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Showing posts with label balanced diet. Show all posts
Showing posts with label balanced diet. Show all posts

Monday, 24 December 2012

No need for complicated diet plan – just eat less fat

reposted from: http://www.nhs.uk/news/2012/12December/Pages/No-need-for-complicated-diet-plan%E2%80%93just-eat-less-fat.aspx
crabsallover highlightskey pointscomments / links.


Fri Dec 14, 2012 10:05 
A recent headline in the Daily Mail tells us to ‘Ditch the fancy diets, just cut down on fat: Eating healthily is more reliable way to lose weight’. Apparently, cutting back on fatty foods such as butter, cheese and crisps will help us lose weight.
In recent years we have be bombarded with supposedly science-based diet plans, ranging from the Atkins diet to the Dukan diet and even the caveman diet. But according to the Mail, this new research appears to cut through complicated diet rules and regulations to provide a single clear message: that if you want to lose weight, you should eat less fat.
The news was based on a large well-conducted review that tested the effect on body fat of reducing how much fat people ate. The review excluded studies that specifically aimed to make people lose weight, as researchers didn’t want to include only people who were already overweight or obese. They also excluded trials where overall calorie intake was being reduced as well as fat intake.
The pooled results found that people who were supposed to eat a diet lower in total fat had 1.6kg lower body weight by the end of the trial than those who continued to eat normally. This effect was independent of age, sex, starting weight, or health of the participants.
Overall, the review finds good evidence that having a lower intake of dietary fat results in sustained lowering of body weight in adults.

Where did the story come from?

The study was carried out by researchers from the University of East Anglia and Durham University in the UK, and the University of Otago in New Zealand. Funding was provided to Durham University by the World Health Organization (WHO), which wanted to update their guidance on the relationship between fat intake and levels of body fat.
The study was published in the peer-reviewed British Medical Journal, where research articles are open access.
The media coverage of this study was generally representative. It is worth taking the Mail’s claim that eating less fat is a more reliable way of losing weight than following “fancy diets” with a hint of caution. While this may be the case, this reserarch did not compare eating less fat with any particular alternative diet pattern, and the researchers did not look at studies where the specific aim was weight loss.
With that in mind, simply cutting down the amount of fat in your diet would appear to be an easier method to lose weight than some of the more complicated diet plans of recent years, including:
  • eating a low-carbohydrate, high-protein diet (such as the Dukan and Atkins diets)
  • replacing meals with milkshakes (such as the Slim-Fast diet)
  • having cold baths and drinking lots of black coffeee (such as the OMG diet)
To find out more about the pros and cons of popular diet plans, read the Top 10 most popular diets review.

What kind of research was this?

This was a systematic review which aimed to identify all trials and cohort studies that had examined the association between total dietary fat intake and levels of body fat (fatness) in adults and children.
However, the researchers specifically excluded any trials where the purpose of the trial was weight loss. This was because they wanted to look at general population samples, rather than have a predominance of overweight and obese participants.

The assumption being, reasonably enough, that people who want to lose weight would be overweight or obese.
They also considered that in such trials, reduction of calorie intake may be confounding the results (this was important because it may have been the overall lower number of calories that the participants were eating that was responsible for any change seen, rather than the low fat intake specifically).
A systematic review which has identified all relevant trials examining the effect of low fat dietary intake upon body fat is the best way of examining the effects of low dietary fat upon the body.
However, such a review may contain inherent limitations due to differences in the designs of the individual trials, the dietary interventions used, measurement of weight outcomes and duration of follow-up.
In this instance, the systematic review looked at both cohort studies and randomised controlled trials (RCTs).
Cohort studies are less reliable than RCTs for examining the effect of dietary fat consumption on body fat. In these observational studies, people are choosing how much fat they consume, so the people who choose lower fat diets may have other healthy lifestyle behaviours that are influencing their body weight, such as taking more physical activity. 

What did the research involve?

The researchers searched medical literature databases to identify RCTs and cohort studies conducted in apparently healthy adults or children.
Trials were included if they compared a lower total fat (in grams per day) intervention with a control group consuming their normal fat intake, and included a follow-up time of at least 26 weeks.
Eligible interventions could include dietary advice or provision of foods, but could not include any other supplementary lifestyle or medical interventions (such as physical activity advice or weight loss tablets), unless identical supplementary advice or interventions had been given to the control group.
The researchers excluded studies where the specific aim of the intervention was weight loss. The trials had to have assessed some measure of body fat, such as body weight, body mass index (BMI), or waist circumference.
Cohort studies had to have looked at the relationship between total fat intake at study start and change in body fat over the duration of follow-up (at least one year) to be included.
The quality of the identified studies was assessed, and where possible the results were pooled. Where it was able, the review also took into account any potential confounders that could be having an influence (such as alcohol intake). In their analyses the researchers included a measure of how different the study results were from each other (heterogeneity).

What were the basic results?

The researchers identified 33 eligible RCTs covering 73,589 adults. Twenty of the trials were conducted in North America, 12 in Europe, and one in New Zealand. The duration of the trials varied from six months to more than eight years. Four trials included only men, 15 trials included only women, and 14 included both sexes. Average age of participants and their health status (such as their risk of cardiovascular disease) varied between trials.
The pooled results of all 33 RCTs found that the low fat diets resulted in 1.57kg lower total body weight than in the control arms (95% confidence interval 1.16 to 1.97kg).
However, there was significant heterogeneity between the trials, meaning that although the trials all generally showed that low dietary fat was associated with lower weight, the size of this weight difference varied quite considerably between trials. Analyses suggested that greater reductions in fat intake and having lower fat intake at the start of the study were associated with greater weight loss.
The researchers conducted subgroup analyses according to:
  • study duration
  • participant gender
  • study year
  • fat intake in the intervention or control groups
  • energy intake in the intervention or control groups
  • health status or BMI at the start of the study
None of these factors affected the significance of the relationship, and all analyses by subgroup still resulted in significantly less weight in the low dietary fat intervention group.
In the nine trials that assessed BMI, lower fat intake was also associated with lower BMI (0.51kg/m2 difference between the intervention and control groups, 95% confidence interval 0.26 to 0.76 kg/m2 difference). One trial looked at waist circumference in women and similarly found that lower fat intake reduced waist circumference (0.3cm difference between the intervention and control groups, 95% confidence interval 0.02 to 0.58 cm difference).
The researchers identified 10 cohort studies in adults including 107,624 people. Seven of the cohorts had looked at the effect of dietary fat upon weight change and these trials were reported to have carried out 16 assessments, 11 of which found no significant effects and five (31%) found that low dietary fat was associated with a significant reduction in weight.
The researchers identified one trial that had been conducted in children (aged 12-13) and this trial also found that those in the low fat group had a reduction in their BMI by the end of the study.
Three cohort studies in children were also identified.
Two of these studies also found that a low fat diet was associated with significantly lower weight, but the researchers found problems with the quality of all three cohorts in children.

How did the researchers interpret the results?

The researchers conclude that there is high quality, consistent evidence that reduction of total fat intake leads to ‘small but statistically significant and clinically meaningful, sustained reductions in body weight in adults’. They also say that the evidence supports a similar effect in children and young people.

Conclusion

This is a well-conducted and valuable review that demonstrates, perhaps unsurprisingly, that if people eat consistently lower fat food (with trial periods ranging from six months to eight years) they will end up at a slightly lower weight than people who continue to follow their normal dietary patterns.
This effect found was independent of the age, sex, starting weight or health of the people involved in the study.
However, although the results of the individual studies all showed a similar trend, the actual amount of weight difference between intervention and control groups in the individual trials did differ quite a lot. This was mostly due to variations in how much dietary fat intake was reduced by, and how much dietary fat the participants consumed at the start of the study.
Nevertheless, the trials do provide reliable evidence that having a lower intake of dietary fat does result in weight loss, even when this is not the specific aim. As they were RCTs, the randomisation process would be expected to have balanced out any other lifestyle factors between the groups that could be influencing the association.
For example, although a third of the 10 observational studies in adults also supported an association between lower fat and weight loss, we can have less confidence in these results because, people choosing to eat less fat could also be choosing other healthy lifestyle behaviours (such as exercising more) which could be influencing the weight loss.
It is also notable that none of the trials were conducted with the specific aim of weight loss and were conducted in apparently healthy populations, rather than among a predominance of overweight or obese individuals.
The evidence for children is less firm, as only one trial was available, although again, this trial did show that lower dietary fat was associated with weight loss compared to normal fat.
Overall, the review finds good evidence that having a lower intake of dietary fat results in sustained reductions in body weight in adults.
Analysis by Bazian. Edited by NHS Choices. Follow Behind the Headlines on Twitter.

Links To The Headlines

Links To Science

Friday, 29 October 2010

Five ways to cut risk of bowel cancer

reposted from:

NHS Choices Wed Oct 27 2010 18:27:00 GMT+0100 (GMT Daylight Time) 

Researchers have identified five lifestyle changes that could cut the risk of bowel cancer by 23%, the Daily Mail reported. 
It said that one in four cases of bowel cancer could be prevented if 
  1. people drank less alcohol, 
  2. cut down on red meat, 
  3. took more exercise, 
  4. watched their waist size 
  5. stopped smoking.

This Danish study enrolled 57,053 adults aged 50 to 64 without cancer. Measurements of lifestyle risk factors for colorectal cancer were taken at the beginning of the study. Their cancer incidence was then tracked over the next 10 years. People who followed public health recommendations (not smoking, a healthier diet, etc.) for each of these areas had a lower risk of developing colorectal cancer during this time.
The newspaper report is well balanced. This was a large, well-conducted study, and the findings are further evidence that changeable lifestyle factors affect the risk of cancer, including colorectal cancer. The research has some limitations, such as its inability to show the exact contribution of each lifestyle factor, and how following the recommendations at different stages of life affects cancer risk.

Where did the story come from?

The study was carried out by researchers from the Institute of Cancer Epidemiology and Aarhus University, both in Denmark, and was funded by the Danish Cancer Society. It was published in the peer-reviewed British Medical Journal.
The study was generally well reported in a number of newspapers. Most of them reported both the overall reduction of risk and the fact that following the recommendations in just one area can make a great difference to risk.

What kind of research was this?

This study investigated how a number of lifestyle risk factors affect the likelihood of developing colorectal cancer. It used a cohort study design and, for a number of years, followed a large number of people who did not have cancer to see who developed the disease.
Colorectal cancer is one of the most common cancers in developed countries. More than 100 new cases are diagnosed in the UK each day. Several lifestyle factors can contribute to the risk of this cancer, including physical activity, smoking, alcohol intake, waist circumference and diet.

This study focused on whether following the public health advice for these factors affects the risk of developing the cancer, and whether there is a greater reduction in risk if more recommendations are followed. The study design is an appropriate choice for this type of research question, although it may be beneficial to follow the participants for longer, as colorectal cancer can take a long time to develop. It might also have been been useful to monitor whether people followed the recommendations over time, as this study only measured people’s adherence at the start of the study.

What did the research involve?

Between 1993 and 1997, 57,053 people aged between 50 and 64 were recruited to the Diet, Cancer and Health Cohort Study in Copenhagen. Participants were selected if they had no previous diagnosis of cancer according to the Danish Cancer Registry. Each participant was asked to fill in a questionnaire asking about their current smoking, alcohol consumption, physical activity (from work and exercise) and diet. The questionnaire also contained questions on a number of other lifestyle, health and social factors. Some body measurements, such as waist circumference, were also collected.
From the data collected at the start of the study, each participant was given a score on a lifestyle index scale, according to how many areas in which their lifestyle or measurements matched the recommendations from the World Health Organization, the World Cancer Research Fund and the Nordic Nutrition Recommendations. A score of zero indicated the least healthy lifestyle and a score of five indicated the healthiest. One point was allocated for each of the following:
  • Not smoking.
  • Being physically active for at least 30 minutes per day or having a job with light or heavy manual activity.
  • Waist circumference of less than 88 cm for women and 102cm (40") for men.
  • Weekly alcohol consumption of fewer than seven alcoholic drinks for women and 14 for men.
  • A ‘healthy diet’, defined as eating 
    • more than or equal to 600g of fruit and vegetables per day,
      • that's 600/80g =7.5 F & V a day
    •  less than or equal to 500g of red and processed meat per week, 
    • more than or equal to 3g of dietary fibre per megajoule (MJ) of dietary energy, 
    • and less than or equal to 30% of total dietary energy from fat.
Cases of colorectal cancer were detected in the follow-up period from the Danish Cancer Registry (median follow up time 9.9 years). Data was also collected from the Central Population Registry to monitor death from other causes, or emigration.
The researchers then calculated whether there was an association between a person’s score on the lifestyle index scale and whether they developed colorectal cancer in the follow-up period. The researchers adjusted their results for variables known or thought to be associated with colorectal cancer, such as family history, use of aspirin-like drugs and hormone replacement therapy.

What were the basic results?

Of the 57,053 people initially recruited, 55,487 were included in the analysis. Some were excluded if they were diagnosed with cancer shortly after the start of the study, or if information from the questionnaire was missing. Of the participants analysed, 8% scored zero or one on the lifestyle index scale, 26% scored two, 40% scored three, 25% scored four and 1% scored the maximum of five. There were 678 cases of colorectal cancer detected during the follow-up period.
People who had higher scores on the lifestyle index scale had lower incidence of colorectal cancer. After taking into account potential confounders, such as family history, an increase of one point on the lifestyle index scale gave an incidence rate ratio of 0.89 (95% Confidence interval [CI] 0.82 to 0.96).
When limiting the analysis to just men or women, this association was still significant for men (incidence rate ratio 0.85, 95% CI 0.76 to 0.94) but not for women. When separating the cancers into subtypes of cancer (colon or rectal), the association between healthy lifestyle and colon cancer remained (incidence rate ratio 0.88, 95% CI 0.80 to 0.98), but was not observed for rectal cancer.

How did the researchers interpret the results?

The researchers say that “following the public health recommendations on smoking, alcohol intake, physical activity, waist circumference, and diet was associated with a substantially lower risk of colorectal cancer”.
They estimated that if all the participants had followed the health recommendations for all five risk factors, 23% of colorectal cancer cases could have been avoided (95% CI 9% to 37%). If every person had followed one additional recommendation, the number of cases would have been reduced by 13% (95% CI 4% to 22%).

Conclusion

These findings are further evidence that lifestyle factors affect the risk of cancer, including colorectal cancer. Although the greatest reduction in risk is seen when people follow the recommendations in all areas, just sticking to the guidelines in one additional area reduces a person’s risk.
This was a large, well-conducted study. There are, however, some limitations:
  • The lifestyle factors were measured on a single occasion at the start of the study. It is possible, and even probable, that people change their behaviour over time, and this might affect their overall risk.
  • Colorectal cancer takes a long time to develop. This study followed people for about 10 years, from the ages of 50 and 64. The results therefore may not reflect how following the recommendations throughout adulthood, or at a particular stage in life, affects cancer risk.
  • Some of the lifestyle factors included in the study, such as diet and alcohol intake, can be difficult to measure, as people are prone to underestimating or overestimating their consumption of alcohol and some food types.
  • It is possible that there are other factors, for example, lifestyle or socioeconomic factors, which may also contribute to cancer risk but were not measured or adjusted for in the analysis. The size of the effect may have been reduced had these been taken into account.
Further studies that follow people for longer and measure their adherence to health recommendations over a longer period may support the findings of this research. Few people were found to achieve all five areas of healthy living, and further research into how to change this may be beneficial.

Links To The Headlines

Five ways to cut risks of bowel cancer. The Daily Express, October 27 2010
Five tips to cut bowel cancer risk. Daily Mirror, October 27 2010

Links To Science


Tuesday, 20 November 2007

'Taking control of your weight' from British Heart Foundation

reposted from:http://www.bhf.org.uk/idoc.ashx?docid=dde3a040-6034-409c-9ed7-2b4bd6856130&version=-1

'Taking control of your weight' from British Heart Foundation (pdf)

Top tips to cut the saturated fat

reposted from: http://www.bhf.org.uk/keeping_your_heart_healthy/top_tips_to_keeping_healthy/tips_to_cut_the_saturated_fat.aspx

Top tips to cut the saturated fat Grilled chicken kebabs

Eating too much saturated fat can increase blood cholesterol levels, which in turn is a risk factor for coronary heart disease.

The healthier type of fat to choose is unsaturated fat (monounsaturated or polyunsaturated), which can actually improve cholesterol levels. But don’t forget all fat is high in calories, so if you are watching your weight, you should limit your overall fat intake.

Here are our tips to help you cut down on saturated fats:

  • Not so good fats…

    Butter, lard, palm oil, coconut oil/cream and ghee (clarified butter) are all rich sources of saturated fat and are best limited. Replace with small amounts of unsaturated fats such as olive oil, rapeseed oil or corn oil.

  • Choose your meat wisely

    Have chicken or turkey without skin, lean cuts of meats and trim off any visible fat. Cut back on fatty meat pies, sausages, sausage rolls and breaded meat or chicken etc. Did you know a grilled chicken breast without skin contains a third less saturated fat than with skin?

  • SpreadsMargarine on knife

    Use spreads thinly and go for lower fat spreads with the lowest amount of saturates. Avoid butter or hard margarines and choose spreads that mainly contain monounsaturated or polyunsaturated fats.

  • Check the labels

    Cut down on takeaways, ready meals and processed foods. Opt for lower fat versions; check and compare nutrition labels and pick foods with a lower amount of saturated fat.

  • Look at your cooking methods

    Grill, bake, steam, boil or poach foods instead of frying in lots of oil. Did you know a portion of cod fried in batter has 2.9g of saturated fat and 445 calories, but an average portion of baked cod has just 0.4g of saturated fat and only 115 calories! Rather than adding extra fat like cream or sour cream to recipes why not swap with low-fat yoghurt or fromage frais.

  • Dressings and sauces

    Make your own low fat salad dressing using ingredients such as low fat yoghurt, lemon juice, herbs, etc rather than shop brought ones. If you do buy dressing or sauces, pick lower fat varieties, e.g. low-fat salad dressing or lower fat mayonnaise.

  • Milk carton
  • Milk it up…

    Use semi-skimmed or skimmed milk rather than full fat or condensed milk. For example, swap a 200ml glass of full fat milk for semi-skimmed milk and cut your saturated fat intake by 2.9g and 40 calories.

  • To measure or spray

    Measure your oil out with a tablespoon rather than just pouring straight out of the bottle. Then you know how much you are using. Or why not use a spray oil to cook.

  • Cheesy choice


    Check out the nutrition label and opt for cheeses that are lower in fat and saturated fat such as cottage cheese, ricotta and half-fat cheddar. Did you know that a 30g portion of hard cheese is the size of a small matchbox?

  • Fish with lemon
  • Eat more oily fish

    Oily fish, such as salmon, mackerel, fresh tuna and sardines are rich in omega 3 polyunsaturated fat; which can help to protect against heart disease.

  • Snack attack

    For a tasty and nutritious snack, have a handful of unsalted nuts, seeds or dried fruit rather then reaching for fatty snacks such as crisps, pastries, or bombay mix. For those with a sweet tooth choose sugar free jelly or sorbets instead of cakes, biscuits or ice-cream.

  • Bulk up

    Add less meat to casseroles, stews and sauces and replace with fibre-rich vegetables, beans or pulses.

Wednesday, 31 October 2007

Be thin to cut cancer - World Cancer Research Fund report

reposted from: http://news.bbc.co.uk/1/hi/health/7069914.stm

Be thin to cut cancer, study says
Bacon on shelves
A no no: people should try to avoid bacon, the study urges
Even those who are not overweight should slim down if they want to cut their risk of cancer,
a major international study - Food, Nutrition,
Physical Activity, and the Prevention of Cancer: a global Perspective, has claimed.

The World Cancer Research Fund WCRF carried out the largest ever inquiry into lifestyle and cancer, and issued several stark recommendations.

They include

not gaining weight as an adult, avoiding sugary drinks and alcohol, and not eating bacon or ham.

Everyone must also aim to be as thin as possible without becoming underweight.

People with a Body Mass Index (BMI), a calculation which takes into account height and weight, of between 18.5 and 25, are deemed to be within a "healthy" weight range.

Cancer is not a fate, it is a matter of risk, and you can adjust those risks by how you behave. It is very important that people feel that they are in control of what they do
Professor Martin Wiseman
Report author

But the study says t

heir risk increases as they head towards the 25 mark, and that everyone should try to be as close to the lower end as possible.

There is no new research involved in this document: the panel examined 7,000 existing studies over five years.

The result, they say, is the most comprehensive investigation ever into the risks of certain lifestyle choices.

RECOMMENDATIONS INCLUDE:
Limit red meat
Limit alcohol
Avoid bacon, ham, and other processed meats
No sugary drinks
No weight gain after 21
Exercise every day
Breastfeed children
Do not take dietary supplements to cut cancer

They see body fat as a key factor in the development of cancer, estimating its significance to be much higher than previously thought.

The report's authors say they have produced a list of recommendations, not "commandments".

"But if people are interested in reducing their cancer risk, then following the recommendations is the way to do it," said Professor Martin Wiseman.

"Cancer is not a fate, it is a matter of risk, and you can adjust those risks by how you behave. It is very important that people feel that they are in control of what they do."

Making cuts

However, two-thirds of cancer cases are not thought to be related to lifestyle, and there is little people can do to prevent the disease in these circumstances.

READ THE FINDINGS

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Nevertheless,

more than three million of the 10 million cases of cancer which are diagnosed across the world each year could be prevented if the recommendations were followed,
Professor Wiseman indicated.

In the UK alone, there are 200,000 new cases of cancer each year.

Cancers of the colon and breast are some of the most common forms of the disease, and the report says the evidence is "convincing" that body fat plays a key role in the development of these tumours.

The report also links the kind of food consumed to cancers, especially colorectal ones.

In particular, researchers say people should stop eating processed meats, such as ham, bacon and salami, and limit the consumption of red meat to 500g a week - although this still means you could eat, for instance, five hamburgers each week.

Alcohol, red meat and bacon in moderation will do us no harm, and to suggest it will is wrong
Karol Sikora
Cancer specialist

From a cancer perspective, all alcohol should be avoided, although researchers accepted drinking small amounts could have protective benefits for other diseases.

The recommendation is therefore

no more than two drinks a day for a man, and no more than one for a woman, slightly less than current UK government guidelines.

Sugary drinks meanwhile should be avoided, as these make you fat, and fruit juice consumption should also be reduced.

The report is also the first to urge breastfeeding as a means to protect against cancer, arguing that it may reduce breast cancer in the mother and prevent obesity in the child - although this has not been proven.

Cancer specialist Professor Karol Sikora said: "The educational message for the public should be that there are healthy diets and unhealthy diets but we should keep everything in perspective and not suggest rigid avoidance.

"Alcohol, red meat and bacon in moderation will do us no harm, and to suggest it will is wrong."

Antonia Dean, a specialist at Breast Cancer Care, said: "it is notoriously difficult to examine the potential role of diets or other lifestyle factors on breast cancer, as it is hard to isolate specific influences or establish how they might interact with each other.

"It is important that women keep the report findings in perspective - after gender, the highest known risk factor in relation to breast cancer is age, with 80 per cent of cases occurring in women over the age of 50."

Links:

Cancer Research UK

Have your Say at the BBC


Sunday, 16 September 2007

Many Britons are unaware how to follow a healthy, balanced diet


reposted from: http://news.bbc.co.uk/1/hi/health/6997205.stm

Many Britons are unaware how to follow a healthy, balanced diet, the official food watchdog has said.
A survey by the Food Standards Agency (FSA) suggests widespread ignorance about how much starchy food like rice, bread and pasta should be eaten.
And there is confusion over what can contribute towards the target "five a day" intake of fruit and vegetables.
Conflicting messages from different weight-loss diets could be responsible for the misconceptions, says the FSA.
Only 11% of people correctly said it was important to eat lots of starchy foods, the survey of 2,094 people found.

FSA SURVEY
Fish
45% realised tinned fruit and veg count towards "five a day"
54% correct in saying frozen fruit and veg can count
53% realised dried fruit count
73% recognised importance of eating lots of fresh fruit and vegetables
19% wrongly thought eating plenty of fruit and veg could "outweigh" eating fatty, sugary foods
58% realised foods high in fat and sugar should only be eaten occasionally
The FSA has re-designed the image it uses to show what makes up a healthy diet - the newly-designed "eatwell plate" uses photos of different foods and renames some food groups.
The organisation's head of nutrition, Rosemary Hignett, said consumers ought to know the proportions of each food group needed for a healthy balanced diet.
"It's not a 10-minute fad. It's a diet for life that we know will help reduce the number of diet-related illnesses such as heart disease, stroke, diabetes and some cancers which are on the rise in the UK," she said.
"This is about a simple, straightforward approach that allows us to enjoy a varied diet that includes foods from all groups."
Potatoes do not count towards the target "five a day" portions of fruit and vegetables, says the FSA, but baked beans do.
A healthy, balanced diet, according to its guidelines, should be made up of
  • around one third fruit and vegetables
  • one third bread, rice, potatoes, pasta and other starchy foods
  • 15% milk and dairy foods
  • 12% meat, fish, eggs, beans and other non-dairy sources of protein
  • and just 8% food and drink high in fat or sugar

The new image will be used by, among others, dieticians, nutritionists and the National Institute of Health and Clinical Excellence.