2003
DOI: 10.1113/jphysiol.2002.036244
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Reflex Responses in the Lower Leg following Landing Impact on an Inverting and Non‐Inverting Platform

Abstract: In the lower leg, landing after a jump induces reflexes, the role of which is not well understood. This is even more so for reflexes following landing on inverting surfaces. The latter condition is of special interest since ankle inversion traumata are one of the most common injuries during sport. Most studies have investigated ankle inversions during a static standing condition. However, ankle injuries occur during more dynamic activities such as jumping. Therefore, the present study aimed at reproducing thes… Show more

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Cited by 54 publications
(75 citation statements)
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“…We chose to further analyze these muscles based upon the reported presence of short and long latency reflexes which are present in these muscles. 10 The short latency reflex for the peroneus longus has been reported to occur 41-ms post-ground contact, 10 therefore we chose to further analyze the peroneus longus IEMG during the time period from IC to 40-ms post-IC. The short latency reflex for the soleus muscle has been reported to occur between 53-ms and 45-ms post-ground contact, 10,11 therefore we chose to further analyze the soleus IEMG during the time period from IC to 40-ms post-IC.…”
Section: Emg Datamentioning
confidence: 99%
See 1 more Smart Citation
“…We chose to further analyze these muscles based upon the reported presence of short and long latency reflexes which are present in these muscles. 10 The short latency reflex for the peroneus longus has been reported to occur 41-ms post-ground contact, 10 therefore we chose to further analyze the peroneus longus IEMG during the time period from IC to 40-ms post-IC. The short latency reflex for the soleus muscle has been reported to occur between 53-ms and 45-ms post-ground contact, 10,11 therefore we chose to further analyze the soleus IEMG during the time period from IC to 40-ms post-IC.…”
Section: Emg Datamentioning
confidence: 99%
“…10 The short latency reflex for the peroneus longus has been reported to occur 41-ms post-ground contact, 10 therefore we chose to further analyze the peroneus longus IEMG during the time period from IC to 40-ms post-IC. The short latency reflex for the soleus muscle has been reported to occur between 53-ms and 45-ms post-ground contact, 10,11 therefore we chose to further analyze the soleus IEMG during the time period from IC to 40-ms post-IC. The peroneus longus and soleus muscles have also been shown to exhibit long latency reflexes, which occur approximately 90-ms postground contact, 11 so we also chose to further analyze these muscles during the time period from IC to 80-ms post-IC.…”
Section: Emg Datamentioning
confidence: 99%
“…The reflex response of the peroneal muscles has been evaluated after landing from a jump onto an inverted surface, with no habituation occurring after 20 trials (Grüneberg et al, 2003). In contrast, when evaluated in the static position prior to the initiation of an inverted ankle perturbation, peroneus longus muscle activity significantly decreased, whilst the reaction time improved over time (Jackson et al, 2009), however, only 10 consecutive perturbations were performed.…”
Section: Introductionmentioning
confidence: 99%
“…Os efeitos da bandagem de tornozelo na entrada proprioceptiva ao sistema nervoso central (18) , a atividade dos fibulares (12,13,16) e a contenção do movimento excessivo do tornozelo (2) aliados à limitação da inversão, são muito importantes na prevenção da entorse. Autores relataram um retardo do tempo de reação da musculatura fibular após entorse de tornozelo (13,(19)(20)(21) . É discutido que, devido ao contato íntimo da bandagem com os receptores cutâneos, possa ocorrer um estímulo e assim tem-se uma maior ativação do reflexo de estiramento fibular, melhorando a propriocepção do tornozelo (23) .…”
Section: Introductionunclassified