Hemorrhoid – Walk Off in a Day With Hemorrhoid Laser Therapy
Hemorrhoids laser surgery is the process of using a laser to induce electrical currents to a patient's hemorrhoidal vein. Through this procedure blood's flow to hemorrhoid is stopped thus lessening problematic symptoms. During the surgery, the moment a laser probe sends an electrical current to the hemorrhoid, a chemical reaction starts taking place which help stopping flow of blood to the hemorrhoid. This results in shrinking of hemorrhoid and swollen hemorrhoid dries up. In this process the unwanted hemorrhoid is simply removed. Now, with latest advancement in technologies even electric current is not induced. With very precise laser beam of infinitely minuscule proportions, the affected hemorrhoid is simple burnt away or excised. The associated pain in this modified treatment is also very less compared to laser probe. This laser provides sharp accuracy for burning away or removing various types of hemorrhoids.
This altogether eliminates the inflammation problem. Hemorrhoid laser surgical procedure is predominantly used on external hemorrhoids rather than internal hemorrhoids. The recovery which used to be quite painful with laser coagulation is simply less painful with the latest laser beam technology. Following laser treatments, hemrrhoidal creams and donut-shaped pillows can be used to aid the recovery process. Since, the surgery can be performed on out patient basis and patient can go home same day, many patients and surgeons prefer hemorrhoid laser treatment over other treatments for curing external hemorrhoids.
Because of accuracy of laser probes the surgery is minimally invasive and controlled. A very small area gets affected. Due to greater accuracy the recovery is also very fast. With lot many advances taking place in lasers and their associated technologies, this method of hemorrhoid removal will find many takers in future.
Based on the size of hemorrhoid, laser beam can be a wide beam or a narrow beam. Wide laser beam is used to remove bigger masses which narrow beam is used to make small cuts. Laser coagulation method, which was practiced earlier used to cause lost of discomfort and pain. But now with laser beam clinical precision has been obtained and the process itself has become less cumbersome. But hemorrhoid laser treatment is not always the first treatment. Rather it is one of the last treatments. People tend to shy away from this treatment as the same is very expensive and has to be performed by expert surgeons. An untrained and unskilled surgeon may cause more harm if the laser beam is not directed properly. Since it is expensive and trained surgeons are few it is always suggested that one may explore other options first and resort to this expensive option.
Advantages:
o With sharp accuracy hemorrhoids are simply burnt away without leaving any trace.
o High accuracy leads to faster healing.
o Less discomfort.
o Faster removal of hemorrhoid.
o Lesser complications
Disadvantages
o Only external hemorrhoids can be treated.
o Complications like infection, over correction and under corrections can still be there.
o Expensive
o Needs to be done by expert and trained surgeons
Related Articles:
Best Hemorrhoids Treatment Products
Diabetic Diet – Get Your Blood Sugar Level Lower Rapidly – Part Two
A diabetic diet is the best way for many diabetics to help keep their blood sugar at a normal healthy level. If you consume too much sugar and continuously do this for a long time, you will soon develop many major health problems to your eyes, kidney, nerves and heart. So once a diabetic finds that their blood sugar level is way too high, they need to find natural ways to bring their blood sugar down to a better position.
I revealed in my previous article how diabetics can lower their blood sugar level by utilizing 5 natural techniques. These techniques I mentioned are apple cider vinegar, cinnamon, ginseng, exercising and drinking water. Here are 5 more additional ways a diabetic can decrease the amount of sugar that is in your blood stream.
One simple method is watching the food you eat. If at all possible, you need to eat low-glycolic foods. These foods are broken down and distributed throughout your body much slower thus keeping your sugar level from spiking too high. These foods consist of peas, fruits, peanuts, granola, and oatmeal. Hint: combine some oatmeal with a couple of teaspoons of cinnamon, mentioned in my previous article, and you will have a great meal that will keep your blood sugar very stable. Plus, it's yummy.
Decaffeinated coffee is another great source. If you drink a cup of decaffeinated coffee along with a simple sugar item which is absorbed by the body at a fast rate, the coffee will act as a barrier and keep your blood sugar level stable. It does this because of a certain chemical with the plant that that helps your intestines to absorb the sugar at a slower pace. Regular coffee does not have this same effect.
Sit down, take a deep breath, relax, and lower your blood sugar level. Yes, relaxation can actually help lower the amount of sugar that is in your bloodstream. Stress, on the other hand, is a bad culprit that actually releases a chemical that causes our blood sugar to rise. So, try to avoid stress and seek to get some daily relaxation in into your schedule.
Garlic and onions not only keeps the vampires away, they also help keep your blood sugar level at a normal level. They do this because of a certain chemical that can be found within the garlic and onions. This chemical makes the pancreas produce more insulin to handle the extra sugar.
The most fun way to bring your sugar level down is to laugh. Some doctors in Japan conducted a test that proved laughing helps lower the sugar that is your bloodstream. They concluded their study informing us that there are certain chemicals the body releases which help lower your blood sugar significantly.
Diabetics have to closely watch their daily diet so they can keep their blood sugar level at a stable level, which is a constant battle. They need to seek out ways in which they can lower their blood sugar level to steer clear of major health problems. If you just integrate all these tips into your diabetic diet, you will soon find it is quite easy to keep your blood sugar level normal.
Preventing Dental Implant Failure
Dental implant failure is a term that those with implants don't want to hear. Implant failure can stem from a variety of factors, some which can be controlled by the patient and others which can't. Since the implant procedure is expensive and can demanding of a substantial amount of the patient's time, it is in the patient's best interest to avoid creating circumstances conducive to implant failure. This article will elaborate on a few of the things an implant patient can do to reduce the occurrence of implant failure. Patients who are more diligent in following these suggestions will likely greatly reduce their chances of encountering implant failure.
One of the biggest mistakes most implant patients make is dedicating more time to finding a cheap dentist as opposed to a good one. Trying to spend as little money as possible on an implant procedure is not a good idea. A small mistake can put a patient out several thousand dollars. When selecting a dentist, you want to find one that doesn't charge an excessive amount of money of the procedure, yet has a proven record of furnishing patients with the results they want.
Ask the dentist about his implant failure rate, and inquire about how many patients (in your similar circumstances) he has worked on. The implant failure rate should be low, and the dentist should hopefully be able to describe several other similar patients he has worked on. Picking a competent implant dentist is imperative in preventing implant failure. Inexperienced dentists can make mistakes such as misjudging the density of the patients jawbone, or incorrectly placing the implant - both which can cause severe problems.
By selecting a competent doctor, you're not necessarily circumventing implant failure. In some instances, implant failure is caused by mere patient negligence. After an implant procedure, most patients are given specific directions as to what they should or shouldn't do in the days and weeks following the procedure. Patients who choose not to abide by their dentist's orders will surely increase their chances of encountering implant failure. Thus, those planning to undergo this procedure should be ready to make some sacrifice to ensure their investment doesn't go down the toilet.
Patients may be able to stop implant failure even after some sort of negligence, whether it be on the dentist's or patients' behalf, has occurred. If you experienced pain or odd sensations near the implant site, it's imperative that you immediately contact your dentist. This pain could be a premature sign of your implants giving way. Dentist intervention can make a substantial difference in such cases.
Many people welcome dental implants with open arms, as they can indeed be life-changing. However, implant failure can take this life-changing experience and render it for the worst. If one takes the above precautionary measures in attempting to prevent dental implant failure, their Endeavour into implants should be a pleasurable one.
Role of Bone Grafting in Dental Implants
The moment patients hear their dentist or surgical specialists mention "bone grafts", often you see the backs of patients as they rapidly head for the door. Often times patients are never truly educated on why bone grafts are needed. Not every dental implant case requires bone grafting, but a fair number of them do. Patients must understand that bone provides the foundation for the support of the implant. The bone, depending on the type of restoration desired, must have adequate height, width and positioning for dental implant placement. Additionally, the bone normally has to be at or near the same level as the adjacent bone.
Imagine the bone being the foundation for the construction of a house. It must be solid and level. It isn't that different in the mouth. After you have an extraction or have a tooth missing for some time, the bone deteriorates (atrophies). The alveolar bone (the bone that houses teeth and their roots) atrophies typically in width greater that in height, but both components are involved. If the bone is too thin, an implant cannot be placed because the body of the implant will not be covered by bone circumferentially. If the bone is not high enough, the implant could be too close to adjacent anatomic structures. Moreover, even if an implant could be placed, but the bone is not at the same level as the adjacent bone, the implant may not be hygienic, it may be very unaesthetic and/or create a periodontal issue for the patient. A general rule of thumb for implants surgeons, is to reconstruct the foundation for the implant back to ideal prior to placing an implant or implants.
There are many types of bone grafts. Normally, when a tooth is removed, banked bone (called an allograft) or a xenograft (bone from another species, typically bovine or cow) is placed into the socket. Additionally a resorbable collagen membrane is placed over the bone to prevent the gum tissue from invading the socket site. Occasionally, in an extraction site without grafting, the gum tissue invades into the socket before bone can heal and some loss of width more so than height occurs. The bone graft to preserve the socket is called an alveolar preservation procedure. Normally after three to four months, the implant can then be placed.
If the bone is too thin and/or too short, autogenous bone grafting is usually needed. Autogenous bone grafting is typically taking bone from one part of the body and transferring to another. For most situations in the mouth, bone can be taken from non-tooth bearing areas (at or above the wisdom tooth site called the ramus), from the front part of the chin, the site where the upper wisdom tooth once was (tuberosity), the malar buttress (where the bottom of the cheek bone meets the upper jaw), or from tori. Tori are naturally occurring bone outcroppings of the upper and/or lower jaws. This anomaly is seen 5 to 10% of the population. The site where the bone is taken is called the harvest site. The donor site, where the bone is to be placed, is prepared to accept the block of bone or particulated bone. Particulated or ground up or scraped bone is placed into a defect or into a titanium mesh or titanium reinforced Gore-Tex (PTFE-Polytetrafloroethylene). If a block of bone is taken, once the donor site is prepared, the block is secured to the site using titanium or stainless steel bone screws. After a period of healing, typically 5-6 months, the mesh, Gore_tex or bone screws are removed and the implant(s) are placed.
Bone of the upper back jaw often does not atrophy horizontally significantly. However, vertical atrophy causes the alveolar bone to shrink upwards and approaches the bottom portion of the maxillary sinus. Then a decision has to be made whether to add bone vertically to the upper jaw (maxilla) or elevate the sinus. The sinus is a hollow cavity of the skull lined by a membrane (Schneiderian membrane). The membrane consists of respiratory epithelium or ciliated columnar epithelium. The cilia are little hairs that beat and clear the sinus of fluid and mucus. When there isn't enough bone present, the sinus can be elevated and bone placed under the membrane. The procedure consists of an approach to the sinus from either the alveolar ridge (where the tooth was) or from the side (cheek side of the jaw). Access is made into the sinus without tearing the membrane and elevating the membrane off of the bone. The mobilized membrane creates the matrix to contain the bone graft. The bone graft can be an autogenous, an allograft, and/or a xenograph. Depending on the amount of bone present at the time of surgery, the implant can be placed at the same time or in a secondary procedure 5-6 months later.
Often times patients are more concerned with the harvest site or the taking of the bone graft rather than the placement of the graft. Are there other options besides using the patient's own bone? Yes, there are other alternatives to consider. One option is an allograft block. It is a block of bone taken from a human cadaver and treated to remove all disease and protein that cause rejection. However in most cases, the amount of resorption is unpredictable. What that means, is it is hard to determine how much of the bone graft will actually stay behind. Additionally, some times the bone can incorporate but never get fully turned over by your body. Typically when allografts are placed, they are resorbed by your body and replaced by your natural bone within the matrix of the graft placed. Your skeleton is not static and constantly rids itself of old bone and turns over new bone. This process happens to about 0.7% of your skeleton everyday. The area that has the most turnover is the mouth where the teeth and periodontal ligament meet the bone. With these allograft blocks and with xenografts, some of the graft material occasionally never gets turned over and can have a poor blood supply. Implants placed into this bone can suffer bone loss and failure. The other option is human recombinant bone morphogenic protein. Commonly called BMP, this protein actually signals the body to put bone where the protein is placed. For sinus lifts, a collagen membrane is soaked in BMP and placed into the sinus. After 6 months or so, implants can then be placed. Success rates are relative on par with autogenous bone grafts. Patients often elect this procedure when they wish to avoid bone harvesting. The only negative is the cost of the protein which can be a few thousand dollars by itself.
When there isn't enough bone that can be obtained from the mouth, the bone must be harvested from elsewhere. Typically for dental implant procedures, bone can be obtained from the anterior (front part of the hip), the tibia (big bone of the lower leg), or the skull. The hip and the tibia are typically used. Some of these procedures can be done in the office, but some require hospitalization. Other options to bone grafting can be distraction osteogenesis. The is where a cut in the bone is made and freed up from the mandible or maxilla but still left attached to the tissue one side. Therefore the freed up piece of bone still has a blood supply. The freed up part of the bone, called the transport bone, is attached to a device with screws and the other end of the device is attached to part of the bone where the freed piece came from. Slowly over time, the device is activated and slowly spreads apart. If done properly, as the bone segments are moved apart, bone fills in gap and "new" bone is grown. The difficulties with the procedure is controlling the direction of the transported bone segment, the patient tolerating the device for several weeks and the transported bone is occasionally too thin for implants and requires further grafting.
In the lower jaw, if there is not enough height, one other option beside bone grafting is nerve lateralization. If the bone is wide enough, what typically limits vertical placement of implants is the position of the inferior alveolar nerve canal. This is an intrabony canal that houses the nerve that supplies feeling to the lower teeth and to the lip and chin. It is the nerve that makes your lip and chin feel fat after the dentist numbs your lower arch for treatment. To gain height for implants, the nerve canal can be unroofed from the side and moved away, the implants placed and then the nerve redraped. Obviously there is some risk of nerve damage in this procedure and is usually a secondary consideration to bone grafting.
When patients understand why bone grafts are needed, the case acceptance rates improves dramatically. Patients must have a firm understanding of the procedure and reasoning behind procedures to reduce their reluctance to proceed. Understanding that creating the ideal foundation for implants improves dental implant success, longevity, function and greatly reduces post-implant complications, motivates patients not to compromise their dental implant treatment plan. Therefore, dentist and specialist must take their time to explain not only the procedure but the reasoning behind bone grafting for dental implants.
Low Glycemic Index Diets
Low glycemic index diets are getting more popular than low card diets because it tells you straight to the point what foods are good for you. These may also affect feelings of fullness in the stomach and may influence hunger but most of all, help you control your body weight.
Just to give you a background on low glycemic index diets, this was first developed in 1981 to help people maintain stable blood sugar levels. The GI or glycemic index is on a scale from 0 to 100 which is measured in terms of your blood sugar after eating.
Foods that burn quickly in the body and enter the bloodstream are those that have a high glycemic index. Examples of these include ice cream, croissants, raisins, dried fruit, banana, carrots and watermelon.
Those that fall in the medium glycemic index include baked beans, pasta, green peas, sweet potatoes, orange juice, blueberries and rice. While those in the low glycemic index that is under 45 are apples, beans, low fat unsweetened plain yogurt, low sugar cereals, grapefruit, tomatoes and cruciferous vegetables.
When you get into a low glycemic index diet program, start out slow by making sure it is low in fats, moderate in carbohydrate and protein. It should also be rich in fiber that is available in a variety of food that provides the right amount of minerals and vitamins.
Pay attention to the carbs that you consume. You can start by replacing something you eat frequently with one that has low GI. An example is replacing potato with sweet potato or eating noodles instead of rice. Studies show that such changes will result in the overall reduction in the GI of your diet.
Instead of eating 3 meals a day, you can try taking six small meals. This is because reducing your GI also reduces your insulin levels and increases the fat burning apparatus in your body. Once this has become a regular part of your diet, this will increase the feelings of fullness and satisfaction that will soon lead to weight loss.
Aside from paying attention to the carbohydrates, don't forget to do the same for the calories. Although rice or bread is low in fat, you should remember that this does not burn that much fat.
In conclusion, low glycemic index diets are ideal for losing weight, preventing diabetes and controlling this disease due to the slow absorption from the stomach. They may also keep blood sugar levels more stable and has an effect on reducing sweet cravings.
Leukemia – The "White Blood" Disease
Introduction
Leukemia or leukaemia meaning white blood (Greek leukos, "white"; aima, "blood") is a cancer of the blood or bone marrow and is characterized by an abnormal growth of blood cells, usually white blood cells (leukocytes)and is split into its acute and chronic forms. It can affect the digestive tract, kidneys, lungs, or other parts of the body and can also collect in the testicles causing swelling. Leukemia is one of the most common cancers of children, But isn't just a children's disease, as many think. It is newly diagnosed in about 29,000 adults and 2000 children each year in the United States and has four main types and many sub-types of which only some of them are common among children. Leukemia that has spread to the brain may produce central nervous system effects, such as headaches, seizures, weakness, blurred vision, balance difficulties, or vomiting and the disease, or the chemotherapy used to treat it, can cause anemia.
Acute Leukemia
Acute leukemia is characterized by the rapid increase of immature blood cells, and is a potentially curable disease; However only a small number of patients are cured with current therapy. It begins with one or a few white blood cells that have a lost or damaged DNA sequence and gets worse very fast and may make you feel sick right away. It tends to develop suddenly, whereas some chronic varieties may exist for years before they are even diagnosed. Immediate treatment is required due to the rapid progression and accumulation of the malignant cells, which then spill over into the bloodstream and spread to other organs of the body. Whereas acute leukemia must be treated immediately, chronic forms are sometimes monitored for some time before treatment to ensure maximum effectiveness of therapy.
Chronic Leukemia
Chronic leukemia is distinguished by the excessive build up of relatively mature, but still abnormal, blood cells and often goes undetected for many years until it is identified in a routine blood test. It is more common between ages 40 and 70 and is rare among young people. It tends to gets worse slowly and may not cause symptoms for years. Like many other cancers, it is a disease of old age. Doctors often find chronic leukemia during a routine checkup, before there are any noticeable symptoms. In adults, the acute forms occur in those of all ages, whereas the chronic varieties tend to occur in people older than 40 years. Although slow-growing chronic leukemia may also be seen in children, it is very rare, accounting for fewer than 50 cases in children each year in the United States.
Treatment
Treatment of leukemia is complex and it depends on your age and health, the type and how far it has spread. Treatment is generally considered necessary when the patient shows signs and symptoms such as low blood cell counts. In general, ALL treatment is divided into several phases. In children, an intensive 6-month treatment program is needed after induction, followed by 2 years of maintenance chemotherapy. For children with low-risk, standard therapy usually consists of three drugs (prednisone, L-asparaginase, and vincristine) for the first month of treatment. High-risk patients receive higher drug doses plus treatment with extra chemotherapeutic agents. Follow-up therapy for ALL patients usually consists of: supportive care, such as intravenous nutrition and treatment with oral antibiotics.
In general, the indications for treatment are: falling hemoglobin or platelet count, progression to a later stage of disease, painful, disease-related overgrowth of lymph nodes or spleen, lymphocyte doubling time (an indicator of lymphocyte reproduction) of fewer than 12 months. Overall, the strategy is to control bone marrow and systemic (whole-body) disease while offering specific treatment for the central nervous system (CNS), if necessary. Consolidation or "maintenance" treatments may be given to prevent disease recurrence once remission has been achieved. Whatever the plan, it is important for the patient to understand the treatment that is being given and the reasons behind the choice.
Conclusion
Leukemia is a cancer of blood-forming cells in the bone marrow. These cells crowd out other types of blood cells produced by the bone marrow, including red blood cells, which carry oxygen to tissues throughout your body, and platelets, which help form blood clots. Leukemia cells can spread to the lymph nodes or other organs causing swelling and/or pain and can also collect in the kidney, liver and spleen, causing enlargement of these organs. They also can affect the lungs and other parts of the body. Acute forms can occur in children and young adults. Chronic forms mostly occurs in older people, but can theoretically occur in any age group.
There is no single known cause for all of the different types of leukemia. Studies have linked exposure to petrochemicals, such as benzene, and hair dyes to the development of some forms. Viruses have been linked to other forms. Until the cause or causes are found, there is no known way to prevent the occurrence of the disease. As of 1998, it is estimated that each year, approximately 30,800 individuals will be diagnosed with the disease in the United States and 21,700 individuals will die of the disease.
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