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If you’re experiencing chronic pinched nerve neck pain, don’t hesitate to see a chiropractor for treatment. The following article discusses causes, symptoms, and effective methods of chiropractic treatment for pinched neck anguish.

What are the symptoms of pinched nerve neck pain?

Common symptoms of nerve neck pain include neck anguish (chronic or less severe) as well as pain radiating down the neck and arms or sometimes even as far down as the hands. The reason individuals experience nerve neck anguish is because your nerves, the cells that specialize in transmitting messages throughout your entire body become damaged.

Pinched nerve neck pain: how does it occur?

You can damage, injure, or “pinch” a nerve in a variety of ways: overstretching the nerve, constricting the nerve, and compressing are a few. Nerve neck pain can result from bony growths in your neck that occur from arthritis or any degenerative disease that places pressure on the nerves in the neck. You may suffer from neck anguish due to spinal stenosis, a condition that causes the space between your neck and spinal vertebrae to narrow. Spinal stenosis applies increased pressure to nerves. Herniated disks are also a contributor to pinched nerve neck anguish-in those cases, disks can “slip out of place”. Carpal tunnel is also a cause of nerves, as that area which all finger tendons and nerves pass through the hand is a bottleneck area.

If you suffer from neck pain, consult a chiropractor for treatment options. Common pinched nerve neck symptoms include numbness in the hands or legs, back spasms, tingling, burning, or hot/cold sensations.

Are you experiencing pain radiating from your neck?

Does your neck feel weak?

Do you feel a numb, prickling, or burning sensation in your neck?

Do any of the sensations/pain extend beyond your neck?

If you’re experiencing any or all of those neck anguish sensations, it’s best to consult with a chiropractor. Very few patients need surgery for pinched nerves; for most of them, non-surgical treatments such as Chiropractic Care, physical therapy, or medication will provide relief from nerve pain. There are a variety of focused therapies to help you find relief from all your nerve symptoms and have a better long-term outcome. Let a chiropractor work with you to develop a treatment plan and get you on the road to recovery.

You’ve seen it before: an athlete performing astoundingly makes a sudden stop, limps off the field or drops down while grabbing the back portion of their thigh. Any sports fan knows how hurtful a hamstring injury is. It’s a common injury not only among sports professionals but even among casual players. It can become a chronic malady if not dealt with properly through fitness training and physical therapy.

The successful prevention of hamstring injuries can happen only if we understand how it works. The first factor is the strength ratio between the hamstrings to the quad (quadriceps). Coaches and athletes often put too much importance on strengthening the quadriceps but they tend to neglect the hamstrings. Ideally, the hamstring should be around 60% to 70% of the strength of the quadriceps. Perform exercises that specifically target the hamstrings. These should fit your particular sport. For a football player, this can be as simple as including lunges into their regular workout.

The second factor is when the hamstring lacks flexibility. A good program that highlights stretching can easily deal with this. Warm-ups ensure maximum results for stretching the muscles. A 10-minute or 15-minute low intensity routine can help you get the desired effects. Also, you should not hurry. Perform a 3-minute stretch on each leg. Don’t force or bounce your muscles. If you experience pain, you probably are doing it the wrong way. Cool-downs are also as important as warm-ups.

A good example you might want to try is the “Doorway Stretch”. It’s quite simple. First, go near the doorway and lie down on the floor. Next, stretch up one of your legs and rest your heel against the wall. Your knee should not be bent. If it feels uncomfortable, inch your body away until you find a preferred position. If it lacks tension, lessen your distance from the wall. Keep the leg stretched for at least three minutes then do the same with your other leg.

As for those who previously had hamstring injuries or currently have one, we have one advice: Don’t be impatient. Oftentimes, the second injury is worse than the first. You need to fully heal first before returning to play, or else you only risk getting re-injured.

It is advisable to get professional help from a physical therapist for this kind of injury. They can give you a comprehensive program on the treatments that you need, the timeline of the therapy, as well as the preventive measures. If you do not wish to go through this ordeal, you can search for a personal trainer who can guide you with the necessary exercises to tune up those hamstrings into sound health.

Now the physiotherapist has a good view of your pain, the history of your condition, your medical history and has excluded any medically serious matters they can get down to looking at you to complete the picture your answers have pointed to. The physio will have an idea of the kind of pain problem you are having and will have a checklist in their head of structures to examine and test to look for further evidence to back a particular view. It is very likely you will need to undress to a degree to allow the physio to see the general area of the pain and surrounding joints.

You may be asked to stand still while the physiotherapist checks your posture. We spend a lot of our time in static postures and acquire particular difficulties related to each specific posture type. The physio will look for an abnormal posture and note that they may need to test particular joints or muscles for weakness or shortness of range. Postural pains are common and it is possible to change a typical posture but it takes some time and perseverance.

The physio will then check the area and level of your pain and ask you to perform a series of movements and report whether this alters the pain for better or worse. Some anatomical structures respond to being stretched with pain while a different kind of problem will be painful if the structure is compressed. The examination is performed in a systematic way to give information about the specific structures which might be at fault.

Once the movements have been performed the physiotherapist may perform a number of manual examinations on you, moving your limbs or back or compressing certain joints, again looking for the typical pain you usually complain of. Palpation of the individual joints and vertebral levels of the spine can be performed in neutral and stressed positions, again with the aim of narrowing down the field towards a structure or group of structures responsible for the pain. Once the first part of the examination has been completed, with careful regard for a person’s pain levels, the physio may add some more detailed tests to confirm or deny the diagnosis they are forming.

It may not seem obvious, but the hip and knee share the femur bone. The knee does not work in isolation, and improving hip function may be the answer to a painful knee. In physical therapy we tend to think of tendonitis and degenerative joint disease in terms of a victim and culprits.

Many patients will arrive in my office complaining of a painful knee (victim), and it is my job to identify the underlying biomechanical dysfunction (culprits). For various reasons, hips tend to become restricted and weak. When your hip is no longer accepting the proper loading during activities such as descending stairs or transitioning from sit to stand, your knee may attempt to take on that extra load and become the victim. If the local bully came to your house every morning just to step on your big toe, this victim would inevitably become red, swollen, and irritated with an inflammatory process. You could go to your medical practitioner who might diagnose you with some sort of “toeitis.” Any number of treatments could be prescribed such as medication, injections, ultrasound, or cold laser, but unless we somehow stop the culprit from stepping on your toe, we are unlikely to make any long term progress on curing your “toeitis.”

Instead of focusing on your inflamed toe, we should take a critical look at what factors are creating a situation where there is increased stress on your toe. Patellofemoral pain syndrome is generally thought to be excessive stress of the knee cap on the groove of the femur. You can think of this as a train running on a track, with excessive wear on the outside rail of a turn. Most people complain of pain just under the kneecap, especially during activities such as descending stairs.

Studies have shown that hip position has a tremendous influence on how much pressure is on the knee cap during functional activities. Many times we see a weak hip allow the knee to dip toward the midline during a squat. While the patient will complain of kneecap pain, the real culprit is that the hip is not adequately positioning the knee for loading. The hip should be the knee’s best friend. It has the largest muscle mass of the body, and thus has the greatest responsibility to support the knee. The key to decreasing inflammation at the knee may be to take stress off of it by stretching and strengthening your hip. Your physical therapist can help you figure out if your hip motion is limited, and how to best strengthen and stretch the hip without irritating the knee. As your hip mobility and stability improve, your knee will thank you

After the pain has been investigated the physiotherapist will move on to getting an accurate history of the problem. The pain problem may come on quickly in a sudden injury or event, or slowly over a long period with a gradual worsening. A sudden event is likely to indicate a soft tissue injury to a muscle, joint, ligament or disc with the typical high levels of pain for the first period and then a gradual easing to a maintenance level. This will lead the physio to look for the likely damaged structure and examine the function of the anatomical area.

A slow onset of pain could reflect a number of things: one is that the person has been performing an aggravating activity many times over a long period of time and this is beginning to stress a structure by overuse; another aspect is that the person is maintaining a particular posture for significant periods of time leading to tissue stresses beginning to cause pain. Repeated performance of an aggravating activity can be addressed by changing the activity or managing the process in a different way. Postural correction can be useful to correct problems such as sitting at a desk, bending over too much or driving for long periods.

The typical history of a slowly changing problem is for there to be an onset at some point, either relatively sudden or slowly coming on, then for the pain to settle for a while. Then it recurs at some point and this cycle is repeated for an unpredictable period of time. If the problem continues one episode will occur where the pain will not resolve afterwards and the person then has a low level pain problem of a constant nature. Episodes may still occur on this base of chronic pain and the overall pain level can worsen with time.

The physiotherapist will want to know what the patient has done to try and correct the problem such as changing job, changing activities, taking up exercise, attending a manual therapist or avoiding aggravating activities. Injuries will present with acute pain settling to an ache which is aggravated by specific movements and postures, postural problems are clearly due to particular positions, disc problems may refer significant pain to the limbs and give anatomical deformities and nerve pains may be unpredictable and sometimes spontaneous.

Posterior Cruciate Ligament, abbreviated as PCL, is one of the major ligaments of the knee. A ligament is a strong band of connective tissues that make the knee stable.

The PCL and the ACL (Anterior Cruciate Ligament) work together but in opposite direction. PCL runs from the back (posterior) phase of the shinbone, also called the tibia or lower leg bone, to the front (anterior) phase of the thighbone, also referred to as femur or upper bone.

The PCL helps to control the back and forth motion of the knee. PCL injuries are not common because the PCL is the strongest ligament in the knee and is not damaged easily. PCL injuries may be partial, complete, or isolated, which means the PCL may get injured not alone but with other ligaments.

A PCL injury may occur due to hyperextension of the knee joint. Hyperextension means overextending the knee in a backward motion. It may get damaged by smashing the knee in a car accident or by landing in an awkward manner after a jump. After injury, the knee may swell up and there would be pain and ache in the space behind the knee. There may be joint pain and the patient may feel that the knee is not stable at all and is going to give out.

Non-operative treatment is suggested if the injury is partial or isolated. Rest and mild pain medication, ice, crutches, knee braces, elevating the joint, manual therapy treatments, and electrical stimulation can help in reducing the symptoms of PCL injury. Exercises may also help in reducing the pain by warming up the knee, but you should always speak to your physician prior to doing activities when your knee is hurt.

Surgical reconstruction is only suggested when other ligaments also get injured with the PCL or when the pain and instability remains even after 3 to 4 weeks has passed. Arthroscopy is used for surgery to examine the structure of the knee.

Surgical reconstruction is very complicated in PCL injuries because of the position of PCL in the knee. The torn ends of the PCL can first be removed and then a new PCL graft is placed in the position of the PCL. This is why surgical reconstruction is very difficult and is recommended only when other ligaments are also injured and the patient cannot perform daily routine activities. Patients may also use a CPM machine (abbreviation of Continuous Passive Motion) machine after surgery to help the knee in moving and to eradicate the pain.

There are four bones connected to the knee. These are the femur (upper bone/thighbone), tibia (lower bone/shinbone), fibula (strut bone on the outside of the leg) and patella (knee cap).

There are four main ligaments that bind these bones and help in stabilizing the knee. Two of them are collateral ligaments, Media Collateral Ligament (MCL) and Lateral Collateral Ligament (LCL), while the other two are cruciate ligaments, Anterior Cruciate Ligament (ACL) and Posterior Cruciate Ligament (PCL).

The cruciate ligaments, ACL and PCL, attach the thighbone and shinbone. They are named “cruciate” because they pass each other in the middle of the joint forming an “X.” There are two functions of the PCL. One is to restrain the traveling of shinbone backwards on the thighbone while the other purpose is to restrict the shinbone from twisting outwards.

As PCL controls the backward movement of the shinbone, if the shinbone moves too far, the PCL can be damaged. This situation occurs due to the direct hit to the front of the knee while it is bent. PCL injury may also result from a car accident, when, due to inertia, the knee strikes the dashboard just below the patella. It can also be injured when someone falls on the bent knee. In both situations, the shinbone is forced to move backwards.

The symptoms of PCL injury may vary with the nature of the injury. In a PCL injury, the knee does not swell up as much. Sometimes patients feel that the knee is slipping or giving out. Pain and swelling may remain from 2 to 4 weeks. There would be positive sign on the “Posterior Drawer Test” and pain when “Reverse Lachman’s Test” is performed.

The physical examination is very important to diagnose the deficiency in PCL. It includes three important tests: Posterior Lachman Test, Posterior Sag Test, and Posterior Drawer Test. Mostly the Posterior Drawer Test is conducted by placing the knee and leg in different positions and then applying load to the joint. If there is an unexpected movement of the shinbone, it means that the PCL has been damaged and is not working properly.

MRI, X-rays and sometimes arthroscopy may also be used to diagnose the PCL injury. Arthroscopy uses a small fiber-optic TV camera that is placed inside the knee joint to allow a surgeon to see the whole structure of the knee directly. Exercises and physical therapy may be recommended. Surgery is only recommended when other ligaments are also injured along with PCL