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Keyword: baseball

What can young baseball and softball players learn from the pro’s training routines?

Guest post by:

Shane K. Woolf, MD
Chief, Sports Medicine
Associate Professor
Department of Orthopaedics
Medical University of South Carolina

Sunday was the first game of Major League baseball’s spring training. The excitement of the 2015 season is now in full swing. Pitchers and catchers reported to training over the past 2 weeks and the full squads generally reported about 5 days later. The drills, cardio work, flexibility/strengthening routines, and technical fine tuning over the next month will be essential to get players conditioned in time for the MLB season opener on April 5th.

Practices in the early weeks usually involve morning training routines on the fields adjacent to the spring game stadiums. Pitchers, catchers, and some position players returning from injury are usually the first to report. This enables them to work on throwing arm flexibility, strength training, core rehabilitation, throwing mechanics, or recovery from injury before the chaos of full team practices and preseason games sets in.

So, what aspects of spring training can be adopted for all baseball and softball players, from youth leagues up through elite college level ball?

General Fitness Considerations

First and foremost, players would ideally report to training already engaged in a preseason fitness program. Opening day for the Majors is only 4-6 weeks away from reporting day, so attempts to ramp up fitness from scratch in such a short period of time can be a set-up for early season injury.

Another general consideration is that an adequate nutritional program is essential to promote fitness, recovery, and improvement through the season. Most important is to balance caloric intake and include sufficient protein for recovery and healing of tissues stressed during activity. Maintaining hydration during and after practice is also essential. In particular, as athletes participate in progressively intense training or play, the metabolic and fluid needs of the body increase.  Similarly, a progressive program with ample rest is important to allow the body to adapt to higher intensity activity.

Flexibility Development

All Major League players participate in some type of flexibility program. Shoulder, back, hip, and lower limb flexibility is important no matter the position. A general daily flexibility program should be built into the training routine. One study showed that a dynamic stretching program could reduce hamstring injury risk, for instance. (1) For throwers, though, tightness of the back part of the shoulder joint (posterior capsule tightness) can alter throwing mechanics, increase impingement, and increase rotator cuff injury risk. (2) For the thrower, stretching the posterior shoulder joint capsule with ‘sleeper’ and ‘cross body’ stretches can reduce risk of injury to the dominant shoulder as well as other structures like the elbow ulnar collateral ligament. (3) What thrower wouldn’t want to avoid an injury that could lead to Tommy John surgery?

Strength, Speed, and Agility Training

Core as well as throwing shoulder strengthening is the cornerstone of performance. Performance is improved with full-body resistance training and rotational plyometric work for bat speed. Upper body plyometric exercises are important for throwers. (4) A 2010 study showed that preseason weakness of the rotator cuff predicted higher risk for injury requiring surgery in professional pitchers. (5) So focusing on strength of the throwing shoulder can also help reduce injury rates.

Agility, speed, and lower-body power have been shown to be predictive of better performance in baseball players. (6) Thus, focusing on these areas during training and through the season can enhance performance. To develop speed, strength and conditioning coaches use form running drills. Squats, lunges and plyometrics are common core/hip programs. (7) While these specific exercises may not be appropriate for youth players, certainly box jumps, sit-ups, and plyometric hip exercises can be beneficial to players of all ages.

Metabolic Fitness

Baseball and softball are fundamentally sports that demand explosive power and speed more than aerobic endurance. Thus, cardiovascular and metabolic training in the preseason should focus on repeated sprints, jumps, plyometric, and agility work at near maximal exertion levels to enhance anaerobic performance. (8,9)

The key is to have an organized program in place and to engage the athletes in their own progress as well as injury risk reduction. To stay healthy all season, the athlete must prepare properly and early. If an unfortunate injury does develop, seek out the expertise of a sports medicine specialist, such as the team of professionals at MUSC Health Sports Medicine.

References

1 O’Sullivan et al: BMC Musculoskelet Disord (2009)
2 Myers et al: Am J Sports Med (2006)
3 Dines et al: Am J Sports Med (2009)
4 McEvoy and Newton: J Strength Cond Res (1998)
5 Byram et el: Am J Sports Med (2010)
6 Hoffman et al: J Strength Cond Res (2009)
7 Ebben et al: J Strength Cond Res (2005)
8 Rhea et al: J Strength Cond Res (2008)
9 Wallace et al: J Sports Med Phys Fitness (2007)

Guest Post by:
Lindsey Clarke, MS, ATC, CMT
MUSC Health Sports Medicine

 

It’s that time of year where it’s just about time to hang up those basketball shoes or that wrestling singlet, and grab those cleats or glove. The winter sports season is ending and spring is just around the corner. While more and more high school student athletes are specializing in one sport earlier in their careers, there are still quite a few multi-sport athletes out there. It may seem that a multi-sport student athlete’s schedule is never ending, and the schedule they keep could do more harm than good. Transitioning from one season to the next doesn’t have to be as daunting and exhausting as it might seem…and playing multiple sports just might help you.

  • Many coaches are aware of multi-sport athletes and appreciate what they can bring to their team.  Coaches understand that the timing, intensity and type of physical exertion are different from one sport to the next.  There is a certain amount of adjustment for the multi-sport athlete in the early part of the season, and coaches have to be a little more patient.  Taking a different approach, and having a different mindset about how practices are set up can benefit their athletes making a transition from one sport to the next.
  • Over 7.5 million high school students participate in interscholastic athletics each year (National Federation of State High School Associations, n.d.). Proponents of high school sport programs believe these activities contribute to the overall education of students. While it may seem like students who are multi-sport athletes may be at risk for adverse affects in their class work, studies have shown that students involved in multiple sports actually have better grades, higher attendance rates, fewer discipline problems, and are less likely to be involved in risky behaviors.
  • It may seem that moving from one sport to the next with little to no rest in between seasons would be physically detrimental to an athlete, but the opposite is actually true. According to an American Medical Society for Sports Medicine report, diversified sports training during early and middle adolescence may be more effective than specializing early in regards to the development of elite-level skills.  This diversification can provide benefits such as skill transfer, can aid with development of more muscle groups for a more well-rounded athlete, and lessens the chance for burnout because of expanded interest. Variety in the physical demands of sports training is often a good thing because it prevents overtraining, and it lessens the degree of physical and psychological exhaustion.  Children who specialize in a single sport account for 50% of overuse injuries in young athletes.  In a study of 1200 youth athletes, Dr. Neeru Jayanthi of Loyola University, found that early specialization in a single sport is one of the strongest predictors of injury. Athletes in the study who specialized were 70% to 93% more likely to be injured than children who played multiple sports!
  • Playing conditions are also something to keep in mind when transitioning from one season to the next.  There are a number of variables that may require more attention when starting your next sport: playing surface, size of playing field, increased physical demands, number of participants, weather conditions, and equipment to name a few.  If addressed accordingly, these shouldn’t pose too much of a problem.  For example, if you ask a basketball player that is accustomed to a climate-controlled, smooth court wearing rubber soled shoes how they feel the first few days of soccer season, playing on an open-air soccer field in cleats, you might hear a few gripes! The key here is to be honest with yourself and know your limitations.  If you’re hurt, communicate with your coach and your athletic trainer. As a result, any injury that presents itself during your transition will get resolved and not plague your next season.

As an athletic trainer that provides coverage at a high school where approximately 1/3 of student athletes are multi-sport, I see my athletes deal with this constant flux year after year.  One of my senior girls shared some of her thoughts on her experiences as a winter to spring sport athlete for the past four years…

“I find it easier when I am playing different sports back to back.  It helps me focus on school work since I have a very limited time for certain things…time management is key.  The cross training is a huge help too.  Coming in with my conditioning from basketball allows me to focus more on learning the plays for lacrosse instead of trying to get in shape and change sports at the same time.  It’s also really fun.  Even though there are times I know my friends are doing things, or I feel tired, I just love playing, so really the benefits far outweigh the negatives for me”.  I couldn’t have said it better myself!

Guest Post by:
Marc Haro, M.D., MSPT
Department of Orthopaedics
Division of Sports Medicine

Looking back as the Major League Baseball (MLB) season begins to wind down and we head into the playoffs, it seems as if there have been a rash of elbow injuries around the league this season. Major media organizations have been commenting on the increasing rate, or as some have characterized, an “epidemic”, of elbow injuries in young throwers. Based upon the media reports, it does seem that an alarming rate of young throwers are going down with ulnar collateral ligament (UCL) injuries.

Over the past several seasons, many high profile baseball players, including Stephen Strasburg of the Washington Nationals, Matt Harvey and Bobby Parnell of the New York Mets, Jose Fernandez of the Miami Marlins among many others have suffered season ending UCL injuries. So far this year alone, 29 players have either underdone or are planning to undergo UCL reconstruction (also know as Tommy John surgery). MLBreports.com has attempted to collect a list of MLB players who have undergone UCL reconstruction, starting with Tommy John himself in 1974 up to the current date (http://mlbreports.com/tj-surgery/)?1. Just looking at the list, you can see how the incidence in major league baseball players has exploded over the years. A recent study in the American Journal of Sports Medicine out of Rush University in Chicago reported that from 2010-2013, an astounding 216 MLB pitchers underwent an UCL reconstruction.2

Growing up a competitive high school baseball player, I remember occasionally hearing about players injuring their elbow and undergoing Tommy John surgery, but is certainly was not a common occurrence, and it was certainly uncommon in high school and youth level sports. This begs us to ask several questions. First what is the ulnar collateral ligament and is there really an increasing rate of injuries in baseball players? If there is, what is causing these injuries and is there anything that we can do about it. What do we need to know about ULC reconstructions?

Famed orthopaedic surgeon and a pioneer of Tommy John Surgery, Dr. James Andrews at the American Sports Medicine Institute (ASMI) has published their rate of UCL reconstructions and were alarmed by the rate of these surgeries occurring in youth and high school athletes. Over the past decade approximately 20-30% of all Tommy John surgeries were performed in youth or high school athletes.3

As you can imagine, throwing a baseball is a complicated processes that uses the muscles to generate a tremendous amount of torque arm. Studies have shown that the velocity generated around the elbow can reach as almost 3000o per second!4 During the acceleration phase of throwing, the main restraint to this tremendous force at the elbow is the ulnar collateral ligament. The ligament can be injured with a single acute injury, but more commonly it seems repetitively overloaded until it ultimately fails. Athletes will often have pain on the inside of their elbow and notice a sharp decrease in velocity and endurance. Often this causes athletes to seek medical care.

Several factors have been shown to be risk factors for UCL injuries including poor throwing mechanics, fatigue, poor physical conditioning, early throwing of breaking pitches, improper warm ups, high velocity throwing etc. However, one risk factor that has stood out the most is overuse. The sheer volume of throwing that young throwers are doing these days seems to have a direct correlation to the rate of UCL injuries. Several studies have shown that pitching year round, pitching on multiple teams, playing catcher when not pitching are linked to increased UCL injury rates. When we perform these surgeries, the ligament often does not appear as if it has recently torn, instead it appears as if it has slowly worn out over time.

Dr. Andrews recently released an excellent Youth Baseball Position Statement with the hopes of curtailing this epidemic. Among his recommendations are to watch carefully for signs of fatigue and to follow pitch/inning counts to prevent overuse. He also recommends optimizing throwing mechanics; avoid the early use of breaking pitches and allow throwers to take 2-4 months off from throwing each year. Nowadays with year round baseball, this can be a tough proposition for an athlete. If there are signs of elbow or shoulder pain, throwing should be discontinued until a sports medicine physician can evaluate them. This is an excellent position statement and should be read by all athletes, parents of athletes, coaches and sports medicine professionals. It can be found at http://www.asmi.org/research.php.

Even with careful monitoring however, these injuries do occur. Unfortunately there are also many misconceptions about the surgery.5,6 One of the major misconceptions by players, parents and coaches is think that it will allow them to throw harder after surgery. While performance may improve after surgery, this is likely due to the fact that they were under performing with the injury prior to their reconstruction. Studies have shown that almost 20% of patients undergoing Tommy John surgery will never return to their previous level of throwing7 and these are in professional athletes with a huge amount of financial resources behind them including physical therapist, athletic trainers, personal trainers and a team of physicians.

So as the MLB season comes to a close and youth summer ball transitions to fall ball, we need to pay attention to the health of our throwing athletes. Athletes, parents and coaches need to be mindful of how many pitches are being thrown throughout the year and make sure that they get enough rest during the off season to allow their elbow to recover. With proper education and awareness of everyone, hopefully we can then prevent this epidemic of elbow injuries from continuing.

For additional information visit the MUSC Health Sports Medicine website.

References:

1. Tommy John Surgery Tracker 1974 – Present: http://mlbreports.com/tj-surgery
2. Erickson BJ, Gupta AK, Harris JD, et al. Rate of return to pitching and performance after Tommy John surgery in Major League Baseball pitchers. Am J Sports Med. 2014;42(3):536–543. doi:10.1177/0363546513510890
3. Youth UCL Surgery “Tommy John Surgery”. AMSI. http://www.asmi.org/research.php?page=research&section=UCL
4. Werner SL, Fleisig GS, Dillman CJ, Andrews JR. Biomechanics of the elbow during baseball pitching. J Orthop Sports Phys Ther. 1993;17(6):274–278. doi:10.2519/jospt.1993.17.6.274.
5. Position Statement for Tommy John Injuries in Baseball Pitchers. AMSI. http://www.asmi.org/research.php?page=research&section=TJpositionstatement
6. Ahmad CS, Grantham WJ, Greiwe RM. Public perceptions of Tommy John surgery. Phys Sportsmed. 2012;40(2):64–72. doi:10.3810/psm.2012.05.1966.
7. Cain EL, Andrews JR, Dugas JR, et al. Outcome of ulnar collateral ligament reconstruction of the elbow in 1281 athletes: Results in 743 athletes with minimum 2-year follow-up. Am J Sports Med. 2010;38(12):2426–2434. doi:10.1177/0363546510378100.

 

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