Treatment Trials

4 Clinical Trials for Various Conditions

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COMPLETED
Head Circumference Growth in Children With Ehlers-Danlos Syndrome Who Develop Dysautonomia Later in Life
Description

It is known that 33-50% of Classic and Hypermobile Ehlers-Danlos Syndrome patients eventually develop dysautonomia, otherwise known as "POTS" (Postural Orthostatic Tachycardia Syndrome). Some of these patients develop dysautonomia as a result of a retroflexed odontoid, Chiari 1 Malformation or cranial settling and the resulting basilar impression. Many Ehlers-Danlos patients suffer with the same symptomology with no evidence of a cause according to MRI imaging. It is the author's hypothesis that low-level External Communicating Hydrocephalus appears to be responsible for the constellation of autonomic and cranial nerve symptoms, and if present in the very young, an analysis of head circumference growth in the first 15 months of life should reflect abnormally rapid head growth, supporting this hypothesis.

RECRUITING
Prophylactic Antibiotics Useful With Antibiotic Impregnated External Ventricular Drains (EVDs)?
Description

The length of prophylactic antibiotic use with antibiotic impregnated External Ventricular Drains (EVD)s is unknown. This study is a randomized clinical trial with two arms: 1. twenty four hours of prophylactic antibiotic use or 2. prophylactic antibiotic use for entire duration of EVD

TERMINATED
A Secondary Study Evaluating Aqueduct's Smart External Drain (SED)
Description

Aqueduct's Smart External Drain (SED) will be compared to the current gold standard for temporary CSF management in a hospital setting. * Evaluate the number of subjects requiring to be switched to a standard of care EVD * Evaluate subject transport while on the SED * Evaluate SED system control from initiation of SED through discharge of external drain system

COMPLETED
A Study Evaluate Aqueduct's Smart External Drain
Description

To evaluate the performance characteristics of the Smart External Drain (SED) compared with standard EVD drains in the hospital setting, specifically: * Number, type and duration of staff interactions. * Regulating and controlling ICP and CSF drainage. * Maintaining system control with patient movement.