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SOM Home > Hydrocephalus Home > Research > Clinical

Clinical Research

Dr. Alexa Canady and a child with Hydrocephalus

The Pediatric Neurosurgery group at Children's Hospital of Michigan forms one of the premier clinical and academic centers dedicated to promoting better treatments for Hydrocephalus and Spina Bifida. This large group of neurosurgeons, neuroscientists, nurses, child psychologists, and social workers focuses on several related areas of research.

New technologies are being developed that will drain, or "shunt" excess cerebrospinal (CSF) fluid more effectively from the brain to other parts of the body. More specifically, shunts are being designed that will mimic the pulsatile flow of CSF, and thus perform in a more "physiological" way. We are also participating in an international study to determine if shunts perform better when placed in traditional ways, or when endoscopic guidance is added to monitor placement visually.

Dr. Sood perfoming an operation

Because children can develop allergies to silicone, the main ingredient of shunt catheters, patients who have persistent shunt problems are being tested for this type of immune reaction.

Since Hydrocephalus and Spina Bifida can be diagnosed during gestation, new state-of-the-art treatments are being designed that permit endoscopic surgery through needle-like penetrations of the abdominal wall.

Novel testing and rehabilitation programs are being used that will detect subtle learning problems as early as 1 month of age, and promote recovery with customized training sessions.

Finally, testing has just begun to see if continuous diagnostic monitoring can be performed using small portable PDA (Personal Digital Assistant) devices like a Palm Pilot®

Hydrocephalus Registry: Clinical Database Development and Management for Children with Hydrocephalus
C-Reactive Protein as a Diagnostic Tool in Infantile Hydrocephalus
Clinical Study of Bactiseal Catheters
Clinical Study of the Aesculap Miethke PAEDI-GAV Shunt Valve
Biomedical Engineering Analyses of Codman BactisealTM Catheters
Chronic Intracranial Pressure Monitoring in Children with Hydrocephalus
Diagnosis and Treatment of Posterior Deformational Plagiocephaly: A Randomized, Prospective Analysis
Design and Testing of a "Pulsatile Flow" Shunt
Evaluation of Shunt Malfunction Using a Shunt Site Reservoir
Development of More Effective Rehabilitation Based on Motor Learning
New Technology for Laser Ablation of Blocked Shunts



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