Environmental health

5G safety concerns

5G Safety Concerns

As a health care provider, I have been an active advocate for reducing exposure to wifi devices and mobile phones for many years, and have closely followed the research into the various potential health impacts of this technology. You can see other articles I have written and my webinar for more detailed back ground information on this topic. As it is a constantly changing landscape with new technology coming onto the market all the time, it is time to write an update, particularly on the 5G network and related technology...

Of recent concern, is the imminent launch of the new 5G technology, which is being promoted as the vehicle that will deliver faster wireless speeds for mobile and internet users and will also spur new innovation for internet-connected devices. The internet-of-all-things (IOT) encompasses the new technological vision of a whole swathe of internet connected devices from self driving cars to smart devices and that is fast becoming a reality across the globe.

The new 5G network that is starting to be rolled out across many different countries will be substantially different than the existing 4G networks. This new technology employs waves of  different electromagnetic frequencies  - using a bandwidth of between 24-100 GHz, compared to 3-6GHz used in the current 4G network.

These smaller waves, know as millimeter-wave frequencies are more easily blocked by objects in the environment, such as trees and buildings, which necessitates erecting many small 'cell towers' around 100-500 metres apart to support the network. This means that dozens of these mini cell towers will likely be installed in your neighbourhood. Aside from been unsightly, these devices will continually emit millimetre wave frequencies and bathe neighbourhoods in radiation 24/7. Plans are also underway to install satellite cell towers in space that transit 5G technology, meaning that virtually no place on earth will be free from the impact of these unproven and potentially hazardous frequencies. Moreover, the delicate electromagnetic frequency of the earth, also known as Schumann resonances, may be influenced by this technology with unknown consequences on human and other biological life forms that have evolved on earth alongside this particular frequency and phenomenon.

Scientific literature has found that ambient electromagnetic fluctuations on the planet, such as geomagnetic activity, may affect the physiology and behaviour of  humans and other species. In particular the heart, brain and nervous system are highly sensitive to EMF. Research has found that EMF both from man-made and natural sources, can cause disruption to cardiac function and melatonin output by the pineal gland.* Adding a new frequency into the earth's atmosphere and locally on the ground with this new 5G infrastructure, it is impossible to predict the possible changes in life rhythms and biological functioning of different species on the planet, particularly at a time when we are already facing unknown consequences from imminent and rapid changes in climate conditions.

Scientists, doctors, allied health professionals and environmental experts from all over the world have banded together to express concern for this unprecedented change to the environment and potential human health impacts, with the 5G Space Appeal.  Research has conclusively shown that electromagnetic frequencies affect living organisms at levels well below most international guidelines, causing increased cancer risk, cellular stress, increases in free radicals, genetic damage, autoimmune disease, changes to the reproductive system, infertility, learning and memory deficits, cardiovascular and heart arrhythmias, neurological disorders, as well as disrupting the circadian rhythm of diverse life forms. The 5G technology and its high-frequency waves are absorbed into the skin and reach deeper into the body with sweat ducts potentially acting as antennas*. While some authorities argue that it is only a transient and surface penetration, my concern is the sheer magnitude and volume of the 5G tower network, that has the potential to be far a more pervasive and persistent exposure on the human body, than the current 4G technology. After all, 5G frequencies are already used in military protocols in the world's major defence departments as an effective non-lethal crowd control device known as the Active Denial System. The heating of the skin that these frequencies cause, creates an intolerable burning sensation that causes people to panic and flee.

Electrohypersensitivity syndrome(EHS) is now a known condition recognised by the WHO, diagnosed when people develop a range of health issues connected to exposure to electrical and electromagnetic frequencies. These individuals find it increasingly difficult to live in the modern wireless world and suffer from headaches, brain fog, heart palpitations, unexplained fevers, extreme fatigue, immune disorders and pain syndromes. Magda Havas PhD is a biologist, researcher and lecturer, who estimates that around 3% of the population have severe reactions to EMFs and another 35% are potentially compromised by EMF and experience symptoms such as poor sleep, anxiety, depression, brain fog and poor concentration.  Here is one personal case study that provides a detailed account of living with EHS.  It is impossible to know or even predict the potential implications for both the health and environmental impacts of 5G technology until we start to see the issues arising post roll out. As a health professional, it is difficult to ascertain the level of exposure and the unique sensitivity of each individual to these types of technologies and EMF. Many mysterious health issues that have no clear medical diagnosis may indeed be the result of cellular changes occurring in response to these frequencies.

The regulatory body in Australia (ARPANSA) whose job is to keep the Australian public safe and informed about radiation based issues, receives money from the telecommunication industry, posing an alarming conflict of interest. Moreover, their recent media statement on 5G seems to be out of step with the mounting evidence for EMF and specific health impacts. While they state they will continue to research frequencies above 6GHz, it seems that in the meantime we will remain the guinea pigs as this technology is being rolled out before the research has proven its safety.

Also of increasing concern is the fact that telecommunication companies have been making legislative inroads into federal government jurisdictions, to fast track the rollout and effectively eliminate local councils and the public's right to protest against or reject this technology being installed in their own backyard, school, workplace or neighbourhood. Interestingly, government documents on this issue seem to be largely concerned with safety of information and security of data rather than addressing health concerns and public safety.

It is time to get involved and help stop this new technology from being rolled out before it is proven to be safe for human and other life forms!

Sign the Australian petition to have your say....

And the 5G Space Appeal 

YouTube Preview Image

Let's research and employ safety standards for human and environmental health first before rolling this new technology out!

 

 

* References for further reading:
  • https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2656447/#!po=9.37500
  • https://www.tandfonline.com/doi/abs/10.3109/00207459108985440
  • http://www.spirit-science.fr/ArchivesScientifiques/2001cherry-schumann-resonances.pdf
  • https://www.ncbi.nlm.nih.gov/pubmed/29459303
  • https://principia-scientific.org/study-human-sweat-ducts-act-as-antennas-for-5g-radiation/

Seasonal Eating

Seasonal Eating

In years gone by, eating according to the seasons used to be a given. People wouldn't have talked about seasonal eating, because there was no alternative! 

Nowadays, we can access food grown right across the globe, all year round. As such, much of what we eat is often out of season. Aside from the environmental cost of food miles, it is important to know that our bodies have always lived close to nature and the seasons and may well do better on the foods grown locally, than the ones that come from another country, hemisphere or the opposite season. Many folk medicine traditions also recommend that locally grown herbs and weeds are often the best medicine for the local population, like some kind of reciprocal nature agreement!

​​​​​​The other advantage of seasonal eating is that it is fresher, more nutritious and often cheaper to buy food that is in season, especially organic produce. When there is an abundance of the in season fruits and vegetables, it drives the prices down and makes them more affordable and easier to source.

When are disconnected from nature and the cycles of the earth, we often have no idea what food is in season and when. If you ask the average person when asparagus or cherries are in season, they might not know as these foods, which used to be available only with a short season, are now imported and seem to be around for most of the year. To keep food fresh and able to survive the long travelling distance has lead to genetic variations being developed that might make a food hardier and easier to transport, but less flavoursome and nutritious. Moreover, often chemicals are added to the produce to delay the deterioration, which isn't always the best or healthiest option either.

So although there can be quite significant geographical differences in locally grown produce across the vast country of Australia, the following list highlights foods that are readily available and in season during different seasons for most of Australia.

Experiment with vegetables or fruits that you maybe haven't tried before and try some new recipes!  A wide variety of plant foods means more of the powerful phytonutrients (healthy plant based goodies!) that our bodies love. Having actions that can include anticancer, antioxidant, antimicrobial and anti ageing - fresh seasonal vegetables and fruits can be medicine in our meals!

Download this handy seasonal food guide

 

 

Slow Cooked Kangaroo

Slow Cooked Kangaroo with Fig & Rosemary

 

Kangaroo is an under utilised Australian meat. For years this Australian emblem has been etched into our minds as a cute and cuddly cultural symbol. Because of this, kangaroo has remained for the most part far from our dinner plates. Meat culture in Australia follows a westernised diet of beef, lamb, pork, poultry and fish. We think nothing of consuming these animals giving little thought or consideration to the environmental impact our diets leave in their wake.

The beef industry is a major contributor to the production of methane gas, however new modelling shows that when including the carbon sequestration and storage of grassland pastures, the methane production is reduced compared to grainfed beef. Regardless of the difficulty in estimating the negative impacts of agricultural practices on the environment, we can all agree that using wild caught, sustainable produce is best. Kangaroo, an alternative source of red meat, has an array of benefits on both our health and the environment. Depending on the cut of meat chosen, Kangaroo lends itself well to BBQ, stirfries, mince based dishes such as Bolognese and slow cooking such as the recipe featured below.

Features of Kangaroo Meat:

  • Highest meat source of the essential fatty acid, alpha-linoleic acid (five times higher than lamb) the beneficial conjugated linoleic acid (CLA) and also contains omega 3 fats EPA/DHA
  • High in minerals iron and zinc and B vitamins
  • All kangaroo meat harvested is wild, with the Kangaroo Industry Association of Australia implementing tough guidelines around harvesting.
  • Being a wild caught animal, it is free of antibiotics, growth hormones and other chemicals used in modern farming.
  • Kangaroo over-population (now considered to be at pest levels) caused by European settlement causes land degradation.

 

RECIPE

Serves 4-6
What You Need
  • 2 medium onions, chopped
  • 100g chopped celery (about 2 stalks)
  • 6 tablespoons extra virgin olive oil
  • 8 cloves garlic, crushed & chopped
  • 2 anchovies
  • 1 sprig of rosemary
  • 2 bay leaves
  • 1kg diced kangaroo meat
  • 2 tablespoons of besan (chickpea) flour
  • 375mL red wine
  • 500mL beef stock
  • 8-10 dried figs (stalks removed)
  • 2 tablespoons good quality balsamic vinegar
What To Do

Preheat oven to 150°C or switch on slow cooker is using

Pour 4 tablespoons of oil into large frying pan.

Fry the onions, celery, rosemary and anchovies.

Once the onions are browned and beginning to caramelize, add the garlic and figs cooking for 2-3 minutes.

Add the wine and transfer mix to a large ovenproof baking dish or slow cooker pot.

Heat remaining 2 tablespoons of oil in frying pan.

Lightly dust the kangaroo with besan flour and brown in the hot oil for 2-3 minutes

Transfer the kangaroo to the baking dish/slow cooker pot.

Heat the beef stock in the frying pan and once the stock is brought to the boil, pour over meat in the baking dish/slow cooker pot.

Cover tightly with foil and bake for 3-4 hours or in slow cooker on low for 6-7 hours.

Transfer kangaroo to plate and allow to rest.

While the meat is resting, pour the cooking liquid into a frying pan.

Add the balsamic vinegar and reduce until liquid becomes a thick sauce – add salt and pepper to taste.

Drizzle the sauce over the meat and serve with steamed or wok tossed vegetables on the side and your choice of cauliflower mash or rice/quinoa/polenta.

 

 

Recipe adapted from the Warm; Kunara Cookbook (2015)

Medicinal Honey

Medicinal Honey

Exploring Manuka Honey & Jelly Bush Honey for Health

The therapeutic use of honey can be traced as far back as early Egyptian civilizations. Despite this long traditional use, it was not until the twentieth century that honey proved its worth in scientific trials. In the past 100 years countless studies have shown manuka honey and other medicinal honeys to offer an effective treatment of coughs, sore throats, burns, wounds and ulceration with far less side effects than other topical treatments such as silver sulfadiazine.

Honey & Coughs

Honey has also been found to be equally effective as cough medicines for soothing coughs. This research paper highlights that most prescribed and over-the-counter preparations for cough in children are not effective and might carry the risk of adverse events. A single dose of honey before bedtime was shown to diminish cough and the discomfort experienced by children and their parents. And only regular honey was used in this study, so we can imagine that medicinal honey would be even better!

Honey & Wounds

Honey’s wound healing properties are attributed to osmolarity, pH, hydrogen peroxide production and nutrient content. The high osmolarity of honey draws excess fluid from the wound helping relieve inflammation. pH refers to the level of acidity and alkalinity of an environment. The low pH of honey creates an acidic environment that reduces bacterial growth and stimulates wound healing. These factors work synergistically in creating a favourable environment in the wound bed during the early stages of healing.

Manuka Honey

Not all honey is created equal.  Manuka honey comes from flower nectar of the manuka bush Leptospermum scoparium, a plant indigenous to New Zealand. Although all honey possesses generalised antibacterial activity, Manuka honey is a cut above. These unique antibacterial and antifungal properties, discovered by researchers in 1981, is what sets this honey apart from the rest. New Zealand native bees do not produce honey, however, the European honey bee was introduced to New Zealand and became the source of local medicinal honeys.

Jelly Bush Honey

Australian Jelly Bush honey also possesses similar antibacterial properties to Manuka honey. The Jelly Bush or Golden Tea Tree plant, Leptospermum polygalifolium, grows in certain areas of the coast between Kempsey and Bribie Island as well as in Far North Queensland. Tasting a lot like paperbark honey, with a strong malt taste, Jelly Bush honey is only produced in the spring when the coastal heath explodes into a shower of tiny flowers that the local bees love. Some say that Australian Jelly Bush does not crystallise as readily like its competition across the Tasman, making it superior for skin wounds that refuse to heal. The Australian Aborigines have a long history of using native bees - harvesting both honey, pollen and wax for many applications. See this article for more info.

How Medicinal Honey Works

The chemical compounds hydrogen peroxide, methylglyoxal and dihydroxyacetone give active honeys their antibacterial power. These compounds, also known as the Unique Manuka Factor (UMF) is what Manuka honey is graded on. So far researchers world wide have not been able to identify all the exact compounds in the plant that the bees harvest and are specifically responsible for the efficacy of the active honey.

Image courtesy of Dr Ben McKee, Managing Director of Capilano Honey Ltd (2018)

Methylglyoxal (MGO) has been shown to be effective against the following bacteria infamous for causing skin infections, leg ulcers and peptic ulcers:

  • Staphylococcus aureus
  • Methicillin resistant Staphylococcus aureus
  • Psuedomonas aeurginosa
  • Proteus mirabilis
  • Enterobacter cloacae
  • Helicobacter pylori

 

Grading System

Most manuka honeys use the UMF grading system. This grading system was set up by the UMF Honey Association of New Zealand (UMFHA) to ensure industry standards.  Another standard commonly referenced is the MGO level or methylglyoxal content.

Below is a conversion chart to help understand the two systems:

Image courtesy of Comvita (2018)

Active Honey Doesn’t Come Cheap!

The price of manuka honey is dependent upon the UMF or MGO rating. A higher rating denotes that the honey has a greater therapeutic effect and therefore a higher price. Because there are two grading systems, it is easy to get confused between what each means. UMF is largely thought of as the better grading system because it not only takes into account the methylglyoxal content but also the hydrogen peroxide and dioxyacetone levels. In a nutshell the higher the number, the better the honey. Active honey can range in price from $20 to $80 for a 250g jar – depending on its activity rating. I stock the Active Jelly Bush Honey in my Buderim clinic for $35 for UMF 15.

So while we need to be mindful of consuming too much sugar and honey is no different, active honeys from Manuka or Jelly Bush offer health benefits as well as a sweet taste.  Using these honeys topically on wounds, for inflammation and for a local antiseptic action on sore throats or for coughs is a great way of getting a simple natural remedy we can use at home!

 

 

lymphatic system

Lymphatic System

A key player in immunity, detoxification and overall health!

The lymphatic system is one that is regularly overlooked when it comes to health. Comprised of a complex interrelated network of vessels and lymph nodes as extensive as the cardiovascular system, the lymphatic system is vital in maintaining our life force. The lymphatic system also includes the organs of the spleen and thymus gland as well as the tonsils and adenoids – highlighting its importance in immune function as well.

The lymph and its special role in regulating an entire host of functions, has historically held great importance in cross cultural medicinal traditions. Hippocrates, the father of both western and herbal medicine, was the first ever to document what we now know as the lymphatic system in the Hippocratic treatise ‘On Glands’or Peri adenon.  Since ancient times our knowledge of the lymphatic system has deepened although much of our understanding remains the same. Hippocrates postulated that lymph glands both attracted and received fluid and that the fluid or moisture in the body caused these lymph nodes to become overfilled in times of illness and imbalance. Contrast this to our current understanding and it is clear that not much has changed. Our current understanding of the lymphatic system’s role, though much more detailed than what Hippocrates first proposed, includes fluid regulation, waste removal and filtration and immunity.

 

Fluid Return

Our lymphatic system is the little brother to our cardiovascular system. Our heart and blood vessels work hard to deliver much-needed nutrients and oxygen around our body. Due to complicated reasons, the exchange of blood that happens at our tissues results in a little more fluid being given to our cells than received back by our blood vessels. This difference in fluid is where the lymphatic system comes in. The lymphatic vessels collect this extra cellular fluid and return it to the heart via a complex network of vessels and lymph nodes.

Without a proper functioning lymphatic system, fluid accumulates resulting in swelling and oedema. In naturopathic philosophy there are certain constitutions that are more prone to lymphatic congestion. If you find you are prone to swollen lymph nodes and oedema there are certain things that can be done to support your lymphatic system.  However, please note that if you are experiencing oedema of any kind it is best to talk to your medical practitioner to rule out any serious health conditions.

As the lymphatic system is comprised of vessels that run towards the heart, for most of the time the flow of lymph is fighting against gravity. Unlike the blood vessels that are aided by the strong muscular force of the heart beat to transport blood, the lymphatic vessels rely on a more passive process of muscular contractions to help direct the flow. This is why lymphatic swelling is usually located in the lower limbs – it is hard work moving against the downward forces of gravity. Manual manipulation can be used in cases of insufficient lymph flow to support the return of fluid back to the cardiovascular system. As the lymph vessels are located superficially – quite close to the skin surface, gentle pressure is best. Ways to support the lymph flow manually include a specific type of massage, known as lymphatic drainage massage, usually perfomed by a remedial masseuse or alternatively dry skin brushing that you can do yourself.

Dry skin brushing is a traditional technique used and recommended by natural health practitioners to encourage the drainage of lymphatic vessels. It involves applying a light amount of pressure to the skin using a soft-bristled brush in long stroke motions towards the heart. (NB: we sell these dry skin brushes over the counter at Noosa Holistic Health).

Another lifestyle recommendation that has been shown to improve lymphatic flow is movement. As mentioned above, muscular contraction aids the flow of lymph, so a sedentary lifestyle can aggravate lymph congestion. Whereas engaging in mild to moderate exercise – including simple walking and yoga, causes the muscles surrounding lymph tissue to contract helping to push the lymphatic fluid towards the heart thereby promoting clearance. Rebounding, which involves bouncing on a mini trampoline, is an excellent exercise to promote lymphatic flow as the gentle movements work against gravity.

There are certain herbal remedies with an affinity for the lymphatic system and fluid balance, such as dandelion leaf, calendula, red root, violet and cleavers. Incorporating herbal teas into your diet and ensuring you are drinking enough water are gentle ways of supporting lymphatic flow. For a more tailored and therapeutic approach consulting a naturopathic physician may be more appropriate for longstanding lymphatic congestion. 

 Immunity & Toxin Clearance

Lymph nodes are bean-shaped organs situated along the lymphatic vessels. There are approximately 500 lymph nodes within our bodies ranging in size from 1mm to 4cm. Their job is to filter unwanted pathogens such as bacteria and viruses from the blood and toxins from the environment. Sometimes lymph nodes become overwhelmed from the pathogens they are trying to destroy or the toxins they are trying to clear. High levels of bacteria or viruses might get trapped in the node, but due to an insufficient immune response these pathogens are not dealt with effectively. Likewise, if we are exposed to a higher burden of pollution or toxins, there may be a localized swelling as the toxins are cleared.  Both of these issues can result in lymph node swelling. Painful lymph nodes usually occur during infection whereas lymph node swelling not associated with pain or tenderness can be a sign of certain types of cancers. In cases of chronic lymph node swelling not associated with infection, it is best to consult your doctor for further investigations.

As the lymphatic system is so intrinsically linked to our immunity it is important to not only support the flow of lymph but also the immune system when addressing lymphatic congestion. It should come as no surprise that eating foods high in antioxidants and fibre supports your immune system. When fighting infection both the immune system and the bacteria and viruses themselves can produce chemicals and toxins that promote inflammation. Antioxidants help reduce this inflammation and promote healing. Usually most people think of fibre for improving gut function and regulating bowel motions. In addition to these actions, fibre also provides our healthy gut microbes with food. About 80% of our immune system resides in our gut and is influenced by the microbes that inhabit our colon. Supporting a healthy microbiome (the collective term for our friendly inhabitants) also supports a healthy immune system.

Given our current lives, most of us do not get enough sunlight to support the production of vitamin D. Vitamin D plays an important role in regulating our immune system and there are other important health benefits from exposure to natural sun light and full spectrum light. An article detailing the importance of sunlight exposure and vitamin D can be found here.

So all in all, a healthy diet, fresh air, regular exercise and keeping hydrated with pure water, will go a long way to support our lymphatic system – one of our most important, but often overlooked pathways of detoxification and immune function. If extra support could be beneficial for you to promote specific aspects of immunity or detoxification, then consider a tailored approach of herbs and nutrients to optimise your lymphatic system by seeing Karen for an appointment.

 

 

 

Natural Sunscreen

Natural Sunscreen

sozAustralia, despite being the lucky country in so many ways, is unlucky when it comes to sun radiation. The hole in the ozone layer (what protects the earth from much of the sun’s rays) unfortunately stretches along much of the eastern coast of our sun-drenched country. This coupled with high temperatures and the outdoor lifestyle so many of us enjoy has resulted in a staggering 750,000 people treated for non-melanoma skin cancer each year.

While adequate sun exposure has a host of benefits for human health, including production of vitamin D, overexposure can lead to damage and negative health impacts. As in all things, getting the right amount for our skin type, for the climate we live in and current season is the key.  Avoiding the sun is not good for our health and, likewise, getting too much is also not optimal.  I find that many of my patients are fearful of skin cancer and actively avoid the sun and as a consequence suffer health issues from insufficient sun exposure.  You may wish to check out my other article on vitamin D to learn how much sun is enough for your skin type.

Sun radiation comes in the form of ultra-violet-A (UVA) and ultra-violet-B waves (UVB). Despite both of these waves associated with skin cancers, UVB waves are generally thought of as the most damaging to the skin. In order to protect your skin against radiation damage when we are exposed to extended periods of time in the sun, sunscreen in some shape or form is a must. sunscreen differencesUnfortunately most of the sunscreens on the market protect your skin at a price. Chemical based sunscreens work on different UV spectrums and are often combined to get a stronger effect and generally require a chemical reaction in the body to block impact of the UV rays.  Active chemicals (meaning they protect against UV rays) commonly found in sunscreens have been shown to have negative impacts on our health. Some such as the common oxybenzone and oxtinoxate have been shown to be endocrine disruptors and can effect sex and thyroid hormones in human and animal studies. Other people develop skin sensitivities to sunscreen, and some skin specialists recommend natural based sunscreens as a better tolerated alternative.

If you are after more in depth information regarding sunscreen and its constituents and health implications check out the Environmental Working Group’s overview  here.

There is less incidence of adverse reactions from mineral based sunscreens such as zinc and titanium dioxide. These are known as physical block outs, because they provide a mineral based or physical layer on the surface of the skin that prevents UV light and is not absorbed into the skin. Use of these mineral-based sunscreens offer a safer alternative to the chemical based oxybenzone and oxtinoxate types.

sunDWhen examining sunscreen we use the common standard of SPF rating. SPF stands for Sun Protection Factor and it is a measure of a sunscreen's ability to prevent UV radiation from damaging the skin.  For example if it takes 10 minutes for your unprotected skin to start turning red, using an SPF 15 sunscreen in theory will prevent the skin reddening 15 times longer – which would equate to 150 minutes – or 2.5 hours. SPF does not equal the amount of protection per se, but rather indicates how long will it take for the skin to redden when a particular product is applied, as compared to unprotected skin.

 

Aside from natural mineral based sunscreens, there are a range of other food and plant based oils and substances that serve as mild natural sunscreeens due to their carotenoids and natural pigments. Even plain coconut oil or sesame oil has a mild ability to screen UV rays and protect the skin. See chart below for an overview of different sunscreen agents and benefits.

Table

 

rasoilThe very pigments that make blueberries blue and raspberries red protect those berries from oxidative damage from the sun. Plants have adapted to create inbuilt defence mechanisms to prevent free radical damage, and thus we can utilise some of the natural chemicals that these plants make, to protect our skin from the negative effects from the sun. Like any natural product there can be variability between batches and quality of the oil and due to different weather patterns and seasons the amount of carotenoids and actives contained in the oils may vary influencing the SPF potential. As such, I do not advocate using these oils in isolation or as a substitute to more reliable sunscreens when you do need good protection.

Making your own sunscreen is another possibility and ensuring it also has some zinc oxide in it can boost the UV protection considerably.  I found this recipe for a natural homemade sunscreen and have adapted it.  Get the recipe here.

 

 

References:

Korać RR, Khambholja KM. Potential of herbs in skin protection from ultraviolet radiation. Pharmacognosy Reviews. 2011;5(10):164-173. doi:10.4103/0973-7847.91114.

Oomah, B.D., Ladet, S., Godfrey, D.V., Liang, J., & Girard, B. (2000). Characteristics of raspberry (rubus idaeus L.) seed oil. Food Chemistry, 69;1, 187-193, S0308-8146(99)00260-5.

Kostyuk V - Natural Substances for Prevention of Skin Photoaging: Screening Systems in the Development of Sunscreen and Rejuvenation Cosmetics. https://www.ncbi.nlm.nih.gov/pubmed/28661208

Kaur, C.D., Saraf, S. (2010). In vitro sun protection factor determination of herbal oils used in cosmetics. Pharmacognosy Research, 2(1), 22-25, 10.4103/0974-8490.60586

 

Food Cravings and Instinctive Eating

Exploring the science behind food cravings...

Kale please, Mum!

Kale - rich in nutrients like vitamin K, vitamin C, vitamin A, manganese, calcium, iron, magnesium and B vitamins.... just what a sick body needs for a boost!

Kale - rich in nutrients like vitamin K, vitamin C, vitamin A, manganese, calcium, iron, magnesium and B vitamins.... just what a sick body needs for a boost!

After my son requested a bowl of kale (with lots of butter, please!) when he was recently sick, it got me thinking about the science behind instinctive eating. Hidden in our intelligent body are mechanisms that initiate cravings for certain foods that our body needs. But judging by the way most people eat, I think we have lost the art for healthy instinctive eating.

I am always fascinated how animals are so instinctive with their food choices - and yet humans seem to need to google for advice about what foods are good for them or maybe they come see a nutritional health professional like me!

So what went wrong?  When did we humans stray so far from our innate intelligence about what is good for us to eat? Most cravings we experience now are for the addictive substances like caffeine and sugar! While we all know the damaging effects of too much sugar, the cravings for sugar have do a biological drive behind them. Those hardwired desires for sugar, meant we ate sweet foods when they were available seasonally and they kept us alive and ensured our survival through the lean winters of bygone eras. Unfortunately we have gone overboard on this front as modern life allows us to eat whatever we want, whenever we want. We are no longer at the mercy of nature to provide our food - we are indeed spoilt for choice!

food habits over time

The change from eating close to nature towards modern food processing has resulted in chronically unhealthy humans.

I think the superpower that created us all those years ago, clearly didn't predict a time when we would be so disconnected from nature and our food supply. The clever system that allowed humans to flourish throughout history with all sorts of hardships, does not seem so clever now when we look at how we have ended up the fattest and most chronically unhealthy species. We were smart enough to develop agricultural methods of growing grains and crops, domesticating animals and eventually creating modern food manufacturing methods of processing and preserving. Clever on the one hand, yes, but our genetics unfortunately takes thousands of years to catch up with a changing landscape, not hundreds of years!  So we are now at the mercy of a very different food and eating landscape than we were designed for, and where our fine tuned instincts for certain foods have gone been hijacked by the drive for sugar!

Food brings with it not only sustenance but also pleasure. Everyone has experienced the multilayered sensory pleasure of a delicious meal. Modern neuroscience has now started to uncover some of the underlying mechanisms of associated brain changes that come with eating for both pleasure and health benefits. Overall, the accumulated evidence shows that the innate pleasure evoked by tasty food is remarkably similar to that of other rewards. This suggests that an innate pleasure system exists for humans, and is activated when we engage with food, sex, social and other higher-order rewards. So indeed, we are hard wired to seek pleasure as well as survival. Food is thus not only highly pleasurable but also an excellent way of learning fundamental principles of brain function.
pica

Pica is the craving for 'unnatural' food choices such as dirt, that may herald a mineral deficiency as dirt is rich in minerals that the body may need.

Instinctive eating - essentially means eating what our innate intelligence determines to be good for us. We are all born with the ability, much like other animals, to select appropriate food for our requirements. For example, a craving for bananas may show you are lacking potassium, while a craving for green leafy veggies may indicate you need more magnesium. The term 'pica' is used to define mineral deficiencies (often iron) that results in people eating strange things - such as dirt, rocks or ice. Most commonly seen in pregnant women and young children who have a high need for nutrients, pica is the most researched nutrient craving issue. Studies observe that individuals with symptoms of pica often have low iron, zinc or calcium levels. Supplementing with the lacking nutrients can reduce the pica behaviour in many cases. Craving for salt is also more common in those individuals who have low salt levels, so the wisdom of the body to correct the deficiency is obvious.

There is more evidence to suggest that, unlike hunger, for many of us cravings are largely about what your brain wants, rather than what your body actually needs.
Studies suggest that chocolate craving, especially among women, may result from a sense of deprivation or in reaction to stress, hormonal fluctuation and modulation of neuropeptide concentrations. The theory behind craving carbohydrates in order to make us feel happy, results from some observations that diet can modulate the serotonin system in the brain, which is linked to mood.
stressed

Emotional eating is a problem that can be explained by modern brain science.

Evidence also shows that our need to eat certain foods (often unhealthy types) is sometimes driven by emotions. Many people are "emotional eaters" and tend to eat for reasons that are driven by emotions and have nothing to do with being hungry or needing a nutrient. People who craved foods were shown in studies to more likely to be bored or anxious or have experienced a depressed mood immediately before cravings. Several brain imaging studies have shown that overconsumption of certain foods creates the same changes in the dopamine receptors of the human brain as alcohol and other addictive substances.

So all in all, we do not fully understand what is happening in our brains when we crave or consume certain foods. It is definitely a vastly complex process and is attenuated by many different cues coming from social and cultural inputs as much as nutritional drivers. For example, most celebrations have particular foods that are so strongly associated together that we barely question it.  What is a birthday celebration without the birthday cake?

The one thing that is worth taking home is to pay more attention! Try to differentiate when the craving is just coming from an old habit or an emotional driver and see if you can notice cravings for healthy choices that might still be available to you.  Tune in first, before you eat and see what your body really wants! If you find you are really stuck on an underlying pattern with your eating habits or food choices, remember that there is a lot we can do (such as mind/body techniques like Psych K) to help remove the block and give you more freedom around food, so consider coming in and getting extra help!  

Buon appetito!

Natural Anti-Ageing Strategies

Natural Anti-Ageing Strategies

Understanding the basis of human ageing is an area of medical research that is growing rapidly.  Age is the most important risk factor for most of the common diseases that we face as we age.  As such, to help slow the course of ageing is one of the great biomedical challenges in our modern times. Following on from this, there has been a lot of attention in recent years on a range of nutrients that can promote health and prevent ageing. So let’s look at the theories of ageing and some of the new darlings of the nutrient world touted to help prevent or slow down ageing.

There are many theories that expound on the process of ageing and even more theories on how to prevent this process. Essentially most researchers agree that ageing starts with molecular or DNA damage. This damage then leads to cell, tissue and eventually organ dysfunction and disease. The best known and most long standing argument for ageing is the free radical theory. Free radicals, also known as ROS (reactive oxygen species), create havoc in the cells and tissues of the body and cause DNA damage and inflammation. Antioxidants are what the body uses to neutralise or scavenge the ROS and thereby repairing or protecting the body from damage.

Mitochondrial function is one area that is now leading the race in new theories and understanding of ageing. The mitochondria influence or regulate a number of key aspects of ageing. These include cellular senescence (when cells stop replicating and become dormant), chronic inflammation and the age-dependent decline in stem cell activity.

mitoMitochondria are like miniature organs that exist in almost all cells of mammals. The mitochondria are essentially like small batteries that are responsible for producing energy in the cell. Dysfunction in the mitochondria is thought to be one of the reasons that we age. The mitochondria itself, during its processes of energy production also produces ROS.  New understanding of how mitochrondria function has created a plethora of health strategies directed at improving mitochondrial quality and function to have far-reaching beneficial effects.

In adults, tissue homeostasis is highly dependent on stem cell (SC) function. These adult SCs are not only essential in continuously-proliferating tissues, like the blood, intestinal and skin systems, but also involved in more dormant tissues, such as skeletal muscle and brain that undergo regeneration only after damage or exposure to disease. Ageing is accompanied by a decline in adult SC function, termed SC senescence, which leads to loss of tissue function and the capacity for regeneration.

So let’s now look at some novel ways that have been shown in research to slow down the ageing process – including specific eating patterns, nutritional supplements and exercise.

The Hidden Benefits of Exercise

pushupIn ageing, skeletal muscle mass decreases from mid-life onwards at the rate of about 1% per year. Along with this loss of mass in our muscles, is a reduction in mitochondrial function. Similarly, muscle strength is also seen to fall with age. However, it can be hard to attribute these changes to ageing per se, as inactivity often accompanies older age groups and will contribute to this functional decline as well. Studies that compare active groups versus sedentary groups always show a much greater deterioration in mitochondrial function in the sedentary groups. It is interesting to ponder whether the deterioration leads to loss in energy production and then levels of fatigue increase which leads to further sedentary behavior.

In any case, we now know that staying active as you get older is an essential component of preventative health and can boost your mitochondrial function. Physical exercise acts to tune up our existing mitochondria but it also has been shown to stimulate the production of new ones, a phenomenon known as mitochondrial biogenesis. This has been best observed in muscle cells -  studies finding the muscles of endurance athletes house very high concentrations of mitochondria. Endurance exercise also stimulates increased ROS scavenging despite the fact that increased exercise can cause some increases in ROS production.

When looking at exercise and ageing, the great news is you don’t have to be a super fit marathon runner to grow new mitochondria. Simply engaging in consistent, regular aerobic activity stimulates your muscle cells to make this adaptation to increased energy demands.

runningHigh intensity interval training, commonly known as HIIT, is by far the best exercise for supporting mitochondrial health and resilience. For many years we have been told to exercise for at least 30-60 minutes to get the benefits but new evidence shows that we can gain the same benefits from HIIT as we do from endurance type training. HIIT training involves low to moderate training (such as walking) with short 30 second bursts of high intensity output (such as running as fast as you can) followed by rest/low intensity.  HIIT has been shown to be much more efficient at promoting fat burning and has numerous benefits on mitochondrial function. HIIT also promotes nitric oxide to be released which keeps the cardiovascular system healthy and lowers the blood pressure.

Eat Less, Live Longer

Calorie restriction (eating less food) is an intervention for which the greatest evidence exists for slowing ageing. It was initially thought that calorie restriction would lead to lowered basal metabolic rate (BMR) and in turn decrease ROS production. However, calorie restriction actually can lead to an increased BMR by triggering mitochondrial biogenesis – a process whereby the mass of the mitochondria increases along with energy production and ROS. However, despite this, the ability to scavenge ROS also increases.

dinnerSome of the oldest living cultures have low calorie intake diets and it seems that restricting food, in the form of a mild fast, initiates a whole cascade of beneficial effects on the body. On the back of mounting evidence, intermittent fasting and calorie restriction have become popular methods to improve long term health and slow down ageing. There are two main methods the 5:2 method and the 8 hour eating pattern. The 5:2 diet stipulates eating normally for 5 days and then a 2 day calorie restriction of around 500-600 calories. With the 8 hour method, food intake is limited to an eight hour window each day to increase the overnight fasting state. Both of these methods can promote weight loss and tend to have favourable impacts on cell function and repair, gene expression, insulin sensitivity, inflammation markers and can potentially reduce the risk of cancer. The main thing to still focus on with either of these diets is to remember that you are withholding calories and not nutrients. So if you focus on nutrient dense foods, you can do very well on these diets.

Supplements For Longevity

supplementsWhile eating a diet rich in whole foods is the most important health foundation stone, we can enhance the effect of this by supplementing with key nutrients that can really pack a bigger punch on our body function. Many of these nutrients highlighted below will be ingested as part of a whole food diet, but only in small amounts. Supplements can hone in on areas we need specific support with or boost particular functions we are aiming for.

  • Resveratrol –is a type of natural phenol, and is generally classified as a phytoalexin which is a compound produced by a plant in response to injury or stress. Resveratrol acts as an antioxidant and helps to reduce inflammation. Research has found small benefits of this compound on brain function and cardiovascular health.  Not a lot of strong evidence exists so far on other conditions such as cancer and diabetes but research is continuing.
    • Sources: grapes, berries, red wine, Japanese Knotweed (herb) and Pine trees
    • Average amount in red wine is 4.7mg/litre whereas supplements contain far greater amounts.
    • Japanese Knotweed contains a form of resveratrol known as Trans-resveratrol and this chemical form is best absorbed and utilized by the body. While red grapes are high in resveratrol, it must be converted into trans-resveratrol in the body.
  • blueberriesPterostilbene – similar to resveratrol, pterostilbene is actually a dimethylated derivative of resveratrol. This particular molecule gives it the advantage of better availability and stronger antioxidant potential. While it is still in the early stages of research, it appears to be particularly good for cognition and brain function and reducing blood sugar and blood pressure.
    • Sources: Blueberries (yum!), almonds, grape leaves (think dolmades).

 

  • Vitamin C – one of the most important nutrients for literally thousands of processes in the body, good old vitamin C can often be overlooked. It is probably one of the supplements I prescribe the most, because it is so needed and can be hard to get in sufficient quantities.  It is so important, I have previously written a whole post on it – which you can find here.
    • Vitamin C offers specific anti-ageing support by stimulating collagen production for ageing skin and generally lowers free radical damage to mitochondria to boost energy and wellbeing.
    • Best Sources:  most fruits and vegetables – particularly wild berries, kakadu plum, rosehip, acerola cherry, guava, parsley, citrus, capsicum, tomatoes.
  • energyCo-enzyme Q10 – aka ubiquinol. One of my favourite supplements for energy and general health, CoQ10 acts as a potent antioxidant and can support energy production in the cell. It is a naturally occurring fat soluble substance similar to a vitamin and is housed mostly in our mitochondria.  We slowly lose our capacity to make optimal levels as we get older due to our genes and mitochondria malfunctioning and this is one of the reasons why energy levels fall as we age.
    • Be wary that CoQ10 supplements can appear in either the ubidcarenone or ubiquinol form. Ubiquinol is a derivative of CoQ10 that is fully reduced and saturated with extra electrons which enhances absorption and is my preferred form to supplement with. Both CoQ10 and ubiquinol are key components in the electron transport chain, facilitating the production of energy (ATP) in redox reactions.
    • Food Sources: muscle meats - especially the heart, meat, fish, smaller amounts can also be found in nuts, seeds, vegetable oils. Supplements are the most reliable source of CoQ10.
  • eggsVitamin A – vitamin A is well known for its impact on boosting collagen production in the skin and is a popular and effective ingredient in most anti-ageing skincare regimes. Oral supplemental doses of vitamin A are also effective for a range of general parameters for the body and as an anti-oxidant.
    • Best sources: cod liver oil, butter, eggs, liver,  also the precursor beta carotene can be sourced from vegetables, but conversion may be limited in some people.
  • Vitamin B complex: The B vitamins are a synergistic group of vitamins that work together in a multitude of ways in the body to promote and maintain health. Everything from energy production, skin health, liver enzymes, and neurotransmitters to hormone production, blood sugar regulation and immunity involves some of the B vitamins. Being water soluble vitamins, we rapidly use these up and need a regular intake to maintain health and reduce the stresses of lifestyle as we age.
    • Best sources: different vitamins are found in different foods but generally they are found in eggs, meat, liver, nutritional yeast, wheat germ, nuts, seeds and grains.
  • NAD+ - Nicotinamide Adenine Dinucleotide (NAD) is a co-enzyme found in all cells and is involved with gene expression. NAD can be synthesized from diverse dietary sources, including nicotinic acid and nicotinamide (B3 vitamins) and tryptophan.
    • Another active B vitamin nicotinamide riboside (NR), is a precursor to NAD and supplements of this may boost NAD levels. The benefits of calorie restriction on metabolism discussed above and other cellular functions, such as cognition, involve NAD+ interacting with the class of genes SIRT1/3 which mediate aging and mitochondrial function.
    • Food Source: NR and NAD is also found in trace amounts in milk.

 

  • roosterHyaluronic Acid – found most abundantly in the combs of chickens (!), this compound is also synthesized. A naturally occurring component of connective tissue, skin and nerve tissue that promotes water retention, helping to lubricate the cell and keep it supple.
    • It is great for improving joint health and mobility as well as promoting better moisture retention in the skin.
    • It is mostly used in the beauty industry in topical products to promote healthier skin and reduce wrinkles.
    • Oral doses have also been studied and researchers found definite improvements in dry skin and better joint mobility after taking oral supplements of hyaluronic acid.

 

  • belly fatAlpha Lipoic Acid – Alpha lipoic acid supplements have been shown to reduce mitochondrial loss in humans and boost mitochondrial biogenesis and energy. Being both a fat & water-soluble antioxidant it can help produce cellular energy and also shift glucose into muscles and away from fat cells.
    • Alpha lipoic acid supplementation has been very well researched and found to improve a whole range of parameters important for health. In particular, it has been shown to shift body composition, burn fat, boost cognitive function, reduce dementia risk, improve glucose tolerance, lower cardiovascular risk and improve diabetes management.
    • Sources: found most abundantly in the following foods: heart, liver, kidney, spinach and broccoli

 

  • Key Amino Acids: Amino acids are small proteins that are essential for maintaining health. Some amino acids have very specific roles in the body – such as boosting neurotransmitter levels or promoting detoxification in the liver. The following are particularly well researched for their role in mitochondrial function and ageing:
  • Acetyl-L-Carnitine - Carnitine is biosynthesized from two other amino acids, methionine and lysine and acts as an antioxidant and helps regulate metabolism. Carnitine plays a key role in mitochondrial function, mood and neurotransmitter levels as well as liver enzymes.
  • L-arginine - L-arginine, is an amino acid that is the primary precursor of nitric oxide (NO)—one of several biochemical pathways that supports cardiovascular health and mitochondrial function. In addition to its protective effects on the mitochondria, L-arginine and its counterpart citrulline both stimulate NO production and exert a very powerful role on the vascular system, in particular stimulating vasodilation of the blood vessels and keeping blood pressure healthy. This vasodilatory effect of the amino acid citrulline has also shown to be good for erectile dysfunction by increasing the blood flow to the genitals.

 

A Note About Choosing Supplements

vitaminsWhen choosing supplements it is important to know about quality and synergy. Just as our body has been used to receiving complex combinations of nutrients through the diet for thousands of years, in some cases taking smaller doses of key nutrients mixed together into one supplement can dramatically improve absorption and efficacy than taking large single doses of the same nutrients. Likewise, the quality of the supplement is important to ensure you get the best effects from supplementing. Your practitioner should be able to help guide you into knowing the best supplements regime for your own requirements to help promote your health and vitality as you age.

 

 

 

Functional Testing

Functional Testing Explained

There are many different medical tests to assess how the body is functioning. Conventional medicinetesting blood utilises standard blood tests, urine tests, stool tests, scans, x-rays, MRIs and the like. However, while these tests are very useful, they often are more geared towards picking up pathology rather than dysfunction.

For determining how well a system is functioning, many tests fail to really give a true assessment of organ function unless there is a gross pathology. Functional testing is a whole different branch of medical testing that looks to assess function of different organs. Many of these tests give us a more in-depth look at what is going on behind the scenes. These tests can also pick up abnormalities before they are at the level of pathology, allowing preventative treatment plans to be developed.

Unfortunately in most cases these functional tests are not covered under medicare, so the patient has to pay for them privately.  These can vary from as low as $50 for some tests and can be as high as $500-600. Many tests are around the $100-200 mark. Obviously, functional tests are only recommended when the results gathered from the test will give very specific information that can be used to tailor an individualised treatment plan for the patient. Many of the tests are offered as simple home test kits for collecting urine, saliva, stool and blood spots however some do need blood draws from a pathology centre.

Let's take a look at some of the different functional tests available within a few body systems.

Digestion and Liver Function

Standard testing for digestive issues can include colonoscopy and gastroscopy - where scopes (camera like devices) are used to take a look at the inside of the colon or gut. These can pick up pathology such as polyps, colon cancer, inflammatory bowel disease and gastritis (inflammation and ulceration of the stomach or oesophagus). In some cases doctors will run a PCR test to look for bacteria and parasites in the stool such as blastocystis and giardia. While these tests are useful, there is a whole host of other things that can be tested that give us a really good insight into the digestive system. For example, knowing what levels of good bacteria are present is very important and assessing enzyme levels and short chain fatty acid levels can highlight underlying gut issues and dictate the best treatment strategy. A complete digestive stool test yields lots of information that can give a detailed look at gut function.

SIBO-testingBreath testing for Helicobacter pylori is a standard test now for stomach ulcers and gastritis. The lactulose SIBO breath test is also a very specific functional test to more accurately assess and diagnose the underlying cause of irritable bowel symptoms such as bloating, wind and erratic stools. Food intolerance testing can show what foods might be contributing to health issues - including digestive issues, allergies, sinusitis, eczema and asthma.  Leaky gut can be diagnosed based on the intestinal permeability test. A functional liver detoxification profile takes a look at how efficient the liver is at detoxing certain chemicals - which is far more useful than a standard liver function test which only measures liver enzyme levels - which tend to be elevated with inflammation of the liver and do not determine the cause. We often want to get a sense of how well the liver is functioning in a day to day sense, and the liver detox profile is the best test for that.

Hormones and Reproduction

Standard blood tests are useful for looking at hormone levels, but they tend to give a fairly broad understanding. For example, there are at least 4 different types of oestrogen that can be tested, some of which are more proliferative and linked to breast and endometrial cancers while others are more protective and less damaging. Standard blood tests just give the total oestrogen level and do not differentiate between the different types. Understanding the amounts of different hormones present will also potentially highlight issues with poor excretion of hormones and poor liver function and give specific treatment strategies to reduce risk of disease and treat specific issues such as heavy periods. Functional tests look at salivary levels as well as dried urine to give a more sensitive and detailed assessment of hormone status.

Genetic testing for underlying issues with folate metabolism (MTHFR) is also an important aspect of a fertility workup that Karen undertakes. Polymorphisms (defects) in the MTHFR genes can impair methylation and this has been linked to infertility and miscarriage along with certain cancers and mental health issues.  As the methylation pathway is a nutrient dependent pathway, it is one that specific nutritional supplements can improve.

Adrenals and Thyroid

saliva testThe adrenal glands modulate and support the function of every tissue, organ and gland in your body to maintain balance during stress or illness to help you heal or keep you alive. Many of the hormones produced by the adrenals are essential for good health and vitality, so if your adrenals aren’t functioning well, there can be widespread impacts. Likewise the thyroid is a highly important organ responsible for metabolism and energy in the body. Assessing full thyroid function (not just TSH levels) is important to get an accurate look at the thyroid function. Likewise, a 24 cortisol test can be a good way of assessing adrenal function, whereby salivary cortisol levels are taken 4 times during a 24 hour period to assess how the adrenal functions throughout the day. Other comprehensive dried urine hormone tests can give a lot of information about the adrenal hormones and subsequent adrenal function. For more information on adrenal health click here.

A Summary Of Functional Tests Currently Available:

  • Comprehensive Stool Analysis - this test is an excellent way of  for beneficial & dysbiotic bacteria, clostridium, candida & yeast, secretory IgA, Lactoferrin, White blood cells, Mucus, Pancreatic Elastase, pH & details of possible food digestion impairment of fats, pH testing etc)
  • Parasite testing (Blastocystis hominis, Dientamoeba fragilis, Giardia lamblia, Cryptosporidium)
  • SIBO (Small intestinal bacterial overgrowth)
  • Helicobacter pylori
  • MTHFR gene mutation tests
  • Methylation testing (Methionine, Cysteine, homocysteine, SAMe, SAH etc.)
  • Pyroluria / pyrroles test (a genetic condition linked to anxiety, depression, addictions and behavioural issues)
  • Saliva Hormone Testing (Cortisol, DHEA, oestrogens -E1, E2, E3, progesterone, androgens, testosterone, melatonin)
  • Thyroid Hormones (TSH, fT4, fT4, Reverse T3, Thyroid antibodies)
  • Nutritional Blood Profiles (Vitamin A, B1, B2, B6, B12/Folate, Vit C, Vit D, Vit E, Co-Enzyme Q10, iron studies, magnesium, calcium, iodine, selenium, copper, manganese, zinc, glutathione, omega 3 levels, etc.)
  • Urine Amino Acids profile
  • Histamine testing
  • Hair Mineral Analysis & Heavy Metal Toxicity Testing (mercury, lead, cadmium, arsenic, aluminium etc.)
  • Environmental Pollutants & Chemical Toxicity
  • Liver Detoxification Profile (Assesses Phase 1 & 2 status with chemical exposure)
  • Metabolic ‘Organic acids’ Testing (36 metabolic acids that may determine causes for fatigue, depression)
  • Urinary Hormone Steroid Profile (Includes testosterone, oestrogens, progesterone, Melatonin, Cortisol, DHEA adrenal hormones)
  • Food Sensitivity & Allergy Profiles:
    • (IgA, IgE & IgG antibodies) 
    • ALCAT food sensitivity test
    • Both food sensitivity methods can test with accuracy the immune response of the body to up to 200 foods, herbs and spices.
  • Celiac Antibody Profile and Celiac Gene Test (HLA DQ2 & HLA DQ8)
  • DNA Gene Profile Testing (Smart DNA, 23 & Me)
  • Intestinal Permeability testing
  • Zonulin testing  - for diagnosing leaky gut syndrome

 

If you would like to discuss the merits of a functional test for your specific health issues or as a simple preventative strategy to optimise your health and vitality, please contact Karen.

 

 

sun gazing

Sun Gazing

sun
Have you been told to never look at the sun?
Or that staring at the sun is bad for your eyes?

We have so many fears and phobias around the sun in modern times, that many people have come to believe that it is harmful to be exposed to the sun at all.  We slather our skin in sunscreen, cover up with clothes, wear sunglasses, stay indoors and generally avoid the sun.

Though many of us still crave the warmth and light that the sun brings, and going to the beach in summer will show you the many people who still like to sun bake, despite the dire warnings. The medical condition, seasonal affective disorder (SAD), also affects many people in northern or southern climates during the winter months when daylight hours are reduced and exposure to sunlight is very low. The lack of light has been found to reduce production of the neurotransmitter serotonin (our happy hormone) and this can create mood disorders and depression.

Well, in reality most of us are not getting sufficient exposure to the sun, not just those in extreme climates. This is most easily demonstrated by the widespread issue of vitamin D deficiency, which is evident even in warm sunny Queensland!  We require adequate exposure to sunlight to maintain our vitamin D levels, without which we experience bone loss, immune disturbances and hormonal imbalances to mention just a few issues arising from vitamin D deficiency. You can learn more about vitamin D and how much sun you need here.

Getting sunshine for vitamin D is essential for treating autoimmune disease.

But vitamin D aside, are we missing something else necessary for health by avoiding the sun? Well, yes! Exposure to the sun’s light is essential for regulating a range of important biochemical pathways. For instance, skin diseases such as psoriasis, vitiligo and eczema can be treated successfully with solar radiation (heliotherapy) or artificial UV radiation (phototherapy). UV exposure has been shown to suppress the clinical symptoms of multiple sclerosis independently of vitamin D status.

Interesting research has found that exposure to UV light generates nitric oxide. Nitric oxide has an important role in cardiovascular health, reducing blood pressure and it may also have antimicrobial effects and it can act as a mood regulating neurotransmitter. Exposure to UV light may also improve mood through the release of the feel good chemicals endorphins.[1]

Our pineal gland and melatonin output is dependent on our exposure to light and dark cycles and our adrenal gland function and cortisol output is optimised through exposure to light, promoting energy in the body. There are other solar energy theories that presuppose humans can generate energy from the sun much as solar batteries create energy from the sun and plants generate energy through photosynthesis. This was proven in NASA research on Hira Ratan Matek,  highlighted later in this article.

sunworshipHeliotherapy or sun therapy has been around in different guises and cultures for millennia. The ancient Egyptians, Aztecs, Greeks, Romans and Indians all shared a strong cultural practice of sun therapies and/or sun worship. I have heard about the practice of sun gazing for a while, but new research made me take a fresh look at it. At the International Congress of Naturopathic Medicine where I presented in Barcelona in July, I met an interesting researcher from India who was presenting new research on sun gazing. The researchers at the Pavitra Nature and Yoga Hospital showed sun gazing for 15 minutes for 2 weeks resulted in improvements in refractory error (short or long sightedness) with changes in visual acuity and discontinuation of spectacles in 25 out of 34 subjects in the case group.[2]

The reason behind these benefits may seem strange at first, but when we remember the fact that the sun provides the basis for all life on earth, it makes more sense. The sun governs our life cycles, the seasonal cycles and the day night cycle. We have evolved in close connection to nature, the earth and the seasonal cycles and the sun is a major part of this. Our biochemistry has developed strong links and benefits from sun exposure as well as important defence mechanisms to protect us from the potential damage of too much sun. There are many mechanisms that are as yet unknown in the complex interaction between the sun and human health and wellbeing.

starvingSun gazing has become something of a growing trend in many places across the world. A popular technique was developed by an Indian man, Hira Ratan Manek, (left) who claims he can survive on solar energy alone and doesn’t need to eat. Research funded by NASA looked into the phenomenon of sun gazing and studied the man. The team of medical doctors at the University of Pennsylvania observed Hira 24 hours a day, 7 days a week for 100 days. NASA confirmed that he was indeed able to survive largely on light with occasionally a small amount of buttermilk or water during this time. The sun's energy moves through the eyes and charges the hypothalamus tract and neurons and Hira's were reported to be active and not dying. Furthermore, the pineal gland was expanding and not shrinking a phenomenon unknown for someone Hira’s age.

Many advocates of sun gazing claim that the sun has the ability to generate energy in the body and also project some kind of benefical power towards manifesting higher goals and wishes.

Hira has given instructions on his technique of sun gazing and it involves other practices such as a plant food diet and earthing. To partake in the sun gazing activities, advocates recommend starting with small amounts of exposure of the eyes to the sun for just 10 seconds. Each day you increase the time by a further 10 seconds, until after a few months, you are looking at the sun for 15 minutes and slowly continuing to increase until you reach 30 mins. It is important to only look at the sun in the first hour after it rises in the morning or an hour before it sets in the evening. This will prevent any damage occurring to the eye from too much harsh light. Before embarking on any experimenting with sun gazing you should research for yourself the techniques and assess the risks and benefits for your own case.

solar-flare-closeupLastly, another interesting phenomenon of the sun’s impact on our health and wellbeing involves solar flares. Modern science has shown that solar flares have a powerful impact on life on earth for many species.  A solar flare is a sudden flash of brightness observed near the sun’s surface that involves a huge amount of energy and emissions that affect all layers of the solar atmosphere and can affect weather patterns, cause power outages and impact on technology such as radio transmission on earth. It is has also been shown that solar flares can impact on human health, particularly affecting heart rhythms, blood flow and blood pressure, sleep patterns, behaviour and mood.

So hopefully when you look at the sun next time you are out and about you may take time to consider the power and health potential of this great cosmic being!

 

[1] Juzeniene A, Moan J, Beneficial effects of UV radiation other than via vitamin D production Dermatoendocrinol. 2012 Apr 1; 4(2): 109–117.

[2] Subramanian, S. “Effect of Sun-gazing on refractive errors: a wait-list controlled trial” Pavitra Nature & Yoga Hospital, India  (presented at the 3rd Intl Congress of Naturopathic Medicine”)

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