1987: WHO Admits Its Smallpox Vaccine Caused AIDS - WHO Omits That It Requested The Virus

1987: WHO Admits Its Smallpox Vaccine Caused AIDS - WHO Omits That It Requested The Virus

"[A] 1972 report (Bulletin #47) issued by the World Health Organization .... referred to an immune virus requested [Emphasis added] which would selectively destroy the Human T Cell System, to be distributed in conjunction with a Nationwide vaccination program "to observe the results". This coincided precisely with the extensive Small Pox vaccination program in central Africa - shortly preceding the outbreak of Aids in Africa, America & elsewhere. The determining factor most common in Aids victims is the breakdown of the T Cell System in the body."

From http://www.thepetitionsite.com/1/a-universal-declaration-of-resistance-to-mandatory-vaccinations/

 

Below is an article describing how the WHO attempted to deal with those who saw and questioned the obvious connection between the WHO's massive smallpox vaccine campaign and the outbreak of AIDS in all the places it gave it.

 

Before reading the following article about the WHO and the smallpox vaccine, please be aware of seven things. 

1.  People have seen that ebola suddenly broke out in each of the places the WHO (and UN and UNICEF and Doctors without Borders) recently ran vaccine campaigns in West Africa.

2.  Ebola is a man-made bioweapons owned and patented by the US government and the CDC.

3.  The WHO now, on the basis of ebola outbreaks that coincided with its own vaccine campaign,  now plans a massive vaccine campaign against ebola with untested vaccines that will contain the ebola virus (a bioweapon) that can cause ebola and mass deaths.

4.  The US is interested in the oil, diamonds and minerals in West Africa, has been stopped by people living there, but, because of an "ebola emergency" claimed by the WHO after there were outbreaks of ebola following the WHO vaccine campaigns there, now has 1000s of troops in West Africa.

5.  The US and other countries who contribute to the WHO were also interested in the mineral wealth of Central Africa prior to the WHO's smallpox vaccination campaign.

6.  The pharmaceutical industry which was the main supporters of Hitler and intensely interested in genocide, became the main supporters of the WHO, coincidentally formed immediately after WWII, was involved in killing millions with the smallpox vaccines.  They coincidentally made an immense fortune on AIDS drugs and research funding, all the while not revealing that the WHO had requested an AIDS-like virus just prior to the pharmaceutical industry making the small pox vaccine and AIDS breaking out immediately afterwards.

 

7.  This WHO vaccine campaign issue is not a historical issue because Bush's pandemic laws and the WHO International Health Regulations would make vaccines mandatory now if the WHO declares a  pandemic emergency (with no proof needed) and even if people believed they could cause more AIDS or cause ebola and deadly.  Then, it would be Americans, not just Africans hiding from vaccines or killing vaccine teams because the vaccines are killing tens of thousands of children. 

http://exopolitics.blogs.com/ebolagate/2014/11/1987-who-admits-smallpox-vaccine-caused-aids-who-omits-that-it-requested-it.html

From http://www.wanttoknow.info/870511vaccineaids

       Top 3 Medicine Brands for a Dry Cough

The cough and cold medicine aisle is often confusing, and determining which product is the best cough medicine for a dry cough can be a challenge. There are cough suppressants, expectorants, decongestants, and a host of other medicines available. When you have a persistent dry cough, the best thing to do is to consult a doctor so that you can treat the underlying cause. If you need something soothe the symptoms you can take something that will fight off your body’s urge to cough. If the major symptom you are dealing with is a dry cough, and you are an adult with no other health problems, consider choosing one of these cough medicines, which get great reviews from doctors as well as patients. Remember that these don’t cure your cough they only suppress your body’s natural urge to cough. You should talk to your doctor and your pharmacist before taking any medications, especially if you also take prescription medication.
Always follow the directions on the product and consult a physician before trying any new medicinal products.

Best Cough Medicine for a Dry Cough: Mucinex

Mucinex is a powerful cough suppressant that controls your cough for 12 hours. While its clever commercials talk about the dramatic results it has when breaking up mucus, this medicine also works extremely well for a dry cough, where no mucus or phlegm is present. If a minor cold, allergy, or simple throat irritation is causing you to cough uncontrollably, take Mucinex as indicated on the box every 12 hours and you will begin feeling better as soon as your first dose sets in.
The active ingredient in Mucinex is Guaifenesin, which is provided in a convenient time extended tablet. If you look at a Mucinex pill, you will see one side is white. That is the medicine that is released immediately. The other side is a colored layer, which releases additional cough medicine into your system every hour to combat your cough. It is so much easier than remembering to take another dose of medicine every few hours. You can chose between Mucinex DM and Maximum Strength Mucinex, for your worst cough that seems impossible to shake.
Mucinex is a little more expensive than many other cough medicines on the market. Depending on the dosage and size of the box you buy, you can expect to spend between $15 and $20 on a package of 14 to 20 600mg pills. Be prepared to show some identification at the pharmacy or retailer where you buy it. Although it is an over-the-counter (OTC) medication, its strength requires that you be an adult in order to purchase it. Mucinex gets the first-place rating because it works immediately and you only have to take it every 12 hours.

Second Best Cough Medicine for a Dry Cough: Robitussin

Another popular brand, Robitussin, contains Guaifensin as well. It also contains suppressants that will calm your cough, and help your body reduce the impulse to cough. Most of Robitussin’s cough medicines are combined with medicine to treat chest congestion. Although you can get Robitussin cough gels and Robitussin Lingering Cold Long Acting cough gels which only contain cough suppressant. Your unproductive/productive cough will benefit from Robitussin Cough + Chest Congestion, but keep in mind that it contains an expectorant you may not need for your dry cough.
You can purchase Robitussin in bottles that are 4 ounces, 8 ounces, or 12 ounces as well as gel capsules. It will cost you less than $10 in most drug stores. Robitussin is in second place because while it isn’t as effective as Mucinex it is just as effective as Tylenol (our third recommendation) in treating your dry cough, but offers products that work only on suppressing coughs without unnecessary additional medicine.

Third Best Cough Medicine for a Dry Cough: Tylenol

Tylenol is a well-known brand for a host of medications that treat pain, fever, coughs, and colds. It is reliable and easily accessible. While the Tylenol Cold & Cough for Daytime, as well as Tylenol Cold & Cough for Nighttime are currently (and perhaps temporarily) off the market, the Tylenol Cold medicine can still be obtained. You might also benefit from Tylenol Cold & Sore Throat if your dry cough is irritating your throat, and causing it to hurt.
Tylenol Cold comes in a liquid form and is available as a Daytime or Nighttime product. You can also get it in capsule form, and there is a package on the market that provides both Tylenol Cold Daytime and Tylenol Cold Nighttime dosages. Tylenol treats many different symptoms that show up during the common cold, including a headache, fever, stuffy nose, and cough. While the medicine is not specifically targeted for a dry cough, it will still help you when you are suffering from such a cough. The Tylenol Cold Nighttime will help you sleep, and with the Daytime dose, you will find you are better able to control and manage your cough.

Tylenol contains Dextromethorphan HBr, which works to suppress your cough. It also has Guaifenesin, like Mucinex, but not in a time release format. You will need to take Tylenol every four hours in order to keep your cough suppressed. It will cost you under $10 in any local drugstore or department store. Tylenol came in third place because it is reliable in treating your dry cough, but it has a lot of extra medicine that you don’t necessarily need when you just have a dry cough.

http://thebestcoughmedicine.com/best-medicine-for-a-dry-cough/

STROKE signs

Stroke has a New Indicator     They say if you email this to ten people, you stand a chance of saving one life. Will you send this along?  Blood Clots/Stroke - They Now Have a Fourth Indicator,  theTongue  I will continue to forward this every time it comes around! STROKE: Remember the 1st Three Letters.....S. T. R.   STROKE  IDENTIFICATION It only takes a minute to read this. A neurologist says that if he can get to a stroke victim within 3 hours he can totally reverse the effects of a stroke...totally. He said the trick was getting a stroke recognized, diagnosed, and then getting the patient medically cared for within 3 hours, which is tough.  RECOGNIZING A STROKE Thank God for the sense to remember the '3' steps - STR. Read and Learn! Sometimes symptoms of a stroke are difficult to identify. Unfortunately, the lack of awareness spells disaster. The stroke victim may suffer severe brain damage when people nearby fail to recognize the symptoms of a stroke. Now doctors say a  bystander can recognize a stroke by asking three simple questions: S  *Ask the individual to SMILE. T  *Ask the person to TALK and SPEAK    A SIMPLE SENTENCE  (Coherently)  (i.e.  Chicken Soup) R  *Ask him or her to RAISE BOTH ARMS. If he or she has trouble with ANY ONE of these tasks, call emergency number immediately and describe the symptoms to the dispatcher. New Sign of a Stroke -------- Stick out Your Tongue NOTE:  Another 'sign' of a stroke is this: Ask the person to 'stick' out his tongue. If the tongue is 'crooked', if it goes to one side or the other that is also an indication of a stroke. A cardiologist says if everyone who gets this e-mail sends it to 10 people; you can bet that at least one life will be saved. I have done my part. Will you?

How Do Soft Drinks Affect Us?

How Do Soft Drinks Affect Us?

More and more, many of us exchange drinking regular water with soft drinks. But soft drinks are not a healthy alternative, as we well know. But how unhealthy is it really? What potential adverse effects can drinking a certain amount of soft drinks lead to? This infographic was prepared and summarized to get these important points across.

Pineapple Smoothie for acne problems and constipation

Pineapple Smoothie
Mix the following in a blender.
1-2 cups of fresh pineapples
1/2 cups apple slices
1/4-cup fresh apple juice
1/2-cup almond milk (more or less as needed)
1 banana
1-tablespoon lecithin
2-tablespoons flax seeds
2 teaspoons bran (wheat, oat or rice)
You can add more lecithin if you like. Lecithin does not have a taste. This smoothie is jam packed with fiber.

http://beforeitsnews.com/health/2013/07/six-smoothie-recipes-for-constipation-and-acne-relief-2497306.html

The Olive Oil Hair Treatment

The Olive Oil Hair Treatment

Photo Credit

Olive oil isn’t just for cooking — it’s great for your hair, too! Olive oil has been proven to give hair a healthy sheen, help to repair split ends, and reduce frizz.
To give your hair a conditioning treatment, massage about 2 tablespoons of olive oil into your hair and scalp. The amount you’ll use should vary depending on the length and thickness of your hair. And remember to massage it in well – the massaging feels really nice on your scalp, but is also important to the treatment, as massage stimulates helps promote a healthy scalp.
Next, take a warm, damp towel and wrap it around your head and treated hair (“turban” it). Leave it on for about 30-45 minutes. This allows the olive oil to work into your hair to have the full effect.

Finally, rinse out the olive oil with shampoo. This might take a few shampoo-ings (when I tried it, it took 2 rounds.) Give your hair further rest by allowing it to air dry, if you have the time. Then say hello to your luscious locks!

http://www.collegefashion.net/beauty-and-hair/dorm-room-spa-3-easy-diy-beauty-recipes-to-try/

The Evil Brain: What Lurks Inside a Killer’s Mind

As tragedies like Boston and Newtown mount, scientists and criminologists are trying harder than ever to understand the minds behind the crimes

By Jeffrey Kluger

Homicidal madmen don’t have much of a capacity for gratitude, but if they did, they’d offer a word of thanks to Charles Whitman. Whitman was the 25-year-old engineering student and former Marine who, in 1966, killed 17 people and wounded 32 in a mass shooting at the University of Texas, before being shot and killed himself by police. Earlier that day, he also murdered his wife and mother. Criminal investigators looking for a reason for the rampage got what seemed to be their answer quickly, in the form of a suicide note Whitman left at his home:

Read more: Evil Brains: Can Science Understand Them? | TIME.com http://science.time.com/2013/05/03/evil-brain/#ixzz2kluOU52O

"I do not really understand myself these days. I am supposed to be an average reasonable and intelligent young man. However, lately (I cannot recall when it started) I have been a victim of many unusual and irrational thoughts … please pay off my debts [and] donate the rest anonymously to a mental-health foundation. Maybe research can prevent further tragedies of this type." Whitman

Whitman got his wish — after a fashion. With the approval of his family, an autopsy was conducted and investigators found both a tumor and a vascular malformation pressing against his amygdala, the small and primitive region of the brain that controls emotion. A state commission of inquiry concluded that the tumor might have contributed to the shootings, earning Whitman a tiny measure of posthumous redemption — and providing all killers since at least the fig-leaf defense that something similar might be wrong with them too.
For as long as evil has existed, people have wondered about its source, and you don’t have to be too much of a scientific reductionist to conclude that the first place to look is the brain. There’s not a thing you’ve ever done, thought or felt in your life that isn’t ultimately traceable to a particular webwork of nerve cells firing in a particular way, allowing the machine that is you to function as it does. So if the machine is busted — if the operating system in your head fires in crazy ways — are you fully responsible for the behavior that follows?

Even before Whitman made it into the medical texts, scientists were already familiar with the case of Phineas Gage, the 25-year-old railroad worker who, in 1848, was helping to blast a path for a new rail line in Vermont when an errant explosion drove an iron rod into the top of his head, through his left frontal lobe and out his cheekbone. Gage, incredibly, didn’t die and nor did he even exhibit much loss of function. But after the bar was removed, there was a sudden change in his personality. Always a peaceable man, he become volatile, combative and, after a lifetime of polite speaking, wildly profane. It was science’s first glimpse at the seemingly direct cause-and-effect connection between trauma to the brain and the very essence of personality. As our ability to image and repair the brain has improved, we’ve been able to detect far less obvious damage than a railroad spike through the skull — damage that nonetheless has every bit as great an effect.

In a celebrated 2003 case published in the Archives of Neurology, for example, a 40-year-old Virginia schoolteacher with no history of pedophilia developed a sudden interest in child pornography and began making sexual overtures to his stepdaughter. His wife reported his behavior, and he was arrested and assigned to a 12-step program for sex offenders. He flunked out of the course — he couldn’t stop propositioning staff members — and was sentenced to prison. Only a day before he was set to surrender, however, he appeared in a local emergency room with an explosive headache and a range of other neurological symptoms. Doctors scanned his brain and found a tumor the size of an egg in the right orbitofrontal cortex, the region that processes decisionmaking and other so-called executive functions. The tumor was removed and the compulsive sexuality vanished along with it. Less than a year later, the tumor returned — and so, almost in lockstep, did his urges.
“There’s no one spot in the brain for pedophilia,” says Stephen J. Morse, professor of both law and psychiatry at the University of Pennsylvania. “But damage to the orbitofrontal region is known to be associated with disinhibition. We know that various forms of brain damage can contribute to difficulties in being guided by reason.”

Other, more recent studies are finding roots of criminality in other parts of the brain. As Maia Szalavitz reported in April, a team of researchers led by Kent Kiehl, associate professor of psychology at the University of New Mexico, published a study in the Proceedings of the National Academy of Sciences in which the brains of 96 male felons sentenced to at least a year in jail for crimes including robbery, drug dealing and assault were scanned in a functional magnetic resonance imager (fMRI). While they were in the fMRI, the men performed a task that required them to hit a key on a computer when they saw the letter X on a screen, but refrain when they saw the letter K. Since the X appeared 84% of the time and since the two letters look awfully similar to begin with, it was easy to get into the habit of overclicking. The ability to avoid hitting the key too much calls for a measure of impulse control, a faculty processed in a region of the brain known as the anterior cingulate cortex (ACC). The inmates who did worse on the test turned out to have lower levels of activity in the ACC; the ones who performed better had higher levels. Kiehl tracked all of the inmates for four years after their release from prison and found that those with the sleepy ACCs were also more than four times likelier to be rearrested than the others. If you can’t control your impulse to click, the study suggested, you might have equal difficulty controlling the impulse to run afoul of the law.
“There are more papers coming out that show how MRIs predict who reoffends,” said Kiehl in a follow-up e-mail with TIME. “We are examining treatments that increase activity in the anterior cingulate. The goal is to see if we can help identify the best therapies to reduce recidivism.”

Koenigs, who has collaborated with Kiehl, has conducted other work with inmates linking both the amygdala and a region known as the ventromedial prefrontal cortex as possible accomplices in crime. The amygdala is the wild child of that pair, the brain’s seat of fear, suspicion, anger and more. Those are not always bad emotions, provided the ventromedial is able to do one of its assigned jobs, which is to keep the amygdala on a short leash. Working with the Wisconsin Department of Corrections, Koenigs was given access to two groups of volunteer prisoners at a medium-security facility: one diagnosed as psychopathic, one nonpsychopathic.
In the first of two tests, Koenigs scanned the men’s brains with a diffusion tensor imager, a type of MRI that detects how water molecules interact with tissue. In this case, he was trying to determine the soundness of the white matter — the fatty insulation — that protects the neural circuits connecting the ventromedial and the amygdala. In a second test, he used an fMRI to study more directly how clearly the two regions were communicating. In both cases, the brains of the psychopaths were in worse shape than those of the nonpsychopaths, with less robust white-matter insulation and the nerves beneath it doing a poorer job of transmitting signals.
“You can use the findings of this study as a proxy for the connectedness between these two structures,” Koenigs says. “The remorselessness and violence seen in psychopaths may be attributable to the regions not communicating effectively.”

Other studies make a similar case for the mechanistic roots of crime. Enzymes known as monoamine oxidases (MAO) are essential to keeping human behavior in check, breaking down neurotransmitters such as serotonin and dopamine and ensuring that the brain remains in chemical balance. Babies born with a defect in an MAO-related gene — known colloquially as the warrior gene — have been shown to be at nine times higher risk of exhibiting antisocial behavior later in life. Adrian Raine, professor of criminology at the University of Pennsylvania, has found that infants under 6 months old who have a brain structure known as a cavum septum pellucidum — a small gap in a forward region between the left and right hemispheres — are similarly likelier to develop behavioral disorders, and face a higher risk of arrest and conviction as adults as well.
All of this makes the case for a neurological role in many violent crimes hard to deny, but all of it raises a powerful question too: So what? For one thing, brain anomalies are only part of the criminal puzzle. A rotten MAO gene indeed may play a role in later-life criminality, but in most cases it’s only when children have also been exposed to abuse or some other kind of childhood trauma. A child with a stable background and bad genetics may handle his warrior impulses just fine. Koenigs may have found cross-talk problems between the ventromedial and the amygdalae of psychopaths, but he also acknowledges that he didn’t get a look at the men’s brains until they were, on average, 30 years old, and a lot could have gone on in that time. “They’ve had a lifetime of poor socialization, drugs, alcohol, they’ve had their bell rung,” he says. “You don’t know what causes what.”
Even the case of the pedophile schoolteacher, whose pathology switched cleanly off and cleanly on depending on the presence of his tumor, was less clear than it seems. “He touched his stepdaughter only when his wife was not around, and his wife and co-workers had not noticed any problems,” says Morse. “Clearly he had some control or some rational capacity. You can’t say that just because the tumor caused him to have pedophiliac desires, he wasn’t responsible.”
That’s the zone in which science and the law always collide — the causation question that can’t simply be brain-scanned or tissue-sampled or longitudinally tested away. People like Morse believe where once we attributed all crime to moral laxity or simple evil, we’ve now overcorrected, too often looking to excuse criminal behavior medically. “I call it the fundamental psycholegal error,” he says. “The belief that if you discover a cause you’ve mitigated or excused responsibility. If you have a bank robber who can show that he commits crimes only when he’s in a hypomanic state, that does not mean he deserves excuse or mitigation.”
Koenigs takes a more forgiving view: “I’ve been part of a Department of Justice project to help inform judges about how to assess culpability,” he says. “The legal system currently goes about it the wrong way, relying on whether criminals know right from wrong. Maybe they do, but the kinds of things that would then give most people pause just don’t register on some of them.”
Where the two camps do agree is on the need to keep society safe from the predations of people whose raging brains — no matter the cause — lead to so much death and suffering. Here legal theory yields a little more easily to hard science. Scanning every inmate’s ACC before making parole decisions will surely raise privacy issues, but if the science can be proven and perfected, isn’t there a strong case for trying it — especially if, as Kiehl suggests, it might lead to therapeutic and rehabilitative strategies? Babies taken from abusive parents might similarly be scanned as part of a routine medical check, just in case a telltale gap in the brain hemispheres could exacerbate the trauma they’ve already endured, making therapeutic intervention all the more important.
Evil is far too complex and far too woven into our natures for us to think that we can always adjudicate it fairly. But the better we can understand the brains that are home to such ugliness, the more effectively we can contain it, control it and punish it. Now and then, with the help of science, we may even be able to snuff it out altogether.


Read more: Evil Brains: Can Science Understand Them? | TIME.com http://science.time.com/2013/05/03/evil-brain/#ixzz2klwBQODw

Dolphin meat - Who eats dolphin meat?

First up, dolphin meat (イルカ肉) is pretty bizarre even by Japanese standards, and second, Taiji is a hurting fishing town smack dab in the middle of nowhere that's gotten a lot of bad press thanks to The Cove.

 http://www.thecovemovie.com/FAQRetrieve.aspx?ID=37078

Who eats dolphin meat?

Much of the dolphin meat sold around Japan is actually mislabeled or sold as counterfeit whale meat from larger a whale, which sells for far more money than dolphin meat. Hundreds of samples of dolphin meat tested from around Japan has all been shown to be toxic and far exceeds their own ministry of health recommendations. Some internal organ meat for sale at the Okura markets near Taiji was analyzed to have 5000 times more mercury than the health advisory of 0.4 ppm.

The oceans around industrialized countries such as China, Japan and the United States is some of the most polluted in the world and the dolphins residing in those waters are some of the most toxic in the world. For instance, if fish has more than 2 ppm (parts per million) of PCB’s, the EPA requires that it not be fit for human consumption. Bottlenose dolphins off the East Coast of the United States can have up to 6800 ppm and if one washed up on the shores it would be eligible for clean-up as a super-fund site.

'Don't blame obese people for being fat', the National Institute for Health and Care Excellence warms 

DOCTORS have been warned not to blame obese patients for being fat, under new health guidelines in the UK.

The Telegraph reports that the National Institute for Health and Care Excellence (Nice) wants doctors to refer obese patients to "lifestyle weight management" programs like WeightWatchers, but only if the schemes can change their behaviour for good rather than provide a "quick fix".
These people should be "respectful and non-blaming" in order to "minimise harm", it said.
They should also explain to patients "how much motivation and commitment" is needed to complete weight management schemes and that enrolling on one will not be a "magic bullet".
About a quarter of adults in England are classes as obese, and a further 41 per cent of men and 33 per cent of women are overweight.
Obesity is estimated to cost the the UK's NHS about 5.1 billion pounds each year.
Nice has previously asked doctors to avoid using the word "obese" because it can be a derogatory term.
"I think [the issue] is the wording. Doctors have not got to be patronising, but they have got to form their words very carefully in order to not alienate patients," Tam Fry of the National Obesity Forum told the Telegraph. "Doctors are terrible at bringing up the subject of weight because it is such a sensitive issue with patients...but once the doctor has got the confidence of a patient, then their duty is to start to toughen it up and explain what the consequences are."

 http://www.news.com.au/lifestyle/health/dont-blame-obese-for-being-fat-the-national-institute-for-health-and-care-excellence-warms/story-fneuzlbd-1226741350871

 

Family Planning

11 Intelligence Killing Foods You Need To Avoid

11 Intelligence Killing Foods You Need To Avoid

 

When it comes to nutrition, it must be mentioned that there are all sorts of foods: some super-foods are your greatest allies against extra pounds, while others stimulate your cognitive function and improve your memory. On the other hand, some foods are known to have a devastating effect on your brain functioning, and nutritionists advise us to consume them moderately in order to limit their negative impact. Having said that, here are the top 11 foods that kill your intelligence, slowly but surely:

1. Sugary Products

Sugar and sugary products are bad not only for your waistline, but for your brain function as well. Long-term consumption of sugar can create a wealth of neurological problems, and it can also interfere with your memory. On the other hand, sugar can also interfere with your ability to learn, this is why it is recommended to avoid pre-baked goods, sugar, corn syrup and products that are high in fructose.

2. Alcohol

Alcohol is known to harm your liver in the long run, and it also causes what is known as “brain fog”. Like the name suggests, the term of brain fog refers to a feeling of mental confusion, it acts like a cloud that impacts your ability to think clearly, as well as your memory. Have you ever noticed that you cannot remember common item names, or you cannot recall certain events or you are not sure whether they were dreams or they actually happened? This might be influenced by the high alcohol intake which impacts the balance of the brain. Fortunately, these symptoms are reversible provided that you stop consuming alcohol, or you limit your intake to one or two drinks per week.

3. Junk Food

A recent study that was performed at the University of Montreal has revealed that junk food can change the chemicals in the brains, thus leading to symptoms associated with depression and anxiety. Besides, foods that are high in fat can also trigger some symptoms that are similar to the signs of withdrawal when you stop consuming them. These foods affect the production of dopamine, an important chemical that promotes happiness and an overall feeling of well-being. Moreover, dopamine also supports the cognitive function, the learning capacity, alertness, motivation and memory. This is why it is important to avoid all foods that contain excessive fat.

4. Fried Foods

Almost all processed foods contain chemicals, dyes, additives, artificial flavors, preservatives and such – these can affect the behavior and the cognitive functioning due to the chemical that causes hyperactivity, both in children and in adults. Fried or processed foods slowly destroy the nerve cells located in the brain. However, some oils are more dangerous than others – sunflower oil is considered to be among the most toxic ones.

5. Processed Or Pre-Cooked Foods

Just like fried foods, processed or pre-cooked foods also impact your central nervous system and they also increase the risk of developing a degenerative brain disorder later in live (such as Alzheimer’s disease).

6. Very Salty Foods

Everybody knows that salty foods affect your blood pressure and they are very hard on your heart. However, as research suggests, foods that contain high amounts of salt (sodium) can affect your cognitive function and impair your ability to think. Otherwise stated, salty foods affect your intelligence!

As a matter of fact, the consumption of salty foods and nicotine have been shown to have the same effects as drugs, as they cause harsh withdrawal symptoms and cravings for salty foods.

7. Grains, Except 100% Whole Grain

All sorts of grains have an impact on your brain functioning and your overall health, except for 100% whole grain which is very rich and fiber and it is known to prevent arterial aging. If you consume regular grains, your body risks to age quicker than it is supposed to and you can also experience memory loss and brain fog. Having said that, try swapping the regular carbs for the complex carbohydrates – all you need to do is to opt for whole grain bread!

8. Processed Proteins

Proteins are the building blocks of muscles and they are very important for the proper functioning of your body. Meat is the richest source of high-quality protein, but avoid overly processed protein such as hot dogs, salami, sausages and such. Unlike the natural proteins that help your body insulate the nervous system, processed proteins do exactly the opposite. Opt for natural fish (especially tuna and salmon), dairy, walnuts and seeds as these are natural, high-quality protein sources.

9. Avoid Trans Fats At All Costs

Trans fats cause a series of problems, from heart-related issues to elevated cholesterol and obesity. However, they are bad for your brain as well, as they make your brain more sluggish, they affect your reflexes and the quality of your brain response – not to mention that they increase the risk of stroke!

Trans fats can also have other effects on your brain: if consumed for too long, they can result in a sort of brain shrinkage that is somewhat similar to the shrinkage caused by Alzheimer’s disease. This brain shrinkage takes place due to the fact that trans fats slowly damage the arteries – you can prevent this and lower the stroke risk by simply limiting your intake of trans fats.

10. Artificial Sweeteners

When people try to lose weight, they tend to think that they will become slim overnight by simply replacing sugar with artificial sweeteners. It is true that artificial sweeteners do contain less calories, but they can actually do more harm than good! If used for an extended period of time, artificial sweeteners can cause brain damage and interfere with your cognitive capacity, especially if you use high amounts of sweetener.

11. Nicotine

Despite the fact that nicotine is not really a food product, it still wreaks havoc on your brain by restricting the blood flow to this important organ, along with the regular flow of glucose and oxygen. Nicotine not only causes premature aging, bad breath and poses an increased risk for lung cancer, but it also affects the production and the function of neurotransmitters by tightening the capillaries, the tiny blood vessels that play a pivotal role when it comes to your brain function.

 http://www.fitnea.com/11-intelligence-killing-foods-you-need-to-avoid/4/

Scientific Explanation of Halal / Kosher Meat

 Scientific Explanation of Halal  / Kosher Meat