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The World Beta Glucan Ingredient Market - UBIC-Consulting

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Science <strong>Market</strong> Regulation<br />

<strong>UBIC</strong><br />

CONSULTING<br />

2 0 1 2<br />

THE WORLD β–CLUCAN INGREDIENT MARKET<br />

<strong>Market</strong>ing development Strategy consulting Partnership searches Information systems


SCIENCE – MARKET – REGULATION - MANUFATURERS<br />

This comprehensive report is based on in-depth interviews with food companies completed by a desk review.<br />

It provides for DECISION MAKERS a global understanding of the sector as well as an outlook on its future.<br />

New trends and perspectives<br />

Use of ingredients: volumes-value<br />

Manufacturers profiles<br />

User’s opinion<br />

Regulation<br />

β-<strong>Glucan</strong><br />

<strong>Market</strong> Analysis Food Segements<br />

Food industry<br />

Cosmetics<br />

Pharmacy<br />

Industrial markets<br />

<strong>Ingredient</strong>s Covered Countries Covered<br />

North America<br />

Western Europe<br />

Asia<br />

Australia- New Zealand<br />

350 pages


O B J E C T I V E S<br />

M A R K E T<br />

Consumer trends<br />

Evaluate the world market<br />

Prospective<br />

M A N U F A T U R E R S<br />

Food industry orientations<br />

Applications in food<br />

segments<br />

Industrial users<br />

expectations<br />

R E S E A R C H<br />

Publications<br />

E N V I R O N M E N T<br />

Regulatory aspects<br />

Competitive environment<br />

THE WORLD β–GLUCAN INGREDIENT MARKET<br />

INTRODUCTION<br />

Origin and Characteristics<br />

<strong>Beta</strong>-glucans (BGs) occurs naturally in the bran of barley,<br />

oats, and wheat, and can also be extracted from the cell<br />

walls of bakers yeast (Saccharomyces cerevisiae).<br />

Chemically, BGs consist of linear unbranched<br />

polysaccharides of linked b-(1� 3)- and b-(1 � 4)- or b-<br />

(1 � 6) D-glucopyranose units.<br />

Research has shown that insoluble (1,3/1,6) beta glucan,<br />

has greater biological activity than that of its soluble<br />

(1,3/1,4) beta glucan counterparts. <strong>The</strong> differences<br />

between beta glucan linkages and chemical structure are<br />

significant in regards to solubility, mode of action, and<br />

overall biological activity.<br />

Viscosity-related properties<br />

Health Benefits<br />

ß-glucan is a natural soluble fibre, which forms viscous<br />

aqueous solutions and increases the viscosity of gut<br />

contents in the human alimentary tract. Soluble fibres are<br />

quite sought in human nutrition:<br />

• absorption of cholesterol; thus resulting in a lower<br />

blood cholesterol level, which stands for one of the<br />

risk factors of cardiovascular diseases.<br />

• their viscosity also makes the gastric content<br />

thicker, which slows down the absorption rate of<br />

glucose. ß-glucan thus spread glucose<br />

absorption over time (reduction of glycaemic<br />

index) and helps the body to fight against<br />

diabetes.<br />

• As dietary fibers assist the digestive process,<br />

BGs have a role in the prevention of certain large<br />

intestine diseases including cancer of the colon<br />

and diverticulitis.


INTRODUCTION<br />

Immunological properties<br />

As external immunomodulators, beta-1,3-d-glucans<br />

stimulates antitumour and antimicrobial activity, for<br />

example - by binding to receptors on macrophages<br />

and other white blood cells and activating them.<br />

Some health researchers indeed regard BG to be<br />

one of the most effective immune enhancing<br />

substances ever discovered.<br />

In the medical field, some Labs are doing research<br />

to develop 1,3- ß-glucan synthesis inhibitors to<br />

control P.carinii pneumonia which is a major cause of<br />

death in AIDS. For example, Merck in 2001 launched<br />

Caspofungin, an antifungal drug.<br />

In cosmetics, ß-glucan’s immune functions can help<br />

supporting the Langerhans cells immune system’s<br />

ability declining with age.<br />

Activated Langerhans cells synthesize a number of<br />

cytokines that have effects on the cells of the skin<br />

and the immune system. In particular, activated<br />

Langerhans cells synthesize factors that stimulate<br />

the proliferation of fibroblasts (skin cells), stimulate<br />

the synthesis of collagen, elastin, proteoglycan, and<br />

other components of skin, giving the skin new vigor,<br />

increased elasticity, and suppleness.<br />

THE WORLD β–GLUCAN INGREDIENT MARKET<br />

Main uses<br />

<strong>The</strong> main use of beta-glucans is<br />

• in texturizing as fat substitutes. Its use could<br />

include frozen desserts, breakfast foods,<br />

beverages, meats, non-dairy creamers, canned<br />

soups and bakery item.<br />

But beta-glucans are also recognized as having<br />

important positive health benefits :<br />

• As soluble dietary fibers, they bind with organic<br />

molecules, and are reported to reduce total<br />

plasma cholesterol and lower the glycemic index<br />

of food. <strong>The</strong>y thus have a protective effects<br />

against a range of diseases predominant in<br />

Western developed countries including coronary<br />

heart disease, diabetes, and obesity.<br />

• As external immunomodulators, beta-1,3-dglucans<br />

stimulates anti-tumour and antimicrobial<br />

activity, for example - by binding to receptors on<br />

macrophages and other white blood cells and<br />

activating them. Many health researchers indeed<br />

consider it to be one of the most effective immune<br />

enhancing substances ever discovered.<br />

• As an active ingredient in personal care products:<br />

β-<strong>Glucan</strong> can find its application in cosmetic<br />

production, in creams and lotions for sensitive<br />

and irritated skin . Preparations isolated from oat,<br />

containingβ-glucan, are used for skin irritated by<br />

different causes. <strong>The</strong>ir characteristics are fast<br />

skin hydration and soothing of redness and<br />

irritation.<br />

Viscosity properties of BG can be used in the bakery<br />

industry in products such as biscuits and pastas. Its<br />

use could also include frozen desserts, breakfast<br />

foods, beverages, meats, non-dairy creamers, and<br />

canned soups, especially as fat replacer.<br />

In particular:<br />

INDUSTRIAL BENEFITS<br />

• <strong>The</strong> cheese industry can benefit from betaglucans<br />

which optimize the process of raw<br />

material and improves the cheese structure.<br />

• <strong>The</strong> combination of inuline and beta-glucan also<br />

has very interesting properties that can be used<br />

as fat-replacers in products such as low-fat icecreams.<br />

This has been proved to be very<br />

successful.<br />

BG can also be used for a wide range of beauty- and<br />

health-oriented cosmetics:<br />

• Moisturizes the skin with a smooth and silky<br />

texture.<br />

• Ideal for the request from customers who wish to<br />

minimize damage to clear appearance, color, and<br />

scent stemming from the addition of β-glucan<br />

(Fermented <strong>Beta</strong>-<strong>Glucan</strong>).<br />

A number of skin care treatments are on the market:<br />

For instance; Penny Island’s exclusive Oat Amino<br />

Complex introduces new advanced oat delivery<br />

systems that are able to deliver more of the moisture<br />

retention, collagen and new cell production, anti<br />

irritant, anti oxidant and moisture barrier properties of<br />

oats.


POSSIBLE SOURCES<br />

Oat is the main source used, as it is also the only<br />

source eligible for a health claim. Moreover, oat is an<br />

interesting source compared to yeast as it contains a<br />

higher proportion of beta-glucan. However, other<br />

sources such as barley could also be very<br />

interesting. More barley is being grown in many<br />

countries, and it is also a product from the brewery<br />

industry. Some research is currently being done to<br />

improve barley value and use in beta-glucan food<br />

industry.<br />

In skin care products, beta glucan is derived from the<br />

cell walls of baker’s yeast (Saccharmoyces<br />

cerevisiae) by fermentation. Purified form of<br />

betaglucane from yeast cell walls is by far the most<br />

active in stimulating the body’s immune system<br />

TECHNOLOGICAL SOURCES<br />

<strong>The</strong> technological difficulties encountered are very<br />

much dependant on the result which is targeted in<br />

term of betaglucan content. <strong>The</strong>se difficulties mainly<br />

consist in viscosityrelated problems: viscosity results<br />

in a sticky pulp which is difficult to manipulate by<br />

food industry technology. Yet this can be bypassed<br />

by the addition of starch, and by carefully selecting<br />

the raw oat source according to their original<br />

betaglucan content. Indeed, different varieties of oat<br />

show different beta-glucan content and the choice of<br />

the primary source is essential to reach proper<br />

concentration in the final product. It is thus possible<br />

to reach a 20 percent content by using traditional<br />

milling technique that doesn’t involve any chemicals<br />

or solvent such as alcohol.<br />

THE WORLD β–GLUCAN INGREDIENT MARKET<br />

In order to reach higher levels, extraction<br />

techniques must be used. Extraction techniques are<br />

always a complex issue whatever the ingredient<br />

involved. As far as beta-glucans are concerned,<br />

difficult extraction processes are available, but<br />

much simpler ones have also been worked out.<br />

Peter Wood in Canada was able to perform simple<br />

ways of extraction, and studies on beta-glucan<br />

extraction are also conducted in Australia and New<br />

Zealand.<br />

REGULATION<br />

Regulation is a critical point as far as beta-glucan<br />

market is concerned. <strong>The</strong> legislation regarding<br />

health claim is different from one country to<br />

another, even within Europe.<br />

<strong>The</strong> effects on glucose levels can be claimed all<br />

over the word, but it is not true for other health<br />

claims such as those regarding cholesterol effects.<br />

Only Canada, Sweeden, Finland, UK and the US<br />

are now able to make health claim about<br />

cholesterol benefits.<br />

US<br />

<strong>The</strong> Quaker Oats Co. and Rhodia, Inc. have indeed<br />

issued a petition to the Food and Drug<br />

Administration (FDA) in april 2002. This petition has<br />

been approved: Summary of the 2002 health claim:<br />

<strong>The</strong> Food and Drug Administration (FDA) is<br />

amending the regulation authorizing a health claim<br />

on the relationship between beta-glucan soluble<br />

fiber from whole oat sources (rolled oats, oat bran,<br />

and whole oat flour ) and reduced risk of coronary<br />

heart disease (CHD).<br />

.<br />

<strong>The</strong> amendment adds as an additional eligible<br />

source of whole oat beta-glucan soluble fiber: the<br />

soluble fraction of alpha-amylase hydrolyzed oat<br />

bran or whole oat flour with a beta-glucan soluble<br />

fiber content of up to 10 percent on a dry weight<br />

basis (dwb) and not less than that of the starting<br />

material (dwb). Thus now, not only whole oat, but<br />

also manufactured concentrated sources of betaglucans<br />

(up to 10 percent) can also be claimed to<br />

benefit our health. However, the FDA limits the<br />

substance that is the subject of the health claim to<br />

the soluble fraction of alpha-amylase hydrolyzed oat<br />

bran or whole oat flour. It doesn’t include acid-base<br />

hydrolysis of whole oat flour or oat bran.<br />

<strong>The</strong> FDA reached this conclusion as they observed<br />

that the type of soluble fiber found in whole oats, i.e.,<br />

beta-glucan soluble fiber, is the component primarily<br />

responsible for the hypocholesterolemic effects<br />

associated with consumption of whole oat foods (62<br />

FR 3584 at 3585).<br />

This is based on evidence that:<br />

• there is a dose response between the level of<br />

betaglucan soluble fiber from whole oats and the<br />

level of reduction in blood total- and LDLcholesterol<br />

• intakes of beta-glucan soluble fiber at or above 3<br />

gram (g) per day were more effective in lowering<br />

serum lipids than lower intake levels.


Europe<br />

<strong>The</strong>y are two articles from the new EU regulation<br />

(art.13 and art.14 – Regulation of January 19th, 2007<br />

published in July 2007), that explain the<br />

harmonization of the health claims in Europe.<br />

<strong>The</strong>re is also an article 28/5 that mentions the<br />

transition phase where you can make the claims<br />

already approved by some EU members (e.g. UK,<br />

Finland, Sweden, NL) as long as you have a<br />

substantiated scientific evidences. All members have<br />

to adopt the regulation by 2010.<br />

In fact, the new regulation will reinforce the level of<br />

scientific evidence needed but at the same time it will<br />

help the beta-glucan market to develop in Europe.<br />

Example of Finland:<br />

Finnish companies are allowed to label their product<br />

has having lowering-cholesterol effects. Indeed, as<br />

the final product is still primary oat bran, it does not<br />

require specific regulatory approval (EU Novel Foods<br />

Board of Finland 2000).<br />

In Dec. 2010, EFSA published a positive opinion on<br />

disease risk reduction health claim for oat BG which<br />

should logically boost the market.<br />

Japan<br />

In Japan, many fibre-fortified foods have government<br />

backed FOSHU (Foods for Specified Health Use)<br />

status for their health benefits.<br />

THE WORLD β–GLUCAN INGREDIENT MARKET<br />

<strong>The</strong> market is emerging and still limited today, as<br />

beta-glucan have only been marketed as specific<br />

ingredients for 10 or 15 years. However it has great<br />

potential, and is likely to grow in the future,<br />

especially as far as animal food industry is<br />

concerned.<br />

Potential Segments<br />

<strong>Market</strong><br />

Food:<br />

.<br />

BG can be included in a wide range of food<br />

products:<br />

• nutrition bars<br />

• breakfast cereals<br />

• snacks<br />

• pastas<br />

• sport nutrition products<br />

• bakery such as biscuits & breads<br />

• dairy products<br />

• frozen foods (ice creams, frozen desserts,<br />

frozen entrees)<br />

• beverages,<br />

• nutraceuticals<br />

• salad dressings<br />

• meal replacement products<br />

• fat-free frankfurters<br />

• meat and poultry products<br />

• animal food<br />

Non-food<br />

• Cosmetics<br />

• Vaccines


BACKGROUND 8<br />

OBJECTIVES OF THE STUDY 22<br />

INTRODUCTION 25<br />

3.1. Health benefits 25<br />

3.2. Industrial benefits 26<br />

3.3. Possible sources 26<br />

3.4. Technological aspects 26<br />

3.5. Product presentation 27<br />

3.6. Regulation 40<br />

CONCLUSIONS 42<br />

4.1. Industrial users interest (1/8) 43<br />

Bakery 44<br />

Beverages/ Food 50<br />

Dairy Products 51<br />

Fats & Eggs 51<br />

Food Supplements 52<br />

<strong>Ingredient</strong>s 52<br />

Ice Creams 53<br />

4.2. Experts (6/8) 54<br />

4.3. Cosmetic Companies (7/8) 55<br />

4.3. Competitors (8/8) 56<br />

4.4. Potential market segments 57<br />

4.5. <strong>Beta</strong>-glucans properties 59<br />

4.6. Users interviews: conclusions 60<br />

4.8. Suppliers of <strong>Beta</strong>-glucans 73<br />

Comments 73<br />

Competitive advantage 73<br />

4.9. Regulation 74<br />

4.10. Claims<br />

4.11. Factors influencing the development<br />

75<br />

of <strong>Beta</strong>-<strong>Glucan</strong> market 76<br />

THE WORLD β–GLUCAN INGREDIENT MARKET<br />

TABLE OF CONTENTS<br />

4.12. Expectations towards soluble vs insoluble <strong>Beta</strong>-glucans 78<br />

BODY OF THE REPORT 79<br />

MARKET SIZE 80<br />

Outlook of the market 81<br />

Prices 81<br />

EXPERTS INTERVIEWS 88<br />

UNIVERSITY OF PLYMOUTH (UK) 89<br />

INGREDIENT MANUFACTURERS 90<br />

ACATRIS NV -ORFFA (B) 96<br />

ADEKA CORPORATION (J) 99<br />

AUREO Co., Ltd. (JAPAN) 102<br />

BGLIFE BARLEY (USA) 104<br />

BIOTEC PHARMACON (NW) 106<br />

BIOTHERA (USA) 107<br />

BIOVELOP (SW) 108<br />

CAN OAT MILLING (USA) 112<br />

CARGILL (USA) 113<br />

CEAPRO (CDN) – NUTRINOVA (G) 115<br />

CEVENA (NATRACEUTICALS GROUP - CDN) 117<br />

CREANUTRITION (CH) 123<br />

DAISO CO., LTD. (JAPAN) 125<br />

FLUXOME (DK) 128<br />

GARUDA (USA) 130<br />

GLUCAN CORPORATION 132<br />

GLYCANOVA (NO) 137<br />

GUN EI CHEMICAL INDUSTRY CO., LTD. (JAPAN) 139<br />

IMMUNO MEDIC 141<br />

KYOWA ENGINEERING COMPANY (JAPAN) 144<br />

MACROCARE TECH., LTD (KOREA) 145<br />

NATIONAL STARCH (USA) 146


NATRACEUTICAL (SP) 147<br />

MIBELLE AG (CH) 148<br />

NATUREX (USA) 150<br />

NSC ( USA) 152<br />

RETTENMAIER (G) 155<br />

SUN OPTA (CDN) 156<br />

OTHER MANUFACTURERS 159<br />

Manufacturers Production share - 2011 161<br />

FOOD COMPANIES USAGES 162<br />

BISCUITS LECLERC LTD 165<br />

LASSONDE 168<br />

XAN CONFECTIONS 171<br />

GOOD CACAO 172<br />

Marks & Spencer 178<br />

Earth's Best 180<br />

KRAFT (F) 183<br />

DANNON (USA) 185<br />

DISTRIBORG (F) 187<br />

GARUDA (USA) 189<br />

GEFA LABORATORY (F) 191<br />

GENERAL MILLS (USA) 192<br />

JACQUET (F) 195<br />

SOBAL / LABORATOIRES PYC (F) 198<br />

QUAKER OATS (USA) 199<br />

KAMPFFMEYER Food Innovation 204<br />

KELLOGG'S COMPANY (USA) 208<br />

LIMAGRAIN (F) 210<br />

MARS (DOVE EUROPE -F) – MASTERFOODS (NL) 212<br />

MUSHROOM SCIENCE (USA) 214<br />

NBTY (USA) 216<br />

NESTLE (CH) 219<br />

THE WORLD β–GLUCAN INGREDIENT MARKET<br />

NUTREXPA (SP) 221<br />

NOW FOODS (USA) 222<br />

SENOBLE (F) 224<br />

SENSUS (NL) 226<br />

SODIAAL (F) 229<br />

OATLY AB (Sw) 231<br />

TRANSFOR POINT (USA) 234<br />

UNILEVER (NL) 236<br />

VANDEMOORTELE (B) 238<br />

COSMETIC AND PERSONNAL CARE APPLICATIONS 240<br />

Introduction 240<br />

10.1. Definition 240<br />

10.2. Sources 240<br />

10.3. Benefits 241<br />

10.4. Application 242<br />

10.5. Dosage in cosmetic products 242<br />

10.6. Skin protection 242<br />

10.7. How it works? 243<br />

Oat beta glucan: A promossing ingredient for cosmetic 246<br />

10.8. Studies 246<br />

10.9.<strong>Market</strong> 251<br />

COSMETIC MANUFACTURERS 252<br />

Vege Tech (USA) 253<br />

Putus Macromolecular Sci. & Tech. Ltd (CHINA) 254<br />

COSMETIC COMPANIES USAGES 256<br />

L’OREAL (F) 257<br />

BEIERSDORF AG (D) 258<br />

Klapp cosmetics (G) 260<br />

FARAH COSMETIC (USA) 262<br />

Frederico Mahora (UK) 264<br />

Kraeber & Co GmbH (G) 265


OTHER APPLICATIVE SEGMENTS 267<br />

11.1. Food supplements 268<br />

DS WELLFOODS CO., LTD. (JAPAN) 268<br />

Nutritech 269<br />

TAIYO BUSSAN KAISHA, LTD. (JAPAN) 272<br />

IMMUDYNE INC. (JAPAN) 273<br />

PSK Corporation (JAPAN) 273<br />

UNITIKA Ltd. (JAPAN) 275<br />

11.2. Medical care 278<br />

BIOTHERA (USA) 280<br />

IMMUNOCORP ( USA) 282<br />

MSD (Merck Sharp & Dohme - USA) 283<br />

Eli LILLY ( USA) 284<br />

REGULATION 285<br />

Regulation US 287<br />

Regulation EU 291<br />

"Nutraceuticals", "Novel Food" and "Dietary Supplements" 291<br />

Functional Foods in Europe 292<br />

1924/2006/EC, Nutritional & Health claims 294<br />

Making a novel food dossier 296<br />

EFSA Article 14: Positive opinion for oat beta-glucan 297<br />

STUDIES 302<br />

PATENTS 305<br />

Food applications 305<br />

Pharmaceutical applications 306<br />

Cosmetic applications 307<br />

RESEARCHES CONDUCTED 309<br />

THE WORLD β–GLUCAN INGREDIENT MARKET


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