Site of the Month for October 2011 relates to Medical Reference Directory. Medical Yellow Page is a directory of medicine web links to preventive medicine, physiatry, sleep medicine, bloodless, medical imaging, procedures & therapies, dentistry, pharmacology, vascular medicine.

People are always looking for the latest way to get in shape. Many people pay expensive monthly fees in order to join their local gyms, spending their time on treadmills or elliptical machines in the hopes of losing a few pounds from their waistline. For others, they find themselves chasing the latest fad or exercise program seen on an infomercial, thinking it will be the thing that will finally help them get healthy. A mini trampoline is simply a trampoline for personal use. They are the ideal shape for just one individual and have a very wide range of applications. Listed here are some examples of how they could be applied to many different situations.

In Gymnastics

There are actually about three games within gymnastics designed to use a trampoline: Individual Trampoline, Synchronized Trampoline, and Double Mini Trampoline. The two first competitions utilize a larger trampoline that the gymnast carries out various airborne maneuvers. The last option, implements a couple of smaller trampolines, one sloped and also a single flat.

For the double mini trampoline competition, the gymnast jogs right up to the sloped end and will use that to launch themselves onto the flat spot from which they complete a few acrobatic twists and turns in the air prior to arriving on their feet.

For Fitness

Mini Trampolines for use as fitness equipment is gathering popularity. The flexibility within the trampoline fabric provides a low impact area to perform aerobic workouts. This implies decreased pain around the joints in comparison with traditional cardio exercise done on hard ground.

A wide range of moves can be carried out on the trampoline that lends itself to a virtually limitless quantity of distinct workout plans. As an example, the raised surface of the equipment offers a component for the workout comparable to what is available in step aerobics. Also, balancing is far more difficult on the stretchy surface of the trampoline which means you can take your yoga regimen to the next level!

For Kids

Mini trampolines are the perfect play toy for children. Unlike full-sized trampolines which allow your kids to bounce to hazardous heights, a reduced diameter jumping area lessens the height that children will be able to accomplish. They are ideal for families that have limited or no yard area seeing that they can easily be used inside in addition to out of doors.

You can also find them equipped with special netting all around the exterior to enable your younger kids to bounce about with no concern with falling to the rigid ground.

For Sports

Trampolines are for much more than just simply jumping on. People that play sporting events make use of mini trampolines whenever they don’t have anybody available to throw a ball to. The trampoline functions as another individual by bouncing the ball back to the one that tossed it.

This can be great for baseball players who need to practice catching together with pitching alone. Changing the angle of the trampoline enables the ball player to modify the angle that the ball goes back to them to allow them to practice catching fly balls and line drives.

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Simplistic definition: Computer applications in medical care
Better definition:
Biomedical Informatics is an emerging discipline that has been defined as the study, invention, and implementation of structures and algorithms to improve communication, understanding and management of medical information. The end objective of biomedical informatics is the coalescing of data, knowledge, and the tools necessary to apply that data and knowledge in the decision-making process, at the time and place that a decision needs to be made. The focus on the structures and algorithms necessary to manipulate the information separates Biomedical Informatics from other medical disciplines where information content is the focus.

In today’s world we are constantly faced with information about infectious diseases, infection control and disease prevention. We are all aware of the methods that we should apply to prevent the spread of infectious disease, such as washing of hands with antibacterial soap, using hand sanitizer, disinfectant spray and wipes as well as mouth covers. We are all aware of how to prevent infectious diseases, but we may not all be aware of what it is that we are avoiding.

Chicken Pox is generally considered being a children’s illness, but the truth is that Chicken pox is that in recent years, chicken pox has become more prevalent in adults and teenagers. This disease can be transmitted via direct contact with an infected person. Infection can be prevented by avoiding contact with an infected individual during the virulent stag of infection. Common infectious disease prevention techniques are extremely effective in the prevention of Chicken Pox, and a vaccine is available which can help to prevent infection.

Strep Throat is a particularly common infectious disease which is indicative of swollen tonsils, Difficulty swallowing, Malaise, general discomfort, feeling ill, Fever, Fever Headache, Chills, Ear pain Hives, Bumps, bruises, inflammation, or swelling on the side of the neck. Infection occurs by direct contact with an infected person. Common prevention techniques are useful to a point, but the best prevention is to avoid all contact with the infected person until the fever period has ended.

Hepatitis is one of the most common infectious diseases in North America. Hepatitis comes in three main forms, all of which are caused by related viruses. The most common form of hepatitis is Hepatitis A, this is most often seen in its acute form, and usually lasts for less than six months from primary infection. Hepatitis A is also the main cause of liver disease worldwide, with Hepatitis C following closely behind. Treatments for Hepatitis are Dependent on the strain of virus that is the key acting virus of the infection. Prevention via common infectious diseases management techniques is highly effective. Infection depends on the particular virus of exposure.

Pneumonia is a disease that can affect either one or both of the lungs on a person. This results in the inflammation of the lungs, along with the lungs filling up with fluid. There are several causes that can be linked back to the catching of pneumonia. Some of the more common causes of this condition include breathing in of bacteria, fungi or a virus. When a person has pneumonia, there are several symptoms that are related to a person who has this type of infectious disease. These symptoms include a cough, accompanied with chest pain and difficulty in their breathing. Many people who develop pneumonia have to be hospitalized in order to effectively treat this condition.

A Hyperbaric Chamber works to drive Oxygen into your blood and all your bodies other cells. Initially, this Therapy was developed as a treatment for diving disorders. The chamber cures decompression sickness and gas embolism by increasing pressure and reducing the size of the gas bubbles by removing nitrogen. It also can improve the transportation of blood to downstream tissues and the high concentrations of oxygen in the tissues are beneficial in keeping oxygen-starved tissues alive. The U.S. Food and Drug Administration (FDA) has approved Hyperbaric Chamber therapy to treat decompression sickness, gangrene, brain abscess, and injuries in which tissues are not getting enough oxygen.

Hyperbaric Oxygen Chambers can dissolves oxygen in the blood plasma and in all body cells, tissues and fluids at up to 10 times normal concentration which is high enough to sustain life with no blood at all. There is strong scientific evidence showing it as an effective treatment method for the prevention and treatment of osteoradionecrosis (bone damage caused by radiation therapy), clostridial myonecrosis (a life-threatening bacterial infection that invades the muscle), and for helping skin graft and flap healing. Other evidence suggests Hyperbaric Chamber may be helpful for less severe carbon monoxide poisoning; radiation-induced soft-tissue injury; anemia due to severe blood loss (when transfusions are not an option); crushing injuries; poor wound healing; and osteomyelitis (chronic bone inflammation) that does not respond to standard treatment.

There is conflicting evidence about whether Hyperbaric Chamber is helpful in treating cancer, burns, and fast-spreading infections of the skin and underlying tissues. Available scientific evidence does not support claims that a hyperbaric chamber helps patients who have chronic fatigue syndrome, arthritis, multiple sclerosis, autism, stroke, cerebral palsy, senility, cirrhosis, or gastrointestinal ulcers. Carefully controlled scientific studies are going on to find out whether a Hyperbaric Chamber may be helpful for lymphedema, diabetic ulcers, cluster headaches, heart attacks, and other conditions.

Forensic science is not just what you see on television shows like CSI but rather the use of actual science to help determine the answer to varied legal questions. There are many different types of forensic disciplines that are used to help police and other officials answer these questions. These include criminalistics, forensic psychology, forensic pathology and others. Criminalistics is the science used to help understand the evidence in crimes. Evidence used in criminalistics can include biological evidence, trace evidence, impression evidence, controlled substances and ballistics. Biological evidence is usually bodily fluids such as semen and blood. Trace evidence are items like hair and fibers. Impression evidence are items like foot prints, impressions of car tires and fingerprints. Criminalistics is usually investigated in a crime lab. Many cities with very large populations have crime labs within their police departments. These include Miami-Dade, Florida and the famous Las Vegas crime lab.

Forensic psychology is the study of the mind of a criminal. Forensic psychologists usually study the motivations that led an individual to commit a certain crime. Forensic psychology has recently come into the limelight as more and more television shows have started to feature it. These includes CSI, NCIS and Criminal Minds. Criminal Minds especially digs into why a person committed the crime so that they may locate the victim before it is too late. Forensic psychology has also been discredited by some as being interpreted in court as opinion and what might have been going through an individual’s mind, not what actually went through the individual’s mind.

Forensic pathology is the study of the cause of death. Literally, pathology is used to determine how someone died and the forensic findings are usually used to backup a court case. Forensic pathology has also recently become popular for television shows such as CSI and NCIS. Many of the cases involve a mystery over death. There have also been many other forensic sciences such as forensic meteorology, and forensic geology, although these are used much less often than other branches of forensic science. Many of them just involve using analytical skills to determine the cause of the events.

Pharmacology is the study of drugs and their origins, chemical structures, administration, action metabolism and excretion. Pharmacology has changed. Originally a scientific discipline that described the effects of biologically active chemicals, pharmacology now explores the molecular mechanisms of which drugs cause bio reactions. In the broadest sense, pharmacology is the study of how chemical agents, both natural and synthetic (i.e., drugs) affect biological systems.

Drugs may be given to the patient by injection, orally, rectally, inhalation and applied topically. The term bioavailability devotes the proportion of drugs, which reaches the circulation. If swallowed only a portion will be circulated. Absorption will depend on the physical properties of the drug. Absorption will depended on the physical properties of the drug. Absorption will depend on the physical properties of the drug. Absorption will depend on the physical properties of the drugs, which reached the circulation.

It drugs are given intravenously the bioavailability is 100%. If swallowed only a portion will be circulated. Absorption maybe modified by the rate at which the stomach empties the presence or absence of food or disease of the gastro-intestinal tract. After absorption, drugs enter the blood stream and are carried around the body. Drugs are metabolized products, which may be excreted through the kidneys, and if they have any disease or if they are damaged excretion may be delayed.