Balance Training

Does the environment around you seem to be moving even if you’re not? Do you feel as though you need assistance where ever you walk in case you might fall? We would be happy to help you figure out the cause of these problems. Erin, our physical therapist who specializes in balance and vestibular training will pinpoint where the issue is and will create a program to strengthen those systems.

Below are the three systems that help with how we balance ourselves. Read through them and if any questions come up or if this is something that might be specific to you please let us know!

Visual System

The most dominant system is the visual system (our eyes) and it tells us what the environment around us is like and what obstacles we may encounter. Often taken for granted, the eyes provide a large amount of information and take into account what we are focused on as well as what is in our peripheral field (ambient vision). Training our visual system has gone to a whole new level as more and more athletes attempt to separate themselves from the rest of the group.

Proprioception/Somatosensory System

Another system includes the proprioceptive/somatosensory system that tells us where our body is in space. The proprioceptive system uses sensory information that comes from within the body. For example, if we hold our right arm above our head and close our eyes, we still know that the right arm is raised due to information sent to our brains from sensory nerves. So if you think about walking or standing, we don’t really look at our legs when we’re walking, but rely on the proprioceptive information from our legs to tell us where they are.

Vestibular System

The third one is the vestibular system, which has a lot to do with the balance portion of our movements or stance. This system resides within our inner ear and as our head moves (along with our body) we receive information as to what direction and how fast or slow we’re moving. It doesn’t just help us with posture or stance but tells our eyes what they should be looking at and where to look next. Can you imagine how this might affect our balance if it were somehow “off” or not working right?

Typically these three systems are healthy as we’re young and can diminish in acuity as we grow old. Injuries to the head that we might sustain during sporting events or car accidents can also have an impact on these systems. These injuries are known as traumatic brain injuries (TBI) and sometimes can be tough to diagnose as they may not present themselves right away.

Training these systems, including the vestibular system, will vary from athlete to athlete. If you’re doing most of your strength training on machines or benches that support your body weight, it would be as simple as doing more exercises where you have to support yourself. For example, if you’ve been doing the shoulder press seated on a bench with your back supported, you could either take the back rest away or do the shoulder press standing. Including equipment, such as the BOSU, will also train these systems that work together to help us produce efficient movement patterns.

To stay up to date on current topics, check us out on Facebook and Twitter!

For more information on how we can help visit makovickapt.com

Benefits of Vestibular and Balance Training for Sports

When we think of training for our sport of choice we often think that strength and conditioning combined with proper nutrition provides us with the best opportunity to succeed. What is it that goes into strength, power, and speed? How are some able to skate on a couple thin blades while tracking a small puck, all while knowing where their opponents are? It has to do with a few systems working in sync with each other to maintain a correct posture or produce an efficient movement.

Visual System

The most dominant system is the visual system (our eyes) and it tells us what the environment around us is like and what obstacles we may encounter. Often taken for granted, the eyes provide a large amount of information and take into account what we are focused on as well as what is in our peripheral field (ambient vision). Training our visual system has gone to a whole new level as more and more athletes attempt to separate themselves from the rest of the group.

Proprioception/Somatosensory System

Another system includes the proprioceptive/somatosensory system that tells us where our body is in space. The proprioceptive system uses sensory information that comes from within the body. For example, if we hold our right arm above our head and close our eyes, we still know that the right arm is raised due to information sent to our brains from sensory nerves. So if you think about walking or standing, we don’t really look at our legs when we’re walking, but rely on the proprioceptive information from our legs to tell us where they are.

110702_devcamp_Day5 048_slide

Vestibular System

The third one is the vestibular system, which has a lot to do with the balance portion of our movements or stance. This system resides within our inner ear and as our head moves (along with our body) we receive information as to what direction and how fast or slow we’re moving. It doesn’t just help us with posture or stance but tells our eyes what they should be looking at and where to look next. Can you imagine how this might affect our balance if it were somehow “off” or not working right?

Typically these three systems are healthy as we’re young and can diminish in acuity as we grow old. Injuries to the head that we might sustain during sporting events or car accidents can also have an impact on these systems. These injuries are known as traumatic brain injuries (TBI) and sometimes can be tough to diagnose as they may not present themselves right away.

Training these systems, including the vestibular system, will vary from athlete to athlete. If you’re doing most of your strength training on machines or benches that support your body weight, it would be as simple as doing more exercises where you have to support yourself. For example, if you’ve been doing the shoulder press seated on a bench with your back supported, you could either take the back rest away or do the shoulder press standing. Including equipment, such as the BOSU, will also train these systems that work together to help us produce efficient movement patterns.

Most sports have a strong element of balance, coordination, and awareness of position. Specialized vestibular and balance training takes the skills you’ve already learned to a whole new level and can also help you recover from injury more quickly. It can help you recover from concussion-related dizziness and headaches or significantly reduce ankle, knee, and hip strain during dynamic activities, lowering the risk of ACL tears and ankle sprains. You can easily fine-tune eye, hand, and foot coordination to be the first to quickly identify the path of a flying ball while looking over your shoulder running across an uneven field. You can make cutting motions and change direction quicker while being more efficient in outmaneuvering an opponent. Set yourself apart, a stride ahead of the competition!

To stay up to date on current topics, check us out on Facebook and Twitter!

For more information on how we can help visit makovickapt.com

Traumatic Brain Injuries in football

Summer is almost over and high school football teams are starting camps all over the country. Whether the players have been training to make the varsity team, preparing for a state championship, or trying to impress college scouts, it now comes down to how they perform. Their training may help prevent non-contact injuries to the knee or ankle, but what about the head? Injuries to the head can cause far worse damage then one might think. Anything from experiencing no symptoms at all to life-altering traumatic brain injuries (TBI).

What used to be the most overlooked part of the body (in terms of training) until recent NFL lawsuits is starting to become a focus point of companies around the country. Companies are claiming that their products might help reduce the chances of sustaining a head injury or speeding up the diagnosis process. Are these products worth the money? It’s hard to say but something that might help player safety that doesn’t cost a penny is awareness.

The more we know about traumatic brain injuries the better we can prepare our athletes and the faster we can diagnose an injury to ensure that they aren’t playing through it. According to the CDC, older adolescents (15-19 yrs.) are some of the most at risk age group to sustain a TBI. What does this all mean in terms of football?

What kind of hits can cause a TBI? It can be anything from major hits that cause unconsciousness to a normal tackle or block to the helmet. It is still difficult to determine the amount of force and direction from which the blow comes from that causes these brain injuries. When these injuries occur, specifically in football, they may cause symptoms that players can often point out but don’t want to admit to the coaching staff in fear of being benched. Besides those symptoms that appear right away, other symptoms might not arise for days to weeks after the initial injury. This makes it difficult to pinpoint the cause.

Sustaining a traumatic brain injury during football, specifically youth football, can have long-lasting effects. We’re hearing more and more that kids are hiding their symptoms to be able to keep playing either out of fear or competition. Doing this can have life-long effects on their health, and it’s not just a knee that can be repaired, it’s their brain. This can be enhanced by the fact that football players are continuing to hit harder at younger and younger ages while the brain and skull are continuing to develop.

Treatment

Nothing. After being diagnosed with a concussion or TBI the best thing to do is nothing. The obvious things to refrain from include physical contact and activity but some of the other not so obvious are limiting the amount of time that your brain is being used. That may include time home from school, studying, etc. Continue to stay in contact with your doctor or physician as every person is different in how they recover and are effected by a brain injury.

Prevention

Trying to find ways to reduce the risk of your son sustaining a brain injury while playing football besides abstinence? Be sure that their helmet they are using fits correctly and continue to check the fit after games as it may loosen.

If you have further questions as training camps continue and the season nears, please contact us at info@makovickapt.com or give us a call at 402.934.0045. Do everything you can to prevent a traumatic brain injury.

Treating Little League Elbow

What is Little League Elbow?

Injuries in baseball can often occur from repeated movements are preventable, such as the throwing motion. These injuries usually influence the shoulder and elbow joints while limiting the athletes’ playing time.

Now that the baseball season is reaching its halfway mark, aches, pains, and injuries might begin to limit playing time or performance. The goal is to prevent the aches and pains from becoming long-term or season-ending injuries. If an injury does arise, you want to be sure to treat it as soon as possible, limiting the amount of game time missed.

How to treat Little League Elbow

As hard as it is, initial treatment for Little League Elbow is to rest. That prohibits a throwing  motion of any kind for a minimum of 4-6 weeks, or until the player is pain free. Icing the elbow 1-2x a day for 15-20 minutes at a time will help decrease the pain and inflammation. During this time, core strengthening exercises and cardiovascular exercise would be beneficial in maintaining strength as the amount of practice and activity has decreased. Increasing the strength of the muscles that make of the “core” can help improve throwing motions as many adolescents have poorly developed core muscles.

Physical therapy is the most important part of treatment for little league elbow syndrome.” – Emedicine.com. Range-of-motion exercises may be prescribed by the therapist to help in the healing process. When the player is pain free, your physical therapist might begin strengthening exercises to prevent further injury.

Always remember that until the pain is gone, the player is constantly in danger of injuring the elbow again, which means more time away from the field.

References:

 

Preventing Little League Elbow

Injuries in baseball that often occur from repeated movements are preventable, such as the throwing motion. These injuries usually influence the shoulder and elbow joints while limiting the athletes’ playing time.

How can I prevent these chronic injuries?

Some simple things that we can do to prevent these injuries include:

  • Warm up properly before practices and games using a dynamic warm up protocol specific to baseball.
  • Emphasize good mechanics as a coach or parent.
  • Don’t play year round.
  • Switch positions regularly if possible.
  • Follow the pitch count rules as developed by Little League Baseball.
  • Develop skills that are appropiate for the age group.
  • Don’t pitch on consecutive days.

Makovicka Physical Therapy – If you have any other questions about preventing injury, visit one of our 5 convenient Omaha locations.

 

References:
Ireland, M. L., Andrews, J., & Fleisig, G. (2010). Stop sports injuries – sports tips. Retrieved from http://assets.ngin.com/attachments/document/0017/4524/AOSSM_Baseball_Injuries_tip_sheet.pdf

Prevention and Emergency Management of Youth
Baseball and Softball Injuries. American Orthopaedic
Society for Sports Medicine. 2005.

Little League Baseball. http://www.littleleague.org/ Assets/
old_assets/media/pitchcount_faq_08.pdf

American Sports Medicine Institute. http://www.asmi.org