Thursday, September 15, 2016

Eat Nuts to Beat Inflammation

Go Nuts to Beat Inflammation

Posted on Sept. 9, 2016, 6 a.m. in Inflammation Cardio-Vascular Diabetes Functional Foods
Consuming nuts five times per week may reduce inflammation, a condition that contributes to heart disease, type 2 diabetes and many other disorders.
Researchers at Brigham and Women's Hospital have discovered that eating more nuts correlates to lower levels of inflammatory biomarkers, which are certain telltale proteins. The team performed a data cross-sectional analysis from the Nurses' Health Study of over 120,000 female registered nurses and from a Health Professionals Follow-Up Study of over 50,000 male health professionals. A particular study of over 5,000 people used diet questionnaires and studied the biomarkers in blood samples of the participants. Those included interleukin 6 (IL6), tumor necrosis factor receptor 2 (TNFR2), and C-reactive protein (CRP).
Adjustments were made for medical history, age, lifestyle and additional variables. It was found that participants who ate five or more servings of nuts each week had a lower level of IL6 and CRP, compared to those people who almost never or hardly ever ate nuts. Those who ate three servings each week of nuts instead of processed meat, red meat, refined grains, or eggs had a significantly lower level of CRP and IL6. Tree nuts and peanuts contain healthy components that include fiber, magnesium, antioxidants, L-arginine, and unsaturated fatty acids.
Other studies have continually supported nuts and their protective role against such disorders astype 2 diabetes and cardiovascular disease. Inflammation is a key in the development of such diseases, and nuts exert beneficial effects by reducing systemic inflammation. These facts are according to Ying Bao, MD, ScD, a noted epidemiologist in the BWH Channing Division of Network Medicine. Bao stated that much remains unknown about how diet influences inflammation and the risk of disease, but their study supports the overall healthful role of nuts. She suggests that nuts are beneficial to reducing inflammation and protecting against cardiometabolic disorders.

Friday, September 2, 2016

Some of the Best Inflammation Busting Foods There Are

18 Foods That Promote Muscle Growth and Definition

September 02, 2016 
              By Dr. Mercola
If you're looking for muscle growth and definition, there's no getting around exercise. However, you cannot exercise your way out of a poor diet, and when it comes to muscle definition, one of the keys is to lose body fat, or else you will not be able to see the muscles in the first place.
The common belief is that if you want to build muscle, you need to eat lots of protein and carbohydrates because carbs fuel your muscles and protein builds them up. However, the evidence that has emerged over the past several years shows us it's not that simple.
One particularly intriguing finding is that your body has a mechanism that allows it to build muscle even when deprived of food. As it turns out, amino acids and protein serve not just as building blocks for tissues and muscle.
Certain amino acids — most notably branched chain amino acids like leucine — also signal muscle genes to grow and to build protein, and they do that even during times of food deprivation as long as these amino acids are circulating through your blood stream.
Moreover, research reveals that high-carbohydrate diets are a disaster for most people, as they promote insulin and leptin resistance, which actually in turn promotes muscle wasting.
Similarly, eating more protein than your body actually needs — which is usually far less than most people are eating, whether they're athletes or not — may promote elevated blood sugar, weight gain and kidney stress, and may even stimulate cancer growth. I'll discuss suggested dosage recommendations further below.

Foods That Promote Muscle Definition

Nutritionist, fitness trainer and author of "The Sugar Impact Diet,JJ Virgin, recently published an article listing seven foods that can help you get lean and toned.1
Chef and three-time bodybuilding champ, Carlo Filippone, founder and CEO of Elite Lifestyle Cuisine, has also compiled a list of 20 foods that help build and tone muscle.2
Known as "The Muscle Chef," Filippone recommends including these foods in your cooking as often as possible. Below I will summarize a number of their suggestions, along with some of my own.
1.Wild-Caught Alaskan Salmon
Rich in high-quality protein and the anti-inflammatory omega-3 fats docosahexaenoic acid (DHA) and eicosapentaenoic acid (EPA), wild salmon helps combat the chronic inflammation that plagues most people in poor health. Animal-based omega-3 fats also helps build muscle.3 As noted by Filippone:
"These [fats] go a long way in inhibiting muscle breakdown and supporting strong blood circulation."
Besides healthy fat and protein, salmon also contains leucine. Granted, with 100 grams of salmon providing you with about 1.6 grams of leucine, there's no way you could get the recommended 8 grams of leucine from salmon, but it does contain higher amounts than most other foods.
Wild Alaskan salmon also tends to be low in mercury, which is a serious concern when you're trying to improve your health. Canned wild Alaskan salmon is a less expensive option than salmon steaks.
2.Avocado
Avocados are high in potassium, important for water balance regulation and recuperation after physical exertion, and healthy monounsaturated fat that your body can easily burn for energy.
As with olive oil, the fat in avocados can help with weight management. One study found that eating just one-half of a fresh avocado with lunch helped boost satiation and curb snacking.
The fat in avocados also helps your body absorb fat-soluble vitamins and minerals from other foods (and/or supplements).
Research4 has shown that consuming a whole fresh avocado with tomato sauce or raw carrots significantly enhanced absorption of the carotenoids and conversion of them into an active form of vitamin A.5
Avocados also provide nearly 20 essential nutrients, including vitamins B, E and folic acid.
The greatest concentration of beneficial carotenoids is in the dark green flesh of the avocado, closest to the peel, so you're best off peeling your avocado with your hands, like a banana.
3.Spinach
Spinach is high in niacin, zinc, protein, fiber, vitamins A, B6, C, E and K, thiamin, folate, calcium, iron, magnesium, phosphorus, potassium, copper and manganese. In other words, it's loaded with nutrition for every part of your body.
Abundant flavonoids in spinach also help keep cholesterol from oxidizing and protect your body from free radical damage. The folate in spinach helps promote a healthy cardiovascular system, and magnesium helps lower high blood pressure.
Moreover, research suggests there may have been something to Popeye's ability to turbo-charge his muscles with spinach after all, as the dietary nitrate found in spinach actually helps increase production of proteins that boost muscle strength.6
Studies also have shown that spinach helps maintain your brain function, memory and mental clarity. To retain the rich iron content of spinach, lightly cook it and add a splash of lemon juice or vinegar on top.
4.Coconut Oil
Coconut oil provides a mix of medium-chain triglycerides (MCTs), including caproic acid (C6), caprylic acid (C8), capric acid (C10) and lauric acid (C12). MCTs are an ideal fuel for your body.
However, since nearly 50 percent of coconut oil is lauric acid, which has a longer carbon chain, coconut oil is not necessarily an ideal source of MCTs.
MCT oil is a better alternative if you're looking for ketone production specifically, although you could opt for FRACTIONATED coconut oil, which contains primarily C8 and C10, the former of which readily converts to ketones.7
That said, coconut oil has many tremendous health benefits. For example, your body converts lauric acid into monolaurin, a monoglyceride that can destroy viruses and gram-negative bacteria. This is undoubtedly part of what makes it so medicinally useful.
5.MCT Oil
I recently wrote an extensive article on MCT oil that you can read for further information. Remember that your body processes MCTs differently from the long-chain fats in your diet. Normally, a fat taken into your body must be mixed with bile released from your gallbladder and acted on by pancreatic enzymes to break it down in your digestive system. MCTs don't need bile or pancreatic enzymes.
Once they reach your intestine, they diffuse through your intestinal membrane into your bloodstream and are transported directly to your liver, which naturally converts the oil into ketones. Your liver then releases the ketones back into your bloodstream, where they are transported throughout your body. They can even pass the blood-brain barrier to supply your brain with energy. MCTs also have a thermogenic effect, which has a positive effect on your metabolism.8
For these reasons, MCTs are readily used by your body for energy rather than being stored as fat. Most commercial brands of MCT oil contain a combination of C8 and C10 fats. My personal preference is straight C8 (caprylic acid), as it converts to ketones far more rapidly than do C10 fats. 
6.Kale
Kale has many things going for it, including very high amounts of protein and lots of highly bioavailable calcium. One cup of raw kale contains 2 grams of protein, 7 grams of carbs and 1 gram of fiber (for a net carb value of 6 grams). Like meat, kale contains all nine essential amino acids needed to form the proteins your body needs, plus nine other non-essential ones for a total of 18.
The vitamins offered by just 1 cup of kale can also trump a whole week's worth of other foods: 684 percent of the daily value of vitamin K, 206 percent of the suggested daily amount of vitamin A and 134 percent of vitamin C.
7.Broccoli
Sulforaphane, a naturally occurring organic sulfur compound found in broccoli is probably most well-known for its anti-cancer activity. However, as Filippone points out, sulforaphane also "increases testosterone levels and staves off the retention of body fat."
It also "blocks certain enzymes that have been linked to joint destruction, so broccoli is a must have in an active person's diet." Research has also shown sulforaphane helps protect your muscles against exercise-induced damage.9
8.Sprouts
Sprouts are a concentrated source of nutrition, allowing you to get more nutrients with less bulk. If you're looking for high-quality protein, look no further than sprouts. These little powerhouses are also up to 30 times more nutrient-dense than homegrown organic vegetables.
Sprouting also makes most of the nutrients more bioavailable. Some of the most common sprouts include alfalfa, mung bean, wheatgrass, peas, broccoli and lentils. My personal favorites are sunflower and watercress.
9.Berries
Berries contain concentrated amounts of the disease-fighting phytochemicals that boost your immunity and protect your heart. For a sweet treat, berries are a good choice as they're high in fiber and lower in sugar than many fruits, making them less likely to destabilize your insulin levels.
In particular, blueberries have several known health benefits. They exert positive effects upon your lipid profile, reducing your risk for type 2 diabetes. And because of their bountiful antioxidants, blueberries are one of the best fruits to protect you from premature aging.
10.Bananas
Being high in glucose and digestible sugars, bananas are best avoided if you struggle with insulin resistance or excessive weight. Barring that, bananas are a popular pre- or post-workout food, thanks to their potassium content. Potassium is a mineral that tends to be exhausted by intense exercise, so potassium-rich foods are highly recommended. One banana contains 467 milligrams (mg) of potassium, which is also important for controlling your heart rate and blood pressure.
11.Watermelon
According to Filippone: "Eating watermelon has been shown to improve lipid profiles and lowers fat accumulation, because of its concentration of anthocyanin, a compound that mollifies fat-storage genes. It's refreshing, aides in hydration and can also help reduce muscle soreness after a strenuous workout. I usually melon ball them into a small container and use them as a pick-me up between reps."
That said, be careful when eating any melon, including watermelon, as they do not digest well with other foods. Melon frequently causes digestive problems unless consumed by itself, so ideally, do not eat any other food 30 minutes before or after eating watermelon.
12.Grapefruit
Filippone recommends eating a grapefruit before your workout to aid rehydration (which in turn also aids weight loss), as grapefruit is 90 percent water. Pink grapefruit is also a good source of vitamins A and C (providing 53 percent and 120 percent of the recommended daily value respectively) as well as fiber and potassium.
Red grapefruit contains a bit more flavonoids and anthocyanins than white or pink grapefruit. It also contains lycopene, which helps lower triglycerides, help fight free radical damage and protect your skin from UV damage from the sun.
I recommend consuming grapefruit in moderation due to its fructose content, which may be harmful to your health in excessive amounts. Also beware that grapefruit may, in rare cases, interfere with certain medications, so if you're on meds, be sure to discuss it with your doctor.
13.Papaya
Papaya and other vitamin C-rich foods may help lower your cortisol level after intense exercise. In one study, men who consumed 1,000 mg of vitamin C per day for two weeks had significantly lower cortisol following a 2.5-hour run compared to the placebo group.10
Unripened papaya has yet another advantage. In its unripened state, papaya contains higher amounts of digestive-resistant starch, which is important for optimal gut health. The same goes for unripened bananas and mangos. Resistant starches, which are indigestible, also do not result in blood sugar spikes.
While both ripe and green (unripe) papaya are rich in antioxidants, fiber and papain (an enzyme that helps with protein digestion and dampens inflammation), green papaya contain higher amounts of papain and potassium.
14.Raw Nuts
Magnesium is important for muscle growth and strength, and raw nuts are an excellent source. Nuts such as macadamias and pecans are also excellent choices because they're high in healthy fats while being lower in net carbs. Macadamia nuts have the highest fat and lowest protein and carb content of any nut, and they also happen to be one of my favorites.
Raw macadamia nuts also contain high amounts of vitamin B1, magnesium and manganese. Just one serving of macadamia nuts provide 58 percent of what you need in manganese and 23 percent of the recommended daily value of thiamin. Moreover, about 60 percent of the fatty acid in macadamia is the monounsaturated fat oleic acid. This is about the level found in olives, which are well known for their health benefits.
Pecans are a close second to macadamia nuts on the fat and protein scale, and they also contain anti-inflammatory magnesium, heart healthy oleic acid, phenolic antioxidants and immune-boosting manganese.
15.Grass-Fed Beef
As noted by Virgin: "Beef that's been raised conscientiously is a perfect source of protein, healthy fats and nutrients. Grass-fed beef also comes loaded with the multi-tasking amino acid L-glutamine to help build muscle while preventing muscle breakdown."
Grass-fed beef is also an excellent source of conjugated linoleic acid (CLA), which has potent anti-inflammatory activity. Just be mindful of the amount of protein you eat (all protein, not just that from beef). Most Americans consume three to five times more protein than they need. For most people, a more ideal protein intake is likely around one-half gram of protein per pound of lean body mass, which for most amounts to 40 to 70 grams per day.
If you eat more protein than your body requires, most of those calories will simply be converted to sugar and then fat. Excessive protein can also have a stimulating effect on an important biochemical pathway called the mammalian target of rapamycin (mTOR), which plays an important role in many cancers.
When you reduce protein to just what your body needs and no more, mTOR remains inhibited, which helps minimize your chances of cancer growth. Additionally, when you consume too much protein, your body must remove more nitrogen waste products from your blood, which stresses your kidneys. Chronic dehydration can result, as was found in a study involving endurance athletes.11
16.Mushrooms
Mushrooms are a natural source of vitamin D, which is critically important for muscle function. Muscle weakness is a classic symptom associated with vitamin D deficiency. Besides that, many mushrooms also have other medicinal qualities, including improved immune function.
It's important to eat organically grown mushrooms because they absorb and concentrate whatever they grow in — good or bad. Mushrooms are known to concentrate heavy metals, as well as air and water pollutants, so healthy growing conditions is a critical factor.
17.Olive Oil
While many recommend cooking with olive oil, this is not recommended as high temperatures will cause the olive oil to oxidize and go rancid. Coconut oil, raw grass-fed butter or even lard are better options for cooking. That said, olive oil, used COLD, drizzled on salads, is a healthy fat with many health benefits. As noted by Filippone:
"Olive oil contains … monounsaturated fat, which has been shown to raise serotonin, a hormone associated with satiety, in your blood levels. You'll feel fuller after a meal prepared with olive oil, which will help keep you from indulging in extra calories at mealtime."
However, be aware that olive oil is a common target of food fraud. Even "extra virgin" olive oil is often diluted with other less expensive oils, such as hazelnut, soybean, corn, sunflower, palm, sesame, grape seed or walnut. These other oils will not be listed on the label, nor will most people be able to discern that their olive oil is not pure.
If you live in an area where olive oil is made, buying from a local producer is the ideal solution as it allows you to know exactly what's in your oil. If not, try an independent olive oil shop that can tell you about the growers, or do your research and seek out a brand name you trust.
18.Whey Protein
Whey protein is the perfect "fitness food" as it contains not only high-quality protein, but also extremely high amounts of leucine. Leucine serves multiple functions in your body, one of which is signaling the mTOR mechanism to increase protein synthesis and build muscle. The highest concentrations of leucine are found in dairy products; particularly quality cheese and whey protein.
The typical requirement for leucine to maintain body protein is 1 to 3 grams daily. However, to optimize its anabolic pathway, you need an estimated 8 to 16 grams of leucine per day. While you'd have to eat an enormous amount of leucine-containing foods to reach this amount, you only need 3 ounces of high-quality whey to reach 8 grams of leucine. This makes whey an obvious choice.
Ideally you'll want to consume the whey about 30 minutes before your workout to help increase both fat burning and muscle building. The whey meal will stop the catabolic process in your muscle and promote protein synthesis towards recovery and growth.
On strength training days you could add a serving after your workout. Keep in mind there's only a two-hour window after exercise during which your body will fully use the proteins you ingest for optimizing muscle repair and growth, so your timing is important.
One of the reasons whey works so well is that it is a protein that assimilates very quickly, and will get to your muscles within 10 to 15 minutes of swallowing it. This makes it easier to supply your muscles with the right food at the right time.
A study12 published in the journal Medicine and Science in Sports & Exercise showed the amino acids found in high-quality whey protein activate certain cellular mechanisms, including mTOR, which in turn promote muscle protein synthesis, boost thyroid function and protect against declining testosterone levels after exercise. You just need to be careful that you are not chronically stimulating mTOR on a daily basis, as most studies suggest it will decrease your lifespan.

Saturday, August 20, 2016

Here's how scientists are going to save the world from annihilation
Move over, superheroes.
FIONA MACDONALD
19 AUG 2016
It’s no secret that the planet is in serious trouble. By August 8 this year, we’d already used up an entire year’s worth of resources - leaving us in the planetary red five days earlier than we were last year.
But while it can often feel like we’re powerless to stop the climate getting warmer or the oceans rising to the point where Earth is no longer habitable, scientists aren’t anywhere near giving up on our planet.
In fact, scientists are constantly coming up with some pretty ingenious ways to fix humankind’s biggest problems.
Here are just a few of the Marvel-worthy breakthroughs that happen when science and the environment collide:
1. Sucking CO2 out of the air and turning it into fuel
Researchers in Canada have developed a device that can suck CO2 pollution straight out of the air and convert it into fuel.
Developed by a start-up called Carbon Engineering, partly funded by Bill Gates, the system works by sucking CO2 out of the air, and then combining it with hydrogen split from water to form hydrocarbon fuel.
carbon-capture1Carbon Engineering
The process is totally powered by renewable energy sources, but so far the prototype can only remove about 450 tonnes of CO2 each year – which doesn’t make much of a dent in the roughly 40 billion tonnes of carbon pumped into the atmosphere by humans annually.
But the system could easily be scaled up, and an extended version launching in 2017 is expected to produce 400 litres of gasoline or diesel per day – all from the carbon in our air, rather than fossil fuels.
2. Getting worms to eat our plastic waste
By 2050, it’s predicted that there’ll be more plastic in than fish in the oceans, and a lot of it gets there after we throw out things like plastic bags and coffee cups, or when plastic waste blows off of landfill.
But at the end of last year, for the first time, researchers found bacteria inside the gut of mealworms that can safely degrade plastic.
In fact, the team showed that these mealworm can happily live on a diet of Styrofoam and polystyrene, which means that they could be used to break the waste down safely before it ends up in landfill or the ocean.
Right now, it would take a whole lot of mealworms to eat all the waste we produce, but the team is looking into which enzyme is responsible for breaking down the plastic, and hopefully enhancing it to make it more efficient.
3. Cleaning up the ocean garbage patch with a giant net
For the plastic that’s already in the ocean, 22-year-old Boyan Slat has come up with a different plan.
Two years ago, he proposed creating a giant v-shaped filter, and attaching it to the seafloor, so natural wind patterns and ocean currents would collect the trash for us.
CleanUp1TheOceanCleanup
It seemed like a pretty crazy idea at the time, but he’s now built a prototype and has the backing of 15 universities and a successful crowd-funding campaign. If anyone can make it happen…
4. Creating diamond clouds
Using geoengineering to create artificial clouds has been proposed as an extreme measure for cooling the planet down.
In the past, scientists have suggested pumping huge amounts of sulphur dioxide into the atmosphere - the same substance that’s released during volcanic eruptions, which in the past have been shown to cool the planet down.
But sulphur dioxide also doesn’t have the best effect on planet and animal life, and isn’t the healthiest thing to breathe in, so Harvard scientists have come up with another idea – flinging tonnes of powdered alumina and diamond dust into the atmosphere.
The idea is that this dust, just like sulphur dioxide, will reflect sunlight, keeping Earth cooler for longer - without the toxic side effects. The research is still in its early phases, but it’s good to know that if the situation gets dire enough for geoengineering to step in, at least we’ll have something nice to look at.
5. Using drones to replant trees
With Earth’s forests being bulldozed faster than they can regenerate, former NASA engineer Lauren Fletcher has come up with an ingenious solution – usingdrones to plant trees at a rate of 1 billion per year.
The idea behind the company, BioCarbon Engineering, is that humans on our own are no longer enough to be able to replace all the trees we clear for housing, farmland, and paper every single year.
But developments in technology brought us this problem, so why not use technology to fix it?
drone-plants1BioCarbon Engineering
Thanks to the latest developments in drones, it’s now possible to have the aerial vehicles not only drop seed capsules, but also water and monitor new trees, all without humans having to leave their homes.
"Destruction of global forests from lumber, mining, agriculture, and urban expansion destroys 26 billion trees each year. We believe that this industrial scale deforestation is best combated using the latest automation technologies,"says the BioCarbon Engineering website.

Wednesday, August 17, 2016


Sugar has a stronger effect on our brains than we even realised, study finds
The complete opposite of what scientists thought.
BEC CREW
16 AUG 2016
German scientists have discovered that our brains are actively taking in sugar from the blood stream, overturning the long-held assumption that this was a purely passive process.
Even more surprising, they also found that it’s not our neurons that are responsible for absorbing all that sugar - it’s our glial cells, which make up 90 percent of the brain’s total cells, and until very recently, have been shrouded in mystery.  
Not only does the find go against conventional wisdom on how our brains respond to sugar intake, it also shows how cells other than our neurons can actively play a role in controlling our behaviour.
Astrocytes - which are a specialised form of glial cell that outnumber neuronsmore than fivefold - have long been thought of as little more than ‘support cells’, helping to maintain the blood-brain barrier, carry nutrients to the nervous tissue, and play a role in brain and spinal cord repair.
But we now have evidence that they also play a role in human feeding behaviours, with researchers finding that their ability to sense and actively take in sugar is regulating the kinds of appetite-related signals that our neurons send out to the rest of the body. 
And we’re not talking about a little bit of sugar here: the human brain experiences the highest level of sugar consumption out of every organ in the body. 
"Our results showed for the first time that essential metabolic and behavioural processes are not regulated via neuronal cells alone, and that other cell types in the brain, such as astrocytes, play a crucial role," explains study leader Matthias Tschöp from the Technical University of Munich.
"This represents a paradigm shift and could help explain why it has been so difficult to find sufficiently efficient and safe medicines for diabetes and obesity until now." 
Tschöp and his team decided to investigate how the brain decides to take in sugar from the blood - and how much - because this is directly related to our feelings of hunger. 
A better understanding of why we get hungry could quite literally change modern society, with recent estimates putting the number of obese people in the world above those of underweight people.
"We ... suspected that a process as important as providing the brain with sufficient sugar was unlikely to be completely random," says one of the team, neurobiologist Cristina García-Cáceres.
"We were misled by the fact that nerve cells apparently did not control this process, and therefore first thought it to occur passively. Then we had the idea that glia cells such as astrocytes, which had long been misunderstood as less important 'support cells', might have something to do with transporting sugar into the brain."
The team used positron emission tomography (PET) scans to observe how insulin receptors act on the surface of the brain’s astrocytes. Insulin is a hormone produced by the pancreas to allow the body to use or store sugar (in the form of glucose) from carbohydrates in the food we eat.
They found that if these receptors were missing on certain astrocytes, it would result in less activity in the neurons that are responsible for curbing food uptake, called proopiomelanocortin neurons. 
Not only that, but they found that astrocytes missing insulin receptors actually became less efficient over time in transporting glucose into the brain - particularly in a region of the hypothalamus that sends out signals that you're full, or satiated.
So it looks like glial cells, not the neurons, are the true 'gate-keepers' for how much sugar our brains absorb, and we now know that sugar has such a powerful influence on them, they're seeking out sugar, rather than just passively absorbing it.
A better understanding of how this works could change everything about how we treat obesity in the future.
The team says that a lot more research is now needed to adjust the old model that assumed the neurons alone were regulating our food intake and metabolism, and suggest that maybe even our immune cells are playing a role in it as well.
"We have a lot of work ahead of us," says García-Cáceres, "but at least now we have a better idea where to look."
The research has been published in Cell.

Thursday, July 28, 2016

WHY EATING RED MEAT CAUSES CANCER

SCIENTIST FINALLY DISCOVER WHY EATING RED MEAT CAUSES CANCER


A new study out of the University of California, San Diego has discovered the culprit behind why eating red meat leads to higher instances of cancer -and it all has to do with a sugar.
Humans are the only animals that have a higher risk of cancer when it comes to eating red meat, as other carnivores eat red meat naturally with no ill side effects. The study, which was published December 29 in the “Proceedings of the National Academy of Sciences,” discovered that a unique sugar named Neu5Gc, found in most mammals but not in humans, triggers an immune response that in turn causes inflammation.
Ajit Varki, who led the study, explained the effect Neu5Gc had in mice: “Until now, all of our evidence linking Neu5Gc to cancer was circumstantial or indirectly predicted from somewhat artificial experimental setups … This is the first time we have directly shown that mimicking the exact situation in humans – feeding non-human Neu5Gc and inducing anti-Neu5Gc antibodies -increases spontaneous cancers in mice.”
 

This particular sugar can be found in red meats (using the nutritional definition of red meat, which includes pork and other livestock), cow’s milk and certain cheeses. Unfortunately for humans, our bodies can’t produce this sugar naturally, so when it is absorbed into our tissues, it is seen as a foreign invader. This then leads to the activation of our immune systems.
The result is inflammation.
And, while inflammation is not a great thing, in and of itself, it gets worse. If the immune system is subject to Neu5GC frequently, chronic inflammation will result. This inflammation can then lead to cancer. Those who regularly consume red meat will definitely suffer a stronger reaction than those who ingest red meat on an occasional basis.
Other animals, strict carnivores, who can make the Neu5GC sugar can eat red meats. Humans, not being strict carnivores, can’t. Therefore it seems clear that humans must avoid red meat consumption or face inflammation and possible cancer. At the minimum, reducing red meat ingestion will boost health.
If for some reason you believe eating red meat every day (even if it is grass-fed) isn’t a bad thing, well now you have proof. Sorry, meat eaters, humans just aren’t built to be true carnivores.