CHAPTER 76 • BASEBALL 463
on reducing pain and swelling and improving strength.
During the recovery phase treatment is focused on
pain-free range of motion, strength, and improved sta-
bility and function. The maintenance phase of rehabili-
tation includes increases in power, endurance, strength,
and activity specific function.
- Interval throwing programs(ITPs) are structured to
increase a pitcher’s strength and endurance before
returning to competitive pitching. ITPs are prescribed
after an injury or at the start of preseason training.
Programs are designed for players to reach specific
goals, often over a period of 3 to 4 weeks. A typical
week might comprise 4 days of throwing and 3 days of
rest. Throwing days start with warm-ups and stretching
and are followed by throwing. Throwing distances are
gradually increased throughout the program.
PREVENTION
- Prevention of injuries is directed at proper condition-
ing, proper mechanics, proper equipment, and avoid-
ing overuse. - Pitchers throwing more frequent change-ups have a
decreased risk of elbow pain compared to pitchers
throwing more sinkers (Marshall et al, 2003; Lyman
et al, 2001). - Implementing use of safer equipment including
break-away bases, batting helmets with face guards,
and lighter mass baseballs in youth play (Janda,
2003).
LITTLE LEAGUE BASEBALL
•For information on Little League Baseball, including
policies and rules on such things as restrictions for
pitchers, visit their web site at http://www.littleleague.org.
THE AMERICAN ACADEMY OF PEDIATRICS
RECOMMENDATIONS (Washington, 2001)
- Baseball and softball for children 5 through 14 years
of age should be acknowledged as relatively safe
sports. Catastrophic and chronically disabling injuries
are rare; the frequency of injuries does not seem to
have increased during the past two decades. - Preventive measures should be used to protect young
baseball pitchers from throwing injuries. These meas-
ures include a restriction on the number of pitches
thrown in organized and informal settings and instruc-
tion in proper training, conditioning and throwing
mechanics. Parents, coaches, and players should be
educated about the early warning signs of an overuse
injury and encouraged to seek timely and appropriate
treatment if evidence of an injury develops.
- Serious and potentially catastrophic baseball injuries
can be minimized by the proper use of available
safety equipment. This includes the use of approved
batting helmets; helmets, masks, and chest and neck
protectors for all catchers; and rubber spikes.
Protective fencing of dugouts and benches, and the
use of break-away bases also are recommended, as is
the elimination of the on-deck circle. Protective
equipment should always be properly fitted and well
maintained. These preventive measures should be
used in games and practices and in organized and
informal participation. - Baseball and softball players should be encouraged to
wear polycarbonate eye protectors on the batting hel-
mets to reduce the risk of eye injury. These eye pro-
tectors should be required for functionally one-eyed
athletes (best corrected vision in the worst eye of less
than 20/50) and for athletes who have undergone eye
surgery or experienced severe eye injuries if the oph-
thalmologists judge them to be at an increased risk for
eye injuries. These athletes also should protect their
eyes when fielding by using polycarbonate sports
goggles. - Consideration should be given to using low-impact
baseballs and softballs for children 5 to 14 years of age.
Particularly, children younger than 10 years should be
encouraged to use the lowest impact balls.
•Developmentally appropriate rule modifications, such
as avoidance of headfirst sliding, should be imple-
mented for children younger than 10 years. - Because current data are limited, the routine use of
chest protectors is not recommended for baseball
players other than catchers. - Surveillance of baseball and softball injuries should
be continued. Studies should continue to determine
the effectiveness of low-impact balls for reducing
serious impact injuries. Research should be continued
to develop other new, improved, and efficacious safety
equipment.
REFERENCES
Curfman GD: Fatal impact—concussion of the heart. N Engl J
Med 338(25):1841–1843, 1998.
De Maeseneer M, Jaovisidha S, Jacobson JA et al: The bennett
lesion of the shoulder. J Comput Assist Tomogr 22(1):31–34,
1998.