Recent Posts

  • Animal and Plant Protein – Leucine and Telomeres

    Leucine is an amino acid that is much more prevalent in animal-based diets than plant-based diets. The leucine is found in the high concentrations in beef, egg white, isolated soy protein, poultry, fish, spirulina, lamb, parmesan cheese, tofu (0.008) and soy beans.

    Aglets are the caps on shoelaces that stop them from unraveling. Our chromosomes have telomeres that perform the same function - they stop our chromosomes from unravelling. The longer they are, the longer the cells survive and the longer we live. An animal-based diet results in shorter telomeres than those on a plant-base diet. Leucine is the amino acid responsible for this.

    Read more ⇒

  • Animal and Plant Protein – Lysine and Arginine

    Lysine is an indispensable dietary amino acid for all vertebrates and is required for protein synthesis.

    The arginine requirement is influenced by many factors that vary between species. There is an antagonism that can occur between lysine and arginine in some species where excessive intakes of one of these amino acids will adversely affect the metabolism of the other amino acid thereby increasing its requirement.

    Lysine is a dietary indispensable amino acid.

    Lysine is the first limiting amino acid in most grain and cereal-based diets so it also defines the protein required to meet the amino acid requirements..

    Human milk is supplied to babies when the need for protein is at the greatest. Babies double in size during the first 6 months of our lives. The ideal food for a baby is mum’s milk where 5% – 6.5% is protein. This should offer reassurance that as long as we a consuming an adequate diet, we do not need a high protein diet.

    Read more ⇒

  • Comparison of Dairy Milks with Human Milk

    Milks are complex lipid emulsions in water containing protein, fat, lactose, vitamins and minerals, as well as enzymes, hormones and immunoglobulins which provide initial immunity functions.

    There is approximately 5,500 species of mammals which initially supply their young with milk. There are vast differences in milk composition among the mammal species. Of all the mammals, humans have the lowest protein content.

    Mammals have evolved over millions of years to provide nutrition for their infants in the first stage of life. There are significant difference between species depending upon factors such as rates of growth.

    Proteins in human milk provide sufficient of protein to sustain infants for the first six months without any additional food, as well as supplying the means of establishing suitable environment for the growth of healthy intestinal bacteria and providing the proteins involved in the immune system.

    Human milk is supplied to babies when the need for protein is at the greatest. Babies double in size during the first 6 months of our lives. The ideal food for a baby is mum’s milk where 5% – 6.5% is protein. This should offer reassurance that as long as we a consuming an adequate diet, we do not need a high protein diet.

    Read more ⇒

  • Methionine Dependent Cancers

    Homocysteine is a non-protein amino acid. It is synthesized in the body from methionine, which is a sulfur containing amino-acid.

    Methionine is much more prevalent in animal products than plant products. Rotten eggs smell the way they do because the sulfur produces a number of sulfur containing gasses including hydrogen sulfide— rotten egg gas.

    A high level is of homocysteine is associated with an increased risk for chronic inflammation, cardiovascular disease, and Alzheimer’s disease.

    Many human cancer cell and primary tumors have a requirement for methionine, an essential amino acid.

    Methionine-free or methionine-deprived diet causes a regression of a variety of animal tumours.

    Read more ⇒

  • How to Survive a Pandemic by Michael Greger

    How to Survive a Pandemic by Michael Greger is essential reading for those who wish to understand the history of pandemics and how to minimise their impact on ourselves and our society. The book describes the causes of these diseases and most importantly, how to prevent these events from occurring.

    The majority of infectious diseases (and all viral diseases) result from our interaction with animals. This book, with thousands of references, gives detailed descriptions of our greatest diseases from bubonic plague, smallpox, the deadly influenza of 1918 and the deadly viral diseases SARS, MERS and COVID-19.

    Read more ⇒

  • Is It Healthy? What are we Comparing

    When we ask the question Is it Healthy?, we need to consider is it healthy compared to what..

    Read more ⇒

  • Strategies to Assist with Arthritis

    Neal Barnard 1 suggests that the foods below should be initially avoided whilst eliminating potential arthritic triggers. He recommends that meats, dairy products, or eggs should not be reintroduced back into the diet.

    You may be surprised to know how much is known about the causes of rheumatoid arthritis.

    Read more ⇒

  • The Cause of Type 2 Diabetes

    The cause of type 2 diabetes has been known since at least the 1920s.

    TIn 1923, Dr. P.J. Cammidge wrote "that one of the commonest causes of a seeming progressive failure of carbohydrate tolerance was a conscious or unconscious increase in the fat of the diet."

    J.S. Sweeney Experiments wrote two papers in 1927 and 1928 that showed high fat diets increase insulin resistance.

    Sir Harold Himsworth (1905–93) was a renown medical doctor and researcher. He was appointed Professor of Medicine at the University of London in 1939. He is best known for his work on diabetes although he had many other interests including the effects of radiation, tropical medicine and epidemiology.

    Himsworth presented a paper in 1935, "showing the different diets eaten by different races, nations and social classes throughout the world and a close correlation has been demonstrated between dietary preference and the incidence of diabetes mellitus. [...] A high proportion of carbohydrate and low proportion of fat were found in all cases to be associated with low diabetic incidence, whilst a low proportion of carbohydrate and a high proportion of fat were associated with a high incidence."

    Read more ⇒

  • The PURE Study Myths

    Dr James Muecke is the Australian of the Year in 2020 which was awarded for his work as an eye-surgeon and his work in preventing blindness.

    Muecke believes that we should be eating more eggs, cheese, meat and dark chocolate to minimise diabetes, its associated blindness (diabetic retinopathy) and diabetic neuropathy. Peripheral diabetic neuropathy is nerve damage of the limbs that is caused by diabetes. 50% of adults with type 2 diabetes have peripheral neuropathy. It can result in pain, numbness and an increase in sensitivity. Diabetes account for more than 80% of amputations.

    Muecke cites the PURE Study to justify his low-carbohydrate, high-fat, animal-based diet.

    The PURE Study is an observational study in 27 countries that examined 225,000 people. The study period is 20 years.

    Read more ⇒

  • Zinc, Selenium and the Immune System

    Zinc and selenium are important micronutrients required for the immune system to function effectively along with vitamins A, C, E, B6, B12, C, D, E and folic acid and the trace elements iron and copper.

    Both insufficient and excessive intakes of zinc and selenium can have negative consequences on the immune status.

    For the majority of people, low selenium intake is not a major issue. Whole-grains provide provide a more than adequate supply for vegans.

    A serum selenium test shows a short-term status of selenium whilst red blood cell selenium reflects a long-term status.

    Before consuming large amounts of selenium in foods or supplements, it is important to know the true status of your selenium.

    Read more ⇒


1 2 3 15

Search

Search Help

WHO’s Recommendations

WHO's recommendations on saturated fat are out of date, expert team says.
However, the study has been funded by the dairy and beef industries.
Discover how industry-funded research is deceiving the public.