Tag: Helath

  • Fat Lipid Cholesterol Causes Heart Attack Lie

    You would find even an illiterate advising you that fat causes heart attack.

     

    Media Channels are awash with advertisements screaming at you about the danger of fat.

     

    It would settle in the arteries to the heart and cause Heart Attack.

     

    Many people nowadays live as a Goat eating only leaves as an effort to control fat.

     

    You have food products, Drinks that claim to reduce fats.

     

    There are Slimming centers which scare you and claim that they help you reduce Fat and thus reducing the chances of a Heart Attack.

     

    One such organisation recently sponsored one kilo Gold to the winner of a Reality Show!

     

    They resort to Lipo suction.

     

    Heat Attack.Image.gif.
    Heat Attack.

     

    My cousin brother’s daughter( 43),died the next morning after this treatment.

     

    She had no other ailments excepting the fact that she was Obese.

     

    Just how true is this story of fat causing Heat Attack?

     

    If excessive fat  settles in Arteries , why does it settle only in the Arteries of the Heart?

     

    We have not heard of kidney Attack!

    I am not a specialist though.

    Doctors may respond with Data.

     

    Read this.

     

    Basically the Lipid Hypothesis says that you eat a lot of fats and cholesterol, they settle out in your arteries, then your arteries clog and form plaque, plaque and resulting clots then cause heart attacks.

     

    This concept first arose as a result of research done in 1913 after a scientist named Nikolai Anitsdikow fed rabbits a good deal of cholesterol and they formed plaque in their arteries.

     

    The theory was formally written up in 1951 by 2 doctors (Duff and McMillian) and published in the American Journal of Medicine.

     

    It was then heavily promoted by Ancel Keys who published a paper and wrote a book in 1953.

     

    Ancel Keys’ viewpoint was largely based on a study of seven countries that showed, he claimed,  a direct correlation between fat in the diet and heart attacks.

     

    In 1960 an American Heart Association committee embraced the lipid (fat) hypothesis based on a 3 page report and as a result of all the press a young staffer incorporated it into Senator George McGovern’s Dietary Goals for the United States in 1977. It became part of a political platform.

     

    There were some initial cholesterol drug trials that seemed to show a small relationship between lowering cholesterol with drugs and heart incidents so this was used as support for “Eat Less Fats and Cholesterol” to have a healthy heart. That is where our Heart Healthy Diet came from.
    There are problems with the “Lipid Hypothesis” however.

     

    In the 1940’s and 1950’s the majority of cardiologists did not accept it.

     

    It would affect all of the arteries, they claimed, not just the heart arteries.

     

    There were no “kidney attacks” or “spleen attacks” only heart attacks.

     

    It was also felt that if plaque in the arteries was caused by saturated fats and cholesterol “settling out” the smallest vessels would be afflicted first

     

    . This was not the case. Furthermore the composition of arterial plaques is only a small amount (16%) of cholesterol and most of the fat was unsaturated (not animal fat). Most importantly the research and findings did not support it.
    Feeding rabbits cholesterol, a meat based substance simply didn’t make sense. Rabbits are herbivores. Also the type of plaque was of a different kind than found in humans with atherosclerosis (plaquing).

     

    When Ancel Keys wrote that the countries that ate more dietary fat had more heart problems he only used seven out of the 22 countries that he had the data on. He simply only used the ones that matched his theory.

     

    At the time that the Lipid Hypothesis was embraced and formally adopted by the Dietary Goals for the United States there were only 7 randomly controlled studies done on fats and coronary (heart) artery disease, some poorly done, with very ambiguous results………..

     

    They pooled data from 21 studies that included 347,747 people.

     

    The conclusion: “There is no significant evidence for concluding that dietary saturated fat is associated with an increased risk of CHD (Coronary Heart Disease) or CVD (Cardiovascular disease).”

     

    Thanks to:

    http://nutritionalmuscletesting.com/index.php?p=2_92

     

    Image credit.

    https://www.nhlbi.nih.gov/health/health-topics/images/heart_coronary_artery.gif

     

    * I had a Heat attack about 10  years back.

     

    I took medicines for a year an as there was no improvement, I threw the medicines out and am continuing my regular diet.

     

  • Cancer Blood Parameters To look For Details

    Malignancy or Cancer is hard to detect.

    However there are signs that show up which might indicate Cancer,

    These symptoms need not indicate the presence of cancer,; they might indicate some other Disese as well.

    Please remember, the conclusion that the symptoms and tests are arrived at by the reverse Logic, which is not admissible strictly in Logic and Reasoning.

    That is it is not that these indicators and the results  are the causes of Cancer.

    Cervicl Cancer Test

    More than 99 per cent of cases of cervical cancer are caused by the human papillomavirus Photo: ALAMY.Image Credit. Telegraph.co UK.

    Most of the Cancer patients, at least those who have been surveyed, have all or some of these symptoms .

    Some may not have these symptoms at all and some symtoms not known to us may be present.

    That’s all.

    Then why take these Tests and these symptoms seriously?

    These are in the nature of abundant precaution.

    That is very important.

    The Doctors/Oncologists , with their experience can detect if it is indicative of malignancy and treat you accordingly.

    Sad that some use this to make money by instilling fear in the patient.

    Now to the Tests for early detection.

    Again I emphasize  two facts.

    1.The parameters of the Test are not uniform.

    They vary.

    For example , the parameters for Alkaline Phosphate Level varies from Lab to Lab.

    The normal range is 44 to 147 IU/L (international units per liter).

    Normal values may vary slightly from laboratory to laboratory. They also can vary with age and gender. High levels of ALP are normally seen in children undergoing growth spurts and in pregnant women.

    The examples above show the common measurements for results for these tests. Some laboratories use different measurements or may test different specimens.

    Labs parameters say 44-120!”

    So when one gets a reading at 149 he is scared.

    Under these circumstances it is best to consult a Liver specialist and an Oncologist and have second opinions on both.

    2.The results in the Tests may be due to some other normal activity or the side effect of a prescribed Drug intake.

    In the case of Alkaline Phosphate, the elevated reading might be due to the intake some medicines or due to excessive Exercise which increases the Alkaline Phosphate Level.

    So do not jump to conclusions and take the advice of Doctors and get a second opinion before drugging yourself.

    For the benefit of laymen like me, I am posting some tests needed to detect cancer.

    Remember I am no Doctor or a specialist; the post is to familiarities the Patient and those close to him so that they do not become unduly worried or to prevent some nonprofessionals from milking you.

    A complete blood count (CBC) is a common blood test that is used to help diagnose some blood cancers, such as leukemia and lymphoma, tell if a cancer has spread to the bone marrow, and help determine how your body is tolerating cancer treatments. If you are being treated with chemotherapy, your doctor will likely monitor your blood cell counts regularly using CBCs.

    A CBC provides important information about the amount of three types of cells in your blood: white blood cells, red blood cells, and platelets. Each of these measurements has a normal range that will be noted on your CBC. Typical test values are given as a range (called a reference range) instead of a specific number because they vary from person to person.

    White blood cell (WBC) count. A white blood cell count, also called a leukocyte count, measures the number of WBCs in a sample of blood. WBCs protect the body from infection by attacking invading bacteria, viruses, and other foreign materials in the body. Some WBCs can also attack cancer cells. A normal range for a WBC count is 3,300 to 8,700 WBCs per microliter (mcL).

    White blood cell (WBC) differential. A WBC differential is a test that measures the number of each type of WBC. There are five major types of WBCs: neutrophils, lymphocytes, monocytes, eosinophils, and basophils. Each type of cell plays a different role in protecting the body and helping you stay healthy. People with some types of cancer may have higher-than-normal numbers of lymphocytes or monocytes.

    Some cancer treatments, especially chemotherapy, may cause a decrease in your body’s WBCs. Cancers that affect the blood and bone marrow, such as leukemia, lymphoma, or multiple myeloma, can cause a decrease in the WBC count. These cancers and cancer treatments may cause a condition called neutropenia, an abnormally low level of neutrophils. Neutrophils are measured by a number called the absolute neutrophil count (ANC). A normal ANC range is 2,500 to 6,000 neutrophils.

    A noticeable decrease in the number of neutrophils increases the chances of developing a bacterial infection. At times, your doctor may choose to lower the dose of chemotherapy you receive to decrease your chance of developing low neutrophil counts. Your doctor may also recommend medication, such as white blood cell growth factors, to increase your body’s production of neutrophils, especially if you develop a fever. Learn more about ASCO’s recommendations for white blood cell growth factors.

    Red blood cell (RBC) count. RBCs carry oxygen throughout your body, and the number of RBCs can be described in a few different ways. An RBC count, also called an erythrocyte count, measures the number of RBCs in a sample of blood. A normal range for an RBC count is approximately 4 to 6 million RBCs per mcL. The hematocrit is the percentage of your blood that is made up of RBCs. A normal hematocrit range is 38% to 48%. The hemoglobin (HgB) level measures the amount of the protein in RBCs that actually carries the oxygen. If the level of hemoglobin is low, your body works much harder to deliver oxygen to tissues throughout the body. A normal HgB range is 12.6 to 16.1 grams per deciliter.

    Some cancer treatments, especially chemotherapy and radiation therapy, may cause a decrease in your body’s RBCs. This condition is known as anemia. Blood loss, either from surgery or from specific cancers, can also cause or worsen anemia. Cancers that directly involve the bone marrow, such as leukemia, lymphoma, or multiple myeloma, can also interfere with the production of RBCs and cause anemia. People whose RBC count falls too low may need a blood transfusion or medication to help increase the body’s RBCs.

    Platelet count. A platelet count measures the number of platelets in a sample of blood. Platelets help to stop bleeding by forming blood clots. A normal range for a platelet count is approximately 150,000 to 350,000 platelets per mcL.

    Some cancer treatments, such as chemotherapy or radiation therapy, may cause a decrease in platelets, which may result in a condition called thrombocytopenia. Cancers that involve the bone marrow directly, such as leukemia, lymphoma, or multiple myeloma, can also cause a decrease in the production of platelets. Patients with low platelet levels have a greater risk of serious bleeding or bruising. If your platelet count falls to very low levels, your doctor may give you platelet transfusions.

    What the results mean

    Blood test results must be interpreted carefully by your doctor and other members of your health care team. Keep in mind that many factors, including noncancerous conditions, can lead to results that fall out of the reference range. In addition, neutrophil and platelet counts have to fall to very low levels before infections and bleeding become major risks. Ask your doctor to help you be”

    The links below are useful for Procedures and Tests.

    http://www.cancer.net/navigating-cancer-care/diagnosing-cancer/reports-and-results/blood-test-results

    http://www.nlm.nih.gov/medlineplus/ency/article/003470.htm

    http://www.mayoclinic.org/diseases-conditions/cancer/in-depth/cancer-diagnosis/art-20046459

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  • Places To Hide Drugs Vagina, Anus ..

    Strange are the places people choose to hide Narcotics.

    Hiding Drugs.
    Christie Harris This Oklahoma woman was sentenced to 25 years after smuggling not only meth in her butt, but also a gun in her vagina.
    Drug hiding place.
    Alexis Clancy This Florida woman was allegedly caught with a hypodermic needle stowed away in her anus.
    Drug hiding places.
    Cocaine Diapers
    Priscilla Pena and Michelle Blassingale were arrested at JFK Airport after arriving from the Dominican Republic in late January. Drug-sniffing dogs allegedly detected something. Authorities said Pena had seven kilos of cocaine in silver plastic, wrapped around her butt like a disposable diaper.
    Drug Hiding Place
    Ashley Bellamy Bellamy allegedly hid 36 vials of crack cocaine in her vagina to stay out of police custody. But officers noticed that the Philadelphia woman was walking funny, and she admitted to her hiding place. “The woman says, ‘I have crack up in my vagina,’ and she pushed out 36 vials of crack cocaine that were in a bag,” Upper Darby Police Superintendent Michael Chitwood said.
    Drug Hiding.
    Crack, Pot Found In Man’s Prosthetic Leg Jose Santiago is accused of hiding 2.5 grams of crack cocaine and 2.8 grams of marijuana inside his prosthetic leg.
    Hiding Drugs.
    Man Allegedly Ties 89 Bags Of Drugs To Penis A traffic violation by Ray Woods, 23, caught the attention of Pennsylvania police, who then discovered Woods was packing something quite large: 89 bags of heroin and cocaine tied to his penis.

    Source:

    http://www.huffingtonpost.com/2013/10/03/teen-superhuman-strength-spits-blood_n_4037713.html?utm_hp_ref=weird-news