It articulates with the dens of the axis and the occiput, respectively allowing . The body is what allows . And functional features, and compared to the upper cervical spine, . It is an atypical cervical vertebra with unique features. Transverse process (processus transversus) is a prominent lateral projection from .
It articulates with the dens of the axis and the occiput, respectively allowing .
The atlas and axis support the head on the lower cervical spine while providing for considerable mobility in flexion, extension, rotation and lateral . It articulates with the dens of the axis and the occiput, respectively allowing . Transverse process (processus transversus) is a prominent lateral projection from . The atlas has been described as acting as an intercalated segment, in that its movements are a reaction to the motion of the occiput versus the axis and . Directly below the atlas bone is the axis bone (c2). The main difference between atlas and axis vertebrae is that atlas is the first cervical vertebra, which supports the skull whereas axis is . And functional features, and compared to the upper cervical spine, . They have some distinguishing features compared to the rest of the cervical spine. All vertebrae, except c1 and c2, the atlas and axis, have a solid round portion on their anterior side called the body of the vertebra. The body is what allows . Axis is the second cervical vertebra that, together with the first one — atlas — provides about 50% of the cervical spine's total axial rotation*. It is an atypical cervical vertebra with unique features.
Axis is the second cervical vertebra that, together with the first one — atlas — provides about 50% of the cervical spine's total axial rotation*. It articulates with the dens of the axis and the occiput, respectively allowing . It is an atypical cervical vertebra with unique features. The atlas and axis support the head on the lower cervical spine while providing for considerable mobility in flexion, extension, rotation and lateral . They have some distinguishing features compared to the rest of the cervical spine.
The atlas and axis support the head on the lower cervical spine while providing for considerable mobility in flexion, extension, rotation and lateral .
Directly below the atlas bone is the axis bone (c2). It articulates with the dens of the axis and the occiput, respectively allowing . It is an atypical cervical vertebra with unique features. All vertebrae, except c1 and c2, the atlas and axis, have a solid round portion on their anterior side called the body of the vertebra. The body is what allows . Transverse process (processus transversus) is a prominent lateral projection from . And functional features, and compared to the upper cervical spine, . They have some distinguishing features compared to the rest of the cervical spine. The atlas has been described as acting as an intercalated segment, in that its movements are a reaction to the motion of the occiput versus the axis and . The main difference between atlas and axis vertebrae is that atlas is the first cervical vertebra, which supports the skull whereas axis is . The atlas and axis support the head on the lower cervical spine while providing for considerable mobility in flexion, extension, rotation and lateral . Axis is the second cervical vertebra that, together with the first one — atlas — provides about 50% of the cervical spine's total axial rotation*.
Transverse process (processus transversus) is a prominent lateral projection from . The body is what allows . Axis is the second cervical vertebra that, together with the first one — atlas — provides about 50% of the cervical spine's total axial rotation*. The main difference between atlas and axis vertebrae is that atlas is the first cervical vertebra, which supports the skull whereas axis is . The atlas and axis support the head on the lower cervical spine while providing for considerable mobility in flexion, extension, rotation and lateral .
Directly below the atlas bone is the axis bone (c2).
It is an atypical cervical vertebra with unique features. And functional features, and compared to the upper cervical spine, . It articulates with the dens of the axis and the occiput, respectively allowing . Transverse process (processus transversus) is a prominent lateral projection from . The main difference between atlas and axis vertebrae is that atlas is the first cervical vertebra, which supports the skull whereas axis is . Axis is the second cervical vertebra that, together with the first one — atlas — provides about 50% of the cervical spine's total axial rotation*. Directly below the atlas bone is the axis bone (c2). They have some distinguishing features compared to the rest of the cervical spine. The atlas and axis support the head on the lower cervical spine while providing for considerable mobility in flexion, extension, rotation and lateral . The atlas has been described as acting as an intercalated segment, in that its movements are a reaction to the motion of the occiput versus the axis and . All vertebrae, except c1 and c2, the atlas and axis, have a solid round portion on their anterior side called the body of the vertebra. The body is what allows .
Atlas Vs Axis Bone : Image | Radiopaedia.org / Axis is the second cervical vertebra that, together with the first one — atlas — provides about 50% of the cervical spine's total axial rotation*.. The body is what allows . They have some distinguishing features compared to the rest of the cervical spine. And functional features, and compared to the upper cervical spine, . Directly below the atlas bone is the axis bone (c2). All vertebrae, except c1 and c2, the atlas and axis, have a solid round portion on their anterior side called the body of the vertebra.
