Regular exercise boosts energy and cognitive skills, aids sleep, and enhances the ability to cope with stress. These benefits hinge on regular exercise; the boomers who tend to forget their body’s age while exercising or playing too rigorously, too often, may end up damaging hip and knee joints in particular.This activity and its ensuing injuries and joint damage have even brought about the coinage of a new term in the orthopedic world—“boomeritis”—created by Dr. Nicholas DeNubile, an orthopedic surgeon at the Hospital of the University of Penn.It’s the condition with which many middle- aged patients become afflicted when they’ve over-stressed their aging body parts to the point of requiring drastic treatments.

A few of the maladies diagnosed in association with boomeritis include tendinitis, bursitis, and arthritis—all conditions further exacerbated by continued activity if left untreated.Osteoarthritis, or degenerative joint disease, can be particularly debilitating and often requires replacement surgery. Until now, both knee and hip replacement surgeries used to be primarily associated with the Medicare population.That’s changing with boomeritis on the rise, according to an article by Dr. Matthew Boes, a Raleigh, N.C., sports medicine specialist. Over the last 10 years he says there was a threefold increase in knee replacements among the 45- to 64-year-old age span.Such statistics beg the question: How do you get the exercise required for maximum health and avoid trading in your human joints for manufactured ones?

Orthopedic surgeon Dr. Seth Baublitz, with Orthopaedic Specialists of Central PA, whose emphasis is on sports medicine/arthroscopic surgery, suggests that boomers be proactive in their approach to healthy joints by strengthening the muscles around the knee through low-impact fitness programs. He recommends avoiding most exercises that involve high impact and deep knee bending.“Walking,” he says, “is a simple exercise that has been shown to reduce pain associated with knee arthritis.”Biking, treadmill walking, using the elliptical machine, and swimming are also examples of low-impact exercise. A daily stretching routine that focuses on back, hips, knees, and calf muscles aids in maintaining greater flexibility to muscles and tendons that stiffen and “creak” with age and become more prone to injury.

If diagnosed with degenerative joint disease in the knee, several treatment strategies have been proven to alleviate pain and improve function, at least in the short term. Baublitz says that conservative alternatives are usually the first approach for arthritic knee pain. They include a combination of the following: patient education, weight loss, physical therapy, medications, and bracing.When these treatments are exhausted and the patient’s daily pain level affects quality of life, replacement surgery needs to be considered. Baublitz’s explanation for the rise in replacement surgery among boomers is this: “Knee arthritis can be extremely debilitating and interfere with even the basic activities of daily living. Rather than suffer with knee pain, baby boomers realize that a knee replacement typically relieves pain and facilitates a return to a healthy, active lifestyle.”He says that a return to athletic activities, such as golf, bowling, dancing, and bicycling, is very realistic; those that put stress on the knee—running, jumping, squatting—should be avoided. As far as postsurgical recovery, he says patients report “significant satisfaction in terms of pain relief around the nine- to 12-month timeframe.”

Dr. Raymond Dahl, a practicing partner of Orthopedic Institute of Pennsylvania, specializes in joint replacement and spinal surgery. Promoting preventative measures as the recipe for healthy living, he says that you can eliminate or at least put off the necessity for a knee or hip replacement by maintaining a healthy weight and exercising regularly.“The best exercise,” he says, “is low-impact aerobic activity for endurance, range of motion exercise to maintain flexibility, and strength/pain training for muscle tone.”Dahl also explains that the increase in hip and knee replacements for the boomer generation is the result of the 45-64 age group’s desire to be more active than any previous generations. Consequently, many of them continue to participate in sports and gym workouts with the same intensity they demonstrated in their 20s and 30s.“Rather than waiting,” Dahl says, “these patients are opting for hip and knee replacements at a much earlier onset of osteoarthritis to maintain their active lifestyle.” Dahl indicates that because of this, the total number of replacements performed each year is rising dramatically.Both hip and knee surgeries are executed to replace the weight-bearing surfaces of these joints. The surgeon cuts away damaged bone and cartilage and replaces it with an alloy of cobalt, chrome, or titanium and a plastic compound called polyethylene. Dahl says it’s the polyethylene that makes a difference in today’s joint replacement procedures, compared to 10 years ago; the new plastics are designed to comprise much better wear characteristics, which in turn improves the longevity of the prosthesis.“Unless you get an infection or have an accident,” says Dahl, “the longevity of the prosthesis is at 15 to 20 years. The first-year failure rate for total joint replacement is less than 1 percent.”Dahl adds that total hip replacement “is the best surgery we do, period. It has the highest satisfaction rate of all surgery and affords a less painful recovery than knee surgery.”

According to the American Academy of Orthopaedic Surgeons, “Hip replacement procedures have been found to result in significant restoration of function and reduction of pain in over 90 percent of patients.”Most hip and knee surgeries are for complete or total replacements versus partial replacements. That’s true for the knee, since it’s the largest joint and the most easily injured. Because it’s broken up into three compartments, it’s rare that only one compartment is diseased. Dahl says that the actual number for partial knee replacements is about 5 percent of all surgeries done. But for those 5 percent, the benefits include quicker recovery times, hospital stays, and rehabilitation. “Partial knee replacement,” says Baublitz, “is less invasive and requires minimal violation of the bone and soft tissue around the knee. Rehabilitation is usually accelerated, and patients often report that their replacement knee feels very much like their native knee. “However, he also notes that many patients who seek treatment for the pain caused by knee arthritis are not candidates for the less invasive surgery, since they exhibit more than one diseased knee compartment. Baublitz says that additional factors a surgeon must consider for partial knee replacement include the patient’s motion, stability, and degree of knee deformity. In the end, he says, “For reduction of pain and restoration of function, total knee replacement remains the gold standard for the treatment of knee osteoarthritis and pain involving all parts of the knee. “According to Dahl, a very narrow population may benefit from hip resurfacing—an alternative to total hip replacement for arthritis of the hip. He says that typical candidates for this procedure include younger (60 and under), thinner males. The advantage offered by this interim treatment is that it “preserves enough healthy bone to allow for future total hip replacement. “Ultimately, whether it’s through injury, excessive weight gain, osteoarthritis, or as a result of genetic factors, the degree of daily pain in either of your knees or hips will dictate your decision for replacement surgery. Joint replacement is “a surgery you ask for,” Dahl says. When your quality of life is so compromised by pain that even your sleep is disrupted, then you’re probably ready for it.

MRI Upper Extremity (Shoulder, Upper Arm, Elbow, Forearm, Wrist, or Hand) Preauthorization Documentation Guidelines

1. Suspicious mass or tumor
      a. On initial evaluation or follow up
2. Staging of known cancer
3. Suspected or known infection (septic arthritis or osteomyelitis)
4. Suspected Osteonecrosis
5. Evaluation of Rheumatoid Arthritis or other autoimmune diseases
6. Evaluation of Post-op Complications
      a. Infection, delayed union, other
7. Suspected fracture with prior imaging non-diagnostic
8. Abnormal bones scan with non-diagnostic Xray
9. Significant injury with suspected ligament, cartilage, tendon, nerve or bone injury with non-diagnostic prior imaging
      a. Suspected massive rotator cuff tear
10. Evaluation of pain or more minor injury with initial imaging non-diagnostic:
      a. Pain lasting 3 months or greater
      b. Failed conservative therapy: Must include each one:
           i. Rest: modified activities or assistive devices/rigid splints or braces
           ii. Ice or heat
           iii. Medications and/or injections
           iv. Physical therapy or a physician directed home exercise program
           or chiropractic care
                1. Document instructions given
                2. Document compliance and results
                3. Document duration and dates

MRI Spine Preauthorization Documentation Criteria

1. Tumor, masses, or cancer: suspected or known
2. Neurological Deficits
3. Trauma or acute injury
       a. With neurological deficits
       b. With progressive symptoms during conservative treatment
4. Infection: known or suspected
5. Inflammation: Ankylosing Spondylitis
6. Pre-op Evaluation
7. Post-op Complications
8. Acute or Chronic Axial or radicular pain
       a. Pain lasting 6 weeks or greater
       b. ADLs must be affected
       c. Progressive neurological deficit or an abnormal EMG
             i. Must document specific dermatome, muscle weakness, reflex
abnormalities
       d. Failed conservative therapy: Must include each one:
             i. Rest: modified activities or bracing
             ii. Ice or heat
             iii. Medications, acupuncture or stimulators
                   1. Specific name of medication start date and duration and
                   results
             iv. Epidurals or other injections (not trigger point injections)
             v. Physical therapy or a physician directed home exercise program
             or chiropractic care
                   1. Document instructions given
                   2. Document compliance and results
                   3. Document duration and dates

MRI Pelvis Preauthorization Documentation Criteria

1. Musculoskeletal Pelvic MRI:
     a. Mass or tumor
    b. Significant injury to rule out fracture or other injury
    c. Osteonecrosis of hips
    d. Sacroiliitis
    e. Sacroiliac joint dysfunction
    f. Pain lasting 3 months or greater
    g. Failed conservative therapy: Must include each one:
            i. Rest: modified activities or assistive devices/rigid
            splints or braces
            ii. Ice or heat
            iii. Medications and/or injections
            iv. Physical therapy or a physician directed home
            exercise program or chiropractic care
                    1. Document instructions given
                    2. Document compliance and results
                    3. Document duration
    h. Persistent Pain not responsive to 4 weeks of conservative treatment

2. Prostate Cancer Evaluation, follow up, and surveillance

3. Mass or Tumors

4. Cancer detection, staging, or surveillance
    a. 3, 6, or 12 month follow up

5. Infection:
        a. Appendicitis
        b. Diverticulitis not responding to conservative care
        c. Inflammatory bowel disease
        d. Abscess suspected
        e. Fistula
        f. Abnormal fluid collection

6. Pelvic Floor failure

7. Uterine abnormalities

8. Undescended Testes

9. Pre-op Evaluation

10. Post-op Complication

MRI Lower Extremity (Hip, Knee, Leg, Ankle, or Foot) Preauthorization Documentation Guidelines

1. Suspicious Mass or Tumor
       a. On initial evaluation or follow up
2. Staging of known Cancer
3. Known or suspected infection
4. Suspected Osteonecrosis or Legg-Calve-Perthes Disease
5. Suspected SCFE, tarsal coaltion
6. Evaluation of Post-op complication:
       a. Infection, delayed union, other
7. Suspected fracture with prior imaging non-diagnostic
8. Abnormal bone scan with non-diagnostic xray
9. Significant injury with suspected ligament, cartilage, or bone injury
10. Evaluation of pain or more minor injury with initial imaging negative:
       a. Pain lasting 3 months or greater
       b. Failed conservative therapy: Must include each one:
             i. Rest: modified activities or assistive devices/rigid splints or braces
             ii. Ice or heat
             iii. Medications and/or injections
             iv. Physical therapy or a physician directed home exercise program orchiropractic care
                  1. Document instructions given
                   2. Document compliance and results
                   3. Document duration

MRI Chest Preauthorization Documentation Guidelines

1. Mediastinal or hilar mass
2. Myasthenia gravis with suspected thymoma
3. Brachial Plexus Dysfunction
4. Thoracic/Thoracoabdominal aneurysm
5. Suspected or confirmed Congenital Heart Disease
6. Thoracic Outlet Syndrome

MRI Brain Preauthorization Documentation Criteria

1. Suspected or known MS
2. Seizure disorder, known or suspected new or refractory
3. Suspected Parkinson’s disorder
4. Neurological symptoms or deficits
     a. Acute, new or fluctuating deficits
5. Mental status changes
6. Trauma to the head with neurological changes, vomiting, headache
7. Evaluation of headaches
      a. Chronic with change in pattern/character
      b. Sudden onset severe headache
      c. New onset headache in pregnancy
8. Suspected brain tumor or cancer
9. Known or suspected stroke
10. Suspected Infection
11. Suspected Congenital abnormality
12. New onset tinnitus or vertigo associated with visual changes

MRI Abdomen and MRCP Preauthorization Documentation Criteria

MRI
1. Suspicious Mass or Tumor
2. Surveillance of Mass, Tumor, or Cancer    
      a. 3, 6, 12 month follow up
3. Suspected infection:
      a. Appendicitis
      b. Peritonitis
      c. Pancreatitis
      d. Inflammatory bowel disease
      e. Cholecystitis
      f. Abscess
      g. Fistula
      h. Hepatitis C
4. Preoperative Evaluation
5. Post-op complication

MRCP
1. Suspected Congenital Abnormality
2. Chronic pancreatitis or related complications
3. Biliary tree symptoms
4. Pre-op Evaluation
5. Post-op complication or surveillance
6. Inconclusive abnormalities identified on other imaging