In third world countries, eating in moderation is the only way to go as there is literally not a lot of food to go around. In places like Indonesia, Thailand or the Philippines, the staple food is rice.  When you examine their meals, you will realize that more than ¾ of what they eat will consist mainly of various types of organic vegetables and rice put together, mostly harvested from the land.  If they are lucky they might get a small amount of fish (perhaps 60-80g each at most) and a little egg to accompany the rest of the rice and vegetables. Egg is generally regarded as a cheap source of good quality protein so it is frequently served. This is the foundation of what people eat 3 times a day. Meat tends to be only served on special occasions. In some poorer areas of  Thailand, only two meals are served a day due to scarcity of food in certain regions. In Australia, we are fortunate; we do not have a problem with food scarcity, instead we get the privilege of dying from diseases caused by excessive food intake!

Studies have shown, without any shadow of doubt, that calorie restricted diets are associated with longer life expectancy. Now we know the reason why. This is because calorie restricted diets are anti-inflammatory and hence synonymous with good health.

This led some people to think that if calorie restriction is associated with longevity, then surely starvation or fasting occasionally must be better! Unfortunately (or fortunately), this was not found to be so.  Starvation is associated with inflammation.  Quite remarkably this is an adaptation that has evolved through human history to ensure survival during times of famine. Inflammation causes insulin resistance which is a state where the body is not sensitive to the hormone insulin.  Consequently, more and more insulin gets produced by the pancreas setting up a vicious cycle causing insulin resistance.  High circulating insulin helps conserve the body’s reserves sparing the breakdown of fat and protein!  This inbuilt metabolic miracle is hugely responsible for our survival in times of food scarcity.  And this is also precisely the reason why, punishing low calorie diets do not serve you!  They could make you more and more insulin resistant such that you are no longer able to break down fat at all!  In other words, when you ‘yo-yo’ diet you are destined to get fatter and fatter making each endeavour less and less effective.

Listed below are common behaviours and dietary practices that either promote or reduce inflammation:

Which camp do you belong to?  Make changes to get into the anti-inflammation camp right away.  Studies have shown you could be saving yourself 7-10 very good years.

Couscous Salad

In 2001, an anticancer drug hailed ‘a miracle’ was approved by the Food and Drug Administration Department (FDA). This drug is called Gleevec.

Gleevec seems to be able to arrest the formation of new blood vessels (angiogenesis) needed for cancer cell growth. Did you know that herbs and spices rich in fatty acids of the terpene family also act along the same lines as Gleevec?
Terpenes seem to stimulate cancer cell death (apoptosis) thereby limiting cancer cell growth, containing tumours. Armed with this knowledge, lets look at preparing a dish that is low in glycaemic index and rich in herbs.

The following recipe is prepared with couscous as the principal ingredient. Couscous has a glycaemic index of 61 and glycaemic load of 8.7. The glycaemic index of a food item measures how it affects your blood glucose level (low glycaemic index <55, 56<moderate glycaemic index<69, high glycaemic index >70). You can think of this as a number which represents the glycaemic/glucose ‘potency’.
In this instant, couscous is considered a moderately high glycaemic index food. Adding lemon and lime to couscous will reduce the glycaemic index of the meal as the acidity of these citrus will reduce the rate at which food goes into the small intestine from the stomach, thus lowering the rate of rise of blood sugar level even more. Achieving a flatter blood sugar response long term is the mainstay for management of insulin resistance. Studies have shown that frequently choosing low glycaemic index and glycaemic load food items in one’s diet will enhance insulin sensitivity and even prevent some cancers (preliminary studies seem to indicate that high insulin levels are associated with some tumours)!
Turmeric has powerful anti-inflammatory properties. Its absorption increases a thousand fold by adding olive oil and pepper in the recipe. The following is a low glycaemic index, ‘anti-inflammatory’ and terpene- rich meal. Enjoy!

Ingredients

Couscous, 1cup
Cherry tomatoes, ½ punnet
Chickpeas, 1cup (soaked, boiled and drained)
Cold pressed olive oil, 1 tablespoon
Mint, ½ a bunch
Parsley, ½ a bunch
Coriander, ½ a bunch
Lemon, ½ whole
Lime, ½ whole
Sugar, 1 teaspoon
Turmeric, 1 teaspoon
Water
Pepper
Chicken stock

Preparation

Put couscous in a bowl, pour boiling water and then add chicken stock and turmeric and set aside for 10 minutes. When liquid has been absorbed, separate couscous grains with a folk.
Add chick peas, tomatoes, mint, parsley, coriander, lemon, lime, sugar, pepper and cold pressed olive oil. Mix well and serve.

References

J. McMillan-Price, P. Petocz, F. Atkinson, et al., ‘Comparison of 4 diet of varying glycaemic load on weight loss and cardiovascular risk reduction in overweight and obese young adults; a randomised controlled trial’ Archives of Internal Medicine, 166(14), 2006: 1466 – 75.

G. A. Santisteban, J. T. Ely, E. E. Hamel, et al., ‘Glycaemic modulation of tumour tolerance in a mouse model of breast cancer’ Biochemical and Biophysical Research Communications, 132(3), 1985: 1174-9.

E. Weiderpass, G. Gridley, I. Persson, O. Nyren, A. Ekbom, H. O. Adami, ‘Risk of endometrial and breast cancer in patients with diabetes mellitus’ International Journal of Cancer, 71(3), 1997: 360-63.

C. A. Plouzek, H.P. Ciolino, R. Clarke, G. C. Yeh, ‘Inhibition of P-glycoprotein activity and reversal of multidrug resistance in vitro by rosemary extract’ European Journal of Cancer, 35(10), 1999:1541-5.