Results 261 to 270 of about 62,363 (313)

Supernumerary Soleus Muscle

Acta Radiologica. Diagnosis, 1981
The findings made in cases of supernumerary soleus muscles are reviewed, and the first radiologic observations on this malformation are reported. The value of CT is emphasized.
G. Theander, L. Danielsson
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The Accessory Soleus Muscle

Clinical Orthopaedics and Related Research, 1976
This is a report on the EMG diagnosis and surgical treatment of a tumor-like mass in the ankle of a 13-year-old boy with an accessory soleus muscle.
Elias D. Sedlin, Ralph Ger
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Venous drainage of the soleus muscle

Surgical and Radiologic Anatomy, 2008
Soleus veins have been implicated as the site for deep venous thrombosis initiation. Detailed anatomic knowledge is required for the early diagnosis using non-invasive ultrasound techniques. In the present work, we describe the anatomy of the veins that emerge from the ventral face of the soleus muscle.
Fausto Miranda, José Aderval Aragão, Francisco Prado Reis, Marco Antônio Prado Nunes, Luis Francisco Poli de Figueiredo, Vera Lúcia Corrêa Feitosa   +5 more
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Endometriosis of the soleus and gastrocnemius muscles

Fertility and Sterility, 2009
To document a rare case of endometriosis in the soleus and gastrocnemius muscles.Case report.Tertiary care center.A 30-year-old fertile woman presented with moderate dysmenorrhea associated with calf pain and bulging that had been gradually worsening over the last years, particularly during menses.
Antonio Alberto Nogueira, Omero Benedicto Poli-Neto, Francisco José Candido-dos-Reis, Julio Cesar Rosa-e-Silva, Hermes de Freitas Barbosa   +4 more
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Asymptomatic accessory soleus muscle

The Journal of Foot and Ankle Surgery, 1999
The accessory soleus muscle has been infrequently seen and reported clinically. Most of the cases reported have been associated with symptomatology. Yet there are cases in which the patient presents with only asymptomatic swelling. Such a case is presented as well as a review of previously reported cases of the accessory soleus muscle.
Mathew M. John, Anthony H. Borrelli
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DIRECT MUSCLE NEUROTIZATION IN RAT SOLEUS MUSCLE

Journal of Reconstructive Microsurgery, 2000
An experimental study was conducted using rat soleus muscles to characterize reinnervation of the denervated muscles by direct muscle neurotization. Also studied was whether there is any difference in the regeneration process between original (tibial) and foreign (peroneal) nerve neurotization. For functional evaluation, an electrophysiologic study was
Yong J. Kim, Seung K. Shon, Dong M. Park
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Development of the EMG of the soleus muscle in the rat

Developmental Brain Research, 1994
The EMG of the soleus muscle was recorded with bipolar electrodes chronically implanted in rats aged 10-30 days. Changes in the activity pattern were studied in relation to motor development. The firing pattern and shape of motor units were studied at higher resolution. EMG activity was closely related to motor behaviour and posture. At P11, soleus was
J. Westerga, Albert Gramsbergen
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Ultrasound Imaging of Torn Soleus Muscle

PM&R, 2015
Figure 1. In comparison with the normal side, the left calf appeared markedly swollen, without noticeable ecchymosis. A 51-year-old man was referred for ultrasound (US) examination because of persistent left calf swelling for 3 months. The swelling developed abruptly after he had stumbled against a stone, sustaining an inversion injury to his ankle. He
Ke-Vin Chang, Chen-Yu Hung, Levent Özçakar   +2 more
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Frequency response of human soleus muscle

Journal of Neurophysiology, 1976
1. The properties of human soleus muscle were studied by systems analysis. Single stimulus pulses and random stimulus pulse trains were applied to a branch of the nerve to soleus muscle and the resultant tension fluctuations were recorded. 2. The frequency-response function between stimulus pulses and tension conforms to that of a second-order, low ...
Parveen Bawa, Richard B. Stein
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Modeling Mouse Soleus Muscle Contraction

2020 42nd Annual International Conference of the IEEE Engineering in Medicine & Biology Society (EMBC), 2020
Models of muscle contraction are typically based on a measured force-velocity relation embodied as Hill's contractile element [1]. Adopting a particular force-velocity relation dictates the muscle's mechanical properties. Dynamic crossbridge based models, such as Huxley's [2], typically focus on ultrastructural mechanics.
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