Active clinical trials for "Niemann-Pick Diseases"

This research study is being conducted to find out whether Trappsol® Cyclo™, an experimental treatment for people with Niemann Pick disease Type C (NPC-1) is safe at 2 different dose levels and what effects it has on people who have this condition. NPC-1 is caused by a defect in the protein which is important for the transport of fatty substances like cholesterol out of cells. Without this protein, fats build up in the cells ultimately leading to organ damage. The way in which this experimental treatment works is not fully understood but laboratory experiments have shown that it can potentially remove cholesterol build up from the cells in people who have NPC-1. Approximately 12 patients will be asked to take part in this research study for up to 20 weeks (w) in total (including screening. treatment and follow-up). Recruitment is expected to take 6- 9 months.Patients who take part will receive treatment by an intravenous infusion every two weeks. The study will look at what the body does to the drug as well as what the drug does to the body by taking and examining blood and urine samples. A sample(s) of cerebrospinal fluid (CSF) will be taken by lumbar puncture during the first treatment dose and may be collected during subsequent doses. Liver and skin biopsy specimens will be taken to assess filipin staining. Cholesterol metabolism will be investigated in liver samples and splenic and hepatic elasticity will be assessed by ultrasound. Patients will also have their hearing tested, be asked questions by their doctor as well completing questionnaires to help assess any changes in their condition during treatment.This study is being sponsored and funded by CTD holdings Inc. It is planned to be run in the USA,.

The purpose of this study is to provide continued access to treatment for NPC-1 after participation and completion of the Phase I trial CTD-TCNPC-101, when administered at doses of 1500 mg/kg and 2500 mg/kg by slow IV infusion over a period of 8 to 9 hours every two weeks.

Niemann-Pick disease, Type C is a rare genetic disorder characterized by a failing in intracellular cholesterol transport, inducing an accumulation of sphingolipids in the brain. Neurological signs are at the forefront of the disease. There are also psychiatric signs of psychotic kind among 28 to 45 % of patients according to studies, and a thirty cases were published. These signs can be concomitant with neurological signs or precede them. Is is likely that psychotic disorders are the first signs of a Niemann-Pick disease not yet non encore diagnosed for some patients. Yet, no prevalence study for this disease in a psychiatric population of patients currently exists. In response to this problem this study proposes to search patients whose disease could be of organic origin or patients whose disease is suspected, based on clinical data. The diagnosis will be confirmed certified with a genetic and/or biochemical test.

This study is planned to study whether lithium carbonate has protective effect on the brain of Niemann-Pick disease type C1.

Establishment of individualized human cellular disease models based on induced pluripotent stem cells that reflect the broad heterogeneous phenotypic spectrum of Niemann Pick disease

Niemann-Pick Disease, Type C (NPC) is a rare neurodegenerative disorder with a wide clinical spectrum and variable age of onset. Classically, children with NPC demonstrate neurological dysfunction with cerebellar ataxia (an inability to coordinate balance, gait, extremity and eye movements), dysarthria (difficulty speaking), seizures, vertical gaze palsy (ability to move eyes in the same direction) motor impairment, dysphagia (trouble swallowing), psychotic episodes, and progressive dementia. There is no curative treatment for NPC and it is a lethal disorder. The purpose of this protocol is to obtain both baseline and rate of progression data on a clinical and biochemical markers that may later be used as outcome measures in a clinical trial. Specifically, this study will examine and characterize the longitudinal progression of neurocognitive symptoms of NPC with the goal of identifying early markers of disease progression that may be utilized in later trials to evaluate treatment efficacy.

Primary Objective: To describe the clinical features and their severity at the time of diagnosis and their evolution over time in patients with confirmed chronic visceral and chronic neurovisceral forms of ASMD To describe Clinician-Reported Outcomes (ClinROs) and Patient-Reported Outcomes (PROs) at enrollment and their evolution over time; disease severity at the time of diagnosis and its evolution over time Secondary Objectives: To describe abnormal values in laboratory parameters and all values of specific clinical and imaging assessments at the time of diagnosis and their evolution over time To study the use and applicability towards validation of a newly developed ASMD disease severity scoring system To study the use and applicability towards validation of a newly developed ASMD PRO tool To describe ASMD-related disease burden among patients with ASMD, caregivers, and healthcare resource utilization To describe the association between patient demographics (eg, age, gender, race, Ashkenazi ancestry) and genotype with selected clinical features in patients with confirmed chronic visceral and chronic neurovisceral forms of ASMD

This is a prospective non-therapeutic observational study in NP-C patients. The aim is to characterize the individual patient disease progression profile through the historical and 6 months prospective evaluation of clinical, imaging, biological(biomarkers) and quality of life data. Patients will be offered enrollment into a Phase II/III study on arimoclomol at the end of the study.

The lysosomal storage disorders (LSDs) are monogenic disorders associated with inflammation affecting multiple organs, and early death. Few treatments are available that can modify the disease course, and there is an urgent need to identify new steps in pathogenesis that can be targeted therapeutically. The complement system is novel and highly plausible as a primary driver of inflammation and cellular injury in the LSDs. This study assesses the complement activation state in patients with Fabry disease (FD), Gaucher disease (GD) and Niemann-Pick disease, type C (NPC), with comparison to healthy controls. This has the potential for immense clinical benefit through targeted complement inhibition across the full spectrum of lysosomal storage disorders, in which key pathophysiological processes including the inflammatory response to lysosomally 'stored' materials are shared.

This study is a US based qualitative PRO research study to document the health insurance literacy as well as the patient experience in Niemann-Pick as it relates to accessing desired care, services and medications for patients. The outcome of this research will be used to inform various other workstreams as NNPDF works to assist families. The core research objectives are to understand the following from Niemann-Pick patients and their families in the US