Category Archives: FOOD AND HEALTH

The roles of electrolytes (Calcium, Potassium, Magnesium, Sodium, Chloride, Phosphate)


The roles of electrolytes

The roles of electrolytes

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COOKBOOK: EGGS FRESHNESS


COOKBOOK: EGGS FRESHNESS

COOKBOOK: EGGS FRESHNESS

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RANDY’S DONUTS…ALL THE SUGAR YOU WANT!


RANDY'S DONUTS...ALL THE SUGAR YOU WANT!

RANDY’S DONUTS…ALL THE SUGAR YOU WANT!

High Protein Foods


High Protein Foods

High Protein Foods

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Conditions associated with Abdominal Pain


Conditions associated with Abdominal Pain

Conditions associated with Abdominal Pain

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Yerba mate: had you have yours today?


Yerba mate: had you have yours today?

Yerba mate: had you have yours today?

Yerba mate: had you have yours today?

Yerba mate: had you have yours today?

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Cookbook: Guide to onions


Cookbook: Guide to onions

Cookbook: Guide to onions

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Cookbook: A guide to Apples


Cookbook: A guide to Apples

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Cookbook: edible mushrooms


Cookbook: edible mushrooms

Cookbook: edible mushrooms

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Yerba Mate: Vintage Yerba Mate Gourd and Bombilla


Yerba mate: Vintage Yerba Mate Gourd and Bombilla,

Yerba mate: Vintage Yerba Mate Gourd and Bombilla,

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Scoville Pepper Scale


Scoville Pepper Scale

Scoville Pepper Scale

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Health benefits: Apple Cider Vinegar


Health benefits: Apple Cider Vinegar

Health benefits: Apple Cider Vinegar

The 9 Benefits of Apple Cider Vinegar [INFOGRAPHIC]

By Dr. Eric Berg

January 12, 2019

Our Educational Content is Not Meant or Intended for Medical Advice or Treatment

Discover the many benefits of apple cider vinegar to the body’s overall health here.

RELATED: Dr. Berg’s Most Effective Remedies

In this article:

  1. How Apple Cider Vinegar Is Made
  2. Raw, Organic Apple Cider Vinegar
  3. Apple Cider Vinegar Health Benefits
  4. How to Take Apple Cider Vinegar

Benefits of Apple Cider Vinegar to Your Health

Click here to jump to the infographic

How Apple Cider Vinegar Is Made

Before delving into the health benefits of apple cider vinegar, let’s find out where it comes from. Basically, the sugar from the apple juice is extracted. Then, certain microbes, bacteria, and yeast turn that sugar into alcohol and eventually into vinegar. At the end of this whole fermentation process, the apple juice is left with the main component, acetic acid (commonly known as vinegar). It also contains lactic, citric, and malic acids.

If you grind up apples into apple juice, then allow them to ferment naturally, you will have apple flavored cider. This is basically apple juice with some alcohol in it. If the apple juice is not pasteurized or heated, it goes through fermentation and it eventually turns into vinegar with the help of microbes.

Raw, Organic Apple Cider Vinegar

Apple cider vinegar glass apples background | The 9 Benefits of Apple Cider Vinegar

There are many different types of vinegar. The one I recommend is the raw, organic, unpasteurized version. This kind of ACV still has residue of some fiber pectin, bacteria, and yeast. The fact that the apple cider vinegar is raw means that it’s rich in enzymes. This can actually help aid digestion.

Because it’s organic, there are no added pesticides or chemicals. The pH level of apple cider vinegar is between 3.3 and 3.5 which is acidic enough to help your stomach function well. Aside from the many apple cider vinegar uses, you also don’t have to worry about it going bad. Even when left outside of the refrigerator it can last for about 5 years.

Apple Cider Vinegar Health Benefits

1. Aids Digestion

Apple cider vinegar speeds up digestion and activates gastrointestinal enzymes. There are a lot of enzymes in the stomach, in the pancreas, and other places in the body that are dormant. These enzymes can only be activated by certain things. Acid is one of the activators for the enzymes in the stomach to help you break down protein. This is the process that helps the stomach digest food faster.

2. Controls Pathogens

If you think about it, you have pickles and other fermented vegetables that are acidic. The acid they are kept in preserves the food and prevents bacterial growth. When you consume apple cider vinegar, it helps prevent the overgrowth of microbes, especially if you have a condition called SIBO or small intestinal bacterial overgrowth.

SIBO or Small Intestinal Bacterial Overgrowth Definition: This is a condition where you have bacteria growing in the wrong place, e.g. in the small intestine instead of the large intestine.

3. Helps Absorb Minerals

Close up of a girl hand taking vitamin pill on a table at home | The 9 Benefits of Apple Cider Vinegar

Calcium, magnesium, and iron all need a certain pH to be absorbed. If your stomach is too alkaline, you won’t be able to absorb as many minerals. Vitamins K, C, and even B12 need acid to be absorbed.

4. Can Decrease Gas and Bloating

The last thing you want is undigested food in your digestive tract. Apple cider vinegar speeds up the breakdown of food to aid in complete protein digestion.

5. Decreases Acid Reflux

Normally, your stomach needs to be very acidic to be able to close the valve at the top of your stomach. This valve prevents your stomach acid from coming up your esophagus. When your stomach acid levels are low, the valve doesn’t close and the acid can reflux up your esophagus. The term for this condition is GERD, which stands for gastroesophageal reflux disease.

To feel better, you take in any acid. Yet the next time you eat, it becomes worse. Why? Because you’re making that acid less acidic. So over time, that valve just stays open and you’ll have constant reflux, making you dependent on medication. If you consume apple cider vinegar, it helps the valve close fully, improving the symptoms of acid reflux and GERD.

6. Helps Release Bile

Your liver needs a specific amount of acid to produce bile, which then gets released to the gallbladder. Apple cider vinegar can help serve as a trigger and release the bile that’s congested in the liver. You, then, feel less bloated. Acid also helps release enzymes from the pancreas for a more complete digestion.

RELATED: Eating Fat Does Not Cause Gallstones

7. Breaks Down Protein

Close up of male hands showing thumbs up with food rich in protein on cutting board on table | The 9 Benefits of Apple Cider Vinegar

Protein breaks down into amino acids when metabolized. You need acids, like apple cider vinegar, to activate the enzymes to do this.

8. Improves Blood Sugar Levels

Apple cider vinegar can help you make glucose more sensitive so you’ll have less insulin resistance. Less insulin being produced can help you with your weight loss efforts.

9. Improves Immune System

Lastly, it can help boost your immune system with its antibacterial properties. It can stimulate white blood cells to speed up function and fight infection.

How to Take Apple Cider Vinegar

Since it’s acidic, you can take apple cider vinegar in small doses through drinking the liquid, or swallowing it in tablet form. Take If you are drinking it, take between 1 to 2 tablespoons of apple cider vinegar mixed in 8-16 ounces. I like to mix in lemon juice and honey to give it more flavor.

The acid can weaken your teeth so it’s best to use a straw so it doesn’t affect your teeth. You can drink it before or after a meal. I drink mine in the evening at 6 o’clock and take my wheatgrass juice in the morning.

Don’t forget to download, save, or share this handy infographic for reference:

Infographic | Apple Cider Vinegar Health Benefits | The 9 Benefits of Apple Cider Vinegar

Apple cider vinegar can aid in multiple metabolic processes in the body, especially in the digestive system. You can drink it, take tablets and even add it to your keto diet recipes! It can work wonders for your gut health and may even improve overall feelings of wellness.

Have you tried drinking apple cider vinegar? Share your experience in the comments section below!

Up Next:

Disclaimer: Our educational content is not meant or intended for medical advice or treatment.

Editor’s Note: This post was originally posted on January 12, 2019, and has been updated for quality and relevancy.

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    “THERE IS NO PASS TO HAPPINESS: HAPPINESS IS THE PASS” (BUDDHA)


    “THERE IS NO PASS TO HAPPINESS: HAPPINESS IS THE PASS” (BUDDHA)

    https://pin.it/635erqrtpslqbr

    Vitamin K Deficiency


    Vitamin K Deficiency

    Vitamin K Deficiency

    https://pin.it/vrsbaqjnmw2icf

    YOGA, HEALING: HEAT VS. ICE


    YOGA, HEALING: HEAT VS. ICEhttps://pin.it/kofwaahx33vmdg

    Thank You: to all followers of euzicasa! I promise all and each and everyone of you a great time while visiting this website!


    Thank You: to all followers of euzicasa! I promise all and each and everyone of you a great time while  visiting this website!

    Thank You: to all followers of euzicasa! I promise all and each and everyone of you a great time while visiting this website!

    FOODS THAT CLEANSE THE LIVER


    FOODS THAT CLEANSE THE LIVER

    FOODS THAT CLEANSE THE LIVER

    https://pin.it/5ucod7w6vt46sc

    Lifestyle and Health: Emotional Equations


    Lifestyle and Health: Emotional Equations

    Lifestyle and Health: Emotional Equations

    https://pin.it/2tv67iqft36ywv

    Digestive System


    Digestive System

    Digestive System

    https://pin.it/lkvxqzzr72cqx5

    HEALTH AND LIFESTYLE: NATURAL PAINKILLERS


    HEALTH AND LIFESTYLE: NATURAL PAINKILLERS

    HEALTH AND LIFESTYLE: NATURAL PAINKILLERS

    https://pin.it/gpbxr3naaegzhb

    Watch “Leonard Cohen on Preparing for Death | The New Yorker” on YouTube


    Health and Lifestyle: THINGS ONE CANNOT CONTROL


    Health and Lifestyle: THINGS I CANNOT CONTROL

    Health and Lifestyle: THINGS ONE CANNOT CONTROL

    https://pin.it/77z6k7tuea4bkw

    Health and lifestyle: the four body system model


    Health and lifestyle: the four body system model

    Health and lifestyle: the four body system model

    https://pin.it/w7hmfqcilft7ah

    MEDICAL LIBRARY- HEALTH AND LIFESTYLE: HUMAN BRAIN


    MEDICAL LIBRARY- HEALTH AND LIFESTYLE: HUMAN BRAIN

    MEDICAL LIBRARY- HEALTH AND LIFESTYLE: HUMAN BRAIN

    https://pin.it/bxp3db6ublxvas

    ESL: WORDS TO DESCRIBE FOOD


    ESL: WORDS TO DESCRIBE FOOD

    ESL: WORDS TO DESCRIBE FOOD

    https://pin.it/vgxsfqrhk4tmj6

    Do you believe in…chocolate??? Watch “Hot Chocolate (I Believe in Miracles)” on YouTube



    I believe in miracles
    Where you from
    You sexy thing, sexy thing you
    I believe in miracles
    Since you came along
    You sexy thing

    Where did you come from, baby?
    How did you know I needed you?
    How did you know I needed you so badly?
    How did you know I’d give my heart gladly?
    Yesterday I was one of the lonely people
    Now you’re lying close to me, making love to me
    I believe in miracles
    Where you from, you sexy thing? (Sexy thing, you)
    I believe in miracles
    Since you came along, you sexy thing
    Where did you come from, angel?
    How did you know I’d be the one?
    Did you know you’re everything I prayed for?
    Did you know, every night and day for?
    Every day, needing love and satisfaction
    Now you’re lying next to me, giving it to me
    I believe in miracles
    Where you from, you sexy thing? (Sexy thing, you)
    I believe in miracles
    Since you came along, you sexy thing
    Oh! Kiss me, you sexy thing
    Touch me baby, you sexy thing
    I love the way you touch me, darling, you sexy thing
    Oh! It’s ecstasy, you sexy thing
    Yesterday I was one of the lonely people
    Now you’re lying close to me, giving it to me
    I believe in miracles
    Where you from, you sexy thing? (Sexy thing, you)
    I believe in miracles
    Since you came along, you sexy thing
    Oh, touch me
    Kiss me, darling
    I love the way you hold me, baby
    Oh, it’s ecstasy
    Oh! It’s ecstasy (Sexy thing, you sexy thing, you)
    Kiss me, baby (Sexy thing, you sexy thing, you)
    I love the way you kiss me, darling (Sexy thing, you sexy thing, you)
    Oh, yeah (Sexy thing, you sexy thing, you)
    Love the way you hold me (Sexy thing, you sexy thing, you)
    Keep on lovin’ me, darling (Sexy thing, you sexy thing, you)
    Keep on lovin’ me, baby (Sexy thing, you sexy thing, you)
    Source: LyricFind


    Songwriters: Brown Wilson
    You Sexy Thing lyrics © Kobalt Music Publishing Ltd., Music & Media Int’l, Inc

    You’re gonna love it: List of nuclear whistleblowers


    READ ENTIRE ARTICLE HERE

    L

    List of nuclear whistleblowers

    Wikimedia list article


    There have been a number of nuclear whistleblowers, often nuclear engineers, who have identified safety concerns about nuclear power and nuclear weapons production. In 1976 Gregory Minor, Richard Hubbard and Dale Bridenbaugh “blew the whistle” on safety problems at nuclear power plants in the United States, and Fukushima in Japan. George Galatis was a senior nuclear engineer who reported safety problems at the Millstone 1 Nuclear Power Plant, relating to reactor refueling procedures, in 1996. Other nuclear power whistleblowers include Arnold Gundersen and David Lochbaum.

    2000 candles in memory of the Chernobyl disaster in 1986, at a commemoration 25 years after the nuclear accident, as well as for the Fukushima nuclear disaster of 2011.

    Karen Silkwood

    The first prominent nuclear whistleblower was Karen Silkwood, who worked as a chemical technician at a Kerr-McGee nuclear fuel plant. Silkwood became an activist in the Oil, Chemical and Atomic Workers International Union in order to protest health and safety issues. In 1974, she testified to the United States Atomic Energy Commission about her concerns. A few months later she died in a car crash under mysterious conditions on the way to a meeting with a New York Times reporter and a national union leader. The 1983 film Silkwood is an account of this story.

    The “GE Three”

    On 2 February 1976, Gregory C. Minor, Richard B. Hubbard, and Dale G. Bridenbaugh (known as the GE Three) “blew the whistle” on safety problems at nuclear power plants, and their action has been called “an exemplary instance of whistleblowing“.

    The three engineers gained the attention of journalists and their disclosures about the threats of nuclear power had a significant impact. They timed their statements to coincide with their resignations from responsible positions in General Electric‘s nuclear energy division, and later established themselves as consultants on the nuclear power industry for state governments, federal agencies, and overseas governments. The consulting firm they formed, MHB Technical Associates, was technical advisor for the movie, “The China Syndrome.” The three engineers participated in Congressional hearings which their disclosures precipitated.

    Browns Ferry Unit 1 under construction

    Browns Ferry nuclear power plant construction began in 1966. It was located in Alabama and in 1967 it earned a federal construction permit. The plant received new design standards which call for “physical separation of electrical cables.” There was an issue with the instructions on how to accomplish this so the AEC inspector F.U. Bower requested that the AEC elaborate; however, there was no response from the organization and installation went on. Still, no instructions were issued after five failed inspections in 1970. The lack of cable separation instructions led to the sacrifice of safety coolant systems in two of the units in order to improve one with severe safety violation. The ignorance of the AEC led to the fire that occurred on 22 March 1975, that almost led to a radiation leak. The substance separating the wires caught fire when tests to find air leaks with a candle ignited it thus resulting in damage to the control systems. With damage to the control systems, the cooling system that keeps the units from leaking radiation did not work properly. Somehow the situation was avoided and the units were put out of service. Throughout the occurrence of these events Bridenbaugh had been discussing his reservations on the safety at the plant in vain and in 1976 a year later Bridenbaugh, Hubbard and Minor resigned.

    Crystal River 3 and Lou Putney

    Lou Putney came on the scene of the Crystal River 3 plant after receiving a call from a plant engineer. The engineer claimed that the managers hired engineers based on “good ol’ boy mentality.” The plant had experience numerous shut downs since 1978. Along with this concern, the engineer was not confident that the manager possessed the qualifications to be a manager. Although the engineer pursued nothing further with his complaint, it prompted Putney to purchase shares of stock in the company that would allow him to file “shareholder resolutions.” Putney had looked into the nuclear reactors that were built of an unsafe material for emergency cooling procedures. The NRC had placed Crystal River on the top 14 worst reactors list because of this. So, the shares were purchased in 1981, which is when Putney filed his first shareholder resolution requesting the plant be shut down. This tradition was upheld by Putney for seven years until he was required to purchase more stock in order to continue filing resolutions. Over the course of sixteen years, Putney filed a total of fourteen shareholder resolutions. All of these resolutions were ignored and were met with offers to buy out his shares so he could no longer file the resolutions. The plant was officially decommissioned in September 2009.

    Ronald Goldstein

    Ronald J. Goldstein was a supervisor employed by EBASCO, which was a major contractor for the construction of the South Texas plants. In the summer of 1985, Goldstein identified safety problems to SAFETEAM, an internal compliance program established by EBASCO and Houston Lighting, including noncompliance with safety procedures, the failure to issue safety compliance reports, and quality control violations affecting the safety of the plant.

    SAFETEAM was promoted as an independent safe haven for employees to voice their safety concerns. The two companies did not inform their employees that they did not believe complaints reported to SAFETEAM had any legal protection. After he filed his report to SAFETEAM, Goldstein was fired. Subsequently, Golstein filed suit under federal nuclear whistleblower statutes.

    The U.S. Department of Labor ruled that his submissions to SAFETEAM were protected and his dismissal was invalid, a finding upheld by Labor Secretary Lynn Martin. The ruling was appealed and overturned by the Fifth Circuit Court of Appeals, which ruled that private programs offered no protection to whistleblowers. After Goldstein lost his case, Congress amended the federal nuclear whistleblower law to provide protection reports made to internal systems and prevent retaliation against whistleblowers.

    Fernald Nuclear Incidents

    Aerial view of Fernald Feed Materials Production Center
    Uranium components fabricated at Fernald

    The Fernald Feed Materials Production Center was built in Crosby Township, Ohio in 1951, and decommissioned in 1989. Fernald processed uranium trioxide and uranium tetrafluoride, among other radioactive materials, to produce the uranium fuel cores for nuclear weapons. It was shrouded in suspicion with many manager changes and the people of the town ill-informed of the purpose of the plant. The Fernald Feed Materials Production Center also conducted an evaluation of how much material was contaminated by Radium. Using 138 pieces of the CR-39 film assays, they were able to determine that people working in the area where K-65 silos ( Underground chamber used to store missiles) had lower levels of exposure of materials contaminated by Radon than the Q-11 silos between the period of 1952-1988 Journal of Exposure Science and Environmental Epidemiology.Throughout 1951-1995 the plant had numerous scandals including faking numbers for contamination and disregarding evidence of ground water pollution. Among the citizens affected by the pollution was Mrs. Lisa Crawford who took action. Crawford and other residents filed a lawsuit in 1985 and became president of the organization FRESH (Fernald Residents for Environmental Safety and Health). A lawsuit was then filed once again against Fernald by former employees several years later in 1990. After several years of being heavily advised not to blow the whistle, the workers earned themselves a $15 million settlement and lifelong medical monitoring. In 1992, FERMCO was hired to construct a cleanup plan for the plant and in 1996, around accusations of wasteful spending, the cleanup of ground water and soil was completed.

    Mordechai Vanunu

    Mordechai Vanunu 2009

    Mordechai Vanunu blew the whistle on the nuclear plant in Dimona, Israel in an interview with The Sunday Times that was published on 5 October 1986. According to Vanunu, this plant had been producing nuclear weapons for 10 to 20 years. It is estimated that there may be around 200 nuclear weapons in possession of Israel’s nuclear weapons program. Vanunu demonstrated his knowledge to Frank Barnaby and John Steinbach and they confirmed the credibility of his story. Frank Barnaby wrote in his Declaration of Frank Barnaby in the Matter of Mordechai Vanunu that Vanunu had the bare minimum knowledge of nuclear physics that a technician should have and accurately described the makeup of the nuclear plant in Dimona. Having served in full his 18 years prison term, ruled in closed door trial, including 11 years in solitary Vanunu has been further in and out of jail after. In 2007, sentenced to six months for violating terms of his parole, and in May 2010, again to three months for having met foreigners in violation of his release terms from jail.

    Vanunu is ethnic Mizrahi Jew, born in Marrakesh Morocco, having emigrated to Israel, following its independence in 1948, like did many of the North African Jewish community did. Amnesty International issued a press release on 2 July 2007, stating that “The organisation considers Mordechai Vanunu to be a prisoner of conscience and calls for his immediate and unconditional release.”[6] Vanunu has been characterized internationally as a whistleblower[7][8] and by Israel as a traitor. Despite the whistle blown towards the operation of the nuclear weapons program in Israel, the Israeli government denied the existence of all allegations.Mordechai Vanunu is known as Israel`s Nuclear Whistleblower.

    Arnold Gundersen

    In 1990 Arnold Gundersen discovered radioactive material in an accounting safe at Nuclear Energy Services in Danbury, Connecticut, the consulting firm where he held a $120,000-a-year job as senior vice-president. Three weeks after he notified the company president of what he believed to be radiation safety violations, Gundersen was fired. According to The New York Times, for three years, Gundersen “was awakened by harassing phone calls in the middle of the night” and he “became concerned about his family’s safety”. Gundersen believes he was blacklisted, harassed and fired for doing what he thought was right.

    The New York Times reports that Gundersen’s case is not uncommon, especially in the nuclear industry. Even though nuclear workers are encouraged to report potential safety hazards, those who do risk demotion and dismissal. Instead of correcting the problems, whistleblowers say, industry management and government agencies attack them as the cause of the problem. Driven out of their jobs and shunned by neighbors and co-workers, whistleblowers often turn to each other for support.

    The Whistleblower Support Fund is an organization that has compiled resources for whistleblowers to access if they are considering whistleblowing. It was founded by Donald Ray Soeken, who has counseled whistleblowers for 35 years. In addition, a social network to connect whistleblowers to other whistleblowers will be implemented. It will be a private discussion where whistleblowers can safely seek support.

    David Lochbaum

    In the early 1990s, nuclear engineer David Lochbaum and a colleague, Don Prevatte, identified a safety problem in a plant where they were working, but were ignored when they raised the issue with the plant manager, the utility and the U.S. Nuclear Regulatory Commission (NRC). After bringing their concerns to Congress, the problem was corrected not just at the original nuclear plant but at plants across the country.

    Gerald W. Brown

    Gerald W. Brown

    Gerald W. Brown was the whistleblower on the Thermo-Lag scandal, as well as on silicone foam firestop issues in the US and Canada, exposing the fact that fireproofing of wiring between control rooms and reactors did not function as intended and exposing bounding and combustibility issues with organic firestops.

    George Galatis

    George Galatis was a senior nuclear engineer and whistleblower who reported safety problems at the Millstone 1 Nuclear Power Plant, relating to reactor refueling procedures, in 1996. The unsafe procedures meant that spent fuel rod pools at Unit 1 had the potential to boil, possibly releasing radioactive steam throughout the plant. Galatis eventually took his concerns to the Nuclear Regulatory Commission, to find that they had “known about the unsafe procedures for years”. As a result of going to the NRC, Galatis experienced “subtle forms of harassment, retaliation, and intimidation”.

    Rainer Moormann

    Rainer Moormann in 2004

    Rainer Moormann is a German chemist and nuclear power whistleblower. Since 1976 he has been working at the Forschungszentrum Jülich, doing research on safety problems with pebble bed reactors, fusion power and spallation neutron sources. In 2008 Moormann published a critical paper on the safety of pebble bed reactors, which raised attention among specialists in the field, and managed to distribute it via the media, facing considerable opposition. For doing this despite the occupational disadvantages he had to accept as a consequence, Moormann was awarded the whistleblower award of the Federation of German Scientists (VDW) and of the German section of the International Association of Lawyers Against Nuclear Arms (IALANA).

    Setsuo Fujiwara

    Setsuo Fujiwara, who used to design reactors, said he clashed with supervisors over an inspection audit he conducted in March 2009 at the Tomari nuclear plant in Japan. Fujiwara refused to approve a routine test by the plant’s operator, Hokkaido Electric Power, saying the test was flawed. A week later, he was summoned by his supervisor, who ordered him to correct his written report to indicate that the test had been done properly. After Fujiwara refused, his employment contract was not renewed. “They told me my job was just to approve reactors, not to raise doubts about them”, said Fujiwara, 62, who is now suing the nuclear safety organization to get rehired. In a written response to questions from The New York Times, the agency said it could not comment while the court case was under way. Along with the lawsuit Mr. Fujiwara filed against the agency he used to work for, he had gone to the Tokyo District Court to further write several complaints about how the JNES ( Japan Nuclear Energy Safety Organization) failed to follow the UN laws concerning how to properly inspect nuclear energy reactors. Mr. Fujiwara also submitted several documents and emails that dealt with how the reactor inspections were improperly handled by JNES even though JNES denies all allegations. [42]

    Walter Tamosaitis

    The Hanford site resulted in a number of whistleblowers during the efforts to clean the site up. Walter Tamosaitis blew the whistle on the Energy Department’s plan for waste treatment at the Hanford site in 2011. Tamosaitis’s concern was the possibility of explosive hydrogen gas being built up inside tanks that the company was to store the harmful chemical sludge they were trying to put into hibernation for its chemical life. Shortly after this Tamosaitis was demoted and two years later, fired which triggered his lawsuit for wrongful termination. A $4.1 million settlement was offered to Tamosaitis from AECOM on 12 August 2015. Tamosaitis has since been reinstated.

    Donna Busche blew the whistle resulting in her 2013 lawsuit with claims that the URS “retaliated against her. She was head of nuclear safety and a URS employee around the time when she expressed her concerns.

    Gary Brunson reported 34 safety and engineering violations after quitting in 2012. Brunson was federal engineering chief before he quit.

    Shelly Doss earned “$20,000 in emotional distress and $10,000 in callous disregard of her rights” as well as reinstatement in 2014. Doss was an environmental specialist at the time of her firing in 2011 working for Washington River Protection Solutions.

    Larry Criscione and Richard H. Perkins

    In 2012, Larry Criscione and Richard H. Perkins publicly accused the US Nuclear Regulatory Commission of downplaying flood risks for nuclear plants which are sited on waterways downstream from large reservoirs and dams. They are engineers with over 20 years of combined government and military service who work for the NRC. Other nuclear safety advocates have supported their complaints.

    ist of nuclear whistleblowers

    Wikimedia list article


    There have been a number of nuclear whistleblowers, often nuclear engineers, who have identified safety concerns about nuclear power and nuclear weapons production. In 1976 Gregory Minor, Richard Hubbard and Dale Bridenbaugh “blew the whistle” on safety problems at nuclear power plants in the United States, and Fukushima in Japan. George Galatis was a senior nuclear engineer who reported safety problems at the Millstone 1 Nuclear Power Plant, relating to reactor refueling procedures, in 1996. Other nuclear power whistleblowers include Arnold Gundersen and David Lochbaum.

    2000 candles in memory of the Chernobyl disaster in 1986, at a commemoration 25 years after the nuclear accident, as well as for the Fukushima nuclear disaster of 2011.

    Karen Silkwood

    The first prominent nuclear whistleblower was Karen Silkwood, who worked as a chemical technician at a Kerr-McGee nuclear fuel plant. Silkwood became an activist in the Oil, Chemical and Atomic Workers International Union in order to protest health and safety issues. In 1974, she testified to the United States Atomic Energy Commission about her concerns. A few months later she died in a car crash under mysterious conditions on the way to a meeting with a New York Times reporter and a national union leader. The 1983 film Silkwood is an account of this story.

    The “GE Three”

    On 2 February 1976, Gregory C. Minor, Richard B. Hubbard, and Dale G. Bridenbaugh (known as the GE Three) “blew the whistle” on safety problems at nuclear power plants, and their action has been called “an exemplary instance of whistleblowing“.

    The three engineers gained the attention of journalists and their disclosures about the threats of nuclear power had a significant impact. They timed their statements to coincide with their resignations from responsible positions in General Electric‘s nuclear energy division, and later established themselves as consultants on the nuclear power industry for state governments, federal agencies, and overseas governments. The consulting firm they formed, MHB Technical Associates, was technical advisor for the movie, “The China Syndrome.” The three engineers participated in Congressional hearings which their disclosures precipitated.

    Browns Ferry Unit 1 under construction

    Browns Ferry nuclear power plant construction began in 1966. It was located in Alabama and in 1967 it earned a federal construction permit. The plant received new design standards which call for “physical separation of electrical cables.” There was an issue with the instructions on how to accomplish this so the AEC inspector F.U. Bower requested that the AEC elaborate; however, there was no response from the organization and installation went on. Still, no instructions were issued after five failed inspections in 1970. The lack of cable separation instructions led to the sacrifice of safety coolant systems in two of the units in order to improve one with severe safety violation. The ignorance of the AEC led to the fire that occurred on 22 March 1975, that almost led to a radiation leak. The substance separating the wires caught fire when tests to find air leaks with a candle ignited it thus resulting in damage to the control systems. With damage to the control systems, the cooling system that keeps the units from leaking radiation did not work properly. Somehow the situation was avoided and the units were put out of service. Throughout the occurrence of these events Bridenbaugh had been discussing his reservations on the safety at the plant in vain and in 1976 a year later Bridenbaugh, Hubbard and Minor resigned.

    Crystal River 3 and Lou Putney

    Lou Putney came on the scene of the Crystal River 3 plant after receiving a call from a plant engineer. The engineer claimed that the managers hired engineers based on “good ol’ boy mentality.” The plant had experience numerous shut downs since 1978. Along with this concern, the engineer was not confident that the manager possessed the qualifications to be a manager. Although the engineer pursued nothing further with his complaint, it prompted Putney to purchase shares of stock in the company that would allow him to file “shareholder resolutions.” Putney had looked into the nuclear reactors that were built of an unsafe material for emergency cooling procedures. The NRC had placed Crystal River on the top 14 worst reactors list because of this. So, the shares were purchased in 1981, which is when Putney filed his first shareholder resolution requesting the plant be shut down. This tradition was upheld by Putney for seven years until he was required to purchase more stock in order to continue filing resolutions. Over the course of sixteen years, Putney filed a total of fourteen shareholder resolutions. All of these resolutions were ignored and were met with offers to buy out his shares so he could no longer file the resolutions. The plant was officially decommissioned in September 2009.

    Ronald Goldstein

    Ronald J. Goldstein was a supervisor employed by EBASCO, which was a major contractor for the construction of the South Texas plants. In the summer of 1985, Goldstein identified safety problems to SAFETEAM, an internal compliance program established by EBASCO and Houston Lighting, including noncompliance with safety procedures, the failure to issue safety compliance reports, and quality control violations affecting the safety of the plant.

    SAFETEAM was promoted as an independent safe haven for employees to voice their safety concerns. The two companies did not inform their employees that they did not believe complaints reported to SAFETEAM had any legal protection. After he filed his report to SAFETEAM, Goldstein was fired. Subsequently, Golstein filed suit under federal nuclear whistleblower statutes.

    The U.S. Department of Labor ruled that his submissions to SAFETEAM were protected and his dismissal was invalid, a finding upheld by Labor Secretary Lynn Martin. The ruling was appealed and overturned by the Fifth Circuit Court of Appeals, which ruled that private programs offered no protection to whistleblowers. After Goldstein lost his case, Congress amended the federal nuclear whistleblower law to provide protection reports made to internal systems and prevent retaliation against whistleblowers.

    Fernald Nuclear Incidents

    Aerial view of Fernald Feed Materials Production Center
    Uranium components fabricated at Fernald

    The Fernald Feed Materials Production Center was built in Crosby Township, Ohio in 1951, and decommissioned in 1989. Fernald processed uranium trioxide and uranium tetrafluoride, among other radioactive materials, to produce the uranium fuel cores for nuclear weapons. It was shrouded in suspicion with many manager changes and the people of the town ill-informed of the purpose of the plant. The Fernald Feed Materials Production Center also conducted an evaluation of how much material was contaminated by Radium. Using 138 pieces of the CR-39 film assays, they were able to determine that people working in the area where K-65 silos ( Underground chamber used to store missiles) had lower levels of exposure of materials contaminated by Radon than the Q-11 silos between the period of 1952-1988 Journal of Exposure Science and Environmental Epidemiology.Throughout 1951-1995 the plant had numerous scandals including faking numbers for contamination and disregarding evidence of ground water pollution. Among the citizens affected by the pollution was Mrs. Lisa Crawford who took action. Crawford and other residents filed a lawsuit in 1985 and became president of the organization FRESH (Fernald Residents for Environmental Safety and Health). A lawsuit was then filed once again against Fernald by former employees several years later in 1990. After several years of being heavily advised not to blow the whistle, the workers earned themselves a $15 million settlement and lifelong medical monitoring. In 1992, FERMCO was hired to construct a cleanup plan for the plant and in 1996, around accusations of wasteful spending, the cleanup of ground water and soil was completed.

    Mordechai Vanunu

    Mordechai Vanunu 2009

    Mordechai Vanunu blew the whistle on the nuclear plant in Dimona, Israel in an interview with The Sunday Times that was published on 5 October 1986. According to Vanunu, this plant had been producing nuclear weapons for 10 to 20 years. It is estimated that there may be around 200 nuclear weapons in possession of Israel’s nuclear weapons program. Vanunu demonstrated his knowledge to Frank Barnaby and John Steinbach and they confirmed the credibility of his story. Frank Barnaby wrote in his Declaration of Frank Barnaby in the Matter of Mordechai Vanunu that Vanunu had the bare minimum knowledge of nuclear physics that a technician should have and accurately described the makeup of the nuclear plant in Dimona. Having served in full his 18 years prison term, ruled in closed door trial, including 11 years in solitary Vanunu has been further in and out of jail after. In 2007, sentenced to six months for violating terms of his parole, and in May 2010, again to three months for having met foreigners in violation of his release terms from jail.

    Vanunu is ethnic Mizrahi Jew, born in Marrakesh Morocco, having emigrated to Israel, following its independence in 1948, like did many of the North African Jewish community did. Amnesty International issued a press release on 2 July 2007, stating that “The organisation considers Mordechai Vanunu to be a prisoner of conscience and calls for his immediate and unconditional release.”[6] Vanunu has been characterized internationally as a whistleblower[7][8] and by Israel as a traitor. Despite the whistle blown towards the operation of the nuclear weapons program in Israel, the Israeli government denied the existence of all allegations.Mordechai Vanunu is known as Israel`s Nuclear Whistleblower.

    Arnold Gundersen

    In 1990 Arnold Gundersen discovered radioactive material in an accounting safe at Nuclear Energy Services in Danbury, Connecticut, the consulting firm where he held a $120,000-a-year job as senior vice-president. Three weeks after he notified the company president of what he believed to be radiation safety violations, Gundersen was fired. According to The New York Times, for three years, Gundersen “was awakened by harassing phone calls in the middle of the night” and he “became concerned about his family’s safety”. Gundersen believes he was blacklisted, harassed and fired for doing what he thought was right.

    The New York Times reports that Gundersen’s case is not uncommon, especially in the nuclear industry. Even though nuclear workers are encouraged to report potential safety hazards, those who do risk demotion and dismissal. Instead of correcting the problems, whistleblowers say, industry management and government agencies attack them as the cause of the problem. Driven out of their jobs and shunned by neighbors and co-workers, whistleblowers often turn to each other for support.

    The Whistleblower Support Fund is an organization that has compiled resources for whistleblowers to access if they are considering whistleblowing. It was founded by Donald Ray Soeken, who has counseled whistleblowers for 35 years. In addition, a social network to connect whistleblowers to other whistleblowers will be implemented. It will be a private discussion where whistleblowers can safely seek support.

    David Lochbaum

    In the early 1990s, nuclear engineer David Lochbaum and a colleague, Don Prevatte, identified a safety problem in a plant where they were working, but were ignored when they raised the issue with the plant manager, the utility and the U.S. Nuclear Regulatory Commission (NRC). After bringing their concerns to Congress, the problem was corrected not just at the original nuclear plant but at plants across the country.

    Gerald W. Brown

    Gerald W. Brown

    Gerald W. Brown was the whistleblower on the Thermo-Lag scandal, as well as on silicone foam firestop issues in the US and Canada, exposing the fact that fireproofing of wiring between control rooms and reactors did not function as intended and exposing bounding and combustibility issues with organic firestops.

    George Galatis

    George Galatis was a senior nuclear engineer and whistleblower who reported safety problems at the Millstone 1 Nuclear Power Plant, relating to reactor refueling procedures, in 1996. The unsafe procedures meant that spent fuel rod pools at Unit 1 had the potential to boil, possibly releasing radioactive steam throughout the plant. Galatis eventually took his concerns to the Nuclear Regulatory Commission, to find that they had “known about the unsafe procedures for years”. As a result of going to the NRC, Galatis experienced “subtle forms of harassment, retaliation, and intimidation”.

    Rainer Moormann

    Rainer Moormann in 2004

    Rainer Moormann is a German chemist and nuclear power whistleblower. Since 1976 he has been working at the Forschungszentrum Jülich, doing research on safety problems with pebble bed reactors, fusion power and spallation neutron sources. In 2008 Moormann published a critical paper on the safety of pebble bed reactors, which raised attention among specialists in the field, and managed to distribute it via the media, facing considerable opposition. For doing this despite the occupational disadvantages he had to accept as a consequence, Moormann was awarded the whistleblower award of the Federation of German Scientists (VDW) and of the German section of the International Association of Lawyers Against Nuclear Arms (IALANA).

    Setsuo Fujiwara

    Setsuo Fujiwara, who used to design reactors, said he clashed with supervisors over an inspection audit he conducted in March 2009 at the Tomari nuclear plant in Japan. Fujiwara refused to approve a routine test by the plant’s operator, Hokkaido Electric Power, saying the test was flawed. A week later, he was summoned by his supervisor, who ordered him to correct his written report to indicate that the test had been done properly. After Fujiwara refused, his employment contract was not renewed. “They told me my job was just to approve reactors, not to raise doubts about them”, said Fujiwara, 62, who is now suing the nuclear safety organization to get rehired. In a written response to questions from The New York Times, the agency said it could not comment while the court case was under way. Along with the lawsuit Mr. Fujiwara filed against the agency he used to work for, he had gone to the Tokyo District Court to further write several complaints about how the JNES ( Japan Nuclear Energy Safety Organization) failed to follow the UN laws concerning how to properly inspect nuclear energy reactors. Mr. Fujiwara also submitted several documents and emails that dealt with how the reactor inspections were improperly handled by JNES even though JNES denies all allegations. [42]

    Walter Tamosaitis

    The Hanford site resulted in a number of whistleblowers during the efforts to clean the site up. Walter Tamosaitis blew the whistle on the Energy Department’s plan for waste treatment at the Hanford site in 2011. Tamosaitis’s concern was the possibility of explosive hydrogen gas being built up inside tanks that the company was to store the harmful chemical sludge they were trying to put into hibernation for its chemical life. Shortly after this Tamosaitis was demoted and two years later, fired which triggered his lawsuit for wrongful termination. A $4.1 million settlement was offered to Tamosaitis from AECOM on 12 August 2015. Tamosaitis has since been reinstated.

    Donna Busche blew the whistle resulting in her 2013 lawsuit with claims that the URS “retaliated against her. She was head of nuclear safety and a URS employee around the time when she expressed her concerns.

    Gary Brunson reported 34 safety and engineering violations after quitting in 2012. Brunson was federal engineering chief before he quit.

    Shelly Doss earned “$20,000 in emotional distress and $10,000 in callous disregard of her rights” as well as reinstatement in 2014. Doss was an environmental specialist at the time of her firing in 2011 working for Washington River Protection Solutions.

    Larry Criscione and Richard H. Perkins

    In 2012, Larry Criscione and Richard H. Perkins publicly accused the US Nuclear Regulatory Commission of downplaying flood risks for nuclear plants which are sited on waterways downstream from large reservoirs and dams. They are engineers with over 20 years of combined government and military service who work for the NRC. Other nuclear safety advocates have supported their complaints.

    Watch “The Wilderness Survival @WildernessSurvivalSkill: Catching giant crab and meal preparations” on YouTube


    @wildernessSurvivalSkill, giant crab, wilderness, food preparation, wood fire, talented enactors, Thailand, natural resources, jungle

    Quote

    From Erin Brockovich : Fire hydrant testing and water main flushing taking place in Hannibal | KHQA


    Let the dumping begin…

    All summer long… Hannibal will be dumping highly chloraminated water into local creeks, stream and water ways… a serious violation of the Clean Water Act!

    Legally, they are supposed to dechloraminate, but they won’t… and they are supposed to capture the debris and sediment… but they won’t. And I guarantee, they won’t be using fire hoses like this false stock photo depicts.

    We are watching…
    http://khqa.com/news/local/fire-hydrant-testing-and-water-main-flushing-taking-place-in-hannibal

    From Erin Brockovich connection on Facebook: Drugs found in Puget Sound salmon from tainted wastewater | The Seattle Times


    Puget Sound salmon are on drugs — Prozac, Advil, Benadryl, Lipitor, even cocaine.

    Those drugs and dozens of others are showing up in the tissues of juvenile chinook, researchers have found, thanks to tainted wastewater discharge.

    The estuary waters near the outfalls of sewage-treatment plants, and effluent sampled at the plants, were cocktails of 81 drugs and personal-care products, with levels detected among the highest in the nation.

    The medicine chest of common drugs also included Flonase, Aleve and Tylenol. Paxil, Valium and Zoloft. Tagamet, OxyContin and Darvon. Nicotine and caffeine. Fungicides, antiseptics and anticoagulants. Cipro and other antibiotics galore.
    http://www.seattletimes.com/seattle-news/environment/drugs-flooding-into-puget-sound-and-its-salmon/

    BBC News: US election: What will Clinton v Trump look like?


    US election: What will Clinton v Trump look like? – http://www.bbc.co.uk/news/election-us-2016-36200002

    BBC News: President Obama drinks water in crisis-hit Flint


    President Obama drinks water in crisis-hit Flint – http://www.bbc.co.uk/news/world-us-canada-36206897

    WAKE UP PEOPLE!!! They Poisoned Our Water? Interview With UAW Region 1D Assistant Director Steve Dawes On Flint: A CRIME AGAINST HUMANITY


    They Poisoned Our Water? Interview With UAW Region 1D Assistant Director Steve Dawes On Flint


    Yerba mate

    From Wikipedia, the free encyclopedia
    Yerba mate (from Spanish [ˈʝerβa ˈmate]; Portuguese: erva-mate [ˈɛɾvɐ ˈmate] or [ˈɛɾvɐ ˈmatʃɪ]) is a species of the holly family (Aquifoliaceae), with the botanical name Ilex paraguariensis A. St.-Hil.[1] named by the French botanist Auguste François César Prouvençal de Saint-Hilaire.[2]Yerba mate is widely known as the source of the beverage called mate (Portuguese: chimarrão, tererê/tereré and other variations). It is traditionally consumed in central and southern regions of South America, particularly Argentina, Bolivia, southern and center-western Brazil, Uruguay, Paraguay and southern Chile.[3] It is also very popular in Syria where it is imported from Argentina.[4] Yerba mate was initially utilized and cultivated by the Guaraní people and in some Tupí communities in southern Brazil, prior to European colonization. It was scientifically classified by the Swiss botanist Moses Bertoni, who settled in Paraguay in 1895.[citation needed] Yerba mate can also be found in various energy drinks on the market today.

    Yerba mate, erva mate, mate, or maté
    Ilex paraguariensis
    Ilex paraguariensis - Köhler–s Medizinal-Pflanzen-074.jpg
    Ilex paraguariensis
    Scientific classification
    Kingdom: Plantae
    (unranked): Angiosperms
    (unranked): Eudicots
    (unranked): Asterids
    Order: Aquifoliales
    Family: Aquifoliaceae
    Genus: Ilex
    Species: I. paraguariensis
    Binomial name
    Ilex paraguariensis

    Description

    Yerba mate, Ilex paraguariensis, begins as a shrub and then matures to a tree and can grow up to 15 metres (49 ft) tall. The leaves are evergreen, 7–110 millimetres (0.3–4.3 in) long and 30–55 millimetres (1.2–2.2 in) wide, with a serrated margin. The leaves are often called yerba (Spanish) or erva (Portuguese), both of which mean “herb”. They contain caffeine (known in some parts of the world as mateine) and also contains related xanthine alkaloids and are harvested commercially.

    The flowers are small, greenish-white, with four petals. The fruit is a red drupe 4–6 millimetres (0.16–0.24 in) in diameter.

    Cultivation

     Plantation in Misiones, Argentina.

    The Yerba mate plant is grown and processed in South America, specifically in northern Argentina (Corrientes, Misiones), Paraguay, Uruguay and southern Brazil (Rio Grande do Sul, Santa Catarina, Paraná and Mato Grosso do Sul). Cultivators are known as yerbateros (Spanish) or ervateiros (Brazilian Portuguese).

    Seeds used to germinate new plants are harvested from January until April only after they have turned dark purple. After harvest, they are submerged in water in order to eliminate floating non-viable seeds and detritus like twigs, leaves, etc. New plants are started between March and May. For plants established in pots, transplanting takes place April through September. Plants with bare roots are transplanted only during the months of June and July.[5]

    Many of the natural enemies of yerba mate are difficult to control in a plantation setting. Insect pests include Gyropsylla spegazziniana, an insect that lays eggs in branches, Hedyphates betulinus, an insect that weakens the tree and makes it more susceptible to mold and mildew, “Perigonia lusca”, an insect that eats the leaves, and several species of mites.[5]

    When yerba mate is harvested, the branches are often dried by a wood fire, imparting a smoky flavor. The plant Ilex paraguariensis can vary in strength of the flavor, caffeine levels and other nutrients depending on whether it is a male or female plant. Female plants tend to be milder in flavor and lower in caffeine. They are also relatively scarce in the areas where yerba mate is planted and cultivated.[6]

    According to FAO in 2012, Brazil is the biggest producer of mate in the world with 513,256 MT (58%), followed by Argentina with 290,000 MT (32%) and Paraguay with 85,490 MT (10%).[7]

    Use as a beverage

    Main article: Mate (beverage)

     Steaming mate infusion in its customary cup that resembles the shape of a gourd, the customary vessel

    The infusion, called mate in Spanish-speaking countries or chimarrão in Brazil, is prepared by filling a container, typically a gourd, up to three-quarters full with dry leaves (and twigs) of the mate plant, and filling it up with water at a temperature of 70–80 °C (158–176 °F), hot but not boiling. Sugar may or may not be added; and the mate may be prepared with cold water (tereré).[8]

    Drinking mate with friends from a hollow gourd (also called a guampa, porongo or mate in Spanish, cabaça or cuia in Portuguese, or zucca in Italian) through a metal straw (a bombilla in Spanish, bomba in Portuguese), refilling and passing to the next person after finishing the few mouthfuls of beverage, is a common social practice in Uruguay, Argentina and southern Brazil among people of all ages.

    Yerba mate is most popular in Uruguay, where people are seen walking the streets carrying the mate and termo (thermal vacuum flask) in their arms. You can also find hot water stations to refill the termo while on the road. In Argentina 5 kg (11 lb) of yerba mate is consumed annually per capita; in Uruguay, the largest consumer, consumption is 10 kg (22 lb).[9] The amount of the herb used to prepare the infusion is much greater than that used for tea and other beverages, accounting for the large weight used.[10]

     Yerba Mate shop, Puerto Iguazu, Argentina

    The flavor of brewed mate resembles an infusion of vegetables, herbs, grass and is reminiscent of some varieties of green tea. Some consider the flavor to be very agreeable, but it is generally bitter if steeped in boiling water. Flavored mate is also sold, in which the mate leaves are blended with other herbs (such as peppermint) or citrus rind.[11]

    In Paraguay, Brazil and Argentina, a toasted version of mate, known as mate cocido (Paraguay), chá mate (Brazil) or just mate, is sold in teabags and in a loose leaf form. It is often served sweetened in specialized shops or on the street, either hot or iced, pure or with fruit juice (especially lime – known in Brazil as limão) or milk. In Argentina and southern Brazil, this is commonly consumed for breakfast or in a café for afternoon tea, often with a selection of sweet pastries (facturas).

     Yerba for sale in the open air market of La Boqueria in Barcelona, Spain.

    An iced, sweetened version of toasted mate is sold as an uncarbonated soft drink, with or without fruit flavoring. In Brazil, this cold version of chá mate is specially popular in the South and Southeast regions, and can easily be found in retail stores in the same cooler as soft-drinks.[12] Mate batido, which is toasted, has less of a bitter flavor and more of a spicy fragrance. Mate batido becomes creamy when shaken. Mate batido is more popular in the coastal cities of Brazil, as opposed to the far southern states, where it is consumed in the traditional way (green, consumed with a silver straw from a shared gourd), and called chimarrão (cimarrón in Spanish, particularly that of Argentina[13]).

    In Paraguay, western Brazil (Mato Grosso do Sul, west of São Paulo) and the Argentine littoral, a mate infusion, called tereré in Spanish and Portuguese or tererê in Portuguese in southern regions of Brazil, is also consumed as a cold or iced beverage, usually sucked out of a horn cup called guampa with a bombilla. Tereré can be prepared with cold water (the most common way in Paraguay and Brazil), or fruit juice (the most common way in Argentina). The version with water is more bitter; fruit juice acts as a sweetener (in Brazil, that is usually avoided with the addition of table sugar). Medicinal or culinary herbs, known as yuyos (weeds), may be crushed with a pestle and mortar, and added to the water for taste or medicinal reasons. Tereré is most popular in Paraguay, Brazil, and the Litoral (northeast Argentina).[14]

    In the same way as people meet for tea or coffee, friends often gather and drink mate (matear) in Argentina, southern Brazil, Paraguay and Uruguay. Sharing mate is almost a ritual, following customary rules. In warm weather the hot water is sometimes replaced by lemonade, but not in Uruguay.

     Selection of Yerba Mate gourds and bombillas at a street vendor, Buenos Aires, Argentina

    The gourd (mate in Spanish) is given by the brewer to each person, often in a circle, in turn; the recipient does not give thanks, drinks the few mouthfuls and returns the mate to the brewer, who refills it and passes it to the next person in clockwise order.

    During August, Paraguayans have a tradition of mixing mate with crushed leaves, stems, and flowers of the plant known as flor de agosto[15] (the flower of August, plants of the Senecio genus, particularly Senecio grisebachii), which contain pyrrolizidine alkaloids. Modifying mate in this fashion is potentially toxic, as these alkaloids can cause a rare condition of the liver, veno-occlusive disease, which produces liver failure due to progressive occlusion of the small venous channels in the liver.[16]

    In South Africa, mate is not well known, but has been introduced to Stellenbosch by a student who sells it nationally. In the tiny hamlet of Groot Marico in the northwest province, mate was introduced to the local tourism office by the returning descendants of the Boers, who in 1902 had emigrated to Patagonia in Argentina after losing the Anglo Boer War. It is also commonly consumed in Lebanon, Syria and some other parts of the Middle East mainly by Druze and Alawite population, following emigration to South America and return by many people, and worldwide by expatriates from the Southern Cone.[17]

    Chemical composition and properties

    Polyphenols

    Yerba mate contains a variety of polyphenols such as the flavonoids quercetin and rutin.[18]

    Xanthines

    Yerba mate contains three xanthines: caffeine, theobromine and theophylline, the main one being caffeine. Caffeine content varies between 0.7% and 1.7% of dry weight[19] (compared with 0.4– 9.3% for tea leaves, 2.5–7.6% in guarana, and up to 3.2% for ground coffee);[20] theobromine content varies from 0.3% to 0.9%; theophylline is present in small quantities, or can be completely absent.[21] A substance previously called “mateine” is a synonym for caffeine (like theine and guaranine).

    Mineral content

    Yerba mate also contains elements such as potassium, magnesium, and manganese.[22]

    Health effects

    As of 2011 there have not been any double-blind, randomized prospective clinical trials of Yerba mate consumption with respect to chronic disease.[23] Yerba mate has been claimed to have various effects on human health and these effects have been attributed to the high quantity of polyphenols found in mate tea.[18]

    Research has found that Yerba mate may improve allergy symptoms[24] and reduce the risk of diabetes mellitus and high blood sugar in mice.[25]

    Mate also contains compounds that act as an appetite suppressant and possible weight loss tool,[26] increases mental energy and focus,[27] improves mood,[28] and promotes deeper sleep; however, sleep may only be affected in people who are sensitive to caffeine.[27]

    Lipid metabolism

    Some non-blinded studies have found mate consumption to be effective in lipid lowering.[23]

    Cancer

    The consumption of hot mate tea is associated with oral cancer,[29] esophageal cancer,[30] cancer of the larynx,[30] and squamous cell cancers of the head and neck.[31][32] Studies show a correlation between tea temperature and likelihood of cancer, making it unclear how much of a role mate itself plays as a carcinogen.[30]

    Weight loss

    Yerba mate contains polyphenols such as flavonoids and phenolic acids, which work by inhibiting enzymes like pancreatic lipase[33] and lipoprotein lipase, which in turn play a role in fat metabolism. Yerba mate has been shown to increase satiety by slowing gastric emptying. Effects on weight loss may be due to reduced absorption of dietary fats and/or altered cholesterol metabolism.[34]

    Despite yerba mate’s potential for reducing body weight, there is minimal data on the effects of yerba mate on body weight in humans.[35] Therefore, yerba mate should not be recommended over diet and physical exercise[36] without further study on its effects being warranted.

    Mechanism of action

    E-NTPDase activity

    Research also shows that mate preparations can alter the concentration of members of the ecto-nucleoside triphosphate diphosphohydrolase (E-NTPDase) family, resulting in an elevated level of extracellular ATP, ADP, and AMP. This was found with chronic ingestion (15 days) of an aqueous mate extract, and may lead to a novel mechanism for manipulation of vascular regenerative factors, i.e., treating heart disease.[medical citation needed]

    Antioxidants

    In an investigation of mate antioxidant activity, there was a correlation found between content of caffeoyl-derivatives and antioxidant capacity (AOC).[medical citation needed] Amongst a group of Ilex species, Ilex paraguariensis antioxidant activity was the highest.[medical citation needed]

    Monoamine oxidase inhibition activity

    A paper from the University of São Paulo cites yerba mate extract as an inhibitor of MAO activity; the maximal inhibition observed in vitro was 40–50%. A monoamine oxidase inhibitor is a type of antidepressant, so there is some data to suggest that yerba mate has a calming effect in this regard.[37]

    History

    Main article: History of yerba mate

     
    Yerba mate growing in the wild

    Mate was first consumed by the indigenous Guaraní and also spread in the Tupí people that lived in southern Brazil, Paraguay and became widespread during European colonization.[citation needed] In the Spanish colony of Paraguay in the late 16th century, both Spanish settlers and indigenous Guaranís, who had, to some extent, before the Spanish arrival, consumed it.[citation needed] Mate consumption spread in the 17th century to the River Plate and from there to Argentina, Chile, Bolivia and Peru.[citation needed] This widespread consumption turned it into Paraguay’s main commodity above other wares, such as tobacco, and indigenous peoples labour was used to harvest wild stands.[citation needed]

    In the mid 17th century, Jesuits managed to domesticate the plant and establish plantations in their Indian reductions in Misiones, Argentina, sparking severe competition with the Paraguayan harvesters of wild stands.[citation needed] After their expulsion in the 1770s, their plantations fell into decay, as did their domestication secrets.[citation needed] The industry continued to be of prime importance for the Paraguayan economy after independence, but development in benefit of the Paraguayan state halted after the War of the Triple Alliance (1864–1870) that devastated the country both economically and demographically.[citation needed] Some regions with mate plantations in Paraguay became Argentine territory.[citation needed]

     Lithograph of José Gaspar Rodríguez de Francia, a 19th-century ruler of Paraguay, holding a mate and bombilla

    Brazil then became the largest producer of mate.[38] In Brazilian and Argentine projects in the late 19th and early 20th centuries, the plant was domesticated once again, opening the way for plantation systems.[citation needed] When Brazilian entrepreneurs turned their attention to coffee in the 1930s, Argentina, which had long been the prime consumer,[39] took over as the largest producer, resurrecting the economy in Misiones Province, where the Jesuits had once had most of their plantations. For years, the status of largest producer shifted between Brazil and Argentina.[39]

    Now, Brazil is the largest producer, with 53%, followed by Argentina, 37% and Paraguay, 10%.[7][40]

    In the city of Campo Largo, state of Paraná, Brazil, there is a Mate Historic Park (Portuguese: Parque Histórico do Mate), funded by that state’s government, to educate people on the sustainable harvesting methods needed to maintain the integrity and vitality of the oldest wild forests of mate in the world. As of June 2014, however, the park is closed to public visitation.[41]

    Nomenclature

    The name given to the plant in Guaraní, language of the indigenous people who first cultivated and enjoyed mate, is ka’a, which has the same meaning as “herb”.[citation needed] Congonha, in Portuguese, is derived from the Tupi expression, meaning something like “what keeps us alive”, but a term rarely used nowadays. Mate is from the Quechua mati,[42] a word that means container for a drink, infusion of an herb, as well as gourd.[43] The word mate is used in both Portuguese and Spanish languages.

    The pronunciation of yerba mate in Spanish is [ˈʝe̞rβ̞ä ˈmäte̞][42] The accent on the word is on the first syllable, not the second as might be implied by the variant spelling maté.[42] The word hierba is Spanish for “herb”; yerba is a variant spelling of it which was quite common in Argentina.[44] (Nowadays in Argentina yerba refers exclusively to the yerba mate plant.[44]) Yerba mate, therefore, originally translated literally as the “gourd herb”, i.e. the herb one drinks from a gourd.[citation needed]

    The (Brazilian) Portuguese name for the plant is either erva-mate [ˈɛʁvɐ ˈmätʃi] (pronounced [ˈɛɾvɐ ˈmäte], [ˈɛɾvə ˈmätɪ] or [ˈɛɻvɐ ˈmätʃɪ] in the regions of traditional consumption, [ˈæə̯ʀvə ˈmäˑtɕ] in coastal, urban Rio de Janeiro), the most used term, or rarely congonha [kõˈɡõȷ̃ɐ], from Old Tupi kõ’gõi, which means “what sustains the being”.[45] The drinks it is used to prepare are chimarrão (hot), tereré (cold) or chá mate (hot or cold). While the chá mate (tea) is made with the toasted leaves, the other drinks are made with green leaves, and are very popular in the south and center-west of the country. Most people colloquially address both the plant and the beverage simply by the word mate.[12]

    Both the spellings “mate” and “maté” are used in English, but the latter spelling is never used in either Spanish or Portuguese; in Spanish, maté means “I killed” as opposed to “gourd” (the similarly pronounced Portuguese matei also meaning “I killed”).[46] There are no variation of spellings in Spanish.[42] The addition of the acute accent over the final “e” was likely added as a hypercorrection, indicating that the word and its pronunciation are distinct from the common English word “mate“.[47][48][49][50][51][52]

    According to both Spanish and Portuguese spelling rules, an acute accent in that position shifts the tonic syllable to the last one, whereas in both languages the word is pronounced with the first syllable as the tonic one. Additionally, in Portuguese it changes the pronunciation of a few vowels. (É being more open and never final unstressed /ɛ/, like ó /ɔ/ and á /a/, and ê being more closed /e/, like ô /o/ and â /ɐ/ – the usual pronunciation of the mate vowel is [i ~ ɪ ~ e], never [ɛ]; the standard in all regions where the Portuguese language is official is for unstressed vowels, particularly final ones, to be reduced, in the case of e through [i] in Brazil, here strongly palatalizing, and most of Africa, and [ɯ], or occasionally non-palatalizing [i], in Portugal, Cape Verde and Macau, among a few others.)

    Use as a health food

     Mate softdrinks

    Mate is consumed as a health food. Packages of yerba mate are available in health food stores and are frequently stocked in the large supermarkets of Europe, Australia and the United States. By 2013, Asian interest in the drink had seen significant growth and led to significant export trade.[53]

    See also

    History of yerba mate wikipedia


    History of yerba mate

    From Wikipedia, the free encyclopedia
     

     Falkland gauchos having mate. Watercolour by Dale, manager of Hope Place – Saladero in the 1850s.

    The history of yerba mate, that stretches back to pre-Columbian Paraguay, is marked by a rapid expansion in harvest and consumption in the Spanish South American colonies but also by its difficult domestication process, which even if discovered in the mid 17th century had to be rediscovered later when production was industrialized around 1900.

    The consumption of yerba mate became widespread in the Spanish colony of Paraguay in the late 16th century both among Spanish settlers and indigenous Guaranís, who had to some extent consumed it before the Spanish arrival. Mate consumption spread in the 17th century to the Platine region and from there to Chile and Peru. This widespread consumption turned it into Paraguay’s main commodity above other wares like tobacco, and Indian labour was used to harvest wild stands. In the mid 17th century Jesuits managed to domesticate the plant and establish plantations in their Indian reductions in Misiones, sparking severe competition with the Paraguayan harvesters of wild stands. After the expulsion of the Jesuits in the 1770s their plantations fell into decay as did their domestication secrets. The industry continued to be of prime importance for the Paraguayan economy after independence, but development in benefit of the Paraguayan state halted after the Paraguayan War (1864–1870) which devastated the country both economically and demographically. Brazil became then the prime producer of yerba mate. In Brazilian and Argentine projects in late 19th and early 20th century the plant was domesticated once again opening the way for modern plantation systems. When Brazilian entrepreneurs turned their attention into coffee in the 1930s Argentina, that had long been the prime consumer, took over as the largest producer, resurrecting Misiones Province where the Jesuits had once had most of their plantations.

    Early use

     Indigenous Guaraní (in picture) are known to have consumed yerba mate to some degree before the Spanish conquest of Paraguay.

    Before the arrival of the Spanish the Guaraní people, indigenous to the area of natural distribution of the plant, are known to have consumed yerba mate at least for medicinal purposes.[1] Remnants of yerba mate have also been found in a Quechua tomb near Lima, Peru and has therefore been suggested to have been associated with prestige.[2][3] The first Europeans to establish themselves in the lands of the Guaranís and the yerba mate were the Spaniards that founded Asunción in 1537. The new colony developed with little commerce and contact from outside and which made the Spanish to establish fluid contacts beyond labour relationships with the local tribes. It is not clear exactly when Spaniards began to drink mate but it is known by late 16th century to be widely consumed.[1]

    By 1596 the consumption of mate as a beverage had become so common in Paraguay that a member of the cabildo of Asunción wrote to governor of Río de la Plata Hernando Arias de Saavedra:

    “the vice and bad habit of drinking yerba has spread so much among the Spaniards, their women and children, that unlike the Indians that are content to drink it once a day they drink it continuously and those who do not drink it are very rare.”

    The same author of the letter went on to claim that Spanish settlers sold their clothing, weapons and horses or fell into debt to obtain yerba mate.[4]

    Spread across South America (1600–1650)

     Map showing natural distribution area of yerba mate as well as important colonial settlements and the principal water ways: areas with Jesuit missions are marked with “J”. The borders are those of the modern countries.

    In early 17th century, yerba mate had become the chief export of the Guaraní territories, above sugar, wine and tobacco, which had previously dominated.[5] The Governor of Río de la Plata, Hernando Arias de Saavedra, turned in the beginning of the 17th century against the burgeoning mate industry due to beliefs that it was an unhealthy bad habit and that too much of the Indian workforce was consumed in it. He ordered to end the production in the governorate and at the same time sought approval from the Spanish Crown, which rejected the ban, as did also the people involved in production who never complied with the order.[4] In contrast to other alkaloid rich cash crops found by Europeans in the Age of Discovery like cocoa and coffee, yerba mate was not a domesticated species and came to be exploited from wild stands long into the 19th century,[6] although the Jesuits domesticated it first in the mid 17th century.

    Up to 1676, during the rise of the industry, the main production centre of yerba mate was the Indian town of Maracayú northeast of Asunción. In Maracayú, amid forests rich in yerba mate, settlers from Asunción dominated production. Maracayú came however to be the place of long-standing conflict when settlers from the towns of Villa Rica del Espíritu Santo and Ciudad Real del Guayrá begun to move into the Maracayú area that the old settlers regarded as theirs. In the 1630 the conflict escalated when settlers from Villa Rica and Ciudad Real del Guayrá and the Jesuit missions of Guairá had to flee over to the Maracayú area due to attacks from Portuguese settlers from São Paulo. In the Maracayú area the new settlers made mate their main income source sparking a conflict with the settlers of Asunción which only ended in 1676 when the Portuguese settlers made another push making Maracayú a rather exposed borderland zone. The settlers of Maracaýu relocated to the south forming the modern city of Villarrica and transformed their new lands into the new centre of the mate industry.[7]

    The conflict between the old and the new settlers in Maracayú coincided with the spread of consumption of mate beyond the colony of Paraguay, first to the trade hub of Río de la Plata and from there to Upper Peru (Bolivia), Lower Peru, Ecuador and Chile,[4] becoming an important commodity in many cities of colonial South America.[8] During the course of the 17th century, taxes on mate became an important revenue source in Paraguay, Santa Fé and Buenos Aires and became heavily taxed: Some of the taxes applied were the tithe, alcabala and municipal taxes through the cities where it passed. In 1680 the Spanish Crown imposed a special tax on yerba mate aimed to finance Buenos Aires defence works and garrison.[8]

    The shift southward to Villarrica of the production led Asunción to lose position as the sole hub of export downstream to Santa Fe and Buenos Aires. When production was centred in Maracayú transport down Paraná River was difficult and therefore the yerba was bought through Jejuy River to Asunción on Paraguay River[9] which was navigable all the way down to Río de la Plata. The local government of Asunción tried unsuccessfully to have all mate produced north of Tebicuary River to pass through the city, but the Villarrica settlers as well as the Spanish Crown largely ignored the complaints of the Asunción government.[9]

    Jesuit era and domestication (1650–1767)

     Location of the most important Jesuit reductions in Argentina, Brazil and Paraguay, with present political divisions.

    The Jesuits began in the late 16th century to establish a series of reduction settlements in the lands of the Guaraní people to convert them to Catholicism. The Jesuit missions had a high degree of autarky but needed coins to pay taxes and acquire products they could not produce.[1] While in the early 17th century Jesuits had supported governor Hernando Arias de Saavedra‘s ban on yerba mate production, they became by mid-17th century severe competitors to the harvesters of the land north of Tebicuary River who had had a practical monopoly on the product.[5][10] In 1645 the Jesuits had successfully requested the Spanish Crown to be allowed to produce and export yerba mate.[10] The Jesuits initially followed the normal production procedure by sending thousands of Guaranís out into long journeys to the swamps where the best trees grew to harvest naturally occurring stands, where many Indians fell ill or died.[10] From the 1650s to the 1670s the Jesuits succeeded in domesticating the plant,[6] something that contemporaries had found extremely difficult.[10] The Jesuits kept the domestication a secret. It apparently involved feeding the seed to birds or emulating the passing of the seeds through the digestive system of a bird.[3] The Jesuits gained a series of commercial advantages over their competitors in the Tebacuary region. Apart from their successful domestication and establishment of plantations, their missions were closer to the important trade hubs of Santa Fé and Buenos Aires and they succeeded in obtaining exemptions from the tithe, alcabala, and the additional tax established in 1680.[11] These privileges caused a conflict with the Paraguayan cities of Asunción and Villarrica that accused the Jesuits of flooding the Platine market with cheap yerba mate, and led to the imposition of limits for the Jesuit exports,[12] which they nevertheless exceeded, so that at the time of the expulsion of the Order they exported four times the amount they were legally allowed.[3] The Jesuits did not, officially, sell mate for profit beyond covering basic necessities and taxes, and accused the Paraguayans of causing prices to drop, adding that their yerba mate was preferred by merchants not due its price but due to its better quality.[12]

    Due to the shortage of coins yerba mate along with honey, maize, and tobacco were used as currencies in the Jesuit reductions.[13]

    Expansion (1767–1870)

     Lithograph of José Gaspar Rodríguez de Francia, a 19th-century ruler of Paraguay, with a mate and its respective bombilla.

    After the suppression of the Society of Jesus in 1767 the production and importance of mate producing regions which had been dominated by Jesuits began to decline.[2][6] Excessive exploitation of Indian labour in the plantations led to decay in the industry and the scattering of Guaranís living in the missions.[3][6] With the fall of the Jesuits and the mismanagement by the crown and the new entrepreneurs that had taken over Jesuit plantations Paraguay gained an unrivalled position as the main producer of yerba mate. The plantation system of the Jesuits did however not prevail and mate continued chiefly to be harvested from wild stand through the 18th and most of the 19th century. Concepción in Paraguay, founded in 1773, became a major port of export since it had a huge hinterland of untouched stands of yerba mate north of it. As part of the Bourbon Reforms free trade within the Spanish Empire was allowed in 1778. This and a tax reform in 1780 lead to increased trade in Spanish South America which benefited the mate industry.[6] In the 1770s the habit of drinking mate reached as far as Cuenca, in present day Ecuador.[6]

    During the colonial period in Europe, mate failed to be accepted like cocoa, tea and coffee. In 1774 the Jesuit José Sánchez Labrador wrote that mate was consumed by “many” in Portugal and Spain and that many in Italy approved of it.[3] In the 19th century yerba mate attracted the attention of the French naturalists Aimé Bonpland and Augustin Saint-Hilaire who, separately, studied the plant. In 1819 the latter gave yerba mate its binomial nomenclature: Ilex Paraguariensis.

    After independence, Paraguay was to lose its pre-eminence as top producer to Brazil and Argentina,[14] although Argentina went into a mate crisis. At independence, Argentina inherited both the largest mate-consuming population in the world as well as Misiones Province where most of the Jesuit missions had been and where the industry was in decay. The decline of production in Argentina relative to the constant increase in demand lead Argentina in the mid-19th century to depend heavily on its neighbors for supply. Yerba mate came to be imported to Argentina from the Paraná highlands in Brazil. This Yerba mate was labelled Paranaguá after its shipping port.[2]

    In Paraguay, yerba mate continued to be a major cash crop after independence but the foci of industry shifted away from the mixed plantations and wild stands of Villarrica, north to Concepción in late colonial times and then by 1863 to San Pedro.[15] During the rule of Carlos Antonio López (1844–1862), the yerba mate business was managed by the military commanders of the district, who could harvest yerba mate as a state enterprise or give concessions. The onset of the Paraguayan War (1864–1870) caused a sharp drop in the harvesting of yerba mate in Paraguay, estimated at 95% between 1865 and 1867, caused by enrolment.[15] It has been reported that during the war soldiers from all sides consumed yerba mate to calm the hunger and the combat anxiety.[3] After the Paraguayan War against Brazil, Argentina and Uruguay, Paraguay was demographically as well as economically ruined and foreign entrepreneurs came to control the yerba mate production and industry in Paraguay.[15] The 156.415 km2 lost by Paraguay in the war to Argentina and Brazil were mostly rich in yerba mate production.[15]

    In Chile, where the habit of drinking mate had taken firm ground during colonial times, its popularity gave way after independence to drinks popular in Europe, coffee and tea that entered the country through its increasingly busy ports.[3] The spread of tea and coffee consumption in Chile, to the detriment of mate, began in the upper classes. The first coffee shop in Chile appeared in Santiago in 1808. German botanist Eduard Friedrich Poeppig described in 1827 a wealthy family in Chile where the old people drank yerba mate with bombilla while the younger preferred Chinese tea. The trend of decreasing mate consumption was noticed in 1875 by the British consul Rumbold who said that “imports of Paraguayan tea” were “steadily falling off”. Yerba mate was overall cheaper (price per kilo from 1871 to 1930) than tea and coffee and it remained popular in rural areas of Chile.[16]

    Industrialization and spread to the Levant (1870–1950)

     Ukrainian immigrants harvest yerba mate in 1920. Despite its relative inhospitability, Misiones attracted considerable European immigration.

    With the devastation of Paraguay and insignificant Argentine production, by the end of the 19th century Brazil became the leading producer of yerba mate.[3] In the 1890s yerba mate plantations regained prominence in the markets when plantations began to be developed in Mato Grosso do Sul.[3][6]

    In the early 20th century Argentine production began to recover, rising from less than 1 million kg in 1898 to 20 million kg in 1929 in Misiones Province.[2] In the first half of the 20th century Argentina ran a state programme to populate Misiones Province and kick-start a mate industry. Family-sized parcels of land in Misiones were given to foreign settlers, most of them from Central and Eastern Europe.[17] In the 1930s Brazil changed from mate to coffee production, as it gave more income, leaving the resurrected Argentine industry as the biggest producer,[3] which benefited the Argentine economy as it was also the largest consumer of mate.

    Syrian and Lebanese immigrants to Argentina spread the habit of drinking mate to their homelands, where it became particularly associated with the Druze.[3]

    Health: Uncaria tomentosa (cat’s Claw, uña de gato)


    Uncaria tomentosa

    From Wikipedia, the free encyclopedia
     
    Uncaria tomentosa
    Scientific classification
    Kingdom: Plantae
    (unranked): Angiosperms
    (unranked): Eudicots
    (unranked): Asterids
    Order: Gentianales
    Family: Rubiaceae
    Genus: Uncaria
    Species: U. tomentosa
    Binomial name
    Uncaria tomentosa
    (Willd. ex Schult.) DC.[1]

    Uncaria tomentosa is a woody vine found in the tropical jungles of South and Central America. In several languages it is known as cat’s claw because of its claw-shaped thorns (English cat’s claw, although that name is also used for other plants; Spanish uña de gato). It is also known as vilcacora; Polish journalist Roman Warszewski claims the invention of the latter name by combining the qechua words ‘vilca’ + ‘cora’.[2]

    It is used in herbalism for a variety of ailments.

    Description

    Uncaria tomentosa is a liana deriving its name from hook-like thorns that resemble the claws of a cat. U. tomentosa can grow up to 30 m (100 ft) tall, climbing by means of these thorns. The leaves are elliptic with a smooth edge, and grow in opposite whorls of two. Cat’s claw is indigenous to the Amazon rainforest, with its habitat being restricted primarily to the tropical areas of South and Central America.

    Taxonomy

    There are two species of cat’s claw commonly used in North America and Europe, Uncaria tomentosa and Uncaria guianensis, each having different properties and uses. The two are frequently confused but U. tomentosa is the more heavily researched for medicinal use[3] and immune modulation, while U. guianensis may be more useful for osteoarthritis.[4] U. tomentosa is further divided into two chemotypes with different properties and active compounds, a fact ignored by most manufacturers[5] that can have significant implications on both its use as an alternative medicine and in clinical trials to prove or disprove its efficacy.[6] Another species, Uncaria rhynchophylla, has usage in Chinese medicine, and several unrelated species bear the same nickname.

    Medicinal uses

    According to the American Cancer Society, cat’s claw is often promoted for its health benefits and has become a popular herbal supplement in the United States and Europe. However, they state:

    Available scientific evidence does not support claims that this herb can treat cancer or other diseases in people. Animal and laboratory studies may show promise, but further studies are necessary to find out whether the results apply to humans. Until clinical trials in humans are completed, the true value of cat’s claw remains uncertain.[7]

    Some studies on its effect on rheumatoid arthritis reported modest results, which need confirmation in standardized trials.[8]

    Folk medicine

    The indigenous peoples of South America have used cat’s claw for centuries in the belief it is a treatment for various disorders.[7]

    Adverse reactions

    Individuals allergic to plants in the Rubiaceae family and different species of Uncaria may be more likely to have allergic reactions to cat’s claw.[9] Reactions can include itching, rash and allergic inflammation of the kidneys. In one case study, kidney failure occurred in a patient with Lupus erythematosus.[10] The patient’s kidney failure improved after stopping the herbal remedy.

    There are other plants which are known as cat’s claw (or uña de gato) in Mexico and Latin America; however, they are entirely different plants, belonging to neither the Uncaria genus, nor to the Rubiaceae family. Some of the Mexican uña de gato varieties are known to have toxic properties.[11]

    See also

    Health: Yacón


    Yacón

    From Wikipedia, the free encyclopedia
     
    Yacón
    Yacon.jpg
    Roots of yacón
    Scientific classification
    Kingdom: Plantae
    (unranked): Angiosperms
    (unranked): Eudicots
    (unranked): Asterids
    Order: Asterales
    Family: Asteraceae
    Subfamily: Asteroideae
    Tribe: Millerieae
    Genus: Smallanthus
    Species: S. sonchifolius
    Binomial name
    Smallanthus sonchifolius
    (Poeppig and Endlicher) H. Robinson
    Synonyms
    Polymnia sonchifolia Poeppig and Endlicher

     
    Yacón leaves

     
    Yacón. Moche Culture. Larco Museum Collection.

    The yacón (Smallanthus sonchifolius, syn.: Polymnia edulis, P. sonchifolia) is a species of perennial daisy traditionally grown in the northern and central Andes from Colombia to northern Argentina for its crisp, sweet-tasting, tuberous roots. Their texture and flavour are very similar to jicama, mainly differing in that yacón has some slightly sweet, resinous, and floral (similar to violet) undertones to its flavour, probably due to the presence of inulin, which produces the sweet taste of the roots of elecampane, as well. Another name for yacón is Peruvian ground apple, possibly from the French name of potato, pomme de terre (ground apple). The tuber is composed mostly of water and fructooligosaccharide.

    Commonly called jicama in Ecuador, yacón is sometimes confused with that unrelated plant, which is a bean. The yacón, in contrast, is a close relative of the sunflower and Jerusalem artichoke. The plant produces a perennial rhizome to which are attached the edible, succulent storage roots, the principal economic product of the plant. The rhizome develops just under the surface of the soil and continuously produces aerial shoots. Dry and/or cold seasons cause the aerial shoots to die back, but the plant resprouts from the rhizome under favourable conditions of temperature and moisture. The edible storage tubers are large and typically weigh from a few hundred grams to a kilogram or so.

    The tubers contain fructooligosaccharide, an indigestible polysaccharide made up of fructose. Fructooligosaccharides taste sweet, but pass through the human digestive tract unmetabolised, hence have very little caloric value. Moreover, fructooligosaccharides have a prebiotic effect, meaning they are used by beneficial bacteria that enhance colon health and aid digestion.

    Yacón plants can grow to over 2 m in height and produce small, inconspicuous yellow flowers at the end of the growing season. Unlike many other root vegetables domesticated by the indigenous peoples of the Andes (ulluco, oca, and mashua), yacón is not photoperiod sensitive, and can produce a commercial yield in the subtropics, as well.

    Traditionally, yacón roots are grown by farmers at midelevations on the eastern slopes of the Andes descending toward the Amazon. It is grown occasionally along field borders where the juicy tubers provide a welcome source of refreshment during field work. Until as recently as the early 2000s, yacón was hardly known outside of its limited native range, and was not available from urban markets; however, press reports of its use in Japan for its purported antihyperglycemic properties made the crop more widely known in Lima and other Peruvian cities. Companies have also developed novel products such as yacón syrup and yacón tea. Both products are popular among diabetics and dieters.[citation needed]

    Yacón culture

    Yacón can easily be grown in gardens in climates with only gentle frosts. It grows well in Kathmandu, Nepal and southern Australia (including Tasmania) and New Zealand, where the climate is mild and the growing season long. The plant was introduced to Japan in the 1980s, and from there, its cultivation spread to other Asian countries, notably South Korea, China, and the Philippines, and is now widely available in markets in those countries. Yacón has also recently been introduced into farmers’ markets and natural food stores in the United States and has been available from niche online health food stores in the United Kingdom since 2007.

    Tubers with growing points can be planted in a well-dug bed in early spring, near the time of the last expected frost. While aerial parts are damaged by frost, the tubers are not harmed unless they freeze solid. Yacón is a vigorous grower much like Jerusalem artichokes. The plants grow best with fertilizer.

    After the first few frosts, the tops will die and the tuberous roots are ready for digging up. It is generally best to leave some in the ground for propagating the following spring, or, alternatively, they can be kept in the refrigerator or buried away from frost until spring. While usable-sized tubers develop fairly early in the season, they taste much sweeter after they have matured and have been exposed to some frost.

    Yacón leaves

    The leaves of the yacón contain quantities of protocatechuic, chlorogenic, caffeic, and ferulic acids, which gives tisanes made from the leaves prebiotic and antioxidant properties.[1]

    Religious usage

    In colonial times, yacón consumption was identified with a Catholic religious celebration held at the time of an earlier Inca feast. In the Moche era, it may have been food for a special occasion. Effigies of edible food may have been placed at Moche burials for the nourishment of the dead, as offerings to lords of the other world, or in commemoration of a certain occasion. Moche depicted such yacón on their ceramics.[2]

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    Chitlin’ Strut


    Chitlin’ Strut

    The Chitlin’ Strut is a feast of chitlins, or chitterlings (hog intestines), held in the small town of Salley, South Carolina. The affair features a “hawg-calling” contest, country music, arts and crafts, a parade, lots of chitlins (about 8,000 pounds are devoured each year), and chicken for those not enamored of chitlins. Chitlins are prepared by cleaning them well, boiling them until they are tender, and then, after coating them in egg and crumbs, frying them in deep fat until they’re crackling crisp. More… Discuss

    this pressed: Surviving the Zombie Apocalypse…with Diabetes|via Lilly


    Surviving the Zombie Apocalypse…with Diabetes by Amy O’Connor 11/17/15 1 Comment Facebook Twitter Google+ Email Spoiler Alert: This post contains details about last weekend’s episode of The Walking Dead. But, don’t worry, I don’t tell you what happens to Glenn because we still don’t know! On this week’s The Walking Dead, viewers faced a previously unexplored danger in the post-Apocalyptic world—managing diabetes. AMC’s Sunday night favorite introduced Tina, a young woman with more than just hordes of the undead on her mind as she wandered the roads near Alexandria; she also had diabetes. Let’s be honest, managing your diabetes can be tricky. Many viewers on Twitter and Reddit had a hard time fathoming how exactly one survives months or even years into a zombie apocalypse. One thing’s clear to me: Tina had an emergency plan for her diabetes. Life is full of unexpected events, disasters and tragedies, both natural and man-made. For diabetics, these situations become even more challenging. That’s where your emergency plan comes in to play. Check out this handy graphic from our partnership with the American College of Endocrinology for tips on how to make sure you’re prepared for any emergency, zombie or otherwise. Tina may not have survived long in The Walking Dead universe, but, ultimately, it was the bites of two zombies that brought her to her end – not her diabetes. As the episode came to an end, I couldn’t help but feel disappointed that we couldn’t have had a few more weeks to understand just how Tina had made it this far. It seems I wasn’t the only one. Here are a few of my favorite tweets sent during last night’s episode:

    Source: Surviving the Zombie Apocalypse…with Diabetes | via Lilly

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    Before #CoP21, read about #DUCC project on climate change’s impact on economy— Our World Magazine (@OurWorld20)


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    ‘Frankenfish’ salmon coming soon to a supermarket near you


    News24US.comWhat’s for dinner? Before long, it may well be genetically modified salmon, the first such altered animal cleared for human consumption in the United States.Critics call it “frankenfish,” but the Food and Drug Administration granted its approval on Thursday, saying the faster-growing salmon is safe to eat. It could be available in a couple of years.“There are no biologically relevant differences in the nutritional profile of AquAdvantage Salmon compared to that of other farm-raised Atlantic salmon,” the agency said.The Obama administration had stalled in approving the salmon for more than five years amid consumer concerns about genetically modified foods. The fish grows twice as fast as normal salmon, so it reaches market size more quickly.AquAdvantage Salmon is engineered by the Massachusetts-based company AquaBounty. Ron Stotish, the company’s CEO, said in a statement that the fish is a “game changer that brings healthy and nutritious food to consumers in an environmentally responsible manner without damaging the ocean and other marine habitats.”AquaBounty said the fish could be on grocery store shelves in about two years, which is how long it takes the salmon to grow.Once the salmon reach stores, consumers may not know they are eating them. Because there are no material differences between an engineered and a normal salmon, the FDA says the law does not require the fish to be labeled as engineered. AquaBounty says that genetically modified salmon have the same flavor, texture, color and odor as the conventional fish.The FDA released separate wording that would set guidelines for retailers who do want to label the fish, along with additional guidance for voluntary labeling of genetically modified plant foods.Some retailers have said they won’t sell the fish at all — retailers Whole Foods, Trader Joe’s, Target and Kroger have all said they are not planning to sell AquAdvantage Salmon.Critics have pressured retailers to reject the salmon, which they have labeled “Frankenfish.” They worry it could cause human allergies and the eventual decimation of the natural salmon population if it escapes into the wild.“There’s no place on our dinner plates for genetically engineered fish,” said Lisa Archer of the environmental advocacy group Friends of the Earth. “We will continue to work to ensure the market, from grocery retailers to restaurants, continues to listen to the majority of consumers that don’t want to eat this poorly studied, unlabeled genetically engineered fish.”Just hours after the announcement, another advocacy group, The Center for Food Safety, said it would sue FDA to block the approval.Alaska Sen. Lisa Murkowski, a Republican, has said the engineered salmon could harm her state’s wild salmon industry. She took to the Senate floor to criticize the FDA shortly after the announcement, saying she was “spitting mad.” She and other Alaska and Pacific Northwest lawmakers said they will swiftly push legislation to mandate labeling of the modified fish.The FDA said the salmon will be allowed to be raised only in land-based, contained hatchery tanks at two facilities in Canada and Panama, and that other facilities in the US or elsewhere cannot breed or raise the salmon for human consumption. Those restrictions limit the amount of food the company can produce.The agency said that there are “multiple and redundant levels of physical barriers” in the facilities to prevent the escape of fish. The fish would be bred to be female and sterile, so if any did escape, they should not be able to breed.The salmon has an added growth hormone from the Pacific Chinook salmon that allows that fish to produce growth hormone all year long. Engineers have been able to keep the hormone active by using another gene from an eel-like fish called an ocean pout that acts like an “on” switch. Typical Atlantic salmon produce the growth hormone for only part of the year.Bernadette Dunham, director of the FDA’s Center for Veterinary Medicine, said the agency “has thoroughly analyzed and evaluated the data and information” submitted by AquaBounty. To approve an engineered animal for human consumption, the agency reviews a company’s data and must determine that the food is safe to eat, that the engineering is safe for the fish and that the company’s claim — in this case, faster growth — is accurate.AquaBounty’s Stotish said he is hopeful the fish will gain consumer acceptance as people learn more about it.“We think time and education and information may allow many of these folks to change their mind,” he said of critics.

    Source: ‘Frankenfish’ salmon coming soon to a supermarket near you

    Cannibalism


    Cannibalism

    Evidence of human cannibalism suggests that the practice began thousands of years ago. Cannibalism, eating the flesh of the members of one’s own species, is practiced ritually in some cultures, though in Western society people tend to turn to cannibalism only in situations of extreme starvation or when they are mentally ill. Historically, the Aztec Empire is the most famous example of a cannibalistic society. What country was once known as the “Cannibal Isles”? More… Discuss

    The Four Humors


    The Four Humors

    In the 3rd century BCE, Hippocrates introduced his theory of Humoralism. It was based on the notion that 4 fluids, each corresponding to one of the 4 elements, permeate the human body and cause disease when not in balance. Theories regarding the 4 humors—blood, black bile, yellow bile, and phlegm—expanded over the years, and in the 2nd century CE, Galen published a treatise which associated a specific temperament with each humor. What humor was thought to cause a melancholic disposition? More… Discuss

    Great Depression irony as people wait in breadline in Ohio – 1937 — MuMu (@mumu_foste)


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    today’s holiday: Terlingua Chili Cookoff


    Terlingua Chili Cookoff

    The Terlingua Chili Cookoff is a contest of chili chefs held in Terlingua, Texas, an abandoned mining town near the Big Bend desert area in the southwestern part of the state. More than 200 cooks from as many as 30 states and occasionally from foreign countries show up to prepare the official state dish, and thousands of spectators drive or fly in. Humorists Wick Fowler and H. Allen Smith staged the first cookoff in 1967, deciding to locate it in the hot desert because it was a contest for a hot dish. More… Discuss

    Pulse Palpation


    Pulse Palpation

    A pulse is caused by the alternate expansion and contraction of artery walls as heart action varies blood volume within the arteries. The arteries become distended during systole, or heart contraction, and their walls contract during diastole, when the heart relaxes. The pulse, measured in beats per minute, can be felt at a number of points throughout the human body, but is most commonly palpated at the wrist or neck. Where are the pulse points in the lower limbs? More… Discuss

    this pressed: HEALTH – DIABETES: Pictures of Famous People With Diabetes|via WebMD


    tom hanks

    The Oscar-winning actor announced he has type 2 diabetes when late-night host David Letterman commented on his newly slim figure in October 2013. “I went to the doctor and he said, ‘You know those high blood sugar numbers you’ve been dealing with since you were 36? Well, you’ve graduated. You’ve got type 2 diabetes, young man.'” Hanks added that the condition is controllable, but he joked that he couldn’t get back down to his high-school weight of 96 pounds. “I was a very skinny boy!

    This WebMD slideshow presents pictures of celebrities with type 1 or type 2 diabetes including Halle Berry, Larry King, and Nick Jonas from The Jonas Brothers.

    Source: Pictures of Famous People With Diabetes

    this pressed: Public Health: Top 10 Vaccine-Preventable Diseases in Pictures|via WebMD


    whooping cough infection

    2. Whooping Cough (Pertussis) What it is: A lung infection that makes it hard to breathe due to severe coughing. How you get it: People can breathe in the pertussis bacteria when someone who has whooping cough coughs or sneezes. Why it’s serious: It can be life-threatening, especially in babies less than 1 year old. Whooping cough can lead to pneumonia, seizures, and slowed or stopped breathing. Get the WebMD list of the top 10 vaccine-preventable diseases, including measles, whooping cough, flu, polio, pneumococcal disease, meningococcal disease, mumps, Hib, tetanus, and hepatitis B.

    2. Whooping Cough (Pertussis)

    What it is: A lung infection that makes it hard to breathe due to severe coughing.

    How you get it: People can breathe in the pertussis bacteria when someone who has whooping cough coughs or sneezes.

    Why it’s serious: It can be life-threatening, especially in babies less than 1 year old. Whooping cough can lead to pneumonia, seizures, and slowed or stopped breathing.

    Get the WebMD list of the top 10 vaccine-preventable diseases, including measles, whooping cough, flu, polio, pneumococcal disease, meningococcal disease, mumps, Hib, tetanus, and hepatitis B.

    Source: Top 10 Vaccine-Preventable Diseases in Pictures|via WebMD