Headbonking and gait

A great article (see reference below) just came out looking at the gait changes that come along with a concussion. Basically it says that folks that have concussions have more coronal plane (i.e. side to side) sway and they walk slower. This reminded us of some of the "decomposition of gait" pieces that we have done and one post on proprioceptive clues in children gait that we did about 5 years ago. Having a concussion causes decomposition of gait, and we move toward a more primitive pattern, just like we see in kids. Here was the post:

We can learn a lot about gait from watching our children walk. An immature nervous system is very similar to one which is compensating meaning cheating around a more proper and desirable movement pattern; we often resort to a more primitive state when challenges beyond our ability are presented. This is very common when we lose some aspect of proprioception, particularly from some peripheral joint or muscle, which in turn, leads to a loss of cerebellar input (and thus cerebellar function). Remember, the cerebellum is a temporal pattern generating center so a loss of cerebellar sensory input leads to poor pattern generation output. Watch this clip several times and then try and note each of the following:

  • wide based gait; this is because proprioception is still developing (joint and muscle mechanoreceptors and of course, the spino cerebellar pathways and motor cortex)
  • increased progression angle of the feet: this again is to try and retain stability. External rotation allows them to access a greater portion of the glute max and the frontal plane (engaging an additional plane is always more stable).
  • shortened step length; this keeps the center of gravity close to the body and makes corrections for errors that much easier (remember our myelopathy case from last week ? LINK.  This immature DEVELOPING system is very much like a mature system that is REGRESSING.  This is a paramount learning point !)
  • decreased speed of movement; this allows more time to process proprioceptive clues, creating accuracy of motion

Remember that Crosby, Still, Nash and young song “Teach Your Children”? It is more like, “teach your parents”…

Proprioceptive clues are an important aspect of gait analysis, in both the young and old, especially since we tend to revert back to an earlier phase of development when we have an injury or dysfunction.

 

 

Manaseer TSGross DPDennett LSchneider KWhittaker JL1. Gait Deviations Associated With Concussion: A Systematic Review.  Clin J Sport Med. 2017 Nov 21. doi: 10.1097/JSM.0000000000000537. [Epub ahead of print]

Distracted Kids Walk Slower

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Do Gait rehab on Kids?

Distracted kids walk slower and spend more time in double leg stance.

We know it can effect adults, usually resulting a mild decomposition of gait, by decreasing step length in many and slowing of gait in older folks (becoming more primitive).

Watch where you do your gait rehab in the younger set; keep them focused and engaged for better outcomes.

"Significant main effects of walking experience groupand visual distraction condition were found. Visual environmental distraction significantly affected gait performance in children regardless of walking experience. Velocity decreased from 110.04 to 97.73 cm/sec (p = 0.003) while double limb stance % of gait cycle increased from 18.29% to 20.39% (p = 0.025)."

Phys Occup Ther Pediatr. 2017 Apr 10:1-10. doi: 10.1080/01942638.2017.1297987. [Epub ahead of print]
The Effect of Visual Environmental Distraction on Gait Performance in Children.
Bizama F, Medley A, Trudelle-Jackson E, Csiza L.

J Neuroeng Rehabil. 2014 Apr 28;11:74. doi: 10.1186/1743-0003-11-74.
Effect of explicit visual feedback distortion on human gait.
Kim SJ, Mugisha D.

Curr Gerontol Geriatr Res. 2011;2011:651718. doi: 10.1155/2011/651718. Epub 2011 Jun 16.
Effects of a Visual Distracter Task on the Gait of Elderly versus Young Persons.
Bock O, Beurskens R.

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Clinical tidbit:

Heel pain in kids and adolescents? Have you considered Sever’s disease?

Apophysitis of the calcaneal apophysis is the most common cause of heel pain in adloscents and accounts for 8% of all pediatric overuse injuries! An apophysitis occurs (an injury involving a “pulling away” of bone from the tendons attachment site) because the strength of the tendon exceeds the strength of attachment of the tendon to the bone. It is most common in activites llike running, jumping and plantar flexion.

Gillespie H. Osteochondroses and apophyseal injuries of the foot in the young athlete. Curr Sports Med Rep 2010;9(5):265-268.

Wilson JC, Rodenburg RE. Apophysitis of the lower extremities. Contemp Pediatr 2011;28(6):38-46.