Aires Serrano Carmen, Farré Mariné Alba, Luján Feliu-Pascual Alejandro
Neurology/Neurosurgery Service, AÚNA Especialidades Veterinarias IVC Evidensia, Paterna, Valencia, Spain.
JFMS Open Rep. 2025 May 7;11(1):20551169251328579. doi: 10.1177/20551169251328579. eCollection 2025 Jan-Jun.
The cat described in this case report presented with progressive non-ambulatory tetraparesis. It was diagnosed with an occipitoatlantoaxial malformation (OAAM), which resulted in severe compressive myelopathy. This condition was caused by a flattening of the occipital condyles and shortening of the vertebral body of the axis. In addition, there was dysplasia in the atlantoaxial joint, which was observed on CT. The cat was treated surgically using a plate, which was custom-made with the help of a three-dimensional model of the malformation. Three weeks after surgery, the cat was able to walk without assistance; 5 years after surgery, the cat showed a normal neurological examination.
Surgical planning using three-dimensional technology was useful in a complex case of OAAM. This is the first documented feline case that uses this type of technology for this condition.
本病例报告中描述的猫出现进行性非行走性四肢轻瘫。它被诊断为枕寰枢椎畸形(OAAM),导致严重的压迫性脊髓病。这种情况是由枕髁扁平及枢椎椎体缩短引起的。此外,寰枢关节发育异常,这在CT上可见。这只猫通过使用借助畸形三维模型定制的钢板进行了手术治疗。术后三周,这只猫能够在无辅助的情况下行走;术后5年,这只猫的神经学检查显示正常。
在OAAM的复杂病例中,使用三维技术进行手术规划是有用的。这是首例记录在案的针对这种情况使用此类技术的猫科病例。