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Friday, 28 December 2018

Here Is What’s Wrong With Processed Meats!

The New York Times has taken on the processed meat industry in an article featuring studies that show a possible link between processed meats and the risk for cancer. Be it turkey, beef, pork or any version of it, such as jerky and sausage, processed meats even in small amounts may increase your risk for colorectal cancer by 4 percent, the Times points out.

meats

Stomach and breast cancers may also be linked to processed meat consumption, the article adds. Additionally, the Times warns that labels don’t always tell the whole truth when they claim to be “natural” with “no artificial preservatives.”
Could it be that major media is waking up to the fact that not all foods are created equal when you’re comparing fresh, whole REAL foods to the processed ones rolling off production lines? It’s interesting that this article would specifically address added nitrites and nitrates, as this is something I discuss often in my own articles.
It’s not that nitrates are all bad for you — nitrate-rich plant foods are a valuable part of your diet as they help promote heart health. Meanwhile, the nitrates in cured and processed meats such as bacon and hotdogs are known to be carcinogenic.
So, what’s the deal? Why are plant-based nitrates healthy and animal-based nitrates harmful? The answer to that question has to do with biochemistry — how the nitrates are processed in your body based on cofactors found in their source.
But going a step further, I sincerely hope that the Times will also take a look at a nonfood “food” that’s hit U.S. markets, and that is fake meat created with nonmeat products. Called the Impossible Burger, it is made up of a mix of wheat, coconut oil, potatoes and "heme," the latter of which is derived from genetically engineered (GE) yeast.
This protein is what gives the plant-based patty its meatlike look, taste and texture, and even makes the patty "bleed" when cooked.
While the meatless patties are now sold in nearly 2,000 restaurants across the U.S., questions remain about its long-term safety for human health. Friends of the Earth, an environmental activism group with an international following, has pointed out that we do not yet know enough about the health effects of eating this kind of fake meat, and that its speedy market release is foolhardy at best.
Let’s face it: We’re surrounded by threats, some of them unseen, that are putting us at risk of ill health. GMOs. Processed foods. EMFs. And that’s just the tip of the iceberg. It’s at this time that most people seek guidance to help guard against these perils and secure their well-being. Oftentimes, it seems like an impossible feat.
But here’s a secret: The most complex of tasks can become easier and simpler if you take them one step at a time. If you’re truly committed to take control of your health, then my 30-Day Resolution Guide is exactly what you need. This step-by-step plan outlines the most important strategies for achieving optimal wellness, which include:
  • The healthiest foods to eat (and when to eat them)
  • The importance of high-quality sleep (and how to get enough)
  • An innovative HIIT exercise that boosts your mitochondrial health (it only takes 4 minutes!)
And so much more!

https://blogs.mercola.com/sites/vitalvotes/archive/2018/12/28/here-is-whats-wrong-with-processed-meats.aspx

Monday, 24 December 2018

‘Brussels sprouts drug’ could treat Alzheimer’s

‘Brussels sprouts drug’ could treat Alzheimer’s: Supercharging vitamin A found in the Christmas vegetable may stop dementia in its tracks

  • Researchers are 'moving forward' with the new medication, they claim
  • The drug harnesses retinoic acid - made when vitamin A breaks down
  • Retinoic acid maintains and regenerate nerves and brain cells   

They're not most people's favourite part of Christmas dinner but Brussels sprouts have provided the inspiration for an anti-Alzheimer's drug.
Scientists have developed a medication with 'very good potential' for stopping the breakdown of nerves and brain cells that may lead to the disease.
The drug is made up of 'supercharged' vitamin A, which is found in vegetables like sprouts and carrots.
When broken down by the body, vitamin A turns into a chemical called retinoic acid, which is crucial for the development of the nervous system.
After a two-year £250,000 project to develop vitamin A synthetically, experts hope they are one step closer to treating Alzheimer's, Parkinson's and motor neurone disease.
Brussels sprouts are a rich source of vitamin A which, when broken down by the body, turns into retinoic acid. This is vital for maintaining and regenerating nerves and brain cells. Scientists are therefore making a synthetic version of the nutrient to treat Alzheimer's disease
Brussels sprouts are a rich source of vitamin A which, when broken down by the body, turns into retinoic acid. This is vital for maintaining and regenerating nerves and brain cells. Scientists are therefore making a synthetic version of the nutrient to treat Alzheimer's disease
Researchers at Aberdeen and Durham universities have reported their progress in the ongoing research project.
'We are moving forward with a new therapeutic which could be used to help people with Alzheimer's disease,' said lead author Professor Peter McCaffery, who researches vitamin A at Aberdeen university, said.
'Our work is still at an early stage but we believe this is a positive development and the new drugs seem to protect [nerve cells].'
Retinoic acid is involved in the development of people's eyes and brains in the womb. It also continues to be important for the growth and regeneration of nerves, which control senses, movement and brain activity.
Conditions like Alzheimer's, Parkinson's and motor neurone disease can be triggered by the breakdown of these nerves, which may cause people to lose control of their muscles, disrupt and reduce brain activity, and even be fatal. 
Higher levels of retinoic acid in the body could halt nerve damage and boost the number of nerve cells, the researchers hope.
'It's obviously very important to find ways of tackling neurological conditions,' Professor McCaffery added. 'And these super versions of vitamin A are making a difference, at least in the laboratory.
'We have basically been trying to create a massively amplified version of what vitamin A already does for the body. 
'We now want to test them further and apply for the necessary patents, but I am pleased with how things have progressed since 2016.'    
The drug may also benefit ALS - or Lou Gehrig's disease - which affects the muscles of the arms, legs, mouth and respiratory system.  
The research was carried out alongside the chemical development company High Force Research. The results of their lab research will be published next year.


WHAT IS ALZHEIMER'S?

Alzheimer's disease is a progressive, degenerative disease of the brain, in which build-up of abnormal proteins causes nerve cells to die.
This disrupts the transmitters that carry messages, and causes the brain to shrink. 
More than 5 million people suffer from the disease in the US, where it is the 6th leading cause of death.
WHAT HAPPENS?
As brain cells die, the functions they provide are lost. 
That includes memory, orientation and the ability to think and reason. 
The progress of the disease is slow and gradual. 
On average, patients live five to seven years after diagnosis, but some may live for ten to 15 years.
EARLY SYMPTOMS:
  • Loss of short-term memory
  • Disorientation
  • Behavioral changes
  • Mood swings
  • Difficulties dealing with money or making a phone call 
LATER SYMPTOMS:
  • Severe memory loss, forgetting close family members, familiar objects or places
  • Becoming anxious and frustrated over inability to make sense of the world, leading to aggressive behavior 
  • Eventually lose ability to walk
  • May have problems eating 
  • The majority will eventually need 24-hour care   

https://www.dailymail.co.uk/health/article-6526883/Brussels-sprouts-drug-treat-Alzheimers.html

Friday, 21 December 2018

Scientists succeed in destroying HIV-infected cells in major breakthrough

Is a cure for Aids within reach? Scientists succeed in destroying HIV-infected cells in major breakthrough

  • Scientists announced a potential breakthrough in the fight against HIV/AIDS 
  • Researchers at Paris' Institut Pasteur found a way to destroy infected cells 
  • Currently HIV is treated with antiretroviral drugs which cannot remove the virus 
  • Researchers claim to have found a way to eliminate infected 'reservoir' cells 

Scientists have announced a potentially major breakthrough in the fight against HIV. 
Researchers at Paris' Institut Pasteur claim they have successfully destroyed cells infected with the virus, which is typically treated with antiretroviral drugs. 
The drugs are unable to remove the virus from the body, but medical journal Cell Metabolism yesterday published findings which announced that scientists had found a way to eliminate infected 'reservoir' cells.  
In a news release uploaded to EurekaAlert, an Institut Pasteur spokesperson said: 'The antiretroviral treatment used today is designed to block HIV infection but it is not able to eliminate the virus from the body. 
Researchers at Paris' Institut Pasteur claim they have successfully destroyed cells infected with HIV (stock rendering of HIV virus)
Researchers at Paris' Institut Pasteur claim they have successfully destroyed cells infected with HIV (stock rendering of HIV virus)
HIV targets cells with high metabolic activity and 'hijacks' their energy in order to multiply (stock image)
HIV targets cells with high metabolic activity and 'hijacks' their energy in order to multiply (stock image)
'The virus remains in reservoirs - the CD4 T lymphocyte immune cells, the main targets of HIV.'
HIV targets cells with high metabolic activity and 'hijacks' their energy in order to multiply.
The release later states: 'Thanks to metabolic activity inhibitors, the researchers have managed to destroy these infected cells, or "reservoirs", ex vivo.'
It concludes by stating that the research opens the possibility of new pathways towards remission by eliminating the 'reservoir' cells. 
The next step in research will be assessing the potential of metabolic inhibitors 'in vivo' - tested on living organisms. 
In theory, if the viral load is low enough, destroying the cell HIV hides in and draws energy from could keep it from spreading in the body and, perhaps, eradicate it altogether, it is hoped.   
The study was funded by the Institut Pasteur, AmfAR (American Foundation for AIDS research) and Sidaction. 
https://www.dailymail.co.uk/health/article-6521155/Scientists-succeed-destroying-HIV-infected-cells-major-breakthrough.html