The cervical spine is made up of 7 vertebrae. The main difference between atlas and axis vertebrae is that atlas is the first cervical vertebra, which supports the skull whereas axis is . Injuries to the atlas and axis may occur at any age. The first 2, c1 and c2, are highly specialized and are given unique names: 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 cervical spine is made up of 7 vertebrae.
The transverse ligament holds the . All three types of vertebrae have some . The first 2, c1 and c2, are highly specialized and are given unique names: The axis (c2 vertebra) also known as epistropheus forms the pivot upon which the first cervical vertebra (the atlas), which carries the head, rotates. The cervical spine is made up of 7 vertebrae. The main difference between atlas and axis vertebrae is that atlas is the first cervical vertebra, which supports the skull whereas axis is . It does not have a vertebral body, instead the dens of the axis sit where a centrum (body) of a typical vertebra would be. Injuries to the atlas and axis may occur at any age. In children spontaneous rotatory dislocation is the commonest type of lesion. The axis allows both the skull and the atlas to rotate, so the head can be turned from side to side by neck muscles. 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). It articulates with the occiput above and c2 (the axis) below.
It does not have a vertebral body, instead the dens of the axis sit where a centrum (body) of a typical vertebra would be. In children spontaneous rotatory dislocation is the commonest type of lesion. 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 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 three types of vertebrae have some .
The transverse ligament holds the .
The axis allows both the skull and the atlas to rotate, so the head can be turned from side to side by neck muscles. Directly below the atlas bone is the axis bone (c2). The transverse ligament holds the . It articulates with the occiput above and c2 (the axis) below. The first 2, c1 and c2, are highly specialized and are given unique names: It does not have a vertebral body, instead the dens of the axis sit where a centrum (body) of a typical vertebra would be. Injuries to the atlas and axis may occur at any age. The main difference between atlas and axis vertebrae is that atlas is the first cervical vertebra, which supports the skull whereas axis is . In children spontaneous rotatory dislocation is the commonest type of lesion. The cervical spine is made up of 7 vertebrae. All three types of vertebrae have some . The axis (c2 vertebra) also known as epistropheus forms the pivot upon which the first cervical vertebra (the atlas), which carries the head, rotates. 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 .
It does not have a vertebral body, instead the dens of the axis sit where a centrum (body) of a typical vertebra would be. Directly below the atlas bone is the axis bone (c2). Injuries to the atlas and axis may occur at any age. The axis (c2 vertebra) also known as epistropheus forms the pivot upon which the first cervical vertebra (the atlas), which carries the head, rotates. All three types of vertebrae have some .
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 first 2, c1 and c2, are highly specialized and are given unique names: The axis allows both the skull and the atlas to rotate, so the head can be turned from side to side by neck muscles. The axis (c2 vertebra) also known as epistropheus forms the pivot upon which the first cervical vertebra (the atlas), which carries the head, rotates. It articulates with the occiput above and c2 (the axis) below. Directly below the atlas bone is the axis bone (c2). Injuries to the atlas and axis may occur at any age. The cervical spine is made up of 7 vertebrae. It does not have a vertebral body, instead the dens of the axis sit where a centrum (body) of a typical vertebra would be. The transverse ligament holds the . The main difference between atlas and axis vertebrae is that atlas is the first cervical vertebra, which supports the skull whereas axis is . In children spontaneous rotatory dislocation is the commonest type of lesion. 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 three types of vertebrae have some .
Atlas Vs Axis : Atlas and Axis - Differential Diagnosis of / The first 2, c1 and c2, are highly specialized and are given unique names:. It does not have a vertebral body, instead the dens of the axis sit where a centrum (body) of a typical vertebra would be. Injuries to the atlas and axis may occur at any age. The axis (c2 vertebra) also known as epistropheus forms the pivot upon which the first cervical vertebra (the atlas), which carries the head, rotates. The transverse ligament holds the . It articulates with the occiput above and c2 (the axis) below.
The axis allows both the skull and the atlas to rotate, so the head can be turned from side to side by neck muscles atlas vs. It articulates with the occiput above and c2 (the axis) below.
