Date dfine became aware of incident was (b)(6) 2014 for complaint (b)(4).Fluoroscopically-guided single level thoracic t8 vertebral augmentation was performed on the patient on (b)(6) 2014 contributing to a cement embolism.The patient was prepped and draped in the usual sterile fashion, 1% lidocaine was used as local anesthetic.Under fluoroscopic guidance, a 10 gauge trocar-tipped needle was advanced into the t8 vertebral body using a right sided transpedicular approach.Cavity creation was performed using a coaxial osteotome.Polymethylmethacrylate cement was then injected under direct fluoroscopic visualization by the physician.Appropriate filling of the fracture plane along the inferior endplate, as well as the remainder of the vertebral body above the fracture, was observed.Approx 6cc of total cement was injected.A small amount of venous filling was seen along a tiny anterior lumbar vein, measuring less than 1mm in size.The physician noted no worrisome cement extravasation identified during the procedure.The needle was removed and a bandage was applied to the patient, with no initial complication.The patient was discharged home per protocol, with no complications.Post procedure after leaving the medical facility, the patient went to the er later that evening having shortness of breath following a recent vertebroplasty procedure; during a ct scan it was noted that the cement had continued through the vein into the patient's lung.Ct images were reviewed demonstrating a curvilinear calcific opacity in the distal aspect of the right main pulmonary artery was well as the distal pulmonary arterial branch is widely patent.A second smaller curvilinear thin cement embolism was also seen in one of the left lower lobe pulmonary arterial branches.Cement embolism is secondary to filling a very tiny approx.1mm thoracic paravertebral vein.The patient was eventually discharged without further symptoms, regarding shortness of breath.
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