Detailed Information on Fractures

A fracture is commonly referred to as a broken bone. The bones of the shape of the human body, or skeleton, which supports and protects the soft parts of the body. The bones are living tissue. They are growing fast at one ’s early years, and renew themselves when they are broken. Bones have a center called the marrow, which is softer than the outer part of the bone. Bone marrow cells that had developed in red blood cells which carry oxygen to all parts of the body and the white blood cells that help fight disease. Bones also contain minerals calcium and phosphorus. If the broken bone punctures the skin, it is called an open fracture or. Fractures occur frequently due to car accidents, falls and sports injuries. Another issue is osteoporosis, which causes a weakening of the bones.Fracture of the bone may also occur due to certain health problems that weaken the bones, such as osteoporosis, certain types of cancer or steogenesisimperfecta.First aid for fractures includes stabilizing the break with a splint in order to prevent movement of the injured part. Apply ice packs to limit swelling and help relieve pain until emergency personnel arrive. Don’t apply ice directly to the skin — wrap the ice in a towel, piece of cloth or some other material. Apply pressure to the wound with a sterile bandage, a clean cloth or a clean piece of clothing. Don’t try to realign the bone. Surgical methods of treating fractures have their own risks and benefits. A plaster or fiberglass cast is the most common type of fracture treatment, because most broken bones can heal successfully once they have been repositioned. Traction is usually used to align a bone or bones by a gentle, steady pulling action. Proper diet and exercise. Fractures Treatment Tips 1. Don’t try to realign the bone. 2. Apply pressure to the wound with a sterile bandage. 3. Proper diet and exercise may help in preventing some fractures.4. Traction is usually used to align a bone or bones by a gentle, steady pulling action. 5. Apply ice packs to limit swelling and help relieve pain until emergency personnel arrive. 6. A plaster or fiberglass cast is the most common type of fracture treatment.7. Don’t apply ice directly to the skin wrap the ice in a towel, piece of cloth or some other material.

Which Protein Is Best For You?

If you are physically active and taking supplements but still cannot seem to get the energy back in your body and brain, then it’s time to look at how much and what kind of protein you are getting. Even though dieters have been using high-protein diets for years, many are unaware of how much protein they actually need and how critical it is to their overall health. Low-protein diets can be lacking greatly in a lot of essential nutrients such as zinc, iron, manganese, chromium, copper, and others. This deficiency can cause illness and fatigue. Protein deficiency leads to difficult recovery from exercise, feeling tired, frequent colds, poor hair or nails, and a cessation in menstrual period for women, which may sound pleasant but is potentially dangerous. People of all ages are not aware of how much their protein needs change as they increase exercise. As your activity increases, so does your protein needs. Protein is important in your body because every single cell in the body is made up of proteins. Protein is also essential for muscle building, producing red blood cells, the production of various enzymes and hormones, and good hair, nails, and skin. Our immune systems are almost all protein based, so providing our body with protein means that we can fight colds and other infections better. Proteins are also needed in our body to repair muscle damage that occurs during mild exercise. Protein is made from a chain of amino acids and our body cannot make some of these amino acids, which means that they need to be found in our diet. There are eight amino acids that our body cannot make and must be found in our diet every day. These include: isoleucine, leucine, lysine, methionine, phenylalanine, threonine, tryptophan, and valine. Although it is nice to know which amino acids are essential, it is even more important to know where you can find these amino acids because your muscles and body need them on a daily basis. Since proteins are constantly being broken down, it is necessary to get some every day. It is suggested that women aged 19 to 70 need 46 grams of protein per day, while men of the same age need 56 grams. Now that you know that protein is essential to your life, what kind of protein is actually needed? Even though protein can be found in a good diet by simply eating meat, nuts, eggs, and other foods, many of us with busy lives need a quick and convenient source of protein. At a health food store, your choices are soy, casein, whey, and egg. Although the classic protein source is whey protein, the problem is that even though it has a high amount of useable amino acids, some people don’t like it or have a hard time taking it. Other proteins like soy and casein don’t have the complete amino acid content that your body is looking for. With all the different forms of protein available one might wonder which is best? Egg white is the perfect protein source. Egg whites contain more than half the protein of an egg and are also rich in chlorine, niacin, potassium, magnesium, riboflavin, selenium, vitamin K, and sulfur. Additionally, egg whites have a high amount of protein but exclude the cholesterol and sodium found in the yolk. Egg white protein is considered almost perfect because human requirements for amino acids and the amino acids contained in eggs are almost identical. Eggs are also one of the well-tolerated proteins, as over 90 percent of the protein of eggs is digested into the individual amino acids that your body needs. Egg white protein is one of the few products on the market that taste good without the added artificial flavors, colors, or additives.

Do I need a Pulse Oximeter?

Since you’re here at ClinicalGuard.com, you probably browsing for medical equipment at affordable prices. Our best-selling category of products is Pulse Oximeters. How does it work? Do you need one? Let’s take a look. The blood consists of many different cells. The one carrying oxygen is the red blood cell. However, it’s not always red. “Red” blood cells turn red when they encounter oxygen. When they do not contain oxygen, they are blue in color. Your arteries are red from carrying blood from your lungs and your veins are blue from carrying blood cells to your lungs. A patient who is not getting enough blood in his or her arteries will appear to have a dark or purplish color. The circulatory system helps facilitate the transportation of oxygen thorough its oxygenation in the lungs its dispersion through the rest of the body. The heart, also oxygenated by the red blood cells, pumps the blood through the bloodstream. Healthy individuals have arteries that are a bright reddish color. The part of the red blood cell that transports the oxygen molecules is called the hemoglobin. The hemoglobin absorbs and delivers the oxygen to the other cells in the body. That is where pulse oximeters come in. The oximeter provides a non-invasive method of determining the amount of oxygen gets pumped from your heart through your circulatory system. By placing a pulse oximeter such as the Octivetech 300C over your fingertip, it measures your blood oxygen saturation. By using a light and a sensor, the Octivetech 300C measures the color of your blood and then using a mathematical algorithm, determines the oxygen saturation level. Depending on the amount of oxygen in the hemoglobin, the amount of light absorbed is different. When blood is fully saturated, the reading will be 99%. If for some reason such a pulmonary condition, the levels will be lower and will generate a lower reading. While important, the pulse oximeter is only one tool in the caregiver’s arsenal. A caregiver should never alter the amount of oxygen prescribed without the expressed permission of the patient’s doctor or other medical professional. The pulse oximeter is a safe and accurate way of gaining a blood oxygen saturation reading without having to go to the doctor’s office. This may be the perfect product for you.

Anemia Treatment and Prevention

Anaemia is a blood disorder. Anaemia is the most common blood disorder in the US It affects about 3.5 million Americans. Women and people with chronic illnesses are at increased risk of anaemia. Anemia is a condition where there is a lower than normal red blood cells in the blood, usually measured by a decrease in the amount of hemoglobin. Hemoglobin is the oxygen carrying red blood cells. It gives these blood cells their red color. There are many forms of anemia, each with its own cause. Anemia can be temporary or long term, and it can range from mild to severe. The cause varies with the type of anemia.Causes include the potential loss of blood, poor nutrition, disease, medication reactions and various problems of the bone marrow, where blood cells are made. Iron deficiency anaemia is more common in women who have heavy periods. Risk factors include heavy periods, pregnancy, older age, and diseases that cause anemia. If your child has anemia, the first symptoms might be mild skin paleness, and decreased pinkness of the lips and nailbeds. These changes happen gradually, though, so they may be difficult to notice. Other common signs of anemia include irritability ,fatigue and dizziness, lightheadedness, and a rapid heartbeat.People with more severe anemia often report dyspnea (shortness of breath) on exertion. There are many different treatments for anemia and the treatment depends on severity and the cause. Folic acid and vitamin B12 supplements may be prescribed if the anemia is traced to a deficiency of these nutrients. Bone marrow transplantation may be considered in some cases of sickle cell anemia, thalassemia, and aplastic anemia. Anemia is treated by iron supplementation with ferrous sulfate or ferrous gluconate. Vitamin C may aid in the body’s ability to absorb iron. Blood transfusions and the medication erythropoietin will correct anemia.Anemia Treatment and Prevention Tips 1. Well-balanced diet is also recommeded.2. Avoiding suspect medications, treating related infections.3. Bone marrow transplantation may be considered in some cases.4. Folic acid deficiency anemia is treated with folic acid supplements.5. Steroids or gamma globulin can help suppress your immune system’s attack.6. Vitamin C may aid in the body’s ability to absorb iron. 7. Blood transfusions will correct anemia.

Few areas of medical research are generating as much interest as stem cells. There are several reasons why they are receiving so much scientific attention. They are able to divide into copies of themselves. They’re unspecialized. And they can produce other cell types.

Unlike other cell types, stem cells can divide into identical copies of themselves, and can do so for the life of the organism. Other specialized cell types are unable to do this. When they are damaged they cannot create replacement cells of the same type.

Stem cells are unspecialized. They don’t have tissue-specific functions or properties like red blood cells or nerve cells. They can’t oxygenate the body or make parts of it move or carry nerve impulses. They can however through a process called differentiation, divide and produce or give rise to other specialized cell types (blood cells, heart muscle cells, etc.)

Of great interest to scientists is the ability of stem cells to replicate many times over (proliferate), and remain unspecialized until called upon to differentiate into a specific cell type for repair of the body. Understanding this process is key to controlling the differentiation process and growing specific cells for, among other things, cell-based therapies.

A large part of the research effort is on the ability of stem cells to replace damaged cells in the body. As stem cells can, under the right conditions, be induced to become other cell types, they may be used to replace cells damaged or lost to injury or disease. It’s thought that there is the potential to produce, through continued research, cures for diseases such as Parkinson’s and diabetes, or to repair devastating injuries to the spinal cord.

Stem cells come in two varieties. The type that can differentiate into any adult cell type (pluripotent), or those that are limited in the types they can become (multipotent). Pluripotent stem cells are found in very early development organisms and multipotent stem cells among differentiated cells of the body.

The pluripotent cells used in research are derived from mammalian embryos in the very early stages of development (4-6 days old). Human embryos for stem cell research are those that are the result of in-vitro fertilization and donated, they are not from intra-uterine fertilization. These embryonic stem cells can potentially become each (more than 200) of the bodies cell types.

This ability to produce other cell types makes them a source for regenerative medicine and tissue replacement therapies. Though no treatments have been derived from embryonic stem cells yet, this is not unusual for any early research field so it’s still very promising.

Multipotent stem cells are found throughout the various tissue types of the body including cord blood. Though unspecialized, they can only produce cells of they type in which they are found. They repair and maintain those types of cells. Blood forming adult stem cells in the bone marrow repair and replace blood cell types like red blood cells and white blood cells and platelets. Retinal stem cells only replace and repair the retina. While it was generally believed that multipotent cells can only produce a limited number of different cells, recent research seems to indicate that they may not be as limited as previously thought.

Because stem cells can repair and replace damaged tissues, they are considered to be important to regenerative medicine (growing and replacing damaged tissue, or making natural healing work faster). Understandably there is a great deal of work being done in this area.

Stem cell research has given hope to many suffering from untreatable or incurable diseases and injuries that an answer to their health issues may be on the horizon. While these new therapies may be years away, science is making steady progress in understanding the process that make stem cells so promising. One can only be encouraged by the progress made so far and hopeful that all of the optimistic projections are realized.

Asking myself why I am always tired?
by Adam Ashford

On some days it can be extremely difficult to take the necessary time for a proper, well balanced meal. We juggle meetings across cities, work late hours, fulfilling difficult if not impossible targets, and even try and squeeze twenty five hours into a day. Very often all we have time for is a very quick cup of coffee, maybe a snack and a pastry from the closest vendor. There is no doubt that you will feel energized after such a break, but the truth is that you are eating wrong meals. After a while you might develop metabolic problems and you’ll start wondering how come I am constantly feeling so very tired. But that’s not all, during all that time you have been depriving your body of vital nutrients. Now you see that what you eat, how you spend your free time, stress, anxiety, your overall medical condition and many other things can make it clear how come you’re always so very tired.

Anger, anxiety and being under stress can harm your emotional well being and that can be the reason why you’re always tired. Your blood pressure increases and some damaging hormones such as adrenaline are secreted in your body. The main reason why you might be feeling always tired right after getting mad is that the body needs to reroute its already scarce energy reserves to restrain the rising blood pressure and hormones. In fact, losing your temper too often can be lethal if you are suffering from high blood pressure with compromised cardiac status.

Sometimes, some of the commonly prescribed pills especially those intended to treating depression may cause you to feel always tired. Treating cancer for example often entails extended energy sapping treatments and in the end you might end up feeling always tired.

Anemic persons also complain of feeling tired. In this case, a patient has a low red blood cell count. Red blood cells bring oxygen to the cells of the body. Having a low level of red blood cells may be a sing of the fact that many millions of cells inside your body are not getting enough oxygen. In that case youll feel always tired much more regularly.

Here is what you can do in an event that you’re feeling always tired. Clean your body with a refreshing glass of lemon water. Make sure you consume a lot of fresh fruits and green vegetables in your diet. They are the most natural reserve of useful nutrients. Limit the intake of all drinks containing alcohol to the minimum and try to avoid smoking altogether. Try to avoid stress both at home as well as your office. You and your family live longer and better lives. A physical fitness routine like jogging everyday or joining a gym is one of the best ways to keep your body in form. What is more you will not feel always tired ever again.

Blood cancer treatment - get it in india

Blood has several components like-red blood cells, white blood cells, platelets and plasma -and the cells of the blood are produced at the bone marrow. When the cells of the blood grow abnormally, it is called blood cancer or leukaemia. The whole system of production of blood cells is a controlled activity and when cancer occurs in the bone marrow, it affects the process of regulation of cell production. The abnormal growth of the blood cells weakens the body’s defence mechanism. There are two types of blood cancer-acute leukaemia and chronic leukaemia.Acute leukemia:Acute leukemia is a type of blood cancer in which the cells develop rapidly. The immature white blood cells gather in and consequently enter the other different parts of the body. Depending on the affection of white blood cell type, in clinical terms acute leukaemia is called either acute lymphoblastic leukaemia (ALL) or acute myeloid leukaemia (AML). The symptoms of acute leukaemia are%26#61607; Generalized weakness and fatigue (this may be due to anaemia) %26#61607; Fever %26#61607; Weight loss %26#61607; Frequent infections %26#61607; Excessive bruising %26#61607; Bleeding (of the gums or nose) %26#61607; Blood in the urine or stools %26#61607; Pain in the bones and joints %26#61607; Breathlessness (can be due to anaemia) %26#61607; Enlarged lymph glands, liver and/or spleen. Chronic leukemia:In chronic leukemia, the white blood cells of cancer develop slowly than acute leukaemia and they gradually could not do their function well. An increased number of lymphocytes, which make up one of the main sub-groups of white cells in the blood, are seen in chronic leukaemia. This blood cancer has a slow process of development of cancer cells. Depending on the affection of white blood cells, chronic leukaemia is called either chronic lymphocytic leukaemia (CLL) or chronic myeloid leukaemia (CML). The peak age for CLL is 65 and it is rare in people under the age of 45.The following signs may oocur due to chronic myeloid leukaemia (CML) or chronic lymphocytic leukaemia (CLL):• Abdominal discomfort (this could be the result of an enlarged spleen) • Infections caused by not having enough healthy white blood cells • Fever • Night sweats • Swollen lymph glands • Bone pain • Weight loss • Headaches and vision problems • Tiredness • AnaemiaOur medical team will guide one to quality blood cancer treatments in Apollo Hospitals. We offer quality treatments at an affordable price with free consultation and no waiting periods. Blood cancer treatment in India for foreign clientele will become easy under the guidance of our medical team. Present scenario of medical treatments in India attracts a good number of health tourists from all over the world.

Fish or Fish Oil Capsules for Heart Disease?
by Emilia Klapp, R.D., B.S.

A lot has been said, and written, about fish, fish oil capsules, and Omega-3 fats when it comes to heart disease. However, the never ending questions are: what is better for my heart, fish or fish oil capsules? Can I replace fish with fish oil capsules and obtain the same health benefits? Well, here is the answer.

The American Heart Association and several other groups recommend Omega-3s, the main fat found in fish and fish oil capsules, to reduce the risk of cardiovascular disease. However, there has been little research on whether the body processes fats from fish oil capsules and fish in the same way. To investigate the matter, Dr. Harris, from the University of South Dakota and his team had a group of 11 women eat two servings of tuna or salmon each week, while another group of 12 women took the same amount of omega-3s, an estimated 485 milligrams daily, in capsule form.

After 16 weeks, the amount of omega-3 fatty acids in the red blood cells of women in both groups had risen by 40 percent to 50 percent, while omega-3s in the plasma, the liquid portion of the blood, had risen by 60 percent to 80 percent.

We went into the project assuming that fish would be better, based on some previous literature from other studies, Dr. Harris indicated. Based on the current findings, it doesnt make any difference whether we get our omega 3 fatty acids from a concentrate in a fish oil capsule or in fish they have the same effect as far as enriching our tissues with omega 3s.

Nevertheless, Dr. Harris emphasized that he would encourage people to eat fish rather than relying on fish oil capsules. Fish contributes proteins, vitamins, and minerals to our diet that the fish oil capsules dont bring.

Benefits of Omega-3s for the Heart

Improved heart rhythms

Uncontrolled heart rhythms are responsible for nearly half of all cardiac mortality. By affecting the electrical activity of the heart, Omega-3s from fish help maintain stable heart rhythms.

Improved heart rate

Heart rate is the number of beats your heart pumps per minute at rest. Heart rate is lower in people who are physically fit and higher in the obese. Normal heart rate is between 60 and 80 beats per minute and usually increases with age. Consumption of marine omega-3s is associated with lowering heart rate, a condition that lowers the chance of heart attacks.

Reduced blood clotting

Some blood clotting is essential for life, but an excessive tendency towards clotting increases the risk of blocked arteries. These can be fatal when a clot completely closes a blood vessel in the heart, lungs, or brain. Omega-3 fatty acids from fish or marine plants reduce platelet clumping, improve blood flow, and make red blood cells more flexible so they pass through small blood vessels more easily. Omega-3s do not pose a serious risk to blood clotting unless a person consumes very large amounts of them (roughly 10 grams a day) or is already taking blood thinners (anti-coagulants) and consuming large amounts of omega-3s

Less inflammation

Although we can not notice it, low-level inflammation of the blood vessels is linked to heart disease and impaired blood vessel function. High levels of the protein CRP in the blood are linked to the inflammation observed in heart disease. Some studies have reported that consumption of omega-3s reduces CRP in people with heart disease. Omega-3s are well known for their anti-inflammatory properties.

Final thoughts

Remember that although fish and fish oil capsules can provide the same benefit as far as Omega-3 fats is concerned, eating fish will contribute to much more than just Omega-3s. Fish, whether fresh, frozen or canned, will provide you with iron, needed to prevent anemia; phosphorus, needed for the brain; iodine for the thyroid; as well as good quality protein. Best source of Omega-3s from fish: salmon, mackerel, tuna, sardines, and trout. If you do not have a heart condition, 2 or 3 portions of fish a week will contribute with the needed omega-3s, 2 grams a week.

If you already have had a cardiovascular episode, you can add some capsules of fish oil to your diet. Do not exceed 1 gram a day of Omega-3s.

Blood cancer treatment - get it in india

Blood has several components like-red blood cells, white blood cells, platelets and plasma -and the cells of the blood are produced at the bone marrow. When the cells of the blood grow abnormally, it is called blood cancer or leukaemia. The whole system of production of blood cells is a controlled activity and when cancer occurs in the bone marrow, it affects the process of regulation of cell production. The abnormal growth of the blood cells weakens the body’s defence mechanism. There are two types of blood cancer-acute leukaemia and chronic leukaemia.Acute leukemia:Acute leukemia is a type of blood cancer in which the cells develop rapidly. The immature white blood cells gather in and consequently enter the other different parts of the body. Depending on the affection of white blood cell type, in clinical terms acute leukaemia is called either acute lymphoblastic leukaemia (ALL) or acute myeloid leukaemia (AML). The symptoms of acute leukaemia are%26#61607; Generalized weakness and fatigue (this may be due to anaemia) %26#61607; Fever %26#61607; Weight loss %26#61607; Frequent infections %26#61607; Excessive bruising %26#61607; Bleeding (of the gums or nose) %26#61607; Blood in the urine or stools %26#61607; Pain in the bones and joints %26#61607; Breathlessness (can be due to anaemia) %26#61607; Enlarged lymph glands, liver and/or spleen. Chronic leukemia:In chronic leukemia, the white blood cells of cancer develop slowly than acute leukaemia and they gradually could not do their function well. An increased number of lymphocytes, which make up one of the main sub-groups of white cells in the blood, are seen in chronic leukaemia. This blood cancer has a slow process of development of cancer cells. Depending on the affection of white blood cells, chronic leukaemia is called either chronic lymphocytic leukaemia (CLL) or chronic myeloid leukaemia (CML). The peak age for CLL is 65 and it is rare in people under the age of 45.The following signs may oocur due to chronic myeloid leukaemia (CML) or chronic lymphocytic leukaemia (CLL):• Abdominal discomfort (this could be the result of an enlarged spleen) • Infections caused by not having enough healthy white blood cells • Fever • Night sweats • Swollen lymph glands • Bone pain • Weight loss • Headaches and vision problems • Tiredness • AnaemiaOur medical team will guide one to quality blood cancer treatments in Apollo Hospitals. We offer quality treatments at an affordable price with free consultation and no waiting periods. Blood cancer treatment in India for foreign clientele will become easy under the guidance of our medical team. Present scenario of medical treatments in India attracts a good number of health tourists from all over the world.

Detailed Information on Necrotizing Enterocolitis
by Juliet Cohen

Necrotizing enterocolitis is the death of intestinal tissue. The illness is most common among premature newborns. Necrotizing enterocolitis (NEC) occurs in approximately 25,000 babies per year. Many newborns who develop necrotizing enterocolitis survive and go on to live healthy lives. But if the infection becomes severe, it can cause serious damage to or holes in the intestinal tissue. NEC typically occurs within the first 2 weeks of life, usually after milk feeding has begun (at first, feedings are usually given through a tube that goes directly to the baby’s stomach).

The consequence of necrotizing enterocolitis is not clear. It is believed to occur when the immune and digestive systems do not grow properly. This can happen when a baby is born prematurely or when there are complications during pregnancy or delivery. Bacteria in the intestine may also be a result. In the most severe cases, necrotizing enterocolitis can be fatal. Necrotizing Enterocolitis is equally affected both male and female. Babies with too many red blood cells in the circulation are at an increased risk of developing NEC. This thickens the blood and makes oxygen transport more difficult.

Babies with gastrointestinal infections are at an increased risk of developing NEC. Babies who have had a difficult delivery or lowered oxygen levels are at an enlarged risk for developing NEC. A baby’s symptoms depend on how severe the condition is. The primary symptoms vary and may involve feeding intolerance, abdominal distension, bloody stools, apnea, lethargy, temperature instability or hypoperfusion. In newborns who have mild to moderate necrotizing enterocolitis, treatment consists of intravenous (IV) feeding, antibiotics, and removing extra fluids. Intravenous fluids are given to maintain hydration.

About 70% of newborns with necrotizing enterocolitis do not require surgery. If the intestine perforates, then surgery is needed. Surgery may also be required if the condition progressively worsens despite treatment. Pharmacologic therapy includes agents to treat the developing disease and those to provide supportive and symptomatic relief. Different antibiotic regimens can be used; one frequently used regimen includes vancomycin, cefotaxime, and clindamycin or metronidazole. This combination provides broad gram-positive coverage, excellent gram-negative coverage (with the exception of pseudomonads), and anaerobic coverage.