Daniel Dilorenzo

General, Functional, Epilepsy, and Complex Spine, Tumor, Peripheral Nerve neurosurgery at the Loma Linda VA Medical Center. Working with faculty colleagues to build clinical and academic programs and to teach residents and medical students. Mentoring residents and attendings on research projects. Neurosurgcial responsibilities include surgical management of patients, clinic management, research protocol drafting and IRB approval, and manuscript preparation.

Treat patients with neurological disease, specializing in functional neurosurgery, epilepsy neurosurgery, and spinal neurosurgery. Concurrently developing promising medical technologies, novel therapies, and launching new ventures. General, Functional, Epilepsy, and Complex Spine, Tumor, Peripheral Nerve, and Level I Trauma neurosurgery at the Loma Linda University Medical Center. Working with faculty colleagues to build clinical and academic programs and to teach residents and medical students. Mentoring residents and students on research projects. Neurosurgcial responsibilities include surgical management of patients, clinic management, research protocol drafting and IRB approval, and manuscript preparation.

Identification of large and high impact opportunities in healthcare and development of a capital efficient plan for implementation. Focus on neurological technologies, neuromodulation, neuromonitoring, medical devices, therapeutics, diagnostics, IT, and other promising opportunities.

Identify Opportunities, develop and invent new therapies, build IP portfolios, build teams, raise funding, and launch ventures to develop technologies and therapies that significantly improve patient's lives. Over 30 issued US Patents. Launched and Spun out NeuroVista which raised $71MM in venture financing and developed a Seizure Advisory System, with First In Man study demonstrating efficacy of implanted brain monitoring and seizure prediction technology. Developing additional Novel therapies in early stage ventures.

Delivering superb neurosurgical health care to patients while refining surgical technique and medical management of patients with a variety of spinal and cranial diseases. Developing a insight into problems and potential solutions using existing therapies while developing insight into future directions of neurosurgical and medical technology and patient care at both individual patient and healthcare system wide levels. Concurrently launching new ventures to commercialize medical technology through DiLorenzo Biomedical.

Completed Neurosurgery Residency at Rush. Had the privilege of receiving superb teaching and broad hands-on learning experience with world-class faculty in clinical neurosurgery. Treated patients in all major areas of neurosurgery, including cranial, tumor, vascular, endovascular, functional, peripheral nerve, pediatrics, trauma, complex spine, and minimally invasive spine. Taught residents and medical students. Conducted independent research.

Delivering superb neurosurgical health care to patients while mastering surgical technique and medical management of patients with a variety of spinal diseases. Developing a insight into problems and potential solutions using existing therapies while developing insight into future directions of neurosurgical and medical technology and patient care at both individual patient and healthcare system wide levels.

Functional and Epilepsy Neurosurgery Academic and Translational Research and Publications

Focus: Medical Technology Innovation, Medical Device Ventures, Entrepreneurial Ventures, Venture Capital, Management of Technology. Thesis: "Cortical Technologies: Innovative Solutions for Neurological Disease"

MD in Harvard-MIT Health Sciences and Technology (HST) Program, concurrent with MIT PhD. Focus in Neurosurgery. Thesis: "Development of a Chronically Implanted Microelectrode Array for Intraneural Electrical Stimulation for Prosthetic Sensory Feedback"

Major Electrical Engineering and Computer Science. Focus: Controls and Robotics. Minor: Philosophy SBEE Degree in 3 years. Thesis: "Design and Implementation of a Quadrupedal Robot"

Major: Electrical Engineering and Computer Science. Obtained Degree in 1 year. Focus: Control theory and robotics. SMEE Degree in 1 year. Thesis: "Design and Implementation of an Omnidirectional Wheeled Robot Motion Controller"

Focus: Control Theory, Digital Control Systems, Signal Processing, Motor Neuroscience, Neural Prostheses, Neural Implants. Thesis: "Neural Correlates of Motor Performance in Primary Motor Cortex

Focus: Neural Prostheses, Neural Implants, Neural Interfacing, Chronic Implants. Thesis: "Development of a Chronically Implanted Microelectrode Array for Intraneural Electrical Stimulation for Prosthetic Sensory Feedback"