A projected three out of 4 American citizens come across foot issues throughout their lifetime and adult females get about 4 times as many foot problems as guys.

Typical foot troubles

Loads of females foot issues are caused by improperly fitting shoes and also high heel slides, even though several sources are congenital. A number of common issues include:

A: Hallux valgus-Big toe joint parts travel out of conjunction and they grow puffy and painful. Donning slender, pointed toe boots or shoes aggravates this problem.

B: Heel pain- inflammation about the ligament, this runs through the heel towards the ball of the foot, referred to as plantar fascia, resulting in foot ache.

C: Metatarsalgia-Generalized painfulness within the forefoot zone, oftentimes attributable to wearing high-heeled, narrow-pointed footwear.

In general, your feet are at risk of fungal infections that will cause itching and burning. Candica issues beneath toenails often makes walking, standing upright and using footwear genuinely hurtful. Feet and toenail infections are almost always contagious, and could be propagated to flooring surfaces and also in the tub or shower room.

Heels and then your feet

High heel dress shoes may be proven to provoke knee conditions, lumbar pain and moreover foot problems. Heels limit leg muscles and lengthy periods of using of heels leads to differences for the form of the feet and that can impair standard foot capability. Wearing high-heeled shoes can cause larger pressure build up in the forefoot location. This ends up with forefoot discomfort plus the foundation of corns. Using a lower-heel shoe assists disperse the pressure experienced by the feet.

Motherhood and pronation

With the common weight gain during pregnancy, a lady’s center of gravity is modified. This causes a completely new weight-bearing stance along with further pressure on the knees and foot. A couple of the very most common foot issues seen by expectant mothers are overpronation and also edema. These problems may cause aching about the heel, arch or ball on the feet.

Overpronation, also termed flat foot, can cause excessive stress or inflammation to the plantar fascia. This makes walking exceptionally hurtful and may accelerate force around the feet, calves and/or lower back. Edema, also defined as inflammation within the feet, on the whole starts in the later part of pregnancy.

Deciding on the ideal footwear

1: Shop for shoes within the afternoon, seeing that feet might enlarge through the day.

2: The length of any shoe would be a thumb’s spacing from your big toe to the ending with the shoe.

3: Find shoes using a fastening (laces, buckle), using a widespread heel base no more than 3/4 inches tall.

4: The widest area of your foot needs to concur together with the widest part of the footwear.

5:; Footwear with stiff rubber soles as well as very soft leather uppers are better.

Take foot health seriously, if you suffer from dried-out skin or fragile nails and wish your feet to look and feel better, go to the podiatric doctor to find out more relating to protecting against and the treatment of foot problems.

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Are you stuck in an exercise rut, doing the same thing week in and week out, not seeing the results you want? Chances are you have hit an exercise plateau. Don’t be discouraged you can get back on track and, in one sense, you should be encouraged, it means you worked hard to get there. Still, you want to avoid plateaus when you can, so here is how they can happen and how you can avoid them. When you start to exercise think of your beginning point as the baseline, when you exercise you are actually putting stress on your body; you may be sore, it can be a struggle and a challenge; however, as your body begins to adapt to the stress of exercise and compensate for it you are going to start to see results. As you continue to exercise and your body continues to adjust and adapt pretty soon you will be passed your original baseline and into what is called the super compensation phase. This is when you are getting stronger, feeling great and seeing results! The plateau problem occurs because your body gets used to the stress of the exercise and stops compensating for it; therefore you stop getting stronger and stop seeing results. The key is to re-stress the body with new, different and more challenging exercises before you hit a new baseline or the exercise plateau. This cycle of stressing the body at your current baseline, your body compensating and then super compensating and then being able to re-stress the body before you hit another baseline is truly the most effective way to get the fitness results you are seeking and it applies to both strength training and cardio.

Now that you know why a plateau happens and the mechanics of how to fix it, let me leave you with a practical solution I use with many of my clients. One way to break through your exercise plateau is by incorporating “Mini Circuit Moves” into your next cardio day. Whether you go to the gym, jog or run inside or out, or exercise in your home these moves are easy and really effective when you do them right. Below you will see a run down and specifics for a cardio day! Always begin with 8 to 10 minutes of easy warm up such as light walking or easy jogging and end with an easy cool down and full body stretch.

Run Down – Cardio Day

• Mini Circuit Move work up to 15 reps
• 10 minutes – Cardio Machine – your choice
• Mini Circuit Move work up to 15 reps
• 15 minutes – Cardio Machine etc – your choice
• Mini Circuit Move work up to 15 reps
• 10 minutes – Cardio Machine – your choice

“Mini Circuit Moves” – Use good form and mix and match!

1. Cardio Lunges

Begin standing in a neutral position, feet hips distance apart, knees soft, abdominals tight and chest lifted. In a continuous motion, ¼ squat down placing hands on knees, quickly standing up while raising arms straight above head, quickly ¼ squat down placing hands on knees again, then simultaneously place hands on floor on the outside of your feet and extend left leg straight back, return to 1/4 squat w/ hands on knees. Continue movement alternating extending legs straight back.

2. Mountain Climbers

Begin in push up position, hands aligned under shoulders, toes on the floor hip distance apart, body in a straight line from top of head to toes, step the left foot in towards the chest, keeping left knee facing forward. Jump up and switch feet in the air, bringing right foot toward the chest and left foot back to starting position. Continue alternating the feet as fast as you can.

3. Jumping Jacks

Begin standing in a neutral position, feet hips distance apart, knees soft, abdominals tight and chest lifted. Simultaneously jump feet out to the sides wider than hips distance while raising both hands out to the sides and over head, jump back to return to starting position.

4. Squat Thrusts

Begin standing in a neutral position, feet hips distance apart, knees soft, abdominals tight and chest lifted. Squat down keeping your knees forward and hips and shoulders square, place hands on the floor outside of your feet. Immediately jump both feet back and land in a standard push up position, keeping abdominals tight and back flat. Immediately jump feet back in between your hands and stand back up to starting position. Continue until all reps are complete.

5. Scissor Jumps

Stand in a stagger step neutral position with left foot forward over a tube, jump rope or straight line with knees soft, abdominals tight and chest lifted. Jump straight up & switch feet in the air so right foot is forward. Land on your toes and absorb the shock of the jump with the balls of your feet and glutes.

6. Plank & Hold

Position body in plank position with elbows on the floor directly under shoulders, arms straight and shoulder distance apart, palms flat on the floor with fingers spread, body in a straight line and balanced on the balls of your feet. Hold position for as long as you can work up to 1:00, making sure body is in a straight line and neck and head are neutral.

Remember when exercising for fitness, being able to re-stress your body in the super compensation exercise phase is key to avoiding an exercise plateau. By incorporating “Mini Cardio Circuits” into your workouts you will not only see fitness results and strength gains but you will easily avoid being stuck in an exercise rut!

For more information, customized fitness and exercises guides and online Personal Training visit http://www.tanyastroh.com Tanya specializes in helping people achieve optimal health with a highly individualized approach to fitness exercise. Tanya Stroh is a nationally certified personal trainer and founder and creator of Tanya Stroh Training solutions, your online Personal Trainer. With over 500 unique exercises, and counting, our proprietary software, TS Trax, creates a fitness exercise plan specifically for your goals, your level of fitness, at home or at the gym with the equipment you have and like to use. With Tanya Stroh training Solutions you can stop guessing about how to achieve your fitness goals and enjoy faster results with no plateau. Be fit, be healthy, and be happy with http://www.tanyastroh.com. Article Source: http://EzineArticles.com/?expert=Tanya_Stroh

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Your first visit to a chiropractor can be a bit nerve-wracking if you don’t know what to expect. If you’ve never seen a chiropractor before, you might worry he will simply start cracking your back and neck as soon as you lay down. Fear not – your first visit won’t be the least bit scary. Here’s what to expect from your first visit.

When you arrive at the chiropractor’s office, she will first start by getting your detailed health history. You’ll be asked about your current complaint (Back pain? Neck pain? Headache?) and what kinds of treatments you’ve had in the past. You’ll be asked if you have any pre-existing conditions and you may even answer questions on your home life, work life and your level of physical activity. All these elements affect your health, and your chiropractor is looking to get a complete picture of your health before treating you.

Next, the doctor will likely do a physical exam, inspecting your alignment, spine and other joints. He may ask you to wear a robe or loose-fitting, comfortable clothes while examining you, but in most cases, he will perform the exam while you’re wearing your street clothes.

In some cases, your chiropractor may ask you to go for an x-ray before recommending a course of treatment. X-rays can play an important role in diagnosing any conditions and your doctor will determine this after taking your health history and performing an exam. Many chiropractors offer x-ray services in their clinics, and since they receive 360 hours of education in radiology, covering a full range of topics from protection to x-ray interpretation and diagnosis, you can rest assured your chiropractor will take and interpret the x-rays to the best of his or her ability.

Once the chiropractor has diagnosed your condition, it’s time to move on to treatment. That treatment will be individualized just for you, related to your specific condition. Your chiropractor will use her hands for most treatments to manipulate the joints of the body, particularly the spine, in order to reduce pain, and restore or enhance joint function. She may also use other methods such as heat, light, specialized adjusting instruments, ultrasound, electrotherapy, personalized exercise programs, muscle-testing and balancing.

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Today I will discuss the most common, non fatal, medical diagnosis low back pain. More money is spent on lumbar spine pain than diabetes, high blood pressure, high cholesterol to name a few. The question today is; does your weight affect whether your back hurts or not?

The answer is yes it can cause your back to hurt. Many other things can cause spine pain as well. You could sprain your back with an injury, arthritis, ruptured discs, osteoporosis and many other conditions as well. Before discussing how your weight could make your low back hurt we need a quick anatomy lesson.

The neck and low back have a loroditic curve; meaning the flex backward and resemble a backward “C.” The mid back flexes forward and has a kyphotic curve and most resembles a forward “C.” The back and spine muscles are more important in maintaining the neck and low backs structural integrity, than the mid back muscles. This is why car accident injuries always seem to injure the neck and low back.

So where does weight fit in? In most obese people they gain abdominal weight, fat, and this puts an added strain on you low back. The added frontal weight throws off your body’s center of gravity and makes your back muscles work harder than they are meant to. Need proof? Go to the store and pick up a 20 lb bag of dog food and walk up and down the isle. Better yet ask any pregnant woman in their 8-9 months; “does your back hurt?”

Lastly very few people specifically exercise their core muscle let alone try to isolate the low back spine muscles. If you don’t exercise them they weaken and are more prone to injury. Even slight back injury or the muscles working to hard, can make the low back muscle squeal with pain. Mild pain can be treated with OTC analgesics like ibuprofen. More severe back pain starts the medical expenses adding up. Beside meds we have physical therapy, X-ray’s, MRI’s, surgery, not to mention hospitalization and time off work.

Imagine if you just lost one 20 lb bag of “dog food”. Your back would hurt less and you would in turn have more energy and become more active. The loss of abdominal weight puts less strain on your low back muscles and they in turn don’t cause you to have pain.

If you need help losing weight to get healthy or help your back pain please check out my Bio box below.

Dr. Len Lucas is a board certified family practice doctor with 26 years of clinical experience. This makes him uniquely qualified as an expert in the field of fat burning weight loss. To see more of his Fat Burning Tips and help your back to stop hurting see how to Lose 10lbs in 2 Weeks Article Source: http://EzineArticles.com/?expert=Len_Lucas

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Excess weight (either body weight or the weight of the objects that you carry around) intensifies the load on the supporting muscles and ligaments of your knee while you perform your daily chores. This increases the likelihood of injuries taking place and the process of degeneration of bones is also faster. This causes pain behind the knee.

When there is some inflammation in the joints of your knee, making forward and backward movement of the knee while walking or climbing stairs can be a cause of pain behind the knee. You must follow the guidelines of the physiotherapist closely, who will advise you on the correct posture to maintain while you are in the process of lifting and carrying unwieldy objects.

A weak hamstring is another cause of pain behind the knee as the hamstring muscles are instrumental in helping you to bend your knees. The quadriceps and hamstrings are the prominent muscle groups that are the workhorses helping us to move our legs and bend our knees.

To keep your knees free from injury and for your knees to remain supple, it is important to keep the joints of your knee strong and flexible. The best remedies for pain behind the knee are to rest the knee with the application of a cold compressor whenever possible and take adequate steps to prevent the symptoms from worsening.

In chronic cases, it is advisable to consult you medical practitioner for undergoing a specialized course of treatments. On examining your particular condition and finalizing the cause for the pain behind the knee, the specialist may recommend that you wear knee braces. These braces help to protect the natural actions of the ligaments and also ease the feeling of soreness in your knees.

Several types of gym equipments are suitable for remedying the pain behind the knee as they can aid in strengthening the weak muscles that support your knee joint. Before starting the exercise regimen, you may have to seek the advice of a physiotherapist who will suggest exercise sets that will help you to avoid stressing your affected joints.

New anti inflammatory drugs and better surgical techniques to reconstruct your damaged knee joints and the surrounding tissues have increased the success rate of the surgical procedures to remedy the causes that contribute to pain behind the knee. Patients are found to recover more quickly and are able to use the joint to a certain level of function without any pain behind the knee.

Steve Butler is a leader in joint care research especially in the fields of discovering natural ways or methods to cure any joint related problems. He provides a dedicated joint health web site and newsletter. For more information about Pain Behind the Knee, you may visit steveshealthanswers.com. Article Source: http://EzineArticles.com/?expert=Steve_Butler

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The VMO, or vastus medialis obliquus, is the large tear drop shaped thigh muscle, that lies just above and on the inner side of the kneecap, or patella. It is one of the four quadriceps muscles in the front of the thigh, but it is the only one that attaches directly to the inner (medial), upper margin of the patella.

For this reason, it pulls inward on the kneecap and opposes the slightly outer (lateral) pull of the other three muscles. The VMO is most active in the last 30 degrees of extension, meaning that it helps to lock the knee out, fully straight. So, you can see that this one muscle has a strong influence on both the kneecap and knee stability, as a consequence of its anatomy.

Pain behind the kneecap usually results from a direct blow or a fall, or it may result from maltracking, meaning that the kneecap is pulled off its normal path, usually to the outside (lateral side), and often because the VMO is weak and can’t counteract the pull of the other three quadriceps. Usually, this is accompanied by tightening or contracture of the soft tissues on the outer side (lateral side) of the kneecap, which makes it much harder to treat and correct the problem.

Some combination of these factors is usually involved in kneecap pain, which can also be accompanied by instability, or giving way of the knee. Over time, these factors can result in degenerative softening of the cartilage under the kneecap, a disease called chondromalacia patellae.

The other major source of pain in the knee comes from within the joint, either from a twisting injury that may injure a meniscus, one of the cushions within the joint, or a sprain of one of the ligaments, or an effusion, or “water on the knee,” which results from inflammation of the lining membrane of the joint, the synovium. And, in the older population, degenerative arthritis within the joint is also a source of knee pain and instability.

In every case, strengthening the VMO is critical to relieving knee pain and restoring knee joint stability. So, what exercises are best for doing that? Here again, we take our lead from the functional anatomy. Since the VMO muscle fully straightens the knee, and is most active in the last 30 degrees of extension, we want to load the muscle within that range of motion, to strengthen it.

Isometric exercises, technically defined as muscle contraction without shortening, those done with the knee fully straight, can increase VMO tone and strengthen its tendinous attachments. For example, quad setting is done by tensing the straight leg, contracting the quadriceps, as hard as you can, for six seconds. This is particularly important when you have a fresh injury, or in the first few days after knee surgery. It adds strength, but without any movement of the joint.

Similar in effect is straight leg raising. Lying on your back, with the opposite leg bent up (to straighten your spine, and relieve stress across the lower back), you tense your quads, and, while maintaining the contraction, then slowly raise the straight leg up, to about 45 degrees. Then, slowly lower it again. To start with, try for 3 sets of 15-20 repetitions. This, too, is an exercise that is very useful in the immediate aftermath of an injury, or surgery.

Isotonic exercise is muscle contraction with shortening and what we normally think of as exercise, with overt movement of the joint. This type of exercise can utilize the resistance of bodyweight only, or additional external resistance, like free weights, or an exercise machine.

The simplest exercise is a quarter squat. With or without weights, with your back against the wall, simply squat down just a quarter of the way, approximating about 30 degrees of knee flexion, then stand straight and tense the quads strongly.

Even full range movements, like Full Squats or Hindu Squats, can be converted to VMO strengthening exercises by that isometric tensing of the quads, with the knee fully straight, with each repetition.

My personal favorite for working the VMO is the Hack Squat. In this exercise, you hold a barbell or two dumbbells behind your knees and leaning backward to put maximal stress on the VMO, do quarter squats. It’s helpful to have a wooden block under your heels to help with balance.

Machine exercises are also useful, but leg press machines are probably better for your knee than leg extension machines, because the leg press loads your knee from above, and is more physiological (a “closed chain” exercise). This is especially true if you have kneecap disease, like chondromalacia patella, or patellofemoral arthritis. Here again, you can handle very heavy weight eventually, because you’re using it for a very short arc, just 30 degrees.

Whatever exercises you choose, you will begin to notice an improvement in your pain and your stability within about 10 days, and real improvement within 30 days. As the VMO becomes stronger, your patella tracking will improve and your knee will subjectively feel more stable. Although this regimen can’t cure everything, it can go a long way toward making your knees feel better and stronger. Give it a try.

Dr. Bill is the on-line handle for William Thomas Stillwell, MD, FACS, FICS, FAAOS, FAANAOS, FAAPGS, board certified orthopedic specialist, Chairman Emeritus, Department of Orthopedic Surgery, St. Catherine of Siena Medical Center, Smithtown, NY and Associate Professor of Clinical Orthopaedic Surgery, SUNY at Stony Brook, NY; President & CEO of Dr. Bill’s Clinic, Inc. and author of DR. BILL’S LITTLE GREEN BOOK FOR ELIMINATING KNEE PAIN, DR. BILL’S PAIN-FREE PROGRAM: EXERCISES TO PREVENT OR ELIMINATE KNEE PAIN and HOW TO AVOID KNEE SURGERY. For a FREE report: SECRETS TO RELIEVING KNEE PAIN, go to http://www.drbillsclinic.com/ Article Source: http://EzineArticles.com/?expert=William_Stillwell_M.D.

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The pain is usually located in the front part of the knee, but may be on the inside, outside, or … worse by squatting or walking … Muscle weakness – vastus medialis obliquus (VMO …

Patellofemoral Problems | eorthopod.com

The patella, or kneecap, can be a source of knee pain when it fails to function properly. … The VMO runs along the inside of the thigh, and the VL lies along the outside of …

Patellofemoral Problems

The VMO runs along the inside of the thigh, and the VL lies along … in the knee. Others report having pain around the front part of the knee or along …

Knee pain but is the knee the problem?

A lot of these articles claim rather simply that the way to resolve this problem is to strengthen the vastus medialis muscle (VMO) which is the teardrop shaped muscle which sits next to the knee on the inside of the leg. …

This post was mainly about Vmo pain knee walking inside, you are welcomed to comment here about Vmo pain knee walking inside.

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The knee joint is one of the major weight bearing joints, it has to cope with walking, running, bending, jumping and lifting objects. It also works in conjunction with the hip & ankle joints, assisting in static erect posture (standing). So not only does the knee joint need to offer stability & weight support, but it must also offer considerable mobility. It is no surprise then that it is one of the most commonly injured joints in the human body.

The joint is comprised of four main bones, the femur – the large bone in the thigh, attaches by ligaments to the tibia, the fibula which runs parallel to the tibia, and the patella (commonly known as the knee cap) which “rides” on the joint as the knee bends.

The joint itself has three main compartments, the main joint being the attachment of the femur & the tibia, this has an inner (medial) & an outer (lateral) section, the third compartment is the joining of the patella to the femur, namely the patellofemoral joint. The Patellofemoral joint is unique in that it protects the human body’s other joints by acting as a “shock absorber”.

The knee joint is, in good function, equipped with a large range of movement, strong ligaments and powerful muscles. The knee, unlike any other joint in the body, depends almost completely on its surrounding ligaments for stability. The two most important sets of ligaments are the cruciate ligaments located in front and back of the knee, and the collateral ligaments located on the sides of the knee. The ligaments strap the inside and outside of the joint (collateral ligaments) as well as crossing within the joint (cruciate ligaments).

The muscles which go across the knee joint are the quadriceps and the hamstrings. The quadriceps are the big muscle group making up the front of the thigh. The muscle starts from the thigh bone, narrows down towards the knee to the kneecap and attaches to the “bump” on the shin bone just below the knee called the tibial tuberosity. The quadriceps are a very powerful muscle group and straightens the knee in such activities as standing up, going up stairs or running.

The hamstrings make up the back of the thigh, coming from the pelvis, running down the back of the thigh to attach to the back of the fibula and tibia just below the knee. This muscle group bends the knee and straightens the hip. The hamstrings are essential to the activities of sprinting and pushing against something or someone.

These are the two major muscle groups which control knee movement and are vital to the stability of the joint. There are other muscle groups which affect knee movement and stability, namely the calf muscles, the hip abductors located on the outer thigh, and the hip adductors located on the inner thigh..The iliotibial band also affects knee stability as do the glutes (buttocks).

The knee joint also has a structure made of cartilage, which is called the meniscus or meniscal cartilage. The meniscus is a C-shaped piece of tissue which fits into the joint between the tibia and the femur. It helps to protect the joint and allows the bones to slide freely on each other, as well as absorbing some of the load of the joint. There is also a bursa around the knee joint. A bursa is a little fluid sac that helps the muscles and tendons slide freely as the knee moves.

Below the kneecap, there is a large tendon, the patellar tendon which attaches to the front of the tibia.

A knee that is perfectly aligned has its load-bearing axis on a line that runs down the middle of the leg — through the hip, knee and ankle. When the knee is not perfectly aligned (also referred to as malaligned), it is known as either varus (bow legged) or valgus alignment (knock-kneed).

Varus alignment causes the load-bearing axis to shift to the inside, causing more stress and force on the medial (inner) compartment of the knee. Individuals with varus alignment are highly susceptible to arthritis in the knee. Individuals who are either bow-legged or knock-kneed, are at higher risk for osteoarthritis, meaning they may be prone to knee pain and function problems later in life.

Imbalanced use of muscles is the major cause of joint dysfunction. The dysfunction may manifest as pain or limitations in movement, or both. If these symptoms are ignored, the dysfunction can result in deterioration of the cartilage in the joint. Joint dysfunction can be further exacerbated in the hips and knees due to the consistent weight-bearing on the legs while standing or walking. Without intervention, the cartilage will eventually become so worn away that the result will be “bone-on-bone” where there is virtually no cartilage left in the joint. At this point, joint movement is usually severely restricted.

The patella, the small bone in the front of the knee is embedded in the quadriceps (thigh muscle) tendon and acts to increase the biomechanical leverage of the quadriceps. The patella slides in a groove on the femur as the knee flexes and extends. Because the patella ‘floats’ within the substance of the quadriceps, proper tracking of this bone in the femoral groove is dependent on correct muscle balance to maintain a central position. Congenital anatomic factors such as the shape of the patella also influence this tracking. Because of the location of the patella, it is subject to higher stresses than other joint surfaces. So, despite having a thicker cartilage lining than any other bone, it often begins to wear out before other parts of the knee. Patella malalignment is an abnormality of the position or tracking of the patella, and has the potential to cause pain and/or instability.

The normal patella should track straight down the middle of the femoral groove. There are varying degrees of abnormal tracking, or patella malalignment. In mild cases of malalignment the patella is simply tilted in the groove, leading to increased pressure on the downward tilted side of the patella. In more severe cases, the patella will actually sublux, or slide partially out of the groove. In the most severe cases of malalignment, the patella can actually completely dislocate.

Proper tracking of the patella is influenced by many factors. Proper muscle balance is important and is one of the few factors that we can control. Usually the patella wants to sublux toward the outside of the knee (lateral). Strengthening the inside thigh muscle, the vastus medialis oblique can act to counter this tendency.

Tracking is also influenced by the anatomical shape of your patella, femoral groove, the angle your knee makes with your hip (knock knees) and even the position of your foot (pronation). The hip knee angle is important because the patella is embedded in the quadriceps tendon which originates at the hip and attaches at the knee. The more knock kneed someone is, the more of an angular pull occurs on the patella every time the quadriceps contracts.

Increased pronation of the foot (flat feet) can influence the tracking of the patella. This occurs because the rotation of the rest of the leg is affected by the way the foot contacts with the ground. Pronation of the feet can be caused by a number of factors including an imbalance in strength or tightness between the muscles in the calf (lateral gatrocnemius & the perroneals) and a comparative weakness in the glutes and the anterior tibialis & posterior tibialis.

Another common imbalance within the quadriceps muscle group in the front of the thigh, is between the outer quadriceps muscle (vastus lateralis) and the inner quadriceps muscle (vastus medialis), can also cause kneecap problems. These two muscles run down either side of the front of the thigh and attach to the kneecap. Part of their role is to stabilize the kneecap. When one side is stronger than the other, the kneecap can be pulled to one side. Runners frequently have comparatively stronger, tighter outer quadriceps muscles than inner quadriceps muscles, the kneecap can be pulled to the outer side. This mechanism is a common cause of patellofemoral pain syndrome, a common complaint of runners.

Another factor that can pull the knee out of alignment is tightness in the tensor fascia latae and more specifically the iliotibial band (a thick tendon-like portion of the tensor fasciae latae). This band passes down the outside of the thigh and inserts just below the knee. Tightness in this area can cause the tendon to pull the knee joint out of alignment and rub against the outside of the knee, which results in inflammation and pain. Such tightness is known “iliotibial band syndrome”.

There are two main causes of knee pain associated with iliotibial band syndrome. The first is “overload” and the second is “biomechanical errors.”

Overload is common with sports that require a lot of running or weight bearing activity. This is why ITBS is commonly a runner’s injury. When the tensor fasciae latae muscle and iliotibial band become fatigued and overloaded, they lose their ability to adequately stabilize the entire leg. This in-turn places stress on the knee joint, which results in pain and damage to the structures that make up the knee joint. Biomechanical errors can be from muscle imbalance, compensatory or postural dysfunction, hip torsion, pronation of the feet or leg length difference.

During certain weight bearing exercises the knees may fall in towards the centre of the body (adduct). This may not be due to any problem with the knee, but rather a relative imbalance between the tightness the adductors & the ITB (iliotibial band), and the weakness or inhibition of the glutes. Conversely, where the knees fall outwards (abduct) this may be due to a comparative tightness of the biceps femoris, the iliopsoas & the piriformis in relation to the gluteal group.

Another area which is prone to injury is the anterior cruciate ligament (ACL) a vital stabilizing ligament in the knee. It is located deep inside the knee joint and provides nearly all of the stability to forward force on the joint. Injuries to this ligament are very common in aggressive sports and usually occur with a sudden hyperextension or rotational force to the join ie twisting fast etc.

With a torn ACL, there is increased play in the joint allowing shearing forces across the cartilage surface, and leading to progressive tearing of the cartilage discs (menisci) and breakdown of the joint surface. Over time, this breakdown leads to degenerative arthritis.

Another crucial factor that can cause dysfunction in the knee is a restriction in movement in the hip or ankle areas. If you lack movement at a joint which has a high degree of movement capacity (hips, or ankle), then another joint which has a lower degree of movement capacity, in this instance, the knees, is forced to compensate.

Indeed, such is the nature of the relationship between the hip and the knee, knee pain is frequently simply a manifestation of poor motor control or range in the hip, whether it be flexion, extension or rotation. Strengthening the hip stabilizers is a sound way to avoid common knee injuries.

Restriction in the movement of the hip may cause pain in the knee. The hip’s normal range of internal and external rotation is 35-50 degrees internally and 50 degrees externally in a healthy hip. The knee can only perform this internal and external rotation minimally. When rotating the entire leg, most of the motion should come from the hip so as not to place too much torsion on the knee joint. If the hips are tight and range of motion is restricted, excess movement may be required of the knee and could account for pain felt in the knee joint.

Likewise, restriction of movement in the knee can result in pain in the hip. The knee’s normal range of motion during flexion is 150 degrees and 180 degrees during extension. Although the hip can flex up to 135 degrees, it can only extend 30 degrees in a normal hip. So, compromised movement in the knee can require the hip to extend beyond its normal range of motion and reveal itself as hip pain.

Balanced movement in the hip and knee as well as between the hip and knee is the best prevention against deterioration and pain in these joints. Furthermore, mild to moderate deterioration may also be helped by restoring range of motion and balancing the actions of the muscles around the joint.

Meniscal tears occur when excessive motion of the knee places stress on these cushions between the femur and tibia. This can be from forced extension, flexion, side-to-side, or rotational motions. The tearing may be minor and have no mechanical effect on the normal gliding of the knee, or it may be greater and cause catching, popping, and even locking of the knee so that it will not extend completely.

Inappropriate ranges of motion within the knee in flexion and/or extension are common dysfunctions of the knee, and can create significant problems in the kinetic chain. Inadequate knee flexion reduces the limbs “shock absorption” qualities. This can affect an individual’s gait. Insufficient knee flexion may actually be a secondary symptom of insufficient hip flexion. These dysfunctions can affect toe drag.

Weak quadriceps are a common cause of inadequate knee flexion or excessive knee extension. Excessive ankle plantar flexion is the most common cause of knee hyperextension. Excessive knee flexion and inadequate knee extension can be caused by a number of factors, including soleus & gastrocnemius weakness, or quadriceps weakness.

Some people stand and move while “locking” the knee out straight, even pressing it backward. This posture is sometimes called “splay-legs,” and makes the leg look more crescent-shaped than straight. It puts body weight onto the joint while pressing the joint slightly out of place, putting damaging forces on the cartilage. Many people push their knees into hyperextension when standing and walking. Others “bang” the joint into straight position during exercise.

Any of these factors can cause varying degrees of pain, and short to long term damage, it is therefore important to look at the knee not simply as a seperate part of the anatomy, but also as an integral part of the kinetic chain.

More info about Patella femoral syndrome bow legged:

KINE/AT 213 – Chapter Fifteen

Patella-Femoral joint- (joint between the kneecap and femur) -cause of pain – improper … genu varus – bow-legged -genu recurvatum – back-knees, cheerleader …

Anatomy – patellaMD.com Patellofemoral Solutions

If the patella and femoral trochlea are well shaped, the patella is usually more … They may be straighter or bow-legged (varus). Increased angulation or valgus, most often …

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I adopted him from a rescue at 12 weeks old, and when he was removed from the cage so I could see him, my mother and I saw that he was bow-legged in the rear. I was informed he was born this way. His vet said both knees are fused, and most likely …. When the breeder took her in for her healthy puppy check the vet felt a small adjustment when testing for Luxating patella. The vet tried to recreate it but could not. The vet said that since she couldn’t recreate the little …

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Q Angle and the Exercising New Mom – Baby Bump Fitness

(see below links for details of over pronation and patellar femoral syndrome). So why overwork an overworked muscle- don’t just stick to posterior chain (back of body) exercises to avoid this stress. 2. As a mother your Q angle would have increased when your hips start to … Side Planks ( 2 variations), hamstring ball curls, 1 legged waiters bow with a light reverse fly, pushup with a knee drive combination and a full spiral side chop. Enjoy todays busy mom fitness tips. …

Patella Femoral Syndrome – Pilates Connections Discussion Board

Pilates Connections Discussion Board: Patella Femoral Syndrome – Pilates Connections Discussion … No, not bow legged at all. It seems the mystery to these knees continues and I can …

Dr. James C. Murphy III, M.D.

Everyone has heard of a torn cartilage and they tend to think of that and they … deformities such as genovarigm (bow-legged) must also be corrected first. …

FAQ’s

For those that have become bow-legged or knock-kneed over the … What is Patella Femoral Pain Syndrom? Patella Femoral Pain Syndrome (PFPS) is a condition of the kneecap …

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The VMO, or vastus medialis obliquus, is the large tear drop shaped thigh muscle, that lies just above and on the inner side of the kneecap, or patella. It is one of the four quadriceps muscles in the front of the thigh, but it is the only one that attaches directly to the inner (medial), upper margin of the patella.

For this reason, it pulls inward on the kneecap and opposes the slightly outer (lateral) pull of the other three muscles. The VMO is most active in the last 30 degrees of extension, meaning that it helps to lock the knee out, fully straight. So, you can see that this one muscle has a strong influence on both the kneecap and knee stability, as a consequence of its anatomy.

Pain behind the kneecap usually results from a direct blow or a fall, or it may result from maltracking, meaning that the kneecap is pulled off its normal path, usually to the outside (lateral side), and often because the VMO is weak and can’t counteract the pull of the other three quadriceps. Usually, this is accompanied by tightening or contracture of the soft tissues on the outer side (lateral side) of the kneecap, which makes it much harder to treat and correct the problem.

Some combination of these factors is usually involved in kneecap pain, which can also be accompanied by instability, or giving way of the knee. Over time, these factors can result in degenerative softening of the cartilage under the kneecap, a disease called chondromalacia patellae.

The other major source of pain in the knee comes from within the joint, either from a twisting injury that may injure a meniscus, one of the cushions within the joint, or a sprain of one of the ligaments, or an effusion, or “water on the knee,” which results from inflammation of the lining membrane of the joint, the synovium. And, in the older population, degenerative arthritis within the joint is also a source of knee pain and instability.

In every case, strengthening the VMO is critical to relieving knee pain and restoring knee joint stability. So, what exercises are best for doing that? Here again, we take our lead from the functional anatomy. Since the VMO muscle fully straightens the knee, and is most active in the last 30 degrees of extension, we want to load the muscle within that range of motion, to strengthen it.

Isometric exercises, technically defined as muscle contraction without shortening, those done with the knee fully straight, can increase VMO tone and strengthen its tendinous attachments. For example, quad setting is done by tensing the straight leg, contracting the quadriceps, as hard as you can, for six seconds. This is particularly important when you have a fresh injury, or in the first few days after knee surgery. It adds strength, but without any movement of the joint.

Similar in effect is straight leg raising. Lying on your back, with the opposite leg bent up (to straighten your spine, and relieve stress across the lower back), you tense your quads, and, while maintaining the contraction, then slowly raise the straight leg up, to about 45 degrees. Then, slowly lower it again. To start with, try for 3 sets of 15-20 repetitions. This, too, is an exercise that is very useful in the immediate aftermath of an injury, or surgery.

Isotonic exercise is muscle contraction with shortening and what we normally think of as exercise, with overt movement of the joint. This type of exercise can utilize the resistance of bodyweight only, or additional external resistance, like free weights, or an exercise machine.

The simplest exercise is a quarter squat. With or without weights, with your back against the wall, simply squat down just a quarter of the way, approximating about 30 degrees of knee flexion, then stand straight and tense the quads strongly.

Even full range movements, like Full Squats or Hindu Squats, can be converted to VMO strengthening exercises by that isometric tensing of the quads, with the knee fully straight, with each repetition.

My personal favorite for working the VMO is the Hack Squat. In this exercise, you hold a barbell or two dumbbells behind your knees and leaning backward to put maximal stress on the VMO, do quarter squats. It’s helpful to have a wooden block under your heels to help with balance.

Machine exercises are also useful, but leg press machines are probably better for your knee than leg extension machines, because the leg press loads your knee from above, and is more physiological (a “closed chain” exercise). This is especially true if you have kneecap disease, like chondromalacia patella, or patellofemoral arthritis. Here again, you can handle very heavy weight eventually, because you’re using it for a very short arc, just 30 degrees.

Whatever exercises you choose, you will begin to notice an improvement in your pain and your stability within about 10 days, and real improvement within 30 days. As the VMO becomes stronger, your patella tracking will improve and your knee will subjectively feel more stable. Although this regimen can’t cure everything, it can go a long way toward making your knees feel better and stronger. Give it a try.

Dr. Bill is the on-line handle for William Thomas Stillwell, MD, FACS, FICS, FAAOS, FAANAOS, FAAPGS, board certified orthopedic specialist, Chairman Emeritus, Department of Orthopedic Surgery, St. Catherine of Siena Medical Center, Smithtown, NY and Associate Professor of Clinical Orthopaedic Surgery, SUNY at Stony Brook, NY; President & CEO of Dr. Bill’s Clinic, Inc. and author of DR. BILL’S LITTLE GREEN BOOK FOR ELIMINATING KNEE PAIN, DR. BILL’S PAIN-FREE PROGRAM: EXERCISES TO PREVENT OR ELIMINATE KNEE PAIN and HOW TO AVOID KNEE SURGERY. For a FREE report: SECRETS TO RELIEVING KNEE PAIN, go to http://www.drbillsclinic.com/ Article Source: http://EzineArticles.com/?expert=William_Stillwell_M.D.

More info about Vmo best weight exercise:

Vastus Medialis Oblique – VMO

What is VMO? why is it important and how to strengthen it … Resistance band exercises ; Free weight exercises ; Swiss ball exercises ; Body weight exercises

Strength Training Workouts: Variations and Biomechanics of the …

While it may seem to be the most effective, the risk of a deep barbell squat (extreme stress on joints, potential loss of stability to name a few) often outweighs the main benefit (development of VMO), especially when VMO can be targeted … If you notice yourself tending towards some of these habits i.e.: knees moving medially (in and out) or heels turning in, the best decision is to reduce the weight and progress yourself forward once you have worked through these …

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If you are one of the millions of men in the dating game, you surely have heard of the wonderful benefits of pheromone products. Many men today have opted on using pheromones to attract women. Why? Simply because they make things easy.

What are these so-called pheromones all about anyway? Pheromones are actually naturally produced by the body. In biology, especially in animals, these chemicals are known to function as an “attractant” to the opposite gender – one that influences their behaviour and draws them closer towards reproduction. For men, pheromone products have been formulated to seduce and attract women by giving them “signals” for irresistible attraction and arousal.

Using pheromones to attract women has been quite controversial. Many people continue to doubt whether it actually works. However, pheromones have been widely studied in the past decade. Science has established that there is truth to the effectiveness of pheromone-based products. Studies have found that “signals” from pheromones are picked up by the VMO, or the Vomeronasal Organ. Once the signal is received in the VMO of the woman you want, a sexual response signal is transmitted to their brain, which prepares them for some action.

Therefore, scientifically speaking, it is not the product that directly leads to attraction. Instead, it is actually the chemical response that gets triggered in the body which makes it work. The body is also capable of giving off natural pheromones, without us being conscious about it. Even if there may not be actual verbal or non-verbal communication, the chemicals in the body find a way to interact. However, this natural pheromone production does not mean that you go around in the crowd and easily pick up the woman you want to have sex with.

Natural pheromones are covered up and altered in many ways – the clothes we wear, the soap we put on, the deodorants and perfumes we use – each of them have their own ways of preventing natural pheromones from taking effect. With a different chemical makeup, the natural pheromones now have decreased chances of creating the impact that you want. And this is where synthetic pheromones or pheromone products come in.

It has been proven clinically and by thousands of users, that pheromones increase attraction when used. Pheromone products, at least the good ones, have consistently resulted to high success rates. Thus, men who are seeking to have a more active romantic life, and men who simply want to add colour to their sexuality, can take refuge in these amazing products.

What can pheromones do for you? Pheromones increase the intensity and amount of attention from women. Enjoy those flirtatious stares and smiles from every corner of the room. Your sex appeal boosts, and you find yourself with more dates and relationships. If your current relationship is running dry, enhance it with pheromones and see how everything is back to your courtship days. Using pheromones to attract women can also boost your self-confidence to the roof. These products are breakthroughs in science and seduction you should take advantage of, today.

More info about Is vastus medialis oblique a myth:

Scottsdale Boot Camp Instructor Reveals the Best Lower Body …

In particular, it really helps strengthen your vastus medialis muscle, that inner quad muscle that looks like a teardrop, that’s heavily responsible for tracking your patella and keeping your knee caps in line. …

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The VMO, or vastus medialis obliquus, is the large tear drop shaped thigh muscle, that lies just above and on the inner side of the kneecap, or patella. It is one of the four quadriceps muscles in the front of the thigh, but it is the only one that attaches directly to the inner (medial), upper margin of the patella.

For this reason, it pulls inward on the kneecap and opposes the slightly outer (lateral) pull of the other three muscles. The VMO is most active in the last 30 degrees of extension, meaning that it helps to lock the knee out, fully straight. So, you can see that this one muscle has a strong influence on both the kneecap and knee stability, as a consequence of its anatomy.

Pain behind the kneecap usually results from a direct blow or a fall, or it may result from maltracking, meaning that the kneecap is pulled off its normal path, usually to the outside (lateral side), and often because the VMO is weak and can’t counteract the pull of the other three quadriceps. Usually, this is accompanied by tightening or contracture of the soft tissues on the outer side (lateral side) of the kneecap, which makes it much harder to treat and correct the problem.

Some combination of these factors is usually involved in kneecap pain, which can also be accompanied by instability, or giving way of the knee. Over time, these factors can result in degenerative softening of the cartilage under the kneecap, a disease called chondromalacia patellae.

The other major source of pain in the knee comes from within the joint, either from a twisting injury that may injure a meniscus, one of the cushions within the joint, or a sprain of one of the ligaments, or an effusion, or “water on the knee,” which results from inflammation of the lining membrane of the joint, the synovium. And, in the older population, degenerative arthritis within the joint is also a source of knee pain and instability.

In every case, strengthening the VMO is critical to relieving knee pain and restoring knee joint stability. So, what exercises are best for doing that? Here again, we take our lead from the functional anatomy. Since the VMO muscle fully straightens the knee, and is most active in the last 30 degrees of extension, we want to load the muscle within that range of motion, to strengthen it.

Isometric exercises, technically defined as muscle contraction without shortening, those done with the knee fully straight, can increase VMO tone and strengthen its tendinous attachments. For example, quad setting is done by tensing the straight leg, contracting the quadriceps, as hard as you can, for six seconds. This is particularly important when you have a fresh injury, or in the first few days after knee surgery. It adds strength, but without any movement of the joint.

Similar in effect is straight leg raising. Lying on your back, with the opposite leg bent up (to straighten your spine, and relieve stress across the lower back), you tense your quads, and, while maintaining the contraction, then slowly raise the straight leg up, to about 45 degrees. Then, slowly lower it again. To start with, try for 3 sets of 15-20 repetitions. This, too, is an exercise that is very useful in the immediate aftermath of an injury, or surgery.

Isotonic exercise is muscle contraction with shortening and what we normally think of as exercise, with overt movement of the joint. This type of exercise can utilize the resistance of bodyweight only, or additional external resistance, like free weights, or an exercise machine.

The simplest exercise is a quarter squat. With or without weights, with your back against the wall, simply squat down just a quarter of the way, approximating about 30 degrees of knee flexion, then stand straight and tense the quads strongly.

Even full range movements, like Full Squats or Hindu Squats, can be converted to VMO strengthening exercises by that isometric tensing of the quads, with the knee fully straight, with each repetition.

My personal favorite for working the VMO is the Hack Squat. In this exercise, you hold a barbell or two dumbbells behind your knees and leaning backward to put maximal stress on the VMO, do quarter squats. It’s helpful to have a wooden block under your heels to help with balance.

Machine exercises are also useful, but leg press machines are probably better for your knee than leg extension machines, because the leg press loads your knee from above, and is more physiological (a “closed chain” exercise). This is especially true if you have kneecap disease, like chondromalacia patella, or patellofemoral arthritis. Here again, you can handle very heavy weight eventually, because you’re using it for a very short arc, just 30 degrees.

Whatever exercises you choose, you will begin to notice an improvement in your pain and your stability within about 10 days, and real improvement within 30 days. As the VMO becomes stronger, your patella tracking will improve and your knee will subjectively feel more stable. Although this regimen can’t cure everything, it can go a long way toward making your knees feel better and stronger. Give it a try.

Dr. Bill is the on-line handle for William Thomas Stillwell, MD, FACS, FICS, FAAOS, FAANAOS, FAAPGS, board certified orthopedic specialist, Chairman Emeritus, Department of Orthopedic Surgery, St. Catherine of Siena Medical Center, Smithtown, NY and Associate Professor of Clinical Orthopaedic Surgery, SUNY at Stony Brook, NY; President & CEO of Dr. Bill’s Clinic, Inc. and author of DR. BILL’S LITTLE GREEN BOOK FOR ELIMINATING KNEE PAIN, DR. BILL’S PAIN-FREE PROGRAM: EXERCISES TO PREVENT OR ELIMINATE KNEE PAIN and HOW TO AVOID KNEE SURGERY. For a FREE report: SECRETS TO RELIEVING KNEE PAIN, go to http://www.drbillsclinic.com/ Article Source: http://EzineArticles.com/?expert=William_Stillwell_M.D.

More info about How can I strengthen my vmo:

Sarah’s blog: Knee pain

So she’s given me some exercises to strengthen my glutes and VMO, told me to massage over where the scar is a couple of times a day, and to make sure I keep my leg fairly straight, especially in bed, because I’m a side sleeper, …

How can I cure my knee pain? | Ask MetaFilter

How can I cure my knee pain? May 29, 2007 12:06 AM Subscribe. Can you … days due to the aforementioned issues), and have been doing VMO inner quad strengthening …

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Strengthen VMO, Patella femoral pain Injuries … It hurts, but the ITB can really be a bastard to loosen up. I lay down on the floor and roll it out using my not …

Tri’n Hard: VMO Stregthening

I have chrondomalacia on my right knee and my ortho showed me several exercises to strengthen that particular muscle above the inner side of the knee. He said it’s the one that tracks the patella. Good to know more about VMO, …

Knee Strength Exercise for VMO

More Training Info > Knee Strength Exercise for VMO. Knee Strength Exercise for VMO. Q. What can I do to strengthen my knees for hiking, particularly on descents?

VMO Muscles: Injuries: Runner’s World Forums

Get tips and advice, or just sympathy. … I was doing VMO strengthening to stabilize my knees, but I’ve backed off of the strengthening a lot this past …

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