sacn report: evidence package

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Sugar Reduction: The evidence for action Dr Alison Tedstone, National Lead for Diet & Obesity, PHE November 2015

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Page 1: SACN Report:  Evidence Package

Sugar Reduction: The evidence for action

Dr Alison Tedstone, National Lead for Diet & Obesity, PHE

November 2015

Page 2: SACN Report:  Evidence Package

Scientific Advisory Committee on Nutrition’s Carbohydrate and Health report

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Key findings:• Sugar consumption increases the risk of consuming too many

calories• Sugar consumption is associated with increased risk of tooth

decay• Sugar sweetened beverages associated with increased risk of

type 2 diabetes and linked to higher BMI in children

Recommendations:• A definition for ‘free sugars’ should be adopted in the UK*

• The Dietary Reference Value for free sugars should not exceed 5% of total dietary energy for age groups from 2 years upwards

• Consumption of sugar-sweetened beverages, by children and adults, should be minimised

*Sugars added to food and those naturally present in honey, syrups and fruit juice

Page 3: SACN Report:  Evidence Package

Change4Life key messages:

• Sugary drinks have no place in a child's daily diet

• Swap to water, lower fat milks, sugar free and no added sugar drinks instead

• A typical 8 year old shouldn’t have more than 6 sugar cubes a day

3 2.12.14

Page 4: SACN Report:  Evidence Package

Overall (I-squared = 0.0%, p = 0.638)

Raben et al., 2002

Njike et al., 2011

Poppitt et al., 2002

Saris et al., 2000

Reid et al., 2010

Reid et al., 2007

Byrnes et al., 2003

name

Reid et al.,2014

Trial

Drummond & Kirk, 1998

Drummond et al., 2003

Aeberli et al., 2011

1.01 (0.70, 1.32)

2.06 (0.53, 3.58)

0.89 (-0.13, 1.90)

1.47 (-0.49, 3.43)

1.10 (0.40, 1.80)

0.53 (-0.63, 1.69)

1.32 (0.68, 1.95)

0.88 (-0.32, 2.08)

difference in means (95% CI)

1.10 (0.05, 2.14)

Weighted

0.54 (-0.82, 1.90)

-0.21 (-1.46, 1.04)

1.07 (-0.33, 2.47)

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18.3

13.6

10.7

9.5

20.1

13.3

intake (% energy)

12.9

change in sugars

2.5

2.9

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Between treatments

1.01 (0.70, 1.32)

2.06 (0.53, 3.58)

0.89 (-0.13, 1.90)

1.47 (-0.49, 3.43)

1.10 (0.40, 1.80)

0.53 (-0.63, 1.69)

1.32 (0.68, 1.95)

0.88 (-0.32, 2.08)

difference in means (95% CI)

1.10 (0.05, 2.14)

Weighted

0.54 (-0.82, 1.90)

-0.21 (-1.46, 1.04)

1.07 (-0.33, 2.47)

19

18.3

13.6

10.7

9.5

20.1

13.3

intake (% energy)

12.9

change in sugars

2.5

2.9

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Between treatments

Favours higher sugar diet Favours lower sugar diet

0-2 0 2 4

Difference in energy intake between groups (MJ/day)

Meta-analysis of RCTs looking at higher versus lower sugar consumption on energy intake

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Page 5: SACN Report:  Evidence Package

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Sugar intakes compared to the new SACN recommendation

Page 6: SACN Report:  Evidence Package

Cost savings of achieving the reduction to 5% of energy from sugar

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Assuming the SACN recommendations to reduce sugar intakes to 5% of energy intake are achieved within 10 years, the cost saving to the NHS is estimated to be about £500M per annum by year 10 (due to reductions in the costs associated with dental caries and consequences of obesity).

Page 7: SACN Report:  Evidence Package

• PHE has carried out an extensive programme of work over the past 12 months in order to provide a package of evidence to inform the government’s thinking on sugar in the diet

• Published 22 October 2015

• Considers the need for action – how much sugar we eat, where it comes from, the associated health issues and benefits in reducing intakes.

• Draws conclusions about what drives our consumption and advises on actions that could be implemented

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Sugar Reduction: The evidence for action

Page 8: SACN Report:  Evidence Package

Sugar reduction: the evidence

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Influencers:• Children are exposed to a high volume of marketing and advertising which, in all its forms,

consistently influences food preference, choice and purchasing• Food retail price promotions are widespread in Britain; account for 40% of all food and drink

expenditure; increase the amount people spend by one-fifth and the amount of sugar purchased by from higher sugar foods and drinks by 6%.

• Price increase, such as by taxation, can influence purchasing of sugar sweetened drinks and other high sugar products in the short-term.

Food supply:• A structured and universal programme of reformulation to reduce levels of sugar in food and

drink would significantly lower sugar intakes, particularly if accompanied by reductions in portion size

• Better public food procurement at a national and local level would improve diets

Knowledge, training and local action: • Accredited training in diet and health is not routinely delivered to many who could influence

others food choices but tools like competency frameworks can help change this• Other consumer tools, such as the Change4Life campaign, can also help inform and educate• Local action, when delivered well, can contribute to changing knowledge and also influence

food environments and can improve diets

Page 9: SACN Report:  Evidence Package

Sugar reduction: areas for action1) Reduce and rebalance the number and type of price promotions in all retail

outlets

2) Significantly reduce opportunities to market and advertise high sugar food and drink

3) The setting of a clear definition for high sugar foods (to aid with 1 & 2 above)4) Introduction of a broad, structured and transparently monitored programme of

gradual sugar reduction in everyday food and drink 5) Introduction of a price increase of a minimum of 10-20% on high sugar

products through the use of a tax or levy such as on full sugar soft drinks6) Adopt, implement and monitor the government buying standards for food and

catering services across the public sector7) Ensure that accredited training in diet and health is routinely delivered to all of

those who have opportunities to influence food choices 8) Continue to raise awareness of concerns around sugar levels in the diet to the

public as well as health professionals, employers, the food industry etc.

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Page 10: SACN Report:  Evidence Package

It is unlikely that a single action alone would be effective in reducing sugar intakes• The evidence suggests a broad, structured approach, involving

restrictions on price promotions and marketing, product reformulation, portion size reduction and price increase on unhealthy products, implemented in parallel, is likely to have a more universal effect.

• Positive changes to the food environment (e.g. public sector food procurement, provision and sales of healthier foods) as well as information and education are also needed to help support people in making healthier choices.

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