Here is all you need to know about internal decapitation

MRI scan taken from Spire South Bank Hospital Worcester'which shows how Rachel Pighills' brainstem is bent due to it being compressed by the odontoid. It also shows how her brain is sagging and her c1 vertebrae is assimilated to the skull base
MRI scan taken from Spire South Bank Hospital Worcester'which shows how Rachel Pighills' brainstem is bent due to it being compressed by the odontoid. It also shows how her brain is sagging and her c1 vertebrae is assimilated to the skull base

As Rachel Pighills is desperate to raise £135,000 for life saving surgery in Barcelona, we take a look at her condition.

In full, Rachel, 33, has: craniocervical instability, sub-axial instability, atlanto axial instability, atlas assimilation, basilar invagination causing severe brain stem compression, platybasia, chiairi malformation, scoliosis and cervical medullary syndrome.

CT image taken at Spire Hospital Bristol showing Rachel Pighills' atlas assimilation, how the spine is starting to curve with Scoliosis and that the C2 vertebrae is out of position

CT image taken at Spire Hospital Bristol showing Rachel Pighills' atlas assimilation, how the spine is starting to curve with Scoliosis and that the C2 vertebrae is out of position

READ MORE>>> How a Chorley woman who faces internal decapitation if she looks the wrong way needs to raise £135,000 for life saving surgery in Barcelona

Atlantoaxial instability is characterized by excessive movement at the junction between the atlas (C1) and axis (C2) as a result of either a bony or ligamentous abnormality.

Craniocervical instability is a pathological condition of increased mobility at the craniocervical junction, the area where the skull meets the spine.
Platybasia is a spinal disease of a malformed relationship between the occipital bone and cervical spine.

Cervical Medullary Syndrome is caused by brainstem compression, deformation, infection or inflammation.

Chiari malformation is where the lower part of the brain pushes down into the spinal canal. This causes basilar invagination, which happens when the top of the spine pushes into the base of the skull.

If Rachel looks or turns severely to the left, her brain stem could partially dislocate. If it fully dislocates, the spinal column could separate from the skull, causing internal decapitation and possible death.

Atlanto-occipital dislocation, orthopedic decapitation, or internal decapitation describes ligamentous separation of the spinal column from the skull base.

It is so serious, because when the ligaments in this area are severed, the head might move around more, leading to damage in the lower brain stem, a vital area that controls breathing.

It is possible for a human to survive such an injury; however, only 30 per cent of cases do not result in immediate death. Last January, Brock Meister, 22, from North America, survived following an internal decapitation sustained during a car crash. And in 2016, Killian Gonzalez, a four-year-old from Idaho, also survived following a car crash.