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Ask Doctor McNutt

Dr. McNutt is volunteering his services for our DJHA families for a third season.

Here is a great opportunity to ask the doctor questions relating to sports injuries, steroids, nutrition, etc.

Approximately every 2 weeks Dr. McNutt will answer all of the questions he receives and the questions and answers will be posted on the website for our DJHA families to read.

Please fill out the form below to submit your questions.

 


JOSEPH W. McNUTT, M.D. BIO

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PERSONAL

·         Born: August 23, 1968, Harrison, AR

·         Wife: Kim

·         Children: Matthew, Andrew, Nathan, Lucas

 

EDUCATION

·         High School: Harrison High School, Highest Honors  1986

·         College: Arkansas Tech University, BS, Chemistry, Magna Cum Laude  1990

·         Medical School: University of Arkansas for Medical Sciences, MD (AOA)  1994

·         Residency: Fort Worth Affiliated Hospitals Orthopedic Residency Program  1999

·         Fellowship: Sports Medicine, University of Oklahoma Health Science Center  2000

 

PROFFSIONAL ORGANIZATIONS

·         American Academy of Orthopedic Surgeons

·         Arthroscopy Association of North America

·         American Orthopedic Society for Sports Medicine

·         American College of Surgeons

 

ACCREDITATION/AWARDS

·         Roy Lee Baker Memorial Outstanding Student Athlete Award (HHS) 1986

·         Alfred J. Crabaugh Outstanding Male Senior Award (ATU) 1990

·         Scholastic All-American (ATU – Football) 1990

·         Alpha Omega Alpha Medical Honor Society (UAMS) 1994

·         Basic Science Research Award (OUHSC) 2000

·         Board Certified Orthopedic Surgery, American Board of Orthopedic Surgeons 2002

·         Board Certified Sports Medicine, American Board of Orthopedic Surgeons 2008

·         Voted “D” Magazine – The Best Doctors in Dallas – 2006, 2008

 

PROFESSIONAL ACTIVITIES

·         Team Coverage: Oklahoma City Redhawks Baseball Club, 1999 – 2000  

·         Team Coverage: Oklahoma City Blazers Hockey Club (CHL), 1999 - 2000

·         Team Coverage: University of Oklahoma  Sooners Girls Soccer Club, 1999 - 2000

·         Team Coverage: Bishop McGuiness High School Football, OK City, OK  1999

·         Team Coverage: Harrison High School Athletics, Harrison, AR  2000 – 2001

·         Team Coverage: North Arkansas College Athletics, Harrison, AR  2000 – 2001

·         Team Coverage: Preston Wood Christian Academy Athletics, Plano, TX  2003 – 2005

·         Team Coverage: Lovejoy Athletic Department, Allen, TX – 2006 – Present

·         Team Coverage: Assistant Physician Plano East Athletics, Plano, TX 2003 - Present

·         Private Practice: Ozark Orthopedic Associates, Harrison, AR 2000 – 2001

·         Private Practice: (FOSM) Dallas,  Plano, and Frisco TX,  2001 – Present

·         Consultant: Kurt Thomas Gym  2006 – Present

·         Consultant: Dallas Junior Hockey Association, 2007 – Present

·         Consultant: Frisco Football League - 2008

 


The Young Athlete

 

Young athletes have special needs. Because their bodies are growing, they often require more age-specific coaching, conditioning, and medical care than mature athletes. An awareness of the special requirements of young athletes can better prepare them for the competitive pressures and physical injuries that can come with increased sports activity.
More young people are participating in sports today than ever before. Athletic participation has increased in grade schools, high schools, and community programs: 50% of boys and 23% of girls between the ages of 8 and 16 years compete in organized sports programs sometimes during the year. Beyond organized sports programs, millions more young people participate in physical education classes, church and community intramural programs, and other recreational athletic activities.
A host of factors has contributed to the growing interest in the health and athletic conditioning of young athletes. The media impact on youth has elevated talented college and professional athletes to heroic levels. The media’s representation of these sport heroes may confuse young athletes by creating unrealistic expectations. For example, the early return to competition by professional athletes following injury creates the impression that athletes often heal faster than the rest of us. Peer pressure and the economic and social forces exerted on school coaches to win may lead to decisions that are not truly in the best interests of a child’s health, growth, and development are other factors that have spurred interest in the health o young athletes.
Young Athletes Are Different
 The growing athlete is not merely a smaller version of the adult. There are marked differences in coordination, strength, and stamina. In young athletes, bone-tendon-muscle units, growth areas within bones, and ligaments experience uneven growth patterns, leaving them susceptible to injury. Increases in body size may be the result of additional fat instead of muscle, causing marked differences in strength. Too often, unfair competition occurs between boys of 100 pounds of baby fat and boys of 150 pounds of muscle.
Grade school students are less likely to experiences severe injuries during athletic activities because they are smaller and slower than older athletes.
When they collide or fall, the forces on their bodies are usually not high enough to cause injury. They simply do not generate enough kinetic energy. However, high school athletes are bigger, faster, and stronger and are capable of producing high enough kinetic energy to sustain serious injuries.
The Importance of Good Coaching
Although athletic coaches often recognize severe injuries because of signs of pain and the inability to continue playing, they should also watch for early signs of physical problems (such as pain or limp) in young athletes. Coaches may have more difficulty spotting less severe injuries, however, because the pain is low grade and the athlete often ignores it. Repeat injuries may turn into overuse conditions, which can put the athlete on the sidelines for the rest of the season.
Because many sports injuries in young athletes, particularly elbow and knee injuries are caused by excessive, repetitive stress on immature muscle-bone units, coaches should provide protection for the young athlete through proper conditioning, prompt treatment of injuries, and rehabilitation programs. Conditioning programs usually strive to make the young athlete physically fit by improving muscle strength, endurance, flexibility, and cardio respiratory fitness. Conditioning, prompt treatment of injuries and rehabilitation are particularly important because repetitive overuse injuries can lead to fractures, muscle tears, or bone deformities. Fortunately, such injuries are uncommon in young athletes, and prolonged pain is usually an early warning sign.
Coaches as well as parents also are responsible for creating a psychological atmosphere that fosters self-reliance, confidence, cooperation, trust, and a positive self-image. Young athletes must learn to deal with success and defeat in order to place events in a proper perspective. Some coaches and parents go too far in analyzing player performance. The promotion of the "win at all costs" ethic can have both short-term and long-term detrimental effects on impressionable young athletes.
Soft-Tissue Injuries
Major sports-related injuries are rare in young athletes. Approximately 95% of sports injuries are caused by minor trauma involving soft tissues-bruises, muscle pulls, sprains (ligament injuries), strains (muscle and tendon injuries), and cuts or abrasions. Little sports time is lost as a result of these injuries. Moreover, sports injuries occur more frequently in physical education classes and free-play sports than in organized team sports. Minimal safety precautions and supervision can prevent many injuries
          Sprains
Almost one-third of all sports injuries are classified as sprains. A sprain is a partial or complete tear of a ligament, which is a tough band of fibrous connective tissue that connects the ends of bones and stabilizes the joint. Symptoms include the feeling that a joint is loose or unstable, the inability to bear weight because of pain, loss of motion, hearing the sound or feeling the sensation of a "pop" or "snap" when the injury occurred, and swelling. Not all sprains produce pain.
Strains
A strain is a partial or complete tear of a muscle or tendon. Muscle tissue is made up of cells that contract and make the body move. A tendon consists of tough connective tissue that attaches muscles to bones.
Contusions
The most common sports injury, contusions (bruises), rarely causes a young athlete to be sidelined. Bruises result when a blunt injury causes underlying bleeding in a muscle or other soft tissues.
Prompt treatment for soft-tissue injuries usually consists of rest, applying ice, wrapping with elastic bandages (compression), and elevating the injured arm, hand, leg, or foot. This usually limits discomfort and reduces healing time. Proper first aid will minimize swelling and help the physician establish an accurate diagnosis.
 
Spinal Cord Injuries
Although spinal cord injuries in sports are rare, 10% of all spinal injuries occur during sports, primarily diving, surfing, and football. Spinal cord injuries can range from a sprain to paralysis in the arms and legs to death. Participants in contact sports can minimize the risk of minor spinal injuries (neck sprains and pinched nerves) by doing exercises to strengthen the neck muscles.
Skeletal Injuries
A sudden, violent collision with another player, an accident with sports equipment, or a severe fall can cause skeletal injuries in the growing athlete.
Fractures constitute 5% to 6% of all sports injuries. Most fractures occur in the arms and legs. Spine and skull fractures are rare.
More common, however, are stress fractures and ligament-bone disruptions that occur because of continuing overuse of a joint. The main symptom of a stress fracture is pain. Frequently, initial x-rays do not show any signs of a stress fracture and athletes are permitted to return to the same activities. As a result, the pain often returns or continues, but the athlete keeps playing. Stress fractures most often occur in the tibia (the larger leg bone below the knee), the fibula (the outer and thinner leg bone below the knee), and the foot.
Little League elbow can occur when a baseball pitcher's repetitive throwing puts too much pressure on the growth centers of the elbow bones. This painful condition results from overusing muscles and tendons or from an injury to the cartilage surfaces in the elbow.
In the growing athlete's musculoskeletal system, pain from repetitive motion may appear somewhere besides the actual site of the injury. For instance, a knee ache in a child or adolescent may actually be pain caused by an injury to the hip.
Diagnosis
Diagnosis of any sports-related orthopedic injury should be made promptly by orthopedic surgeons, physicians who specialize in the care of the musculoskeletal system. The physician usually will ask the young athlete how the injury occurred, where the pain is located, in which sport the athlete participates, and then follow with questions about the type of pain to determine whether it is a stabbing pain, a dull ache, or a throbbing.
During the physical examination, the orthopedist will ask the young athlete to move the affected area to determine whether the normal range of motion has been affected. The orthopedist will gently touch the area to observe for obvious skeletal abnormalities. X-rays or other radiographic tests may be ordered, depending on the young athlete's condition and the doctor's need for additional information.
Treatment
Orthopedic surgeons have been in the forefront of treating musculoskeletal system injuries and have a long tradition of caring for young athletes. They have analyzed and clarified the psychological needs of young athletes, researched the susceptibility of young athletes to physical injury, and made recommendations regarding conditioning and training. Orthopedic surgeons provide early and comprehensive care of orthopedic injuries that can help young athletes heal and return to athletic activities with less risk of repeated injury.
Treatment varies according to the young athlete's condition, but it may include rest, elevation, compression bandages, crutches, cast immobilization, or physical therapy.
Female Athletes
In the past 15 years, female involvement in sports has increased by more than 700% at the high school level. Although early studies indicated that female athletes needed to train at lower levels of intensity than male athletes, it appears that this was more a social than a physiological problem. Female athletes are able to train and frequently compete at levels that rival many of the best male athletes. Although there are differences in performance that are sex-related, athletic injuries are related more to an athlete's specific sport than his or her sex.
Risk and Benefits
Athletic activity by young people is generally safe with low risks and high benefits. The major goal should be enjoyable participation. Exposure to competitive and noncompetitive sports encourages the development of fitness, motor skills, social skills, and a life-long appreciation for sports.
Your orthopedist is a medical doctor with extensive training in the diagnosis, and non-surgical and surgical treatment of the musculoskeletal system, including bones, joints, ligaments, tendons, muscles and nerves.
This material has been prepared by the American Academy of Orthopaedic Surgeons and is intended to contain current information on the subject from recognized authorities. However, it does not represent official policy of the Academy and its text should not be construed as excluding other acceptable viewpoints.
 

 

Cervical Spine Injuries:

On Ice Management

 

An unconscious athlete or athlete with a spinal injury should not be treated hastily or haphazardly. Being prepared to handle this situation is the best way to prevent actions that could convert a repairable injury into a catastrophe. Prevention of further injury is the single most important treatment objective.

 

  • Advance planning is key.
  • Team physician or trainer should be designated as the person responsible for supervising on ice management of cervical spine injuries (if not available then paramedics or other medical personnel).
  • Emergency equipment must be available at site (spine board, stretcher, and equipment necessary for helmet removal and CPR).
  • Availability to ambulance services, and hospital is a must (a telephone needs to available at all times as well as correct phone numbers).

 

Unconscious Player or Suspected Neck Injury

 

  • Always assume that an unconscious player has a cervical spine injury.
  • The first step should be to immobilize the player’s head and neck.
  • Then assess airway, breathing, and circulation (ABC’s). The circulation can be checked by noting their pulse.
  • The level of consciousness should be assessed next (Are they alert, do they know where they are, do they respond to verbal commands or painful stimulus, are they unconscious?) Their pupils should be symmetric in size and respond to light.
  • If the player is breathing, the mouth guard, if present, should be removed and the airway be maintained.
  • The facemask will need to be removed if the respiratory situation is threatened or spinal injury suspected. DO NOT REMOVE THE HELMET OR SHOULDER PADS.
  • The airway should be maintained and the player should remain immobilized until emergency transportation is available or consciousness is regained.
  • If the player is face down when emergency transportation arrives, he or she should be log rolled onto a spine board. Gentle longitudinal traction should be exerted to support the head without attempting to correct alignment.
  • If the patient is not breathing or stops breathing, the airway must be established. If face down, then log roll the player to a face-up position and perform needed CPR procedures.
  • Ideally the medical support team is made up of five members: the leader, who controls the head and gives commands only; three members to roll: and a fifth member to help lift and carry when necessary. If time permits and a spine board is available, the athlete should be rolled directly onto it. However, breathing and circulation are much more important at this point.
  • With all medical support team members in position, the athlete is rolled toward the assistants- one at the shoulders, one at the hips, and one at the knees. The leader maintains immobilization of the head by applying slight traction and must keep the head and spine in line with body during the roll.
  • Additional members may be needed for heavier players.

 

Conscious Athlete and Ambulatory

  • If the athlete has remained conscious and can walk or skate alone with minimal assistance and cervical spine injury ruled out, then take to the bench for observation and re-evaluation.
  • Assess for painless range of motion of the neck and points of tenderness
  • Determine orientation to time, person, and place and presence of amnesia and confusion: observe gait.
  • Question the athlete about pain, tingling, numbness in any extremity, blackouts, or dizziness and assess memory to check for closed head injury.
  • The athlete should not have headaches, confusion, dizziness, impaired orientation or concentration, or memory dysfunction either at rest or on exertion. Athletes with persistent symptoms should not return to play until cleared by qualified medical personnel.
  • Presume any athlete with neck and/or arm pain or findings suggesting closed head injury have an unstable cervical spine injury until proven otherwise. These athletes should be referred to the emergency department as soon as possible.

KNEE INJURIES

   Introduction

  • Over 20 million visits made to physician’s offices each year concerning knee injuries
  • Knee injuries are the most common reason for seeing an orthopedic surgeon
  • The knee is the largest joint in the body as well as one of the most injured 

 

   On Ice Management

  • If the player can walk then examine on the bench
  • Note any swelling or deformity
  • Tenderness over bony prominences should alert one to a possible fracture
  • Bruising can be seen in both fractures and sprains
  • Always check pulses and neurological status of the leg (numbness and ability to move foot and toes)
  • If there is an obvious deformity then splint and notify EMS (Do not attempt a reduction unless you are medically trained to do so)
  • Apply ice if swelling is present and crutches if player is unable to apply weight to the extremity

 Anatomy

 

  • The knee is made of bones, ligaments, meniscus, and cartilage surrounding muscle and skin.
  • Bones of the knee consist of the Femur, Tibia, and Patella.
  • The major ligaments of the knee are the Medial Collateral Ligament (MCL), Lateral Collateral Ligament (LCL), Anterior Cruciate Ligament (ACL), and the Posterior Cruciate Ligament (PCL).
  • There are two menicus, medial and lateral
  • Cartilage covers the articulating portion of the bones and is termed Hyaline Cartilage.

 

Ligament Injuries

   

  • Two sets of ligaments give the knee its stability, the cruciate and collateral ligaments.
  • Cruciate ligaments are located inside the knee joint and connect the thighbone (femur) to the shinbone (tibia)
  • They function like short ropes that hold the knee joint tightly in place when the knee flexes.
  • The cruciate ligament located in the front (anterior) of the knee is called the ACL, the one in the rear (posterior) PCL.
  • The name cruciate derives from the word crux, meaning cross. The cruciate ligaments crisscross each other to form an “X” or cross

 

ACL Injuries

  • The ACL prevents the shinbone (tibia) from sliding forward beneath the thigh bone (femur)
  • The ACL can be injured several ways: changing direction rapidly; slowing down when running; landing from a jump; or direct contact
  • One may or may not feel pain immediately
  • There is often a  “pop”
  • The knee may give out from underneath you.
  • Swelling usually develops within 2 – 12 hours (blood in the joint)
  • Afterwards the knee may feel unstable during running or walking and especially during activities, which require you to plant and push off the affected extremity.
  • The injury can be diagnosed by your surgeon via physical exam, x-rays, MRI or arthroscopic inspection (surgery)
  • ACL tears may be treated non-operatively or operatively
  • Non-operative treatment is indicated for partial tears that are stable; in patients with low activity level; increased patient age; and patient choice.
  • Operative treatment now is usually performed arthroscopically
  • The ligament is reconstructed not repaired. A strip of tendon (hamstring, quadriceps, or patella tendon) is passed through the joint and secured to the thigh and shinbone by various methods. Cadaver tendons may also be used.
  • ACL injuries in children are usually treated conservatively (activity modification) until skeletal maturity. If the knee is significantly unstable then techniques exist that do not harm the growth plates
  • 6 – 12 month rehab follows with patients returning to their activity of choice by 6 months.

ACL – Women

  • ACL injuries warrant special mention
  • Women have 4 times the risk as men do secondary to the following:

a.        Women tend to land on stiffer knees

b.        They hold their body weight over their knees

c.        There is a greater angle between the pelvis and knee (knock knees)

d.        Tighter intercondylar notch (anatomical difference)

e.        They have weaker hamstrings

f.          Hormonal differences cause the ligament to be weaker (estrogen and relaxin)

 

PCL Injuries

 

  • The PCL prevents the shinbone from sliding backwards beneath the thighbone
  • It is not injured as frequently as the ACL
  • PCL injuries typically occur from direct blow to the shinbone (tibia) this stretches, ruptures or pulls the ligament (with a piece of bone) off of the back of the shinbone. This causes the shin to sag backwards
  • As with the ACL, the diagnosis can be confirmed via: exam, x-rays, MRI, or arthroscopic inspection.
  • PCL injuries may be treated non-operatively or operatively.
  • Isolated injuries usually are stable and do not require surgery (may lead to early arthritis) Non-operative treatment consists of rehab program similar to ACL programs
  • PCL injuries associated with other ligament injuries often do require sugery
  • Operative treatment of the PCL is more difficult than ACL reconstructions and less predictable results. It involves a strip of tendon being passed through the joint and being secured to the thigh and shinbone (similar to the ACL). If a piece of bone was pulled off with the ligament, then this can simply be secured back with a screw.
  • 6 – 12 months of rehab follows.

 

Collateral Ligament Injuries

  • Collateral ligaments are located at the inner side (MCL) and the outer side (LCL)
  • The MCL connects the thighbone to the shinbone and provides stability to the inner side of the knee
  • The LCL connects the thighbone to the other lower leg bone (fibula) and stabilizes the outer side of the knee
  • Injuries to the MCL usually are caused by contact to the outside of the knee causing the knee to buckle inwardly. Injuries to the LCL are much more rare. These injuries usually are accompanied by sharp pain on the affected side. Stable injuries usually do not require surgery

 

MCL Injuries

 

  • MCL injuries (sprains) are classified into three grades:
  • Grade 1 – ligament stretch with pain along the ligament
  • Grade 2 – partial tear with mildly decreased stability
  • Grade 3 – complete tear with significant instability
  • Injuries are diagnosed by exam, x-rays, and MRI
  • MCL tears are usually treated initially with Rest, Ice, Compression, and Elevation (RICE). Bracing may be needed for 4-6 weeks. Rehab for ROM and muscle strengthening initiated as soon as pain allows. If the tear is severe, unstable or unable to heal then direct repair is indicated (good results)

 

LCL Injuries

  • Graded similar to MCL (Grade1, 2, 3)
  • LCL injuries may be treated conservatively if mild or isolated
  • If severe or associated with other injuries (ACL or PCL) then surgery is required
  • Direct repair is possible if done early (2-3 weeks)
  • Reconstruction needed if injury is treated later
  • Various techniques using various grafts are available (technically demanding)

 

Meniscus Injuries

  • One of the most commonly injured parts of the knee
  • The meniscus is a wedge like rubbery cushion in between the shin and thighbone. Menisci curve like the letter “C” at the inside and outside of each knee (medial and lateral meniscus)
  • The meniscus provides several important functions:

a.       Stabilization – prevents the shinbone from moving in front of the thighbone (chop block)

b.       Support – helps carry weight of the body (shock absorbers)

c.       Nutrition – aids in lubrication and cartilage nutrition

  • Meniscus tears usually occur by twisting the knee, pivoting, cutting, or deceleration. Meniscal tears often happen in combination with other injuries (ACL).
  • Older patients can injure the meniscus without any trauma (degenerative tears)
  • People usually complain of “popping” or “catching”. Most people can walk and many athletes continue to play. Occasionally the knee will lock and will be unable to fully extend or flex. Stiffness, swelling and effusions (water on the knee) can be seen.
  • Meniscus injuries are diagnosed by exam, MRI, or arthroscopic exam.
  • They are classified by their shape and size which is important when determining the best treatment

 

Meniscal Treatment

  • Meniscal tears may be treated conservatively if small, stable, or does not cause significant symptoms
  • Initial treatment follows the basic RICE formula (Rest, Ice, Compression, and Elevation)
  • If your knee is stable and does not lock or catch then this treatment is all that may be needed
  • Unstable tears or tears associated with ACL or PCL tears should be surgically addressed. Tears in older patients or the inner segment (poor blood supply) are usually treated with partial excision of the meniscus. Complete removal of the meniscus should be avoided as this leads to early arthritis
  • Repair of meniscus tears are reserved for younger persons with tears in the outer aspect of the meniscus (good blood supply). Tears associated with ACL tears typically heal better when the ACL is surgically reconstructed. Several methods of repair are currently used (suture and implants)
  • Injuries resulting in complete loss of the meniscus in younger patients can be treated with meniscal transplants (technically challenging)

 

Cartilage Injuries

  • Articular cartilage is a tough elastic tissue that covers the ends of bones in joints. It enables the bone to move smoothly over one another
  • Cartilage does not heal well (no blood supply)
  • Damage tends to spread and allowing the bones to rub together (early arthritis)
  • Initial treatment is conservative:
    1. Anti-inflammatory medication
    2. Nutritional supplements
    3. Glucosamine, and chondroitin sulfate
    4. Steroid and hyaluronic injections “Synvisc”
    5. Physical therapy (motion, motion, motion)
  • Malalignment issues should be corrected. Unloader braces can help unload the stressed cartilage. These braces are not usually tolerated by younger and active people
  • Surgical treatment most effective for discreet areas of damage (not general arthritis)
    1. Chondroplasty – smoothing out the edges (short term relief)
    2. Microfracture – Drilling the bone (4 – 6 weeks non weight bearing)
    3. Osteochondral Autografts – cartilage/bone plugs from different portion of the knee (small defects only)
    4. Fresh osteochondral allograft – Cadaver grafts for large defects (complex surgery, disease transmission?)
    5. Autogenous Chondrocyte Implantation – Cartilage transplants for large defects (Complex, 2 separate procedures, large incision, 12 – 18 month recovery)
  • The future of cartilage injury treatment will consist of gene therapy, arthroscopic cartilage transplantation, and electro-magnetic field therapy (“Bionacare”)


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