Hints and Tips
How to succeed with young athletes
Brian Mackenzie explains how to work effectively with young athletes.
Coaches must:
- encourage athletes to have strong-minded attitudes and
self-assertiveness
- structure the athlete's training programs with realistic,
achievable, and progressive targets
- recognise the athlete's achievements with positive enthusiasm
- advise athletes on proper diet and training
- convince athletes that their successes are due to their ability, attitude, and training
- insist on correct technique at all times
- use appropriate well-balanced conditioning programs
- display high standards of personal behaviour and appearance - be
a role model
- place the well-being and safety of the athlete above the
development of performance
- treat all athletes with equality
- encourage athletes to ask questions about their training and
tell you what they think
- accept responsibility for their conduct and discourage
inappropriate behaviour in training and competition
- give all athletes in your training groups equal attention
- be sensitive to the non-verbal signals being transmitted by the
athletes (their faces usually give a good indication of how they feel)
Coaches must NOT
- over race or make the athletes compete outside their class
- criticise the physique of their athletes
- let the athletes think their success is due to luck or poor
opposition
- ever "give up" on an athlete, e.g. tell them they are too slow
to be a sprinter (they are still developing)
- encourage athletes to violate the rules of their sport
- promote or ignore the use of prohibited drugs or other banned
performance-enhancing substances
Give Tennis the Elbow
Brian Mackenzie provides some advice on how to prevent Tennis Elbow.
If you play tennis, squash, or racketball, the chances are good
that you will develop a problem called "tennis elbow". This inflammatory
condition often accompanied by stiffness, soreness, and outright pain affects
up to 45% of regular racket-sport participants.
Tennis elbow is an overuse injury caused by
repeated contractions of muscles connected to the elbow joint of the arm used
to hit the ball. Stress on the elbow is inevitable because some of the force
created when the ball hits the racket automatically passes from the racket into
the forearm and then to the elbow. This repeated impact produces trauma to the
tissues surrounding the elbow, leading to inflammation and soreness.
Unfortunately, continued play usually worsens the condition, heightens pain,
and makes the elbow "stiff", the result of a thickening of the synovium, the
lubricating membrane that surrounds the elbow joint. Routine activities such as
turning a doorknob, holding an umbrella, or shaking hands can become
insufferable nightmares.
Elbow problems can be classified as either "backhand tennis
elbow" or "forehand tennis elbow". The backhand elbow is usually caused by a lack of
strength in the extensor muscles of the forearm (the muscles which attach on
the outer side of the elbow) and or by poor technique. For example, if a player
hits backhand shots by leading with the elbow, the head of the racket lags
behind the elbow during the initial part of the stroke. Before impact with
the ball, the racket must accelerate dramatically, travelling much faster than
the elbow. When the racket hits the ball, the impact forces the racket
to slow down immediately, and the heavy force of impact is transmitted directly
to the elbow. One remedy for this is to hit the backstroke with the entire arm,
instead of "snapping" the forearm ahead at the elbow joint.
Forehand tennis elbow is less common among novice players,
primarily because the average tennis participant's inside-elbow muscles are
stronger than the outside-elbow ones. However, professional players are at high
risk for the malady, because their attempts to put a spin on the ball (for
topspin forehands and spin serves) lead to excessive action at the wrist, which
in turn strains the elbow on the inside. Unfortunately, experience does not lead
to a lessened risk. Studies show that the frequency of tennis elbow
increases with age and the number of years of play. Sadly, tennis elbow takes
longer to correct in older players, too.
To limit your risk of tennis elbow, the following steps should be
beneficial:
- Work with a knowledgeable coach to improve your technique
- Make sure that the grip on your racket is the right size for
you (a grip that is too large or too small increases wrist-muscle fatigue,
making the wrist unstable and leading to too-large forces at the elbow)
- Play on clay or grass courts (cement and other hard courts
raise ball velocity, producing greater impacts and higher elbow forces)
- Use less-stiff rackets (the stiffer the racket, the larger the
force transmitted to the arm)
- String your racket less tightly (the tighter the strings, the
higher the force)
- Strength train your wrist muscles, as well as the muscles on
the inside and outside of the elbow. For the wrists, good exercises include
squeezing a tennis ball and doing wrist curls and extensions with a dumbbell
- Carry out stretching exercises for the wrist muscles and
muscles on the outside and inside of the elbow after you play, or after a
warm-up, which includes light hitting of the ball
- Avoid playing more than four times a week, and if soreness
appears after a game, don't play again until the pain disappears
What if, despite these useful preventive steps, your tennis elbow
serves up a painful challenge to your game? The following measures should help
you:
- Ice down your sore elbow, keeping the ice on for 10-minute
intervals, with 20-minute rests between applications
- Use oral anti-inflammatory medications as directed by your
doctor.
- Apply anti-inflammatory creams to the elbow joint
- As directed by your doctor, use Transcutaneous Electrical Nerve
Stimulation (TENS) treatments, which have been shown to reduce pain and
inflammation in scientific studies
- Once the pain subsides, try using a "counter brace band" when
you play. This band, which fastens around your forearm no closer than one inch
below the elbow joint, slightly changes the angle of pull on elbow tendons,
helps distribute impact forces at the elbow, and is believed to absorb some of
the shocks.
The final word? Tennis elbow does not have to "ace you out" of your
favourite sport. By building elbow and wrist strength and making some slight
changes in your game, you should be able to eliminate tennis elbow in straight
sets.
Further Reading
- VERHEER, J. (1994) Tennis elbow anatomical, epidemiological and therapeutic aspects. Int Orthop, 18, p. 263-267
- GRUCHOW, H.W. and PELLETIER, D. (1979) An epidemiologic study of tennis elbow, incidence, recurrence,
and effectiveness of prevention strategies'. J Sports Med, 7, p. 234-238
- VIOLA, L. (1998) A Critical review of the current conservative therapies for tennis elbow (lateral epicondylitis). AGO, 2 (7)
- WOOD, M. and KNIGHT, N.C. (1998) Tennis elbow: its clinical course, etiology and treatment. J Ark Med Soc, 85, p. 499-500
- SNIJDERS, C.J. et al. (1987) A 'Provocation of epicondylalgia laterals (tennis elbow) by power grip or pinching. Med Sci Sports Exerc, 19, p. 518-523
- GANI, N. (2007) Autologous blood injection in the treatment of refractory tennis elbow. The Internet Journal of Orthopaedic Surgery, p. 1531-2968
- HAAKLE, M. (2002) Extracorporeal shock wave therapy in the treatment of lateral epicondylitis. Journal of Bone and Joint Surgery, American, 84 (11)
Try this eccentric method of getting rid of
muscle soreness
Brian Mackenzie provides some advice on how to prevent muscle soreness
Muscle soreness is the bane of all athletes because it is
connected with low muscular power outputs and an inability to carry out
high-quality workouts and competitions.
The exact cause of the soreness is unknown, but there are
three key ways to prevent it:
- Avoiding sudden upswings in training intensity or
quantity
- Maintaining good muscle flexibility
- Periodically force your muscles to complete increased
amounts of "eccentric" work
This does not mean asking your muscles to behave in a
deviant manner. The eccentric activity involves shortening (contracting) your
muscles while they are simultaneously being stretched. A classic example is
running downhill; the force of gravity stretches your quadriceps muscles at the
same time as they are contracting vigorously to stop you from falling
forward on your face.
Although eccentric contractions themselves can initially
produce muscle soreness, a single bout of eccentric exercise will often
inoculate muscles against pain for several weeks. It is not clear why eccentric
training has this protective effect but an eccentric workout
'may teach" the nervous system to redistribute potentially damaging forces over a
larger number of fibres within a muscle, lessening the stress and strain on
individual muscle cells. Alternatively, an eccentric workout may destroy the
weakest fibres in a muscle, which are subsequently replaced by more resilient
cells.
Fortunately, workouts which emphasise eccentric contractions
are easy to carry out, and in addition to providing immunity to muscle soreness,
they usually improve an athlete's coordination and muscle power too. Good
examples of eccentric workouts would be running downhill for 10 to 15 minutes
(watch out! The first time you do this, you may get very sore), bounding up
hills with exaggerated knee lifts, or the more traditional plyometric
exercises, which include:
- Lightning hops: Staying mainly on your toes, try to hop
off the ground as many times as you can in 20 to 30 seconds. Barely get off the
ground with each hop and minimise contact time between your feet and the
ground. Stay off your heels.
- One-leg hops: Hop in a forward direction from one foot to
the other, landing on one foot only and holding yourself motionless in place
for 6 to 10 seconds after each landing before hopping ahead to the other
foot.
- Double-leg hops: Jump forward explosively and
continuously until you have gone at least 20 metres.
- Step hops: Hop up a flight of stairs using only your
right foot and then do the same with your left one.
- Skipping: Skip for 50 metres while trying to raise the
knee as high as possible on each skip.
These exercises will reduce soreness and improve the coordination
and power of runners, triathletes, skiers, football players, and tennis and
squash players.
Further Reading
- KUIPERS, H. (1994) Exercise-induced Muscle Damage. International Journal of Sports
Medicine, 15 (3), p. 132-135
Article Reference
This article first appeared in:
- MACKENZIE, B. (2003) Hints and Tips. Brian Mackenzie's Successful Coaching, (ISSN 1745-7513/ 4 / August), p. 11-12
Page Reference
If you quote information from this page in your work, then the reference for this page is:
- MACKENZIE, B. (2003) Hints and Tips [WWW] Available from: https://www.brianmac.co.uk/articles/scni4a7.htm [Accessed
About the Author
Brian Mackenzie is a British Athletics level 4 performance coach and a coach tutor/assessor. He has been coaching sprint, middle distance, and combined event athletes for the past 30+ years, and has 45+ years of experience as an endurance athlete.