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.
Once hailed as the wonder drug for eradicating infectious bacterial diseases, the antibiotic has long since lost its shine. There is an increasing awareness that, although millions of lives in the past have been saved, antibiotics have been overused and are now responsible for numerous adverse effects. Such effects include the development of antibiotic-resistant bacteria, the erosion of the protective mucous lining of the intestines and major destruction of the ‘friendly’ microbiota that are essential for human health.
Once hailed as the wonder drug for eradicating infectious bacterial diseases, the antibiotic has long since lost its shine. There is an increasing awareness that, although millions of lives in the past have been saved, antibiotics have been overused and are now responsible for numerous adverse effects. Such effects include the development of antibiotic-resistant bacteria, the erosion of the protective mucous lining of the intestines and major destruction of the ‘friendly’ microbiota that are essential for human health.
For decades, food has been considered the source of nutrients essential to the biochemical processes which sustain life. The concept of recommending minimum levels of each nutrient to prevent deficiency diseases has prevailed.
Whilst this view still holds true, research into other chemical properties of plant foods has revealed that plant foods hold new secrets to health. Such knowledge is providing valuable keys to our understanding of how different cultural dietary practices affects various aspects of health of whole populations.
To pharmacists, the notion of plants having therapeutic effects should not be unfamiliar.  Many of the world’s most valuable drugs have had their origins in plants.
For decades, food has been considered the source of nutrients essential to the biochemical processes which sustain life. The concept of recommending minimum levels of each nutrient to prevent deficiency diseases has prevailed.
Whilst this view still holds true, research into other chemical properties of plant foods has revealed that plant foods hold new secrets to health. Such knowledge is providing valuable keys to our understanding of how different cultural dietary practices affects various aspects of health of whole populations.
To pharmacists, the notion of plants having therapeutic effects should not be unfamiliar.  Many of the world’s most valuable drugs have had their origins in plants.
Bids to ‘stop mandatory vaccination’ will need a better argument than the time-worn mercury scare-mongering, supported by an image of a cute baby! FDA’s 2014 comment follows: “Since 2001, no new vaccine licensed by FDA for use in children has contained thimerosal and all vaccines routinely recommended by CDC for children younger than 6 years of age have been thimerosal-free, or contain only trace amounts of thimerosal, except for some formulations of influenza vaccine. Sep 9, 2014.  Nor has thimerosal been used in Australia since 2000.
Bids to ‘stop mandatory vaccination’ will need a better argument than the time-worn mercury scare-mongering, supported by an image of a cute baby! FDA’s 2014 comment follows: “Since 2001, no new vaccine licensed by FDA for use in children has contained thimerosal and all vaccines routinely recommended by CDC for children younger than 6 years of age have been thimerosal-free, or contain only trace amounts of thimerosal, except for some formulations of influenza vaccine. Sep 9, 2014.  Nor has thimerosal been used in Australia since 2000.
The Benefit of Reviewing Part 1 – One of the most misunderstood topics in Nutritional Medicine is that of so-called ‘Antioxidants’.  In Part 1, we looked at how ‘antioxidants’ are classified as Primary and Secondary and highlighted the differences between the typical ’antioxidant vitamins’ and the endogenous Antioxidant Enzymes such as Superoxide dismutase, Glutathione peroxidase and Catalase. Where typical ‘antioxidants’ such as vitamin C, E and beta-carotene are capable of quenching one free radical per antioxidant molecule, the Antioxidant Enzymes can quench several million free radicals per minute1. This little-known fact may help explain why so many clinical trials using ‘antioxidant’ vitamins have failed. What’s most exciting about the new understanding of the power of the Antioxidant Enzymes is that specific phytochemicals can ‘switch on’ that part of the DNA which codes for these and other cell-protective endogenous compounds. We are indeed on the cusp of a new paradigm in Nutritional Medicine as we use Nutrigenomics to optimise cellular function and cellular defences.
The Benefit of Reviewing Part 1 – One of the most misunderstood topics in Nutritional Medicine is that of so-called ‘Antioxidants’.  In Part 1, we looked at how ‘antioxidants’ are classified as Primary and Secondary and highlighted the differences between the typical ’antioxidant vitamins’ and the endogenous Antioxidant Enzymes such as Superoxide dismutase, Glutathione peroxidase and Catalase. Where typical ‘antioxidants’ such as vitamin C, E and beta-carotene are capable of quenching one free radical per antioxidant molecule, the Antioxidant Enzymes can quench several million free radicals per minute1. This little-known fact may help explain why so many clinical trials using ‘antioxidant’ vitamins have failed. What’s most exciting about the new understanding of the power of the Antioxidant Enzymes is that specific phytochemicals can ‘switch on’ that part of the DNA which codes for these and other cell-protective endogenous compounds. We are indeed on the cusp of a new paradigm in Nutritional Medicine as we use Nutrigenomics to optimise cellular function and cellular defences.
Although the term, Nutrigenomics was not coined until 2004, the unfolding science of sulforaphane perfectly illustrates the principles of nutrigenomics in favourably influencing the expression of many of our protective genes. Sulforaphane activates around 200 of the genes governing human cellular defence mechanisms.
Although the term, Nutrigenomics was not coined until 2004, the unfolding science of sulforaphane perfectly illustrates the principles of nutrigenomics in favourably influencing the expression of many of our protective genes. Sulforaphane activates around 200 of the genes governing human cellular defence mechanisms.
"*" indicates required fields
