LIGAMENTS AT SPINE BIOMECHANICS OF SPINEPhysiotherapy Tutorial

>> YOUR LINK HERE: ___ http://youtube.com/watch?v=_bcuzrHmpPg

LIGAMENTS AT SPINE (BIOMECHANIS OF SPINE)Physiotherapy Tutorial • Instagram: / _movementscience_ • • linked in : / adhip-nadkarni-5b45241a6 • twitter : / adhip_nadkarni • summary of the video with the time for reference: • 1.Anterior longitudinal Ligament 1:16 • C2 to Sacrum • Anterior atlanto occipital • Anterior atlanto axial • 2 layers • superficial and deep • blends with anulus fibrosis • reinforces anterolateral portion of disc and body • well developed in lordotic regions like cervical and lumbar spine • high tensile strength in cervical region • gets compressed in flexion • stretches in extension • lax in neutral position • 2.Posterior Longitudinal Ligament 5:46 • C2 to Sacrum • C2 to occiput is called the tectoral membrane • 2 layers • superficial and deep • blends with anulus fibrosis • In lumbar region the ligament narrows down • no proper support to the disc by thin layer of ligament • 3.Ligamentum Flavum 8:15 • C2 to Sacrum • connects lamina to lamina • C2 to occiput • Posterior atlanto occipital • Posterior atlanto axial • Creates a compressive force and stiffens the disc • 4.Inter tansverse ligament 10:19 • between two transverse ligament • highly variable • attach to deep muscle around the spine • lateral flexion compresses the ligament on same side and stretches on the opposite side • 5.Inter spinous ligament 11:53 • first one to get affected on hyperflexion • between two spinous processes • contributes to lumbar spine stability • 6.Supraspinous ligament 13:41 • first one to get affected on hyperflexion • between two spinous processes but more superficial • connects with the thoracolumbar region • in cervical region its called ligamentum nuchae • mechanoreceptors are present whos damage can affect the recruitment of stabilizers • #biomechanicsofspine • #spinebiomechanics • #vertebralcolumnbiomechanics

#############################

New on site