http://www.nhs.uk/news/2008/08August/Pa ... -fats.aspxDoes food in the UK contain trans-fats?
Since January 2008, members of the British Retail Consortium, which include the major UK supermarkets and fast food chains, have stopped using trans-fats as an ingredient in foods. However, food manufactured outside of the UK, such as in Europe or the US, could still contain trans-fats.
What can I do about trans-fats in my diet?
The Food Standards Agency has proposed changes to food labelling in the UK which will mean that consumers will be able to see the amount of trans-fats in the foods they consume. People can also look at the list of ingredients in their food, if "partially hydrogenated fat/oil" or "hydrogenated fat/oil," is listed, the food contains trans-fat.
Until any new labelling is implemented, the Food Standards Agency recommends that people should be aware of their fat intake in general. It is well-known that trans-fats are linked to an increased risk of CHD and, as part of a healthy diet, consumption should be reduced.
Summary – trans FA and diabetes
213. There are limited data available to assess evidence for an association between trans FA intakes and incidence of diabetes. Of the 3 large prospective cohort studies, 2 showed a positive association. In these studies, the impact of trans FA on risk of diabetes were similar, with ORs of 1.31 (Salmerón et al, 2001) for a range of trans FA intakes from 1.3-2.9% dietary energy, and 1.39 for trans FA intakes from 0.7- 2.0% dietary energy (van Dam et al, 2002). The latter range of intakes is slightly
higher than that of current UK intakes, but it provides a reasonable basis for comparison. However, in this study the association was no longer significant after adjustment for diet and BMI. In the third study, an inverse association between trans fatty acid intakes and diabetes was reported, but these findings were limited by high likelihood of misclassification due to the collection of dietary data only
at baseline (Meyer et al, 2001). Neither of the 2 population-based studies found any relationship between trans FA intake and parameters associated with diabetes.
214. No effect on insulin sensitivity or glucose tolerance was found in 4 RCTs or meal studies of healthy individuals fed moderately high trans diets. However, postprandial hyperinsulinemia was observed in obese subjects with type 2 diabetes fed diets containing 20% energy trans FA (Christiansen et al, 1997). In an acute meal study (Lefevre et al, 2005), a significant increase in insulin resistance was observed following meals high in trans FA (10% dietary energy). In the same study, other adverse effects of trans FA (on triglyceride synthesis) were shown to be genotype dependent, with greater adverse response for individuals carrying the FABP2 Thr54 allele (~28% of the population).
215. The data from isolated pancreatic islets studies suggest that there is a differential effect of trans compared with cis FA on the regulation of insulin secretion, with trans FA potentiating glucose
stimulated insulin secretion more than cis-isomers of identical chain length. There are also concordant data from cells and human studies, which suggest increased rates of oxidation of trans- compared with cisunsaturated FA. There are limited data from animal studies; existing studies are of
insufficient quantity or quality to be able to draw definite conclusions.
216. Overall there is limited, weak evidence to suggest that trans FA have adverse effects on insulin sensitivity and type 2 diabetes. It is clear that further epidemiological, RCTs and mechanistic studies are required before firmer conclusions can be drawn, particularly at trans FA intakes relevant to the UK. Evidence is not available to compare the effects of animal and vegetable oil
sources of trans FA.
Sid Bonkers said:Whilst I agree with you that trans fats are bad, saying they are the cause of T2 diabetes is a bit of a stretch and not as far as I know an idea widely shared
Diabetes: Here the findings are equivocal. Two of three studies found trans fatty acids were not implicated in diabetes (male health professionals and women in Iowa). However, a third study of 84,941 female nurses followed for 16 years found a positive association (P<0.001 for trend), with a risk 39 percentage points greater in the highest quintile.
Molecular mechanisms that might account for a trans-fat effect in diabetes are not well established, but evidence of trans-fat effects on metabolism in adipocytes and on systemic inflammation suggest plausible pathways, the researchers concluded.
Given the adverse effects of trans fatty acids, the potential for harm is clear, the researchers wrote. On the basis of the reported relationship between trans fat intake and coronary heart disease 10% to 19% of coronary heart disease events in the U.S. could be averted by reducing the intake of trans fats. Given the 1.2 million annual myocardial infarctions and deaths from coronary heart disease in the U.S., near-elimination of trans fats might avert between 72,000 (6%) and 228,000 (19%) of coronary heart disease events each year, Dr. Mozafarrian and his team wrote.
Patch said:Sid Bonkers said:Whilst I agree with you that trans fats are bad, saying they are the cause of T2 diabetes is a bit of a stretch and not as far as I know an idea widely shared
Wrong again, Sid. DYOR.
Patch said:Innocent until proven guily, eh?
Works both ways, though - I know you know my thoughts about Sat. Fat...
Trans-fatty acids have been the topic of a lot of negative health news, but a new dietary study in rats suggests that trans-fats do not increase the risk of insulin resistance and diabetes, which may ease at least one area of concern.
cugila said:I used to have an Orange 'Jubbly' most days when I was a kid........can I put that down as a CAUSE of my Diabetes ?
Sid Bonkers said:cugila said:I used to have an Orange 'Jubbly' most days when I was a kid........can I put that down as a CAUSE of my Diabetes ?
I used to love Jubbly's too when I was a youngster, you could be on to something here Ken :shock:
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