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New Dental Implants – What Do I Do After My Procedure?

  • Posted on November 30, 2008 at 8:30 am



Now that you have your new dental implants it is more important than ever to look after your brand new smile. Poor hygiene habits may have been the reason you needed new dental implants in the first place so what better time to start your new dental hygiene regime than now! This article will list some of the things you should do to make the most of your new dental implants straight after surgery and for years after.

Avoid hot drinks and food

For the first few days after your surgery it is important to avoid hot food and drink. This could aggravate the implant site and prevent healing. It is also important not to swill liquid over the implant area.

Use Ice

There will always be some swelling associated with your implant surgery. To decrease the swelling for the first 24hrs hold an ice pack against your face. If you have any pain associated with the swelling take painkillers and if you have been given antibiotics be sure to complete the full course.

Rinse your Mouth

Following the procedure a slat rinse is recommended to improve the healing process and prevent infection. In addition rinsing with Corsodyl mouthwash after the surgery particular around the implant site for the first week, should help to prevent any infection. It is important to keep food away from the implant site for as long as possible, rinsing after eating will help to keep the implant area as clean as possible.

Brush and floss your implants regularly

Once the pain and swelling have reduced it is time to start taking care of your teeth properly. Your teeth may have been fitted in a way which allows you to remove them for cleaning (dentures) or they may be permanently fixed. Either way regular cleaning of your implants is extremely important. Ensure that you begin cleaning your teeth straight after surgery. Avoid the implant area for the first 2 days, following this try to clean this area in the same way you clean your other teeth.

Brushing with fluoride toothpaste 2-3 times a day will help to keep your smile looking better for longer and regular flossing is crucial for the upkeep of your dental implants.

Colloidal Silver Featured in the Wall Street Journal

  • Posted on November 28, 2008 at 6:44 pm



The “powers” of colloidal silver have been heralded for thousands of years only to be quieted by penicillin and other bacteria killers conjured up in the pharmaceutical labs, given Latin names and used to fight every bacterium originated disease known to man.

The results of shunning this natural “nano-sized” (nano = one billionth of a meter) antibiotic has been that diseases have evolved to have a resistance to the man made antibiotics and now scientist are scrambling to find replacements for the antibiotics that have survived less than 100 years.

There are critics that hypothesize that the large pharmaceutical companies are pressuring the regulatory agencies to prevent nano-sized silver products from being sold directly to the public without the giants taking their cut. Websites have sold silver nanoparticles in solution known as colloidal silver without the ability to mention what the product will cure or testimonials from those that have had positive results.

Wall Street Journal announces that the “War Against Germs Has Silver Lining”.

Curad USA, makers of hospital bandages lined with nano-silver particles now has released Curad Silver Bandages for the home use instead of a Band-aid. Curad claims “that silver reduced bacterial growth like Staph. aureaus, E. coli, E. hirae and Pseudomonas aeruginosa”.

Samsung Electronics has introduced a refrigerator and new laundry washing machine that uses silver ions to sanitize the laundry and eliminate 99% of odor causing bacteria (sold at Lowe’s and Best Buy). Plank, a Boston company, has launched a new soap for Yoga users that lists silver as the main active ingredient. The company has a toothpaste and shampoo in R&D that is imbued with silver.

Asia has become the largest consumer of products that uses the nano-silver as a antimicrobial ingredient. Colloidal silver is known to kill virus, is it possible they are guarding against bird flu?

While some agencies strive to prevent you from buying colloidal silver online, the EPA is clear that we NOW have silver in our drinking supply and has, for health purposes established a daily reference dose for silver in drinking water at 350 micrograms (u.g) and a critical dose at 1400 u.g. In contrast, international health bodies, such as the World Health Organization, have not established such standards for silver since its toxicity is very low.

Silver “becomes more active against microbes when it’s made into small particles because they can cover more surface area when they come into direct contact with bacteria,” according to Andrew Maynard, physicist and chief scientific adviser for studies on Emerging Nanotechnologies underway at Woodrow Wilson International Center for Scholars in Washington.

Adidas, and Polartec have licensed silver coated nylon fabric known as X-Static (Noble Biomaterials Inc.) to incorporate antimicrobial silver in athletic and outdoor clothing for their ability to kill odors and promote thermal properties. Brooks Sports sells a line (HVAC) of socks, caps and shirts that use silver to differentiate them from all others.

ARC Outdoors uses silver infused fabric from NanHorizon Inc. to produce antimicrobial socks for the U.S. military. SmartSilver is brand of odor-eliminating underwear, stocking caps and gloves that kills bacteria on contact using nano-silver. ARC sells to Wal-Mart, Bass ProShops, Cabela’s and wants to expand to hospital products such as sheets and surgical scrubs.

Sharper Image has introduced a plastic food storage container that is infused with nano-silver particles that they claim will keep food fresher, longer.

So what diseases will colloidal silver display benefits for? Bacteria and virus are known to be killed by silver suspended in a liquid of nanoparticle size called colloidal silver. In addition to the bacterial growths like Staph. aureaus, E. coli, E. hirae and Pseudomonas aeruginosa mentioned by Curad and Maynard, yeast, fungus and virus have all died in tests using colloidal silver. So is yeast infection a yeast? Yes. Is ringworm a fungus? Yes. Is acne caused by bacteria? Yes. Is sinusitis caused by a bacteria infection? Yes. Is silver used in infants eyes? Yes. Is silver used for burn victims? Yes. Is colloidal silver an immune system support? Yes. Will colloidal silver be the answer for bird flu? Is bird flu a virus?

Viva Colloidal Silver!

Top 5 Crohn’s Disease Treatment Options

  • Posted on November 27, 2008 at 9:14 am



Treatment options for Crohn’s disease depends largely on the severity of the condition and the parts of the digestive tract that are affected by the disease. The danger of complications, as well as responses to previous treatments is considered before deciding on any treatment option.

The treatments for Crohn’s disease don’t necessarily involve treating the Crohn’s itself, but rather the symptoms that go with the disease such as abdominal pain, diarrhea and rectal bleeding. There are no cures, as yet for Crohn’s disease.

Treatment Options

1. Surgery

A great number of Crohn’s patients will undergo surgery at some point. Surgery is typically only recommended when there are serious and severe complications, but it may also be chosen for elective reasons. Some of the conditions that require surgery are excessive bleeding, perforation of the bowel, intestinal obstruction, formation of an abscess or toxic megacolon.

Some of the reasons you might consider surgery is if your current medical treatments aren’t as effective as they once were, or they are unable to control the pain, weight loss fever or extreme fatigue that are symptoms of your condition. Another reason elective surgery might be an option is if the side effects of your Crohn’s treatment have become too much for you to bear.

Patients with Crohn’s disease should never be afraid of surgery since it helps to alleviate the complications of the disease, and conserve bowel. Not only that, an entire health care team including a surgeon, anesthesiologist and primary physician will handle the surgery so you can be assured of a successful, well tolerated procedure.

2. Drug Therapy

A present there is no drug that will cure your Crohn’s disease; however there are medicines that are used for treating the symptoms that go with Crohn’s. Drug therapies vary from one patient to another and are usually custom-designed to suit every patient.

The Aminosalicylates are ideal for patients with mild to moderate disease. This drug is used to achieve or maintain remission. While there is no concrete proof that these medications are effective in treating Crohn’s, they are prescribed frequently since most patients can tolerate the drug quite well, and experience few side effects.

For patients that do not respond well to these medications, corticosteroids are a great alternative since these drugs control inflammation and induce remission. Although, these drugs are effective, they can cause some significant side effects such as increased receptiveness to infection, mood swings, anxiety, depression, elevated blood pressure, glaucoma, cataracts and osteoporosis. As a result, doctors gradually reduce the dose you are taking once remission is achieved.

Antibiotics are used to treat many ailments not just Crohn’s disease. They are particularly helpful in patients with fistulas, and can be combined with other medications. These drugs are used to delay the recurrence of Crohn’s disease.

Immuno-suppressives are drugs that suppress the immune system. They are effective but can cause some side effects such as nausea, vomiting, liver problems or inflammation of the pancreas. These drugs work by suppressing the bone marrow and as a result the immune response. Because of their side effects, frequent monitoring is required while you are taking this medication, including blood testing and regular visits to your doctor.

Biologic Therapy is the latest addition to treatments for Crohn’s disease, and is the first drug to ever be approved by the Food and Drug Administration (FDA) for treating Crohn’s. What makes this drug so effective is the fact that it is an antibody that blocks that tumor necrosis factor.

3. Diet and Nutrition

Since Crohn’s disease is a disease of the digestive tract, it is critical for every Crohn’s patient to pay special attention to the foods they eat. Proper selection of food is important in order to reduce symptoms and promote healing.

4. Nutrition supplementation

Nutritional supplements are given especially to children with Crohn’s whose growth has been slowed down by the disease. A special high calorie liquid formula is sometimes used for this purpose. There may also be patients who require feeding through the veins. This procedure provides patients with extra nutrition while giving their intestines the rest they needs

5. Investigational treatments

Continuous research geared toward the discovery of effective treatments for Crohn’s disease offers patients great hope that a cure will someday be found for their disease. Investigational treatments include anti-TNF, Interluekin 10, Antibiotics, Budesonide, Methotrexate and cyclosporine, Natalizumab and zinc.

If you suspect you have Crohn’s disease, you should first consult your primary care physician before taking other steps. Careful diagnosis and monitoring is the key to living comfortably with Crohn’s.

4 Types of Dental Implants Performed Today

  • Posted on November 25, 2008 at 9:14 am



Dental implants became widespread when it was discovered that the inert metal titanium can be used in surgical procedures to successfully integrate with the bones. The process of infusing titanium with the bone is called osseointegration. Today many people who need to regain the structure of their teeth resort to dental implant as a viable procedure because most of them have relatively simple procedure and successful in most instances.

There are many types of implant today. Most of them are done with titanium to ensure a high rate of success.

Endosseous Implants

There are several types of endosseous implants and they are discussed separately here

Root form

It is done with the use of cylinder or screw type implant with a surface designed to facilitate proper infusion with the bones. It is usually done when there are enough bones in the jaw to support the implant. When the jawbone is too narrow, bone grafting is needed to increase the bone area.

Blade form

This is also called plate form. Blade form is used when root form is impossible because the jaw is too narrow and bone grafting is not possible. The blade or plate is a rectangular metal that is flat and long to fit a narrow jawbone.

Ramus frame

This method is used when both the root form and blade form is not possible because the jawbone is short and narrow. The ramus frame is a horizontal frame that can only be performed in three areas of the lower jaw. The ramus frame can be inserted in both corners of the mouth near the jaw and in the chin part in the front area of the mouth

Subperiosteal implant

This procedure is done when the jaw is in an advanced form of resorption. There may be no more bone left on the lower jaw to perform the endosseous method. Subperiosteal implants are placed on top of the bone but under the gums. There are two methods available. In the single surgery method, a CAT scan is performed to get a model of the jaw bone to make a subperiosteal implant that will fit the jawbone. The actual surgery is then performed wherein the custom fitted subperiosteal implant is fitted between the bones and gums.

In the double surgery method, a first surgery is done to get a model of the bone. The model is used to make an implant that will perfectly fit the jawbone. A second surgery is performed this time to fit the metal implant.

Transosseous Implant

Transosseous method is similar to endosseous because they are both inserted to the bone. The transosseous method, however, goes through the entire width of the jawbone to under the chin. It is secured with a devise similar to a bolt and nut. This method requires intensive surgical procedure usually involving general anesthesia. It is rarely chosen method because it requires hospitalization and a very high cost but does not usually yield the best result. One of the endosseous methods is more favored.

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  • Posted on November 23, 2008 at 11:49 pm

How Helpful is Gene Therapy?

  • Posted on at 7:42 pm



The basic physical and functional unit of heredity is the genes. It is a specific sequence of sources that programs instructions on how to produce proteins. Although genes gets a lot interest because of lack of open understanding of its nature, it is the protein that is the main element that perform most of life functions and even consists of the majority of the cellular structures. When the genes are changed, the programmed or encoded proteins become unable to accomplish the usual function expected from it and genetic disorders arise.

Gene therapy is the replacement of genetic material to an impaired cell. It then corrects the flaw in the genome of a patient. Gene therapy can also be applied to a developed lifetime disease of an individual such as cancer or recurring infection. It gives a specific trait or attribute to the cell giving it strength to combat the disease.

Generally, gene therapy is normally used in acute diseases when the cells of a particular organ in the body cannot function the normal way because it does not have sufficient required protein to perform a specific bodily task. In order to replace the faulty protein, a gene transfer vector or a gene transfer agent is altered so that it contains the gene that encodes for this protein. The altered vector is then administered to the patient. The gene transfer vector delivers the altered gene to the cell, which in turn, the cell’s mechanism converts the healing gene to correct the problem. In essence, it fixes the malfunctioning cell.

To summarize, gene therapy is a procedure for correcting defective genes that are responsible for the development of a disease. There are several approaches that maybe used in correcting faulty genes:

• The most common is the insertion of a normal gene into a non-specific location inside the genome to replace the non-functional gene.
• An abnormal gene is being substituted by a normal gene using homologous recombination or DNA crossover.
• The abnormal gene is repaired by undoing the genetic damage that happened long time ago. It is also called selective reverse mutation, which returns the gene to its normal function.

The gene transfer vector or a gene transfer agent, which is the carrier to deliver the therapeutic gene to the patient’s target cells is basically a virus that has been altered genetically to carry a normal human DNA. Many scientists tried to take advantage of this discovery and manipulate the virus genome to aid in delivering the healing genes and remove the disease causing ones.

Some of the few different types of viruses that are used as gene therapy vectors are retroviruses, adenoviruses, adeno-associated viruses and herpes simplex viruses.

There are also factors that have kept gene therapy from becoming the perfect treatment for genetic diseases. Some of the discovered factors are:

• Short life of gene therapy
• Immune response
• Risk of viral vectors that once inside the patient’s body, it may recover its ability to cause disease.
• Multigene disorders

Human gene therapy has triggered many issues since it was known. The promise of the technology is very great but the reality of it is somehow overwhelming. Human gene therapy must be seriously and cautiously evaluated.

It will be, as technology evolves.