Chiropractic

How long does Whiplash last?

~ Dr. Robert Speirs DC ~ Leave a comment

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First, what is whiplash? It’s a lot of things, which is why the term WAD or Whiplash Associated Disorders has become the most common term for the main signs and symptoms associated with a whiplash injury. WAD is usually associated with a motor vehicle collision, but sports injuries, diving accidents, and falls are other common ways to sustain a WAD injury.

To answer the question of the month, in most cases, the recovery rate is high and favors those who resume their normal daily activities. The worse thing you can do when you sustain a WAD injury is to not do anything! Too much rest and inactivity leads to long-term disability. Of course, this must be balanced with the degree of injury, but even when the injury requires some “down time,” stay as active as possible during the healing phase.

Many people recover within a few days or weeks while a smaller percentage require months and about 10% may only partially recover. So what can be done to give you the best possible chance to fully recover as soon as possible?

During recovery, you can expect your condition to fluctuate in intensity so “listen” to your body, let it “guide” you during activity and exercise, and stay within “a reasonable boundary of pain” during your activity. Remember, your best chance for full recovery FAVORS continuing a normal lifestyle. Make reasonable modifications so you can work, socialize, and do your “normal” activities!

The KEY: Stay in control of your condition – DO NOT let it control you! Here are some tips:

1)  POSTURE CONTROL: Keep the weight of the head back by gliding your chin back until you “hit” a firm end-point. Then release it slightly so it’s comfortable—this is your NEW head position!

2)  FLEXIBILITY: Try this range of motion (ROM) exercise… Slowly flex your neck forwards and then backwards, then bend your neck to the left and then the right, and then rotate it to the left and to then to the right. THINK about each motion and avoid sharp, knife-like pain; a “good-hurt” is okay! Next, do the same thing with light (one-finger) resistance in BOTH directions. Try three slow reps four to six times a day!

3)  MUSCLE STRENGTH: Try pushing your head gently into your hand in the six directions listed above to provide a little resistance. Next, reach back with both hands or wrap a towel around your neck and pull forwards on the towel while you push the middle of your neck backwards into the towel doing the chin-tuck/glide maneuver (same as #1). Repeat three to five times slowly pushing, and more importantly, release the push slower! This is the MOST IMPORTANT of the strengthening exercises in most cases! Next, “squeeze” your shoulder blades together followed by spreading them as far apart as possible (repeat three to five times).

4)  PERIODIC BREAKS: Set a timer to remind yourself to do a stretch, get up and move, to tuck your chin inwards (#1) and do some of #2 and #3 every 30-60 minutes.

5)  LIFTING/CARRYING/WORK: Be SMART! Do not re-injure yourself. Change the way you handle yourself in your job, in the house, and while performing recreational activities.

6)  HOUSEHOLD ACTIVITIES: Use a dolly to move boxes and keep commonly used items within easy reach (not too high or low).

Be smart, stay educated, work within the range your body tells you is “safe” and most importantly, STAY IN CONTROL!!!

Food Myth #4

~ Dr. Robert Speirs DC ~ Leave a comment

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Nuts are junk food and should be avoided

Nut-uh. Nuts are a great source of protein, healthy fats and nutrient but are relatively high in calories. As a result they are a great snack but you need to keep an eye on portion control.

Recent research at Harvard (heard of them?) showed that women who ate a handful of nuts 5 times a week as a snack were 20% less likely to develop type II diabetes as those that didn’t. Also, several studies have shown that having nuts as a regular part of your diet helps protect against heart disease.

Now, this isn’t licence to crush all the peanuts you want when you’re watching the game… Be smart about your intake and look for nuts like almonds, brazils, cashews, macadamias and pistachios that aren’t swimming in (admittedly delicious) salt and oil.

So when you’re planning your snacks for the Super Bowl or the next Jets game, go nuts.

 

My back hurts, why look at my feet?

~ Dr. Robert Speirs DC ~ Leave a comment

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Improperly supported feet can affect the alignment of all of the structures above. To improve your overall comfort:
✓ Choose shoes with good arch support.
✓ Avoid going barefoot or wearing shoes that lack support (i.e. flip-flops). The following brands of sandals provide better than average arch support: Naot, Fit Flops, Orthoheels, Abeo, Vionic and Yellow box.
✓ Avoid high-heeled shoes or boots (keep heels to a maximum of 1½ inches, especially if you are going to be doing a lot of walking).
✓ “Cross-trainer” athletic shoes tend to provide the best all around support and shock absorption for daily activities.
✓ Patients with fallen arches should consider adding arch supports or orthotics.
✓ Repair or replace shoes with worn soles or heels.

How can I have Tennis Elbow? I’ve never played tennis!

~ Dr. Robert Speirs DC ~ Leave a comment

Most of the muscles that extend your wrist are attached to a bony bump on the outside of your elbow called the lateral epicondyle. Sometimes, through injury or overuse, the site where these muscles insert can become irritated or inflamed. This condition is called lateral epicondylitis or “tennis elbow”- although the majority of those affected do not play tennis.

Activities involving repetitive wrist extension are a common cause of this condition, i.e., tennis, carpentry, bricklaying, knitting, playing piano, typing, or lifting objects with your palm facing down. The condition is 3 times more likely to strike your dominant arm.

The pain often begins as an intermittent or gradual discomfort during activity and progresses so that even simple activities, like holding a coffee cup, become painful. Pain may increase when you straighten your arm, grip a doorknob or shake hands. The pain may vary from mild to severe and commonly radiates into the forearm, sometimes to the wrist.

Without treatment, “tennis elbow” usually lingers – 80% of patients still report pain after one year. The first step in a successful treatment plan is to modify or eliminate activities that cause symptoms. Try to avoid lifting heavy objects with your palm facing down. Tennis or racquetball players may need to consider changing to a lighter racket or a smaller handle. We may prescribe a “counter force brace” for your elbow. This brace will act as a temporary new attachment site for your muscles thereby reducing some of the stress to your elbow. Sports creams and home ice massage may provide relief as well. Be patient with your recovery!

Lifting Mechanics Made Simple

~ Dr. Robert Speirs DC ~ Leave a comment

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Here are some tips to help you lift safely:
✓ Avoid lifting or flexing before you’ve had the chance to warm up your muscles (especially when you first awaken or after sitting or stooping for a period of time).
✓ To lift, stand close directly facing object with your feet shoulder width apart.
✓ Squat down by bending with your knees, not your back. Imagine a fluorescent light tube strapped to your head and hips when bending. Don’t “break” the tube with improper movements. Tuck your chin to help keep your spine aligned.
✓ Slowly lift by thrusting your hips forward while straightening your legs.
✓ Keep the object close to your body, within your powerzone” between your hips and chest. Do not twist your body, if you must turn while carrying an object, reposition your feet, not your torso.

An alternative lifting technique for smaller objects is the golfers lift. Swing one leg directly behind you. Keep your back straight while your body leans forward. Placing one hand on your thigh or a sturdy object may help.

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Why do so many suffer with CTS?

~ Dr. Robert Speirs DC ~ Leave a comment

​According to the literature, carpal Tunnel Syndrome (CTS) is one of the most prevalent upper extremity complaints. In fact, it IS the most common “compression neuropathy” (of which there are many) and affects 3-6% of adults in the general population. Additionally, CTS can affect BOTH hands in up to 50% of patients with the condition!

The CAUSE of CTS is often unknown and typically comes on gradually, making it difficult to determine a definite cause or specific “date of onset” for CTS.

Symptoms such as numbness, tingling, loss of dexterity, loss of strength (like pinch or grip), and the need to shake the hand or flick the fingers to restore sensation are ALL VERY COMMON CTS SYMPTOMS. The REASON for these symptoms boils down to one thing: The median nerve in the wrist gets pinched! The cause/s can include:

1)  Repetitive motion from either work or hobbies like assembly line work or playing a musical instrument can cause swelling within the carpal tunnel, placing extra pressure on the median nerve as it passes through.

2)  Obesity can contribute to CTS due to extra fluids or fatty deposits that can build up within the carpal tunnel.

3)  Pregnancy: Elevated levels of the hormones estrogen and progesterone can cause the body to retain fluids and increase pressure in the carpal tunnel.

4) Arthritis: Osteoarthritis can lead to CTS (such as when a spur forms inside the tunnel). Rheumatoid arthritis can lead to an autoimmune response and antibodies that end up attacking the cartilage of the joints in the wrist, which can lead to CTS.

5)  Hormone-related conditions: In diabetes mellitus, the blood becomes thicker due to high sugar levels (like syrup) and can’t pass through the small blood vessels, resulting in “neuropathy,” which can make CTS more likely. In hypothyroid, low thyroid function results in “myxedema,” a specific type of swelling that makes CTS more likely to occur.

6)  Trauma: A wrist fracture could cause the carpal tunnel to “collapse” or change in shape resulting in less space for the nerve to travel through.

7)  Mass lesions: A “ganglionic cyst” is a good example. This is where joint fluid leaks out and forms a “bump” on the INSIDE the carpal tunnel, which reduces space and increases pressure in this anatomical structure.

8)  Amyloidosis: This is a rare condition where a protein substance called “amyloid” builds up in any tissue or organ. If this occurs in the wrist, it can “pinch” the median nerve as it passes through.

9)  Sarcoidosis: This is the growth of small collections of inflammatory cells called “granulomas,” which can accumulate in different parts of the body. If it occurs in the wrist, pinching can occur.

10)  Multiple Myeloma: This is a type of cancer that affects the bone marrow, and inflammation in the wrist can occur creating the pressure increase on the median nerve that can lead to CTS.

11)  Leukemia: This too is a type of cancer that involves the white blood cells, and CTS can result from its effects on the tissues in the wrist.

12)  Anatomy: The size and shape of the carpal tunnel is hereditary, and some of us have a smaller tunnel than others. If CTS is present in multiple family members, this “genetic” factor may play a role.

There are other conditions that can “mimic” CTS, but doctors of chiropractic are trained to perform an accurate history and examination so treatment can be directed in the proper manner!

How can a low speed crash cause injury?

~ Dr. Robert Speirs DC ~ Leave a comment

There is certainly a lot of interest in concussion these days between big screen movies, football, and other sports-related injuries. Concussion, traumatic brain injury (TBI), and mild traumatic brain injury (mTBI) are often used interchangeably. Though mTBI is NOT the first thing we think about in a low-speed motor vehicle collision (MVC), it does happen. So how often do MVC-related TBIs occur, how does one know they have it, and is it usually permanent or long lasting?

Here are some interesting statistics: 1) The incidence rate of fatal and hospitalized TBI in 1994 was estimated to be 91/100,000 (~1%); 2) Each year in the United States, for every person who dies from a brain injury, five are admitted to hospitals and an additional 26 seek treatment for TBI; 3) About 80% of TBIs are considered mild (mTBI); 4) Many mTBIs result from MVCs, but little is known or reported about the crash characteristics. 5) The majority (about 80%) of mTBI improve within three months, while 20% have symptoms for more than six months that can include memory issues, depression, and cognitive difficulty (formulating thought and staying on task). Long-term, unresolved TBI is often referred to as “post-concussive syndrome.”

In one study, researchers followed car crash victims who were admitted into the hospital and found 37.7% were diagnosed with TBI, of which the majority (79%) were defined as minor by a tool called Maximum Abbreviated Injury Scale (MAIS) with a score of one or two (out of a possible six) for head injuries. In contrast to more severe TBIs, mild TBIs occur more often in women, younger drivers, and those who were wearing seatbelts at the time of the crash. Mild TBI is also more prevalent in frontal vs. lateral (“T-bone”) crashes.

As stated previously, we don’t think about our brains being injured in a car crash as much as we do other areas of our body that may be injured—like the neck. In fact, MOST patients only talk about their pain, and their doctor of chiropractic has to specifically ask them about their brain-related symptoms.

How do you know if you have mTBI? An instrument called the Traumatic Brain Injury Questionnaire can be helpful as a screen and can be repeated to monitor improvement. Why does mTBI persist in the “unlucky” 20%? Advanced imaging has come a long way in helping show nerve damage associated with TBI such as DTI (diffuse tensor imaging), but it’s not quite yet readily available. Functional MRI (fMRI) and a type of PET scanning (FDG-PET) help as well, but brain profusion SPECT, which measures the blood flow within the brain and activity patterns at this time, seems the most sensitive.

We realize you have a choice in whom you consider for your health care provision and we sincerely appreciate your trust in choosing our service for those needs.  If you, a friend, or family member requires care for Whiplash, we would be honored to render our services.

Hip Abductor Weakness

~ Dr. Robert Speirs DC ~ Leave a comment

Hip Abduction

* The gluteus medius contributes approximately 70% of the abduction force required to maintain pelvic leveling during single leg stance.

* Hip abductor strength is the single greatest contributor to lower extremity frontal plain alignment during activity.

* There is no “typical” presentation for hip abductor weakness, but the problem must be considered in any patient with lower chain symptomatology, particularly those with hip tendinopathy, greater trochanteric pain syndrome, iliotibial band syndrome, patellofemoral pain syndrome, ACL injury, medial knee pain, and lower back pain.

*Hip abductor weakness is often accompanied by lower crossed syndrome – a larger pattern of biomechanical dysfunction involving weakness of the abdominal wall and hypertonicity in the hip flexors and paraspinal musculature. Evaluation should include a relatively global assessment of lumbopelvic muscle and joint function. Additionally, clinicians should assess for the presence of foot hyperpronation in patients with hip abductor weakness.

 

 

Referenced from:
ChiroUp.com “Hip Abductor Weakness Clinical Pearls