A Single Exercise For Power to Help in Football!

The best exercises for football have to include big core lifts that integrate multiple joints in the lift in order to integrate more than one muscle group to be effective. Forget about single joint lifts if you are wanting to develop all the desired traits of football consisting of explosiveness, power, speed, size, and total body strength. There is only room for what matters if you intend on being competitive. This is why I am glad to introduce to you the overhead kettlebell swing!

Best Exercise For Football!

Football is a violent game that requires the fool development of your body in most every way in order to play it. If you want to compete and survive in this game you have got to train your body for the demands that lie ahead. This is why overhead kettlebell swings are a single hard hitting exercise for you to implement into your football strength and conditioning program. By now you may have heard of the ancient kettlebell and realize that this is one hard hitting strength training device that is about the construction of total superior physical prowess.

The overhead kettlebell swing is a strength endurance lift that you can perform with this ancient device that is tremendous for helping you to develop hip power, core strength, back strength, and overall explosiveness for the purpose of football. You have to generate the power from your hips, glutes, and core in order to knock someone off of the line of scrimmage and this drill is great for helping you to do just that.

In order to pull off the overhead swing you will need the availability of a single bell of moderate resistance. Begin by standing with your feet at about shoulder width distance apart in length allowing the bell to hang at your groin while holding it with both hands. Make sure your grip is hooked around the handle of the bell by gripping it in the base of your palm and not out near the insides of your fingers. From here simply begin to engage your hips and knees in a state of constant flexion and extension in order to create the momentum to swing the bell back and forth like a pendulum. As the bell builds momentum make sure to keep your shoulders retracted, abs tight, and gradually build momentum until the bell is swinging from between your legs all the way up to above your head. This is football strength and conditioning at it's best.

If you haven't already started to implement the overhead kettlebell swing into your football strength training wokrouts then you are missing out. Take the time to learn more about this football explosiveness drill and others like it by accessing the rest of my articles on the subject for free. Remember that most any athlete can train hard, but only the champions train smart!

Innovation and Technology Give Ankle Implants Resurgence

Total knee and hip replacement implants have been used with success for years, but ankle implants have had a long history of failure. In the late '70s and early '80s the ankle implants wore out, popped out or collapsed into the bone. Ankle implant surgery disappeared, for the most part, for almost two decades, with surgeons recommending an ankle fusion for those patients with severe pain and disability due to ankle arthritis. In the earlier part of this decade, ankle implants have started to make a resurgence with the new emerging technology.

Why the failures? Early ankle replacement devices were fixed to the bone with cement. The fixation was lost with the excess shearing forces causing the bone support to fail. Compared with the hip and knee joints, the ankle joint has a much smaller surface with much greater weight to support and greater shearing forces.

An ankle fusion, the current standard of care for surgical treatment of chronic ankle pain due to arthritis, is limiting because of the lack of motion at the ankle after the procedure. The newer ankle implant devices have higher success rates than the older models. There are many two component implants on the market and currently being used, including the Inbone Total Ankle Replacement (Wright Medical Technology), Agility Total Ankle System (DePuy), the Eclipse Total Ankle Implant (Kinetikos Medical, Inc.) and the Salto-Talaris Total Ankle Prosthesis (Tornier).

Mobile bearing, three component ankle replacement systems have been under review and in clinical trials. Entering the market, but still under review, are the Buechel-Pappas Ultra Total Ankle Replacement (Endotec) and Hintegra Total Ankle Replacement (Integra). The S.T.A.R. (Small Bone Innovations, Inc) total ankle replacement system was approved by the FDA in May, 2009, for ankle joint replacement due to osteoarthritis, post-traumatic arthritis or rheumatoid arthritis. The advantage of the mobile bearing system is the third component, made of polyethylene, a medical grade plastic. This insert allows for translation and rotation and decreases excess shearing and breakdown of the polyethylene, common in the two-component systems. Excess shear and stress on the interface between the metal component and the bone can lead to implant failure.

Small Bone Innovations, Inc. (SBi) notes that the S.T.A.R. ® Ankle has been in development for 30 years and the most recent design has been implanted in over 15,200 patients around the world. There have been thirty-five peer-reviewed outcomes papers published on the S.T.A.R. ® Ankle replacement device.

In August of 2000, a U.S. IDE Trial of S.T.A.R.® was initiated to evaluate and safety and effectiveness of the device. The 2 year, prospective, multi-center controlled study evaluated 670 patients and compared the S.T.A.R. implant to joint fusion surgery. The results showed superior efficacy and safety with the S.T.A.R. ® Ankle compared to ankle fusion.

The Scandinavian Total Ankle Replacement (S.T.A.R.) system is a 3- component, mobile bearing device, approved for use without cement. The first component is designed to fit into the tibia, the bottom portion of the shin bone. The second component is designed to fit on the talus, also known as the ankle bone. The third component is called the UHMWPE Sliding Core, the mobile bearing made of medical grade plastic. The Sliding Core is designed to move between the two metal components, to simulate normal ankle joint motion.

Indications for ankle joint replacement systems include severe pain and loss of mobility and function due to post traumatic arthritis, ankle osteoarthritis and rheumatoid arthritis.

A Gymnastics Knee Brace - Support Your Knees - Special Report

A Gymnastics Knee Brace

How do your knees feel currently? - Are they stopping you from participating at the level you want to in gymnastics?

Introduction: The world of gymnastics is extremely impressive. We both know that a lot of time and effort go into perfecting your routines. Although it is a great experience for many people, sometimes knee pain or instability issues settle in. The stress to be your best can really be a chore when your knee is hurting you. If you have any knee problems then this free information can help you.

1.) Knee Pain or Instability While Performing

All it takes is for a quick twist of your knee to hurt some of the internal structures in and around your knee joint. It does not matter who you are... Knee problems do not care, they will come for you; even if you are careful. Sometimes it is an imperfect landing, or a repetitive stress that will wear down your knee. Either way, you will need to face your knee problems and the following information can be of great help.

2.) Treatment Methods

Everyone has choices. Sometimes, even when we do not think we do. What we are saying here is that you can choose to rest and ice your knee, maybe elevate it as well. These are all conservative methods of treatment that you can do before or after gymnastics to help douse the pain that a knee problem will bring on. These are good for before or after your gymnastics work out, but what about during the work out? - That is the reason why knee braces can be very helpful for almost any time you are moving around.

3.) Knee Braces For Support

The benefit of knee braces are that they are there with you when you are active. They can help to provide meaningful support for you while you train, or in almost any activity that requires your knees. The support can help stop excessive movements that can inflame a minor, moderate or even a severe knee injury. They help to promote healing and if you are not yet diagnosed with problem, they can help you to maintain proper knee alignment so you can avoid any future difficulties.

4.) Don't Look Back With Regrets

We want you to use the treatment method that works best for you. Just do not look back with regrets wishing you would have done more for your knee, before it got worse.

(*This is helpful information, but remember to speak to your physician regarding medical advice on your unique situation.)

8 Ways To Avoid A Knee Replacement With Knee Arthritis

Undergoing a knee replacement for knee arthritis can be a very effective quality-of-life decision. Patients are able to get back to recreational activities and a severely reduced painful lifestyle. However, a knee replacement is not without its risks. There are risks of surgery, there are risks post-operatively, and it is very important to look at the future. Knee replacements often last 10 to 15 years, at which point they may need a revision. The outcomes for revision are not nearly as successful as that from a primary surgery. So the patient may end up having future significant problems despite having an initially satisfactory result.

The answer to this is to try and avoid surgery if at all possible until it becomes truly necessary. It is in fact a quality-of-life decision and is not one that patients have to have done. Here are 8 non-surgical methods of avoiding the replacement with the arthritis.

1. Benign neglect - This treatment option is really not a very active one. From its name you can surmise that it really does involve ignoring the situation. What is meant by this is that if the knee arthritis pain is tolerable, and the patient is able to do most of the things that he or she wants to do, the most appropriate answer at that point may be to simply ignore the problem. One additional aspect to consider may be to modify one's activities. This may include switching from jogging to fast walking, or shifting from skiing to an activity that is less stressful on the joints such as swimming. Those kinds of considerations are what is meant.

2. Weight loss - Over 65% of Americans are either overweight or obese. The problem with this is that a lot of stress goes through the joint during ambulation. If that joint has arthritis, this excess weight can lead to increased pain and/or increased arthritis. Losing weight may allow the patient to see decreased joint pain from decreased stress, and an increased ability to perform activities of daily living, along with other substantial health benefits such as lower blood sugars and lowered blood pressure.

3. Physical therapy - Undergoing physical therapy may have significant benefits. Therapy can strengthen up the muscles around the knee joint, which may have the beneficial effect of unloading the pressure from the knee joint and dissipating it into the surrounding musculature. This can reduce pain.

4. Acetaminophen and NSAIDS - These medications are predominantly available without prescription and they can be extremely beneficial for alleviating the pain. They have a low risk profile, as long as patients stick to the manufacturers dosing on the box, and don't combine those medications that can have an additive effect and lead to a bleeding ulcer.

5. Knee injections - Injections into one's arthritic knee can help substantially with pain reduction. Presently the bulk of these injections consist of cortisone, which is a hefty anti-inflammatory substance, but not one that is going to alter the course of the disease. There are some newer types of medications consisting of regenerative substances, which contain components such as stem cells, hyaluronic acid, and cytokines. These may in fact alter the course of the arthritis.

6. Bracing - Treating patients with a neoprene sleeve is not going to alter the course of arthritis and research does not back up their usage. However, there are off-loading braces which have in fact been shown to take pressure off of the arthritic area of the knee joint and promote pain relief. These braces are typically custom fit after seeing your doctor, and should be worn whenever the patient is up and about when the pain would typically be felt. Utilizing this may also decrease the amount of pain and aching felt at night.

7. Narcotic medications - Opiate medications should not be used on a chronic basis. They should be utilized only for an acute type of situation where patients are having an exacerbation of their arthritis pain. Narcotic medication on a chronic basis for arthritis maintains substantial risks. These include the risk of tolerance, addiction, constipation, etc. So it should be avoided. Utilizing them for exacerbations can however be very effective.

8. Non-narcotic medications - Medications that are non-addictive such as Tramadol can be very effective for knee pain. In addition there are modulating medications such as gabapentin that can help a lot with decreasing the pain that is coming into the arthritic knee joint from the surrounding nerve endings.

With these 8 methods of non-surgical arthritis treatment, patients may be able to either push back the need for a knee replacement or avoid it altogether. With it being a quality-of-life decision, all non-surgical options should be attempted prior to undergoing the knife.

Learn How to Treat Jumper's Knee

There are a number of reasons why a person may be experiencing knee pain, and one of those reasons could be jumper's knee. This is a degenerative condition in the patellar tendon that causes pain in the front part of the knee. This is also known as patellar tendinopathy. This condition occurs when the tendon that attaches the kneecap or patella to the shinbone (tibia) becomes stressed. Often, jumper's knee happens to those who are involved in sports involving jumping and changes in direction, such as soccer. Over time, if the tendon is strained over and over, it will develop tiny tears and cause much pain.

There are two sides to the patellar tendon, and Jumper's knee usually affects one side or the other, so one side of the knee will look normal, while the other side is often visibly swollen. Using ice packs will do much to decrease the inflammation, which will in turn help to reduce some of the pain. It is important to remember that if you have jumper's knee, don't think of it as a minor injury that does not need to be treated. Jumper's knee can be treated, but if it is not, there can be even more damage done to the knee over time. This is seen a lot in athletes who continue to be involved in sports regularly and do not take time out to give their knees a rest.

Symptoms

There are many symptoms involved with jumper's knee. For one thing, there is pain, which is usually felt after pressing the front and bottom of the kneecap. Many people find that when they have jumper's knee, they have stiffness and aching in the joint, and often pain is also felt when the knee muscles, particularly the thigh (quadriceps) muscle, are contracted.

Treatment

If you have problems with your knee, and do not want to give up doing your favorite sporting activities, there are steps you can take to reduce the risk of further injury and to help alleviate pain and swelling. A jumper's knee brace is often recommended, and one that is highly recommended is the DonJoy Cross Strap. This is unlike most knee braces because instead of covering the knee and part of the leg, it is just a single strap that is wrapped around the leg, just beneath the knee. It places just the right amount of pressure on the tendon to help ease pain, and it is extremely easy to use, making it popular with athletes. Another option would be the ProCare Surround Patella Knee Strap, which is also a strap worn just below the knee, and it has a Floam bladder, which is a unique material that helps to provide compression to the tendon. This brace can be easily customized to fit just about anyone.

For pain management, you may be interested in trying the Aircast Knee Cryo/Cuff SC, which can be filled with ice or cold water so you have a built-in cold pack, which is ideal for easing inflammation. There is also a hand bulb, so you can measure the pressure for the best compression for you.

More Complete Arthritis Supplement

People accept arthritic disease as a 'natural part of the aging process', but sometimes the pain from osteoarthritis, rheumatoid arthritis, and over 100 other forms of arthritis so intolerable, prompting people to look for effective treatment.

Prescription drugs such as VIOXX, Bextra and Celebrex (arthritic painkillers) - and many other COX-2 inhibitors widely used for arthritic treatment - have been investigated following studies into their negative cardiovascular side effects. VIOXX alone has been linked to around 140,000 cases of coronary heart disease in the US since 1999.

More and more people look for alternative solutions for arthritis pain and more and more people are buying the combination of Glucosamine, Chondroitin Sulfate and MSN, as studies have shown that Glucosamine and Chondroitin help in the repair and maintenance of cartilage.

Both inflammation and oxidative stress function are primary degenerative mechanisms in the development and progression of osteoarthritis. While researchers believe that glucosamine inhibits inflammation and stimulates cartilage cell growth and chondroitin provides cartilage with strength and resilience, specific amino acids is also need for overall impact.

Amino acids are the building blocks that make up protein. Vitamins and minerals will not perform their specific functions effectively if the necessary amino acids are not present.

Three amino acids are critical to antioxidant, anti-inflammatory functions: cysteine, glutathione, and taurine.

Cysteine influences the synthesis of the antioxidant glutathione (GSH), which plays an important role in the inflammatory response by influencing the production of phagocytes.

Taurine acts as a specific scavenger for the hypochlorite ion, a free radical. Adequate levels of taurine naturally limit the degree of inflammation. When taurine is low, the inflammatory response is enhanced, commonly resulting in oxidative stress reactions.

Other amino acid imbalances may also impact the etiology of osteoarthritis - particularly methionine metabolism. Normally, B12 and folate are necessary for the body to metabolize homocysteine to methionine, the essential amino acid the body needs to produce S-adenosylmethionine. Numerous clinical trials have shown that S-adenosylmethionine can greatly reduce degenerative damage and symptoms of osteoarthritis in some patients, including related depression.

Imbalances of amino acids may also signal key deficiencies of vitamins and minerals integral to the musculoskeletal system. Experimental studies show that impaired cartilage structure can be induced by a vitamin B6 deficiency. Vitamin B6 triggers the transformation of the amino acid homocysteine to cystathionine and then to cysteine and its urinary metabolites.

Not all amino acids are same. Amino acids can be derived from a variety of sources, including plants, meats, fish and cartilage.

For arthritis treatment, the most compatible amino acid source is animal cartilage, including porcine, borvine cartilages and young chicken keel. Joint TLC is one of such products (www.holistictlc.com) that combines chondroitin, glucosamine and essential amino acids that promotes joint health, but this combination is still rare as most still use MSN in the place of cartilage derived amino acids, as MSN, for the marketer, is less expensive.

References:

1 Bradley JD, Flusser D, Katz BP, Schumacher HR Jr, Brandt KD, Chambers MA, Zonay LJ. A randomized, double-blind, placebo controlled trial of intravenous loading with S-adenosyltmethionine (SAM) followed by oral SAM therapy in patients with knee osteoarthritis. J Rheumatol 1994;21(5):905-11.

2 Barcelo HA, Wiemeyer JC, Sagasta CL, Macias M, Barreira JC. Experimental osteoarthritis and its course when treated with S-adenosyl-L-methionine. [Spanish} Rev Clin Esp 1990;187(20:74-78.

3 Konig B. A long-term (two years) clinical trial with S-adenosylmethionine for the treatment of osteoarthritis. Am J Med 1987;83(5A):89-94.

4 Baldessarini RJ. Neuropharmacology of S-adenosyl-L-methionine. Am J Med 1987;83(5A):95-103.

5 di Padova C. S-adenosylmethionine in the treatment of osteoarthritis. Review of the clinical studies. Am J Med 1987;83(5A):60-5.

6 Flynn MA, Irvin W, Krause G. The effect of folate and cobalamin on osteoarthritic hands. J Am Coll Nutr 1994;13(4):351-6.

7 McCarty MF. The neglect of glucosamine as a treatment for osteoarthritis--a personal perspective. Med Hypotheses 1994;42(5):323-7.

8 Masse PG, Ziv I, Cole DE, Mahuren JD, Donovan SM, Yamauchi M, Howell DS. A cartilage matrix deficiency experimentally induced by vitamin B6 deficiency. Proc Soc Exp Biol Med 1998;217(1):97-103.

Arthritis Treatment: Four Drugs That Can Cause Excruciating Aches and Pains

One area that is overlooked when it comes to arthritis are drug-induced aches and pains. Here are four categories of medicines you might want to avoid.

Statins:

Statin drugs cause a number of muscle problems. First, they can cause simple muscle aches and pains. This condition usually gets better once the drug is discontinued. The second problem statins cause is mild muscle inflammation along with weakness. The blood muscle enzyme, CPK, is mildly elevated. While this problem also gets better once the drug is stopped, it may take several months to resolve. Finally, statins can cause extreme muscle inflammation, damage leading to profound weakness. The CPK, is markedly elevated. When the muscles get this damaged, they release a protein called myoglobin into the blood. Myoglobin in large quantities can lead to kidney failure.

The risk of muscle injury is increased when a statin is used with other drugs that also affect muscles. When statins are combined with drugs like niacin or fenofibrate, the incidence of muscle damage is greatly increased.

Fluoroquinolone antibiotics:

Fluoroquinolone-induced tendon problems such as rupture, are described in the medical literature. The Achilles tendon is the commonly involved site, although other tendons can be affected. Usually, spontaneous tendon rupture happens during or shortly after a course of treatment, but symptoms can occur even months after taking these antibiotics. Whether fluoroquinolone antibiotics should be used in patients with a history of tendon problems or who have risk factors for the development of tendon ruptures basically depends on how serious the infection is and whether there are suitable alternatives.

People at the highest risk are those over the age of 60 years, people taking steroid drugs, and people who have had an organ transplant. Patients who exercise and already have tendon problems are also at risk.

Aromatase inhibitors:

A small number of women receiving estrogen-depleting treatment termed "aromatase inhibitors" will develop aches and pains. Symptoms are most prominent in the hands and can be so severe that patients ask to be taken off therapy. More than 25% of women can be affected by this syndrome which affects hands, knees, elbows, ankles, and a few other other areas.

Symptoms are usually transient and resolve when the aromatase inhibitor is discontinued.

There have been incidences reported in the literature of patients developing rheumatoid arthritis after treatment with these drugs. Therefore, assumptions regarding the cause of aches and pains with these drugs should not be made.

Symptomatic treatment with non-steroidal anti-inflammatory drugs may be helpful.

Bisphosphonates:

These drugs are used for osteoporosis treatment. Unfortunately they cause two types of pain syndromes. The first is the acute phase response which consists of fevers, chills, bone pain, muscle and joint pains that starts after initial administration of bisphosphonates. These symptoms tend to resolve within several days after discontinuation of the drug.

The second syndrome is experienced either within days of taking the bisphosphonate or it can occur after months, and even years of being on the drug. The pain is excruciating and incapacitating in many cases.
Some patients get better after stopping taking the bisphosphonate but there are others who do not.