Potential Benefits of Dark Chocolate for Liver Disease and Strokes

dark-chocolate

Now you know I never pass up an opportunity to extol the benefits of chocolate whether emotional or physical and here is some diverting news of two potential new medical benefits that could see your doctor reaching for the prescription pad and sending you off to the sweetshop rather than the pharmacy.

First, this is good news for anyone suffering from liver cirrhosis and from dangerously high blood pressure in their abdomen, according to new research presented at the Annual Meeting of the European Association for the Study of Liver in Vienna, Austria. Cirrhosis is scarring of the liver as a result of long-term, continuous damage to the liver. In cirrhosis, circulation in the liver is damaged by oxidative stress and reduced antioxidant systems. After eating, blood pressure in the abdominal veins usually increases due to increased blood flow to the liver. This is particularly dangerous and damaging to cirrhotic patients as they already have increased blood pressure in the liver and elsewhere which, if severe, can cause blood vessel rupture.

According to new Spanish research, eating dark chocolate reduces damage to the blood vessels of cirrhotic patients and also lowers blood pressure in the liver. This can help to minimise the onset and impact of end stage liver disease and its associated mortality risks. Milk or white chocolate won’t do the trick as it is only dark chocolate that contains potent anti-oxidants which reduce the after-eating blood pressure in the liver that is associated with damaged liver blood vessels. Other forms of chocolate do not contain any of the beneficial phytochemicals and so can’t give you the same result.

I also applaud Professor Mark Thursz, MD FRCP, Professor of Hepatology, at Imperial College London who said when commenting on the new research: “As well as advanced technologies and high science, it is important to explore the potential of alternative sources which can contribute to the overall wellbeing of a patient.” A sentence that is music to the ears of all those who want to marry orthodox and alternative methods and you get to eat chocolate too.

Secondly, researchers at Johns Hopkins University School of Medicine have discovered that epicatechin, a compound in dark chocolate, may protect the brain after a stroke by increasing cellular signals already known to shield nerve cells from damage. The study suggests that epicatechin stimulates two previously well-established pathways known to shield nerve cells in the brain from damage. When the stroke hits, the brain is ready to protect itself because these pathways — Nrf2 and heme oxygenase 1 — are activated.

This research was carried out on mice, not humans, and while most treatments against stroke in humans have to be given within a two- to three-hour time window to be effective, epicatechin appeared to limit further neuronal damage when given to the animals 3.5 hours after a stroke.

I don’t have liver problems, or had a stroke, but have always believed in prevention rather than cure so will add a daily supplement of 85% minimum cocoa content chocolate to my current regime – just to be on the safe side – and you may want to do the same!

Potential Benefits of Dark Chocolate for Liver Disease and Strokes
Now you know I never pass up an opportunity to extol the benefits of chocolate whether emotional or physical and here is some diverting news of two potential new medical benefit that could see your doctor reaching for the prescription pad and sending you off to the sweetshop rather than the pharmacy.
First, this is good news for anyone suffering from liver cirrhosis and from dangerously high blood pressure in their abdomen, according to new research presented at the Annual Meeting of the European Association for the Study of Liver in Vienna, Austria.    Cirrhosis is scarring of the liver as a result of long-term, continuous damage to the liver. In cirrhosis, circulation in the liver is damaged by oxidative stress and reduced antioxidant systems. After eating, blood pressure in the abdominal veins usually increases due to increased blood flow to the liver. This is particularly dangerous and damaging to cirrhotic patients as they already have increased blood pressure in the liver and elsewhere which, if severe, can cause blood vessel rupture.
According to new Spanish research, eating dark chocolate reduces damage to the blood vessels of cirrhotic patients and also lowers blood pressure in the liver. This can help to minimise the onset and impact of end stage liver disease and its associated mortality risks.  Milk or white chocolate won’t do the trick as it is only dark chocolate that contains potent anti-oxidants which reduce the after-eating blood pressure in the liver that is associated with damaged liver blood vessels.   Other forms of chocolate do not contain any of the beneficial phytochemicals and so can’t give you the same result.
I also applaud Professor Mark Thursz, MD FRCP, Professor of Hepatology, at Imperial College London who said when commenting on the new research: “As well as advanced technologies and high science, it is important to explore the potential of alternative sources which can contribute to the overall wellbeing of a patient.”  A sentence that is music to the ears of all those who want to marry orthodox and alternative methods and you get to eat chocolate too.
Secondly, researchers at Johns Hopkins University School of Medicine have discovered that epicatechin, a compound in dark chocolate, may protect the brain after a stroke by increasing cellular signals already known to shield nerve cells from damage.    The study suggests that epicatechin stimulates two previously well-established pathways known to shield nerve cells in the brain from damage.  When the stroke hits, the brain is ready to protect itself because these pathways — Nrf2 and heme oxygenase 1 — are activated.
This research was carried out on mice, not humans, and while most treatments against stroke in humans have to be given within a two- to three-hour time window to be effective, epicatechin appeared to limit further neuronal damage when given to the animals 3.5 hours after a stroke.
I don’t have liver problems, or had a stroke, but have always believed in prevention rather than cure so will add a daily supplement of 85% minimum cocoa content chocolate to my current regime – just to be on the safe side – and you may want to do the same!

Blue Honeysuckle – The latest craze?

blue-honeysuckle

The natural health world never stands still; in fact it is always out there searching for the next big craze. This time around it looks to be a Russian plant that was first reported on late last year in the journal Molecules, and in other research papers since. It’s remarkable because it produces blue honeysuckle berries that not only taste good but have a host of health benefits too, Gardeners might like to know it’s botanical name which is Lonicera caerulea, and the fruits tastes like a hybrid of blackberry and blueberry and are very high in vitamin C and bioactive flavonoids.

When analysed the berries were found to have antioxidant, anti-platelet, and wound healing abilities and several valuable flavonoids as well. Particularly important is epicatechin which has a role to play in the prevention of some of the largest causes of death, including cancer, strokes and heart failure. This is closely followed by rutin, which is valued for its ability to fight cancer, help keep skin younger and reduce inflammation.

Free radical damage is what the flavonoid quercetin is able to reduce and help to prevent damage to our cellular structure. This means it can keep our hearts healthy and help maintain the health of our lungs and respiratory system. Combats cancer, alleviates bruising and varicose veins, enhances cardiovascular health, prevents oxidation of cholesterol, and also can improve both lung health and respiration.

These are just some of the flavonoids that have been identified in blue honeysuckle and others have been shown by researchers to fight free radicals, have powerful antioxidant qualities, regularise blood pressure and support the nervous system. There is even more, as a recent study using the dried fruit was shown to be effective against intestinal parasites in conditions like E. Coli, Streptococcus and Candida.

All this, and they apparently taste good too. Sounds like a definite winner to add to your morning muesli or as a healthy snack. They are available in the USA, and the dried form can be bought online but I haven’t seen any of the actual fruits in the UK yet. Do let me know if you come across them because planting a bush and harvesting your own fruit will require some patience as it takes around four years.