نتایج جستجو برای: thoracic limb

تعداد نتایج: 128129  

Journal: :Mechanisms of Development 2009
Stefan Rudloff Rolf Kemler

Tetrapods have two pairs of appendages, forelimbs and hindlimbs, that develop from fixed positions along the body axis; the forelimbs from the region of the cervical/thoracic junction and hindlimbs from the lumbar/sacral junction. While the number of vertebrae in each cervical/thoracic/lumbar/sacral territory can vary greatly among different species of vertebrates, the relative position of the ...

Journal: :Mechanisms of Development 2009
Sophie Creuzet

Tetrapods have two pairs of appendages, forelimbs and hindlimbs, that develop from fixed positions along the body axis; the forelimbs from the region of the cervical/thoracic junction and hindlimbs from the lumbar/sacral junction. While the number of vertebrae in each cervical/thoracic/lumbar/sacral territory can vary greatly among different species of vertebrates, the relative position of the ...

Journal: :Mechanisms of Development 2009
Shigeru Okuhara Tomoko Sagai Toshihiko Shiroishi Sachiko Iseki

Tetrapods have two pairs of appendages, forelimbs and hindlimbs, that develop from fixed positions along the body axis; the forelimbs from the region of the cervical/thoracic junction and hindlimbs from the lumbar/sacral junction. While the number of vertebrae in each cervical/thoracic/lumbar/sacral territory can vary greatly among different species of vertebrates, the relative position of the ...

Journal: :Mechanisms of Development 2009
Satoko Nishimoto Hugh Brady Malcolm Logan

Tetrapods have two pairs of appendages, forelimbs and hindlimbs, that develop from fixed positions along the body axis; the forelimbs from the region of the cervical/thoracic junction and hindlimbs from the lumbar/sacral junction. While the number of vertebrae in each cervical/thoracic/lumbar/sacral territory can vary greatly among different species of vertebrates, the relative position of the ...

We present the case of a 68-year-old woman, referred to our department for critical upper limb ischemia, which had occurred a few days after homolateral surgical ligamentotomy for carpal tunnel syndrome, diagnosed and confirmed by electromyography, and performed with a brachial tourniquet. The patient was later admitted for subsequent progressive necrosis of the first three fingers of the left ...

Journal: :British journal of neurosurgery 2006
V Kumar E W K Peng K M Kurian C Smith M O Fitzpatrick I R Whittle

Intradural spinal cord teratoma is a very rare tumour that can be associated with dysraphism. The relationship of this lesion to pregnancy is unknown and its occurrence during pregnancy in the thoracic spine has not been previously reported. We report a 19-year-old pregnant woman with spinal dysraphism, who presented with a new onset thoracic myelopathy. The MRI scan showed an intradural, extra...

Journal: :Anatomical Science International 2021

Human ribs are thought to be less affected by mechanical strain at the microscopic level than limb bones, implying that rib remodelling better reflects bone physiological homeostasis. Here, we test hypothesis tissue will well vascularized and thus enhance susceptibility metabolic influence. An intra-skeletal comparison of vascular canal density was conducted using a macropod animal model adapte...

Journal: :Journal of neurophysiology 2015
Tommaso Bocci Sara Marceglia Maurizio Vergari Valeria Cognetto Filippo Cogiamanian Ferdinando Sartucci Alberto Priori

This study aimed to assess the effects of thoracic anodal and cathodal transcutaneous spinal direct current stimulation (tsDCS) on upper and lower limb corticospinal excitability. Although there have been studies assessing how thoracic tsDCS influences the spinal ascending tract and reflexes, none has assessed the effects of this technique over upper and lower limb corticomotor neuronal connect...

Journal: :The Journal of neuroscience : the official journal of the Society for Neuroscience 2015
Lauriane Beliez Grégory Barrière Sandrine S Bertrand Jean-René Cazalets

Effective quadrupedal locomotor behaviors require the coordination of many muscles in the limbs, back, neck, and tail. Because of the spinal motoneuronal somatotopic organization, motor coordination implies interactions among distant spinal networks. Here, we investigated some of the interactions between the lumbar locomotor networks that control limb movements and the thoracic networks that co...

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