General Interest articles are designed to appeal to everyone, whereas our collection of articles from the Scientific Literature will more likely resonate with those who like to get their teeth into much heavier topics.
We hope you enjoy this collection and welcome your feedback and requests for other topics.
It’s the first day of June today — the official start to winter in the Southern hemisphere. While many associate the winter season with hot chocolate and cosy fireplaces, it is also known for its sharp rise in the incidence of flu cases, which if nasty enough, can even cause us to be away from work or school for several days on end.
As with any condition, it is easier (and cheaper) to prevent rather than to cure once the condition is entrenched. This is where nutritional intervention plays a powerful role in prevention.
Nutritional medicine understands that microbes (or germs) are ever-present in the environment and are continuously attempting to invade warm cosy environments like human cells where they multiply. Viruses, in particular, have no way of replicating unless they can hijack our cellular ‘machinery’. And when they start multiplying, they double their population about every 20 minutes — or even less. In practically no time at all, they dominate in huge numbers in the body.
The job of our immune system is to mount a range of challenges to prevent the invasion. Healthy cells are well-equipped to prevent infection. When it appears that we have ‘caught’ something, it really means that our immune system, for whatever reason, was unable to mount the required challenge. That is why a family or other group of people may all have been exposed to the same germ — but only a few ‘catch’
It’s the first day of June today — the official start to winter in the Southern hemisphere. While many associate the winter season with hot chocolate and cosy fireplaces, it is also known for its sharp rise in the incidence of flu cases, which if nasty enough, can even cause us to be away from work or school for several days on end.
As with any condition, it is easier (and cheaper) to prevent rather than to cure once the condition is entrenched. This is where nutritional intervention plays a powerful role in prevention.
Nutritional medicine understands that microbes (or germs) are ever-present in the environment and are continuously attempting to invade warm cosy environments like human cells where they multiply. Viruses, in particular, have no way of replicating unless they can hijack our cellular ‘machinery’. And when they start multiplying, they double their population about every 20 minutes — or even less. In practically no time at all, they dominate in huge numbers in the body.
The job of our immune system is to mount a range of challenges to prevent the invasion. Healthy cells are well-equipped to prevent infection. When it appears that we have ‘caught’ something, it really means that our immune system, for whatever reason, was unable to mount the required challenge. That is why a family or other group of people may all have been exposed to the same germ — but only a few ‘catch’
Within the personalized nutrition space the field of nutrigenomics is touted as being able to tailor nutrition to an individual’s specific genetic makeup. With direct-to-consumer (DTC) services such as at-home genetic testing, consumers may now gain better insights into health and disease predisposition, as well as case-specific nutritional recommendations. Industry experts weigh in on the potential of nutrigenomics on well-being and the hurdles to be overcome.
Confusion as to what exactly nutrigenomics offers has led some to believe that nutrigenomics are able to predict disease risk, however, what nutrigenomics actually does is “provide the right recommendations for an individual so they can reduce their risk[of disease,” Dr. Ahmed El-Sohemy, Canada Research Chair in Nutrigenomics Department of Nutritional Sciences, University of Toronto and Founder and CSO of Nutrigenomix, tells NutritionInsight.
The field of nutrigenomics studies how an individual’s genes interact with their diet to affect their physiology and, consequently, their health. Research in this field can help uncover why some people respond differently from others to the same foods, beverages and supplements, Dr. El-Sohemy explains.
Dr. Christine Houghton Managing Director and CSO at Cell-Logic tells NutritionInsight that nutrigenomics has greatly extended our view of the effect of food molecules in human cells. “The term, ‘nutrigenomics’ simply translates to ‘food talking to your genes,’” she says.
Within the personalized nutrition space the field of nutrigenomics is touted as being able to tailor nutrition to an individual’s specific genetic makeup. With direct-to-consumer (DTC) services such as at-home genetic testing, consumers may now gain better insights into health and disease predisposition, as well as case-specific nutritional recommendations. Industry experts weigh in on the potential of nutrigenomics on well-being and the hurdles to be overcome.
Confusion as to what exactly nutrigenomics offers has led some to believe that nutrigenomics are able to predict disease risk, however, what nutrigenomics actually does is “provide the right recommendations for an individual so they can reduce their risk[of disease,” Dr. Ahmed El-Sohemy, Canada Research Chair in Nutrigenomics Department of Nutritional Sciences, University of Toronto and Founder and CSO of Nutrigenomix, tells NutritionInsight.
The field of nutrigenomics studies how an individual’s genes interact with their diet to affect their physiology and, consequently, their health. Research in this field can help uncover why some people respond differently from others to the same foods, beverages and supplements, Dr. El-Sohemy explains.
Dr. Christine Houghton Managing Director and CSO at Cell-Logic tells NutritionInsight that nutrigenomics has greatly extended our view of the effect of food molecules in human cells. “The term, ‘nutrigenomics’ simply translates to ‘food talking to your genes,’” she says.
It’s always a great honour for a company’s work to be recognised by its peers. Naturally, we were delighted at the end of 2015 to receive the 2015 Award for Innovation in Nutraceutical Products & Best for Complementary Health Care Solutions – Australia.
It’s always a great honour for a company’s work to be recognised by its peers. Naturally, we were delighted at the end of 2015 to receive the 2015 Award for Innovation in Nutraceutical Products & Best for Complementary Health Care Solutions – Australia.
The Veggie Dilemma – Growing up, we would have heard our mums say that veggies are good for us. Depending on which end of the veggies “love-hate” spectrum we were, many of us would have then tried to do the right thing by including a portion of greens on our plates during mealtimes. At the back of our minds, we always knew that mum was right.
While mum was indeed right all along in getting us to eat our greens, it is hard to ignore that Mother Nature still has much more potent power in store for us in her armour, just waiting to be tapped.
Cruciferous veggies in particular — such as broccoli, cauliflower, cabbage, and kale — while generally associated with providing a reduced cancer risk in humans, are not always consumed at sufficient levels to bring about a real and lasting change in our health.
To address this, a 2013 review investigated whether the full potential of one of these crucifers — the not-so-popular broccoli — is being effectively utilised for the benefit of human health.
The Veggie Dilemma – Growing up, we would have heard our mums say that veggies are good for us. Depending on which end of the veggies “love-hate” spectrum we were, many of us would have then tried to do the right thing by including a portion of greens on our plates during mealtimes. At the back of our minds, we always knew that mum was right.
While mum was indeed right all along in getting us to eat our greens, it is hard to ignore that Mother Nature still has much more potent power in store for us in her armour, just waiting to be tapped.
Cruciferous veggies in particular — such as broccoli, cauliflower, cabbage, and kale — while generally associated with providing a reduced cancer risk in humans, are not always consumed at sufficient levels to bring about a real and lasting change in our health.
To address this, a 2013 review investigated whether the full potential of one of these crucifers — the not-so-popular broccoli — is being effectively utilised for the benefit of human health.
Cell-Logic — a science-backed nutritional health company based in Brisbane, Australia, with presence in North America, South Africa, Europe and New Zealand — has just been cited in a recent report as one of the key participants in the growing global nutrigenomics market.
Joining Cell-Logic on the list of key global players in the report are big boys in the market — Danone, Unilever and Metagenics, among others.
Prepared by market analyst ‘Research and Markets’, and released earlier this year, the report points out that the global nutrigenomics market size is expected to reach USD 850.86 million by 2025, registering a compound annual growth rate of 16.48 percent. The report also points out that nutrigenomics can play a vital role in addressing illnesses such as obesity and cardiovascular diseases by offering personalised, gene-based diet.
Cell-Logic — a science-backed nutritional health company based in Brisbane, Australia, with presence in North America, South Africa, Europe and New Zealand — has just been cited in a recent report as one of the key participants in the growing global nutrigenomics market.
Joining Cell-Logic on the list of key global players in the report are big boys in the market — Danone, Unilever and Metagenics, among others.
Prepared by market analyst ‘Research and Markets’, and released earlier this year, the report points out that the global nutrigenomics market size is expected to reach USD 850.86 million by 2025, registering a compound annual growth rate of 16.48 percent. The report also points out that nutrigenomics can play a vital role in addressing illnesses such as obesity and cardiovascular diseases by offering personalised, gene-based diet.
"*" indicates required fields
