 2 Scale, a Dutch
NGO, for its efforts
to stimulate local
agricultural develop-
ment in 2014.
“Converting starch to maltose syrup is not
exactly rocket science,” admits Wymenga.
“There are dozens of food manufacturers
who can do the same thing. But the good
thing about this technology is that it could
also be used for converting other starch
containing crops, like rice, bananas or sweet
potatoes, into maltose. That would make
our breweries in other regions less depen-
dent on imported sugar too.”
Reusing Water
Apart from the use of locally sourced ingre-
dients, water use is also a worldwide priori-
ty for the brewer. In its most recent Corpo-
rate Social Responsibility report, Heineken
states the company strives to use a maxi-
mum of 3.8 liters of water for every liter of
beer it produces. Wymenga stresses the
need for a chain-based approach: “We need
to look at the whole supply chain. That
includes taking a critical look at the amount
of water we use. Even though water short-
age is relatively minor in Nigeria, we still
make sure we do not waste water. So we try
to reuse our process water after cleaning it.
For instance, to clean the floors or spray the
gardens.”
He concludes: “Sustainable production
requires an integral approach. Heineken is
innovating on many fronts. It is exactly
because of that combination of new tech-
nologies that we are able to make significant
strides in local sourcing and local impact to
keep our license to operate.”
• FLORENTINE JAGERS OP AKKERHUIS •
020
HOLLAND FOOD INNOVATIONS . SEPTEMBER 2015 . NO 3HEALTH
The use of flavors and fragrances based on natural plant substances is a growing trend in the food industry. Food manufacturers will soon have access to a digital library detailing thousands of extracts. In a related development, businesses are using micro-organisms to synthesize flavors and fragrances. The first flavors and aromas made through fermentation are now on the market.
Natural Flavors and FragrancesPlants and Micro-organisms: Our Factories of the Future
Plant-based Compounds
Although the food industry has always
made extensive use of natural ingredients, it
has not yet unlocked the vast potential
nature has to offer. Aromatic substances and
other compounds naturally present in
plants are of particular value to the food
industry. They can be derived directly from
plants, but also synthesized by micro-
organisms in a fermentation process.
Library of Extracts
“Plant-based substances have enormous
potential,” says Leon Mur, Managing Direc-
greenhouse-grown plants. Mur explains
how this is done: “We use state-of-the-art
technology to analyze which substances are
present in commercially grown plants in
the Netherlands. We store the data in a
library of extracts. As of 2015, it contains
information on almost 1,300 varieties of
plants, including vegetables, fruit, flowers,
bulbs and trees.
Together, the Centre of Expertise for Plant
Compounds and Wageningen University &
Research centre (Wageningen UR) collect
scientific information from literature and
add this to the library. “In this way, we are
creating a database full of unique informa-
tion about the substances present in plants,”
says Mur. “We will make the database avail-
able to the food industry in the fall of 2015.
I am convinced it will prove highly valuable
to them. But the pharmaceutical and cos-
metics industries will be able to benefit
from it too.”
tor of the Centre of Expertise for Plant
Compounds. “One plant contains, on aver-
age, 30,000 substances. Just think of how
many varieties of plants there are. That
means several hundred thousand substanc-
es, many of which are extremely valuable to
the food industry too.”
In 2011, the Centre of Expertise for Plant
Compounds was set up to develop com-
mercial applications for plant-based sub-
stances derived from Dutch greenhouse
crops. This knowledge institute identi-
fies and catalogues the potential uses of
There are three ways to benefit from plant-
based compounds, according to the Centre
of Expertise for Plant Compounds. First of
all, greenhouse waste streams may contain
valuable compounds. At the end of the
growing season, greenhouse growers are
left with huge amounts of green waste. All
these stems, stalks, leaves and roots con-
tain not only fiber, but also sugar, protein
and aromatic compounds. By extracting
these substances from the plant material,
greenhouse growers can add value to their
crops. Their waste streams are a promising
source of new ingredients for the food,
pharmaceutical and cosmetics industries.
Secondly, growers could make more effi-
cient use of the compounds naturally present
in plants by growing fruit and vegetables
that contain higher levels of a particular
compound and then selling these crops for
consumption. The third way is to start
growing specific crops for an industry which
can then extract the valuable compounds
and use these as natural ingredients.
021
‘ All sorts of useful compounds
will be plant-based’
A new variety of tomato that contains higher levels of anthocyanin is under development. Anthocyanin has potential health benefits.
Fragrance and flavor manufacturers have
already shown much interest in the library.
The Dutch database is not the first of its
kind. Worldwide, there are already quite a
few, but this liberary contains data about
plants that are widely available in green-
houses in the Netherlands. Moreover, the
knowledge center uses highly advanced
technologies which could help to discover
new molecules. The horticultural waste in
particular offers new opportunities, because
the production of natural flavors and aro-
mas is often costly. It is expected that these
greenhouse waste streams can contain
promising substances that can be extracted
at lower costs. This makes that there are
high expectations of the extracts library.
Purple Tomatoes
Tomatoes are one of the best researched
greenhouse crops and its health benefits are
well-substantiated. They are a main crop,
grown and eaten (both fresh and processed)
in large quantities worldwide. They contain
not only lycopene, antioxidants, antho-
cyanin and vitamin C, but also various
polyphenols and terpenes. DSM has devel-
oped Fruitflow, a tomato-based ingredient
with health benefits, available as a water-
soluble powder or as a fluid. Fruitflow helps
to maintain normal platelet aggregation,
which contributes to a healthy bloodflow.
The company has produced scientific sub-
stantiation and obtained the European
Food Safety Authority’s (EFSA) approval for
this health claim (see also pages 24-26).
A new variety of tomato that contains high-
er levels of anthocyanin is also under devel-
opment in a European project by several
research institutes and businesses. “The
consortium, headed by the John Innes Cen-
tre in Norwich UK, has developed a ‘purple’
tomato variety that contains as much antho-
cyanin as blueberries,” says Robert Hall,
who works for Plant Research International
(PRI, an institute of Wageningen UR).
“Research on mice has shown that an antho-
cyanin rich diet can slow down the growth
of certain can-
cers,” Hall
explains. “The
same research
shows that
anthocyanin
might help reduce the odds of developing
obesity and mitigate the yo-yo effect
(repeatedly dieting to lose weight and then
gaining it again). Another possible effect of
regularly consuming anthocyanin is that it
might reduce heart muscle damage result-
ing from heart attacks. The research also
points to the importance of the food matrix,
because the substance does not work
HOLLAND FOOD INNOVATIONS . SEPTEMBER 2015 . NO 3
022
HEALTH
beta-elemene (naturally present in citrus
fruit) and patchouli and sandal wood oil.
Fermentation technology has made it
possible to deliver these compounds in
consistent quality at a relatively low price.
Factories of the Future
“Plants and organic waste streams are
becoming ever more important as a source
of ingredients,” says Hall. “All sorts of use-
ful compounds, not only for use in food,
medication or cosmetics, will be plant-
based. It is already possible to produce
rubber from dandelions, or nylon from
potatoes. And upcycling of waste streams
is becoming more popular too. Great strides
are being made with potato and sugar beet
pulp. I am convinced that plants and micro-
organisms will become our factories of the
future.”
• FLORENTINE JAGERS OP AKKERHUIS •
tion vessels. With the help of Wageningen
UR, Isobionics has developed micro-organ-
isms that can synthesize valencene. Until
recently, citrus fruit peels were the only
source of this aroma, which is used to give
perfume, soap and sodas an orange scent or
flavor. Now, micro-organisms use a plant-
based enzyme to create the flavor/fragrance
from a mix of sugar and water. This path-
way is derived from a route of synthesis
found in a coniferous tree.
There are numerous advantages of produc-
ing valencene using micro-organisms. The
process is less labor-intensive and neither
quality nor availability are dependent on
weather conditions and harvest time. Iso-
bionics has scaled up the production
method to industrial scale and markets
the fragrance as Valencene Pure. The com-
pany now uses the same technology to pro-
duce other compounds, including noot-
katone (naturally present in grapefruit),
in isolation. So it matters what other ingre-
dients are consumed together with antho-
cyanin.”
The purple tomato was created using genet-
ic modification. GMOs cannot be grown in
Europe without a special license, so the
tomatoes are currently grown in Canada. So
far, a few thousand kilos have been harvest-
ed and the juice from these tomatoes has
been reimported into the UK for further
testing and research on human subjects.
The first experiments involve patients with
a vascular disease.
Valencene
A technology introduced about five years
ago is the use of micro-organisms that syn-
thesize substances closely resembling natu-
rally occurring plant substances. These
micro-organisms, developed through bio-
technology, are used to produce large quan-
tities of the desired substance in fermenta-
Micro-organisms that can synthesize valencene. Until recently, citrus fruit peels were the only source of this aroma.
023
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proteins that can achieve just that: ValoColl
and Functional Poultry Protein (FPP).
ValoColl“ValoColl is very suitable for manufacturers
of hotdogs or mortadella, for example, who
are looking to reduce fat and increase yield,”
Van Waes states. The protein is a collagen
and a strong emulsifier. “In a pre-emulsion,
sixty percent of the fat can be replaced by
ValoColl. This also results in cost savings,
due to the higher prices for fat compared to
the pre-emulsion,” explains Van Waes. As
the protein also binds water, it contributes to
moisture retention. This results in a firmer
texture. “For manufacturers of frankfurters,
this is very important: a frankfurter has to
‘snap’. ” For mortadella, firmness is important
as a means of reducing cutting losses.
Functional Poultry Protein (FPP)“For meat processing companies looking
for a solid shape in the production of chick-
en nuggets, for instance, FPP is a highly
suitable protein,” explains Van Waes.
024
HOLLAND FOOD INNOVATIONS . SEPTEMBER 2015 . NO 3HEALTH
Even before the 2012 European legislation on health claims took effect, several Dutch companies had already compiled a dossier for a health claim application. Despite the strict requirements for such a dossier, Dutch companies still see merit in obtaining an authorized claim, for instance with respect to their communications with consumers.
After Patience Comes ProfitCompanies See Merit in Health Claims
Fortified Food Coatings produces gelatine coatings with vitamin D, calcium and collagen peptides which are
added to ready meals.
When the European Commission published
a list of 222 approved nutrition and health
claims in May 2012, it brought to an end the
uncertainty as to what was and was not
allowed. For national governments within
the EU, the list provided guidance to assess
the way companies communicate their health
claims. In the Netherlands, several compa-
nies have an approved health claim and
others are well on their way to apply for one.
Karin Verzijden, lawyer at Axon Lawyers
and involved in life sciences, outlines how
the Netherlands deals with how health
claims are communicated. “The Dutch gov-
ernment strictly controls how companies
communicate about their food products,
both in terms of nutrition and health claims.”
Axon Lawyers receives a lot of questions
from companies that want to know how
they can best communicate their claims
within the limits of the law. “In practice, it
is always a struggle. Companies would like
to convey the health benefits of their
product, but have to stay away from medical
claims, as these are not allowed for food
manufacturers.”
A helpful tool when communicating health
claims is the free KOAG/KAG database.
The Dutch foundations KOAG (Keurings-raad Openlijke Aanprijzing Geneesmiddelen,
an inspectorate for the public commenda-
tion of medicines) and KAG (Keuringsraad Aanprijzing Gezondheidsproducten, an in-
spectorate for the commendation of health
products) have set up rules of conduct for
025
‘ In practice, it is always
a struggle’
public advertising of over-the-counter
(OTC) medicines, (self-care) medical de-
vices and health products. Market players
have compiled their own guidelines, in
addition to existing legislation, with which
public advertising has to comply. This way,
consumers, industry, media and advertisers
know which requirements have to be met.
Clients can request KOAG or KAG to test
their advertisements in advance. Further-
more, every company can file a report or
complaint when it feels an advertisement or
health claim does not comply with the
rules. In practice, the database is a good
starting point, says Verzijden, because it
contains both good and bad examples
(“what is (not) allowed?”). When in doubt,
consultation with experts remains useful.
Newtricious, towards a Health Claim
“I am pleased with the stringent legislation
for health claims,” says Jos Nelissen, CEO of
Newtricious. His company is currently
working on a dossier for a health claim for
the product Macuview. This powderdrink
contains the carotenoids lutein and zeaxan-
thin, with which often age-related macular
degeneration can be slowed down. This eye
disease could potentially be prevented
through the diet. “To substantiate this claim,
we have started studies to support it.” When
Nelissen expanded his company in 2006, he
immediately hired people from the pharma-
cy industry. “They have experience with
clinical studies with, for instance,
choosing the right target popula-
tion and creating good dossiers.
Through this approach, we were
well prepared when the actual
legislation was implemented in
2012.” Nelissen has noticed companies from
the US are interested in this approach.
“There, the debate on stricter legislation and
control on claims is heading in the same
direction as in Europe.” Newtricious has
introduced the product as a pilot to the
Dutch market in 2014 with a general claim.
“Consumers responded very well to this
product,” states Nelissen. Through the
health claim, the company hopes to be able
to communicate much more directly with
the target population. For the company,
Europe is an important market. “In the US
we are looking for partners.” In Asia, and in
Japan in particular, claim regulation is al-
ready very strict, adds Nelissen. “We have
had contact with partners in Japan, but now
that we have tested the product successfully
in the Netherlands, our partnerships are
moving forward.” Newtricious is finalizing
one last study after which the dossier can be
submitted to the EFSA.
DSM and Fortified Food Coatings
DSM has several products with health
claims in its portfolio. The company holds
exclusive health claims for its products
Fruitflow, a water soluble concentrate made
from tomatoes that promotes healthy blood
circulation, and elaVida, polyphenols from
olive oil that protect blood lipids against
oxidative stress. From its takeover of the
Swedish Oat Fiber, DSM also holds a health
claim for Oatwell, a product containing oat
beta-glucan which reduces blood cholester-
ol levels. Oatwell is sold as an ingredient to
be added in final products with a higher oat
beta-glucan content in several European
countries.
The company also produces vitamins, min-
erals and nutritional lipids with health
claims any product can carry. DSM does
not have consumer products with health
claims of its own in Europe, but sells the
ingredients to food companies and provides
regulatory support to its customers, says
Maria Pavlidou of DSM. According to
Pavlidou, European regulation on health
claims is very strict, but every country may
control it in its own way.
One of the companies that adds DSM’s vita-
mins and minerals to its product is
Newtricious’ Macuview is said to slow down macular degeneration and is working towards a health claim for this product.
One of the first health claims to be approved was
Unilever’s claim to lower cholesterol with plant
sterols in Becel/Flora pro.activ.
HOLLAND FOOD INNOVATIONS . SEPTEMBER 2015 . NO 3
026
HEALTH
products is a lot bigger in Finland than in
the Netherlands. Finnish people eat gum or
a pastille with xylitol aft er every meal to
clean the mouth and neutralize the pH
balance.”
• DIONNE IRVING •
the ‘Ivoren Kruis’, the Dutch association of
dentists,” says Joost Vermue, Innovation
Director at Cloetta. “Products with sweet-
eners that are one hundred percent xylitol
and clear dental claims can also be found in
Finland. In fact, nowadays, xylitol is a pre-
requisite for consumers of chewing gum
and pastilles. Th e market for these kinds of
the Dutch company Fortifi ed Food Coat-
ings. Th e company produces gelatine coat-
ings with vitamin D, calcium and collagen
peptides which are added to ready-to-eat
meals. “We follow the trend of healthy age-
ing and the growing market of ready meals,”
explains COO Flip Houtman. Because the
meal is cooked before the coating is added,
the dosage of vitamins and minerals can be
determined exactly right. Th e advantage to
claims of vitamins and minerals is that their
composition is set. “Th e added content is
important to be allowed to carry the claim.”
Xylitol Claim
Cloetta Holland (formerly Leaf Holland)
holds an approved dental health claim for
xylitol. “For our company, this claim is
essential. In the Netherlands we market the
brand Xylifresh (sugar-free chewing gum
with xylitol, ed.), which is fully supported
by this claim. And partially because of this
claim, the product is also recommended by
ISM/Prosweets
31 January-3 February
Cologne, Germany
www.prosweets.com
Gulfood
21-25 February
Dubai, UAE
www.gulfood.com
IFFA
7-12 May
Frankfurt, Germany
http://iff a.messefrankfurt.com
Free From Food Expo
9-10 June
Amsterdam, the Netherlands
http://freefromfoodexpo.com
IFT
16-19 July
Chiacgo, USA
www.am-fe.ift .org
Intrafood
21-22 September
Kortrijk, Belgium
www.intrafood.be
SIAL
16-20 October
Paris, France
www.sialparis.com
Health Ingredients
29 November-1 December
Frankfurt, Germany
www.fi global.com/hieurope
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