KEEPING KIDNEYS HEALTHY!
Make sure your kidneys are in good shape, ignorance might lead to a chronic kidney disease.
Chronic kidney disease is a progressive loss in kidney functions over a period of months or years. The symptoms of worsening kidney function are non-specific and might include feeling generally unwell and experiencing a reduced appetite. Often, it is diagnosed while screening of people known to be at risk for kidney problems. It is identified by a blood test called serum creatinine.
SYMPTOMS :
Polyuria (passing more urine), nocturia (passing more urine during night), puffiness in the face and feet, persistent aches and pains in the joints, high blood pressure, shortness of breath on mild exertion, fatigue due to anemia.
RISK FACTORS:
Diabetes, hypertension, cardiac disease, kidney stones, past history of inflammation in the functional unit of the kidney, hereditary polycystic kidney disease.
TREATMENT:
Dialysis at home by peritoneal dialysis, blood-hemodialysis, kidney transplantation.
Do's : Follow a low-fat and nutritious diet- whole wheat roti plus vegetables, pulses, fish and salads. Diabetics should avoid excess sugar, carbohydrates, potatoes, white bread, bakery items, vanaspathi ghee, etc.
Take your prescribed medications regularly.
Monitor your blood pressure, blood sugar on a regular basis.
Keep your body fit. Have a fixed routine of physical activities that you can do without undue exertion.
Have a positive frame of mind. Negative synergies will aggrevate your disease process.
Regular relaxation techniques like yoga,pranayam should be practised.
Don'ts:
1. Avoid dehydration
2. Avoid unnecessary radio contrast dyes like CT scans and angiographies.
3. Avoid a high protein-fatty diet.
4.Consult your physician before taking any new drug, especially painkillers like Brufen, voveran, Nimulid, etc.
5.Avoid depressing thoughts and stress. It decreases the immunity levels and well-being of the person.
Diet:
Avoid high intake of protein food and supplements. Foods like eggs, chicken, fish, paneer, milk products are must-haves for a balanced nutrition.
Potassium has to be restricted in diet. It is present in high amount in fruits, nuts and green vegetables. Potassium can be removed from the vegtables by leeching.
Use low sodium salt in food while cooking.
Avoid cakes, pastries, biscuits, squash, papads, pickles, salted chips, nuts, popcorns as they are source of very high sodium.
Avoid commercial soft drinks and proprietary drinks (they are high in sodium/potassium).
Avoid dried foods like fish, fruits, readymade soups and canned foods as they are high in potassium.
Chronic kidney disease is a progressive loss in kidney functions over a period of months or years. The symptoms of worsening kidney function are non-specific and might include feeling generally unwell and experiencing a reduced appetite. Often, it is diagnosed while screening of people known to be at risk for kidney problems. It is identified by a blood test called serum creatinine.
SYMPTOMS :
Polyuria (passing more urine), nocturia (passing more urine during night), puffiness in the face and feet, persistent aches and pains in the joints, high blood pressure, shortness of breath on mild exertion, fatigue due to anemia.
RISK FACTORS:
Diabetes, hypertension, cardiac disease, kidney stones, past history of inflammation in the functional unit of the kidney, hereditary polycystic kidney disease.
TREATMENT:
Dialysis at home by peritoneal dialysis, blood-hemodialysis, kidney transplantation.
Do's : Follow a low-fat and nutritious diet- whole wheat roti plus vegetables, pulses, fish and salads. Diabetics should avoid excess sugar, carbohydrates, potatoes, white bread, bakery items, vanaspathi ghee, etc.
Take your prescribed medications regularly.
Monitor your blood pressure, blood sugar on a regular basis.
Keep your body fit. Have a fixed routine of physical activities that you can do without undue exertion.
Have a positive frame of mind. Negative synergies will aggrevate your disease process.
Regular relaxation techniques like yoga,pranayam should be practised.
Don'ts:
1. Avoid dehydration
2. Avoid unnecessary radio contrast dyes like CT scans and angiographies.
3. Avoid a high protein-fatty diet.
4.Consult your physician before taking any new drug, especially painkillers like Brufen, voveran, Nimulid, etc.
5.Avoid depressing thoughts and stress. It decreases the immunity levels and well-being of the person.
Diet:
Avoid high intake of protein food and supplements. Foods like eggs, chicken, fish, paneer, milk products are must-haves for a balanced nutrition.
Potassium has to be restricted in diet. It is present in high amount in fruits, nuts and green vegetables. Potassium can be removed from the vegtables by leeching.
Use low sodium salt in food while cooking.
Avoid cakes, pastries, biscuits, squash, papads, pickles, salted chips, nuts, popcorns as they are source of very high sodium.
Avoid commercial soft drinks and proprietary drinks (they are high in sodium/potassium).
Avoid dried foods like fish, fruits, readymade soups and canned foods as they are high in potassium.
Genetically Engineered Foods May Cause Rising Food Allergies
Arguments put forward by the Environmental Protection Agency, the plant produced pesticides, tell us not about the idea of consuming toxic pesticides worries regulates. Instead, they say that the pesticides used Bt, of course, from a soil bacterium that has a history of safe use by organic farmers who have used the solution produced yeas as a method of pest control. Genetic engineers simply remove the gene produces the Bt and insert it into the DNA of corn and cotton plants, making the plant do the work instead of the farmer. They also say that the Bt toxin is quickly destroyed in the stomach, and even if it survived would not harm humans or other mammals. However, these arguments are just that arguments that are unsupported and contradicted by much research. If a study has been made, spraying natural Bt over areas in Vancouver and Washington State months, about 500 people reported reactions, especially those who have allergies or flu-like symptoms. Six of these people had to go to the emergency room, while workers who reported the Bt sprays applied to their eyes, nose and throat were irritated. Likewise, said farmers who were exposed to liquid Bt that they were reactions such as infections, ulcers on the cornea, skin irritation, burning, swelling and redness. One woman even reported fever, altered consciousness and seizures when she accidentally sprayed with Bt. This proves that the statements of Bt do no harm to humans is extremely wrong. What is destroyed in the digestive tract, studies in mice disproved this as well. The results of these and other studies showed that plant-produced Bt-is always active and much more likely to trigger an immune response than the natural version. Additional studies in 2005 reported by medical researchers in India found that hundreds of farm workers develop severe allergic reactions when exposed to Bt cotton. This exposure includes cotton harvest, store, cleaners, or simply rejected. Some people who have to work at ginning factories take antihistamines everyday to go to work. These reactions are the cause only to the Bt varieties, and the symptoms are virtually identical to those that were described by the 500 people in Vancouver and Washington who were sprayed with Bt. Another study was based on that Bt toxin is produced in genetically modified maize and can be eaten intact done. It is also in pollen, which can be inhaled and therefore have been to a village of Filipino people in 2003, studied with an adjacent cornfield was Bt varieties. 100 of these people were with the disease, knit the symptoms such as headaches, dizziness, extreme stomach pains, vomiting, pain contained in the chest, fever, allergies, along with respiratory, intestinal and skin reactions. The symptoms first appeared in the living closest to the field were, and then progressed to the farther away. When the same corn was planted in four other villages the following year, returned the same symptoms in all four areas only during the time of pollination. All these studies confirm that GM crops produce built-in pesticides provoke a variety of immune responses developed. Allergic reactions are a defensive and often harmful immune system response to an external stimulus, when the body interprets as something foreign and dangerous and offensive acts occur accordingly. As have all genetically modified foods a little strange and different, it is easy to see why the body would react in this way. As the result of genetically modified food on the market make sure you scan every label to make sure you are not buying a GM vegetable fruit. Check each label so you can not stop with debilitating symptoms that you can go out to work, will be defeated. Always say NO to genetically modified foods and support your organic food store.
Power of Living Water
Power of Living Water, Biological Magnetism – How it Works..
Magnetization direction of water is important for people is to learn and understand the properties of water, as is now the main problem. Chemical tests do not show the effects of magnetization of water on the economy, environment and human health. Unfortunately, government bureaucracy greatly delayed the need for our type of water treatment. Until they recognize that chlorine and refuse phosphates are used in water treatment dangerous and not clean and that the magnetism is not a form of magic. This is a strange idea for North America and the Middle East and will not earn large profits for the companies that are in phosphates and chemicals for water treatment. Organic magnetism â?? How it works: Each particle, atom, molecule, cell, tissue, organ and every being has a resonance at a certain frequency. Electrical (EEG) show studies that the human brain, a field of very low frequency (produced by 7 â?? 8 Hz). This field is the outer envelope of all electro-magnetic activity of brain cells. Of course, this area is to the earth existing field (Schumann resonance), but it can also be influenced by artificial factors connected. (This is also the theory, based on the pace-makers) This influence can affect any cell, organ or body system. Exposure to magnetic fields at different biological frequencies can also affect the body. Thus, molecular changes occur in the body cells, such as changes in the rate of cell activity, enzymes and organic chemical and general changes in the body. This is one of the theories on which the Royal Rife based theory, but this theory is based on acoustic and electric fields instead of magnetic ones. As you know already, a broad spectrum of biological effects can be caused by magnetic fields in the laboratory. In 1982, researchers discovered that magnetic fields can the flow of ions affect the cell membranes, leading to such an increased flow of calcium ions in a magnetic field doctors magnets on both sides of the fracture, thus increasing the calcium ion flow and shorten the healing phase. In 1985, also sodium, potassium and magnesium ions were proved to have a similar effect. We also know that molecules are enriched, when exposed to a magnetic field. The test results show that in the muscle tissue, membranes and retina, and in large molecules (including oxygen) It is an asset. This enrichment helps to interact with other parts of the body. Cell membranes made of liquid crystals and extremely sensitive to changes in body temperature. Magnetic fields can affect the liquids (elasticity) and other properties. It is enough to make a low-power to influence the chemical reaction and have a direct effect on the body have. Imagine one of your blood cells, it is a membrane between two bio-electric charges by the activity between the potassium ions (+ ve were produced) and the sodium ions (- ve). This activity is in all parts of the body, the nervous system, red blood cells in blood and in general. Take a blood sample and separate a single red blood cells, put them under a microscope and bring a magnet nearby. You will see a clear movement towards one side. The Magnet “mediated” or polarizes the ions and the iron in the cells (an ion is an atom with a + ve or â?? Ve electron) to move in the direction the blood cells is very important. The North Pole does the blood in a counter-clockwise and reduces the concentration of hydrogen. The South Pole causes a clockwise flow and hydrogen concentration increased. The South Pole creates positive energy and stimulates the cell activity during the North Pole creates negative energy and slows down cell activity. If we are to understand the basic effects of magnets on the control of the hydrogen ion, then we can understand the concept of pH better. Hydrogen-ion control is the most important chemical reaction takes place in our body. Health and disease depend on the way our bodies cope with the hydrogen ion. Each institution and all body tissues have a concentration of hydrogen ions as potential hydrogen-known pH. The hydrogen ion controls the acid and alkaline levels of organs and tissues. When we learn how to measure and control the potential of hydrogen, we have solutions for health problems caused by external energy fields. The body normally controls pH of the nervous system. Medical sources define this system consisting of two parts. The para-sympathetic and sympathetic, although it is confusing, if we understand it is possible to significantly improve our self-healing ability, so please continue to read. The sympathetic nervous system stimulates the defensive glands, thyroid, gonads, ovaries and brain by increasing the hydrogen ions in them, and suppressed the stomach, liver, intestine, pancreas, and the sympathetic muscles by reducing the hydrogen ions. The para-sympathetic system does the opposite. It stimulates the stomach, liver, intestine, pancreas, and the sympathetic muscles while suppressing the defensive glands, thyroid, gonads, brain, heart and ovaries. This energy is used to stimulate change or suppress the activity of organs and tissues. For example, if the heart beats too slowly then stimulates the sympathetic nervous system and if it beats too fast then the para-sympathetic system slows it. A proper concentration, the pH is necessary for the normal function of the nervous system. If our body can maintain the required balanced energy field, it may be immune to diseases. According to Dr. Richard placed Braringmeir, magnetic energy in a proper position in relation to infected areas is a simple way to return the body tothis balance. The doctor uses medium-power magnets for a â?? 3 hours per day in most treatments, but in the case of treatment of an extension is necessary, he uses magnets in the form of a “bio-association”, in other words, if the treatment long then he goes low-power magnets, in short-term treatments he uses magnetic bed lining and “Bio-boards”. The researcher Johann Grander said: “Water that has undergone the treatment, magnetized returns to its natural energy level, keep important minerals making it easier to digest, magnetized water improves digestion, as this treatment lowers the surface tension of the water and makes it more conducive for nutrients. “ Water from Bio-magnetism treated conveys oxygen to every organ of the body and creates an oxygen-rich environment and destroys anaerobic organisms (Cancer is an anaerobic) The minutes creates a water clusters to handle the improvement of cell ability to resist stress, neutralizes the pH value in the water and brings it to the normal pH of the body.
Magnetization direction of water is important for people is to learn and understand the properties of water, as is now the main problem. Chemical tests do not show the effects of magnetization of water on the economy, environment and human health. Unfortunately, government bureaucracy greatly delayed the need for our type of water treatment. Until they recognize that chlorine and refuse phosphates are used in water treatment dangerous and not clean and that the magnetism is not a form of magic. This is a strange idea for North America and the Middle East and will not earn large profits for the companies that are in phosphates and chemicals for water treatment. Organic magnetism â?? How it works: Each particle, atom, molecule, cell, tissue, organ and every being has a resonance at a certain frequency. Electrical (EEG) show studies that the human brain, a field of very low frequency (produced by 7 â?? 8 Hz). This field is the outer envelope of all electro-magnetic activity of brain cells. Of course, this area is to the earth existing field (Schumann resonance), but it can also be influenced by artificial factors connected. (This is also the theory, based on the pace-makers) This influence can affect any cell, organ or body system. Exposure to magnetic fields at different biological frequencies can also affect the body. Thus, molecular changes occur in the body cells, such as changes in the rate of cell activity, enzymes and organic chemical and general changes in the body. This is one of the theories on which the Royal Rife based theory, but this theory is based on acoustic and electric fields instead of magnetic ones. As you know already, a broad spectrum of biological effects can be caused by magnetic fields in the laboratory. In 1982, researchers discovered that magnetic fields can the flow of ions affect the cell membranes, leading to such an increased flow of calcium ions in a magnetic field doctors magnets on both sides of the fracture, thus increasing the calcium ion flow and shorten the healing phase. In 1985, also sodium, potassium and magnesium ions were proved to have a similar effect. We also know that molecules are enriched, when exposed to a magnetic field. The test results show that in the muscle tissue, membranes and retina, and in large molecules (including oxygen) It is an asset. This enrichment helps to interact with other parts of the body. Cell membranes made of liquid crystals and extremely sensitive to changes in body temperature. Magnetic fields can affect the liquids (elasticity) and other properties. It is enough to make a low-power to influence the chemical reaction and have a direct effect on the body have. Imagine one of your blood cells, it is a membrane between two bio-electric charges by the activity between the potassium ions (+ ve were produced) and the sodium ions (- ve). This activity is in all parts of the body, the nervous system, red blood cells in blood and in general. Take a blood sample and separate a single red blood cells, put them under a microscope and bring a magnet nearby. You will see a clear movement towards one side. The Magnet “mediated” or polarizes the ions and the iron in the cells (an ion is an atom with a + ve or â?? Ve electron) to move in the direction the blood cells is very important. The North Pole does the blood in a counter-clockwise and reduces the concentration of hydrogen. The South Pole causes a clockwise flow and hydrogen concentration increased. The South Pole creates positive energy and stimulates the cell activity during the North Pole creates negative energy and slows down cell activity. If we are to understand the basic effects of magnets on the control of the hydrogen ion, then we can understand the concept of pH better. Hydrogen-ion control is the most important chemical reaction takes place in our body. Health and disease depend on the way our bodies cope with the hydrogen ion. Each institution and all body tissues have a concentration of hydrogen ions as potential hydrogen-known pH. The hydrogen ion controls the acid and alkaline levels of organs and tissues. When we learn how to measure and control the potential of hydrogen, we have solutions for health problems caused by external energy fields. The body normally controls pH of the nervous system. Medical sources define this system consisting of two parts. The para-sympathetic and sympathetic, although it is confusing, if we understand it is possible to significantly improve our self-healing ability, so please continue to read. The sympathetic nervous system stimulates the defensive glands, thyroid, gonads, ovaries and brain by increasing the hydrogen ions in them, and suppressed the stomach, liver, intestine, pancreas, and the sympathetic muscles by reducing the hydrogen ions. The para-sympathetic system does the opposite. It stimulates the stomach, liver, intestine, pancreas, and the sympathetic muscles while suppressing the defensive glands, thyroid, gonads, brain, heart and ovaries. This energy is used to stimulate change or suppress the activity of organs and tissues. For example, if the heart beats too slowly then stimulates the sympathetic nervous system and if it beats too fast then the para-sympathetic system slows it. A proper concentration, the pH is necessary for the normal function of the nervous system. If our body can maintain the required balanced energy field, it may be immune to diseases. According to Dr. Richard placed Braringmeir, magnetic energy in a proper position in relation to infected areas is a simple way to return the body tothis balance. The doctor uses medium-power magnets for a â?? 3 hours per day in most treatments, but in the case of treatment of an extension is necessary, he uses magnets in the form of a “bio-association”, in other words, if the treatment long then he goes low-power magnets, in short-term treatments he uses magnetic bed lining and “Bio-boards”. The researcher Johann Grander said: “Water that has undergone the treatment, magnetized returns to its natural energy level, keep important minerals making it easier to digest, magnetized water improves digestion, as this treatment lowers the surface tension of the water and makes it more conducive for nutrients. “ Water from Bio-magnetism treated conveys oxygen to every organ of the body and creates an oxygen-rich environment and destroys anaerobic organisms (Cancer is an anaerobic) The minutes creates a water clusters to handle the improvement of cell ability to resist stress, neutralizes the pH value in the water and brings it to the normal pH of the body.
Computer Methods and Programs in Biomedicine
To encourage the development of formal computing methods, and their application in biomedical research and medical practice, by illustration of fundamental principles in biomedical informatics research; to stimulate basic research into application software design; to report the state of research of biomedical information processing projects; to report new computer methodologies applied in biomedical areas; the eventual distribution of demonstrable software to avoid duplication of effort; to provide a forum for discussion and improvement of existing software; to optimize contact between national organizations and regional user groups by promoting an international exchange of information on formal methods, standards and software in biomedicine.
Computer Methods and Programs in Biomedicine covers computing methodology and software systems derived from computing science for implementation in all aspects of biomedical research and medical practice. It is designed to serve: biochemists; biologists; geneticists; immunologists; neuroscientists; pharmacologists; toxicologists; clinicians; edipemiologists; psychiatrists; psychologists; cardiologists; chemists; (radio)physicists; computer scientists; programmers and systems analysts; biomedical, clinical, electrical and other engineers; teachers of medical informatics and users of educational software.
Computer Methods and Programs in Biomedicine covers computing methodology and software systems derived from computing science for implementation in all aspects of biomedical research and medical practice. It is designed to serve: biochemists; biologists; geneticists; immunologists; neuroscientists; pharmacologists; toxicologists; clinicians; edipemiologists; psychiatrists; psychologists; cardiologists; chemists; (radio)physicists; computer scientists; programmers and systems analysts; biomedical, clinical, electrical and other engineers; teachers of medical informatics and users of educational software.
what is biomedicine
Biomedicine is a broad field of study that concerns itself with the theoretical aspects of medicine. Biomedicine draws from research and history in the fields of human and veterinary medicine, as well as a number of related disciplines, including anatomy, physiology, genetics, pathology, zoology, botanical sciences, chemistry, biochemistry, biology, and microbiology. Where traditional medicine is concerned with the direct practical application of medical knowledge, biomedicine looks at the history of the fields, and involves itself in new research to push the limits of what medicine is able to accomplish. Biomedicine may also refer more specifically to a specific type of treatment, generally seen as more ‘natural’ than others, and often available in a less regulated context. There are two main areas of research within biomedicine: preclinical research and clinical research. Preclinical research is a large field of biomedicine which handles everything leading up to the actual clinical trials of new techniques and treatments. Clinical research, on the other hand, involves clinical studies to test the efficacy of drugs, techniques, and methodologies, as well as their relative safety.
The field of preclinical research within biomedicine involves a great deal of theoretical understanding and study, and may also involve tests performed on non-human animals to lead up to clinical trials. Because biomedicine draws from so many different areas of study, there can be many threads that are lost simply because they are not properly connected. As a result, one big focus of biomedicine is to try to find commonalities and synergies between different areas of study, to help lead to new drugs and treatments. This focus has evolved immensely in the past 100 years, and in the past two decades it has reached a level of high efficiency.
Clinical research, on the other hand, takes place after the groundwork has been done on a drug or treatment. Its job is to take the work that the biomedical researchers did in creating the new therapy, and test it to see if it actually works. They generally do this by getting a large group of people, screened to be a representative sample, and enter into a study with them wherein the new therapy is tested against a placebo or an existing treatment with a known success rate. In this way a statistical analysis can be undertaken to see if the treatment is actually effective, and if so, if it is more effective than existing treatments. The term biomedicine may also be used to refer to a particular type of treatment, in which case it refers to things like vitamins, homeopathic remedies, amino acids, supplements, and other generally unregulated forms of healing. This type of biomedicine is subject to some labeling restrictions, however, and producers cannot make claims that it can cure sicknesses unless there is strong scientific evidence to support it, although they can make certain preventative claims, as well as support claims.
The field of preclinical research within biomedicine involves a great deal of theoretical understanding and study, and may also involve tests performed on non-human animals to lead up to clinical trials. Because biomedicine draws from so many different areas of study, there can be many threads that are lost simply because they are not properly connected. As a result, one big focus of biomedicine is to try to find commonalities and synergies between different areas of study, to help lead to new drugs and treatments. This focus has evolved immensely in the past 100 years, and in the past two decades it has reached a level of high efficiency.
Clinical research, on the other hand, takes place after the groundwork has been done on a drug or treatment. Its job is to take the work that the biomedical researchers did in creating the new therapy, and test it to see if it actually works. They generally do this by getting a large group of people, screened to be a representative sample, and enter into a study with them wherein the new therapy is tested against a placebo or an existing treatment with a known success rate. In this way a statistical analysis can be undertaken to see if the treatment is actually effective, and if so, if it is more effective than existing treatments. The term biomedicine may also be used to refer to a particular type of treatment, in which case it refers to things like vitamins, homeopathic remedies, amino acids, supplements, and other generally unregulated forms of healing. This type of biomedicine is subject to some labeling restrictions, however, and producers cannot make claims that it can cure sicknesses unless there is strong scientific evidence to support it, although they can make certain preventative claims, as well as support claims.
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