Lodi is one of the pioneers who provides the most advanced individualized care to his patients. Lodi dedicated his life for patient care, education and research for advancing therapies in brain aneurysms and stroke who collaboratively worked with all state holders to improve the quality of care for the health systems he served. At, Present, Dr. Prior to this position, Dr. Lodi treats acute stroke, subarachnoid hemorrhage, carotid artery stenosis, vertebral artery stenosis, intracranial carotid, vertebral and basilar artery stenosis, brain aneurysm, arteriovenous malformation AVM , arteriovenous fistula AVF , head and neck tumors require embolization, embolization of Middle meningeal artery for SDH, embolization of ENT active bleeders.
Lodi's philosophy in patients care is to cure or to modify the cerebrovascular diseases without imparting quality of life and preventing disabilities. Lodi enhanced his field by cutting edge educations, research and publications in his fields. He trained many fellows and mentored hundreds of residents and students since leading to more than presentations and publications in national and international peer reviewed journals including many book chapters.
He published first primary thrombectomy in , when stroke mechanical thrombectomy was not a standard of care. Lodi received numerous awards as the best teachers, mentors and researchers. Most importantly Dr. Our neurosciences academic program consists of neurosurgery, ACGME neurology residency and neuroradiology with close interactions with anesthesia and pulmonary critical care.
The first preparatory year is dedicated towards development of basic cognitive, clinical and radiographic skills; essentials for diagnostic interpretation and clinical decision making. In additional to the periprocedural medical management of patients with different cerebrovascular diseases requiring intervention, the first year will be dedicated to gaining clinical skills in post-operative management of patients in the critical care unit who underwent interventional procedure.
The second advanced year of training is dedicated to endovascular surgical neuroradiology interventional procedures when applied in an appropriate cerebrovascular clinical setting, using catheter-based technology. This experience includes the management of patients with neurological disease, the performance of endovascular surgical neuroradiology procedures, and the integration of endovascular surgical neuroradiology therapy into the clinical management of patients.
