CLINICAL TRIALS PROFILE FOR TRANSDERM SCOP
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All Clinical Trials for TRANSDERM SCOP
| Trial ID | Title | Status | Sponsor | Phase | Start Date | Summary |
|---|---|---|---|---|---|---|
| NCT00716014 ↗ | Study of TD101, a Small Interfering RNA (siRNA) Designed for Treatment of Pachyonychia Congenita | Completed | Pachyonychia Congenita Project | Phase 1 | 2008-01-01 | Pachyonychia congenita (PC) is a rare, autosomal dominant keratin disorder affecting the nails, skin, oral mucosae, larynx, hair and teeth. Pathogenic mutations in keratin K6a, K6b, K16 or K17 act via a dominant negative mechanism, leading to manifestations of the disease. The most disabling PC symptom is a painful plantar blistering and keratoderma that requires use of ambulation devices in more than 50 percent of patients. Despite our understanding of the molecular basis of PC, current treatment is limited to mechanical removal of the thick calluses, non-specific topical keratolytics, and oral retinoids, none of which alleviates blistering or plantar pain satisfactorily. A public charity, PC Project, has been founded to support the development of treatments for PC (www.pachyonychia.org). In collaboration with this charity, a small company, TransDerm, Inc., has developed a small interfering RNA (siRNA) that specifically targets a mutation in one of the PC keratins, K6a. As this siRNA targets a single nucleotide mutation, it will only be effective against PC subjects harboring this specific mutation. There are currently only six known patients who carry this mutation in the International Pachyonychia Congenita Research Registry, but three of these patients live in Salt Lake City (a mother and two of her children). We propose to perform a Phase Ib clinical trial to test the safety and tolerability of TD101 in PC patients carrying an N171K mutation. We will complete treatment of the adult patient prior to recruitment of the minors. |
| NCT03029650 ↗ | Scopolamine Patch Pharmacokinetics in Healthy Adults | Completed | University of Minnesota | Phase 4 | 2016-11-01 | The study to be performed will utilize already FDA-approved marketed products in healthy adults for the purpose to generate data for establishing rate of drug delivery of Transderm Scop® TDDS (transdermal drug delivery system) in healthy adults and to ensure safety of individuals utilizing these types of products. |
| NCT03029650 ↗ | Scopolamine Patch Pharmacokinetics in Healthy Adults | Completed | University of Minnesota - Clinical and Translational Science Institute | Phase 4 | 2016-11-01 | The study to be performed will utilize already FDA-approved marketed products in healthy adults for the purpose to generate data for establishing rate of drug delivery of Transderm Scop® TDDS (transdermal drug delivery system) in healthy adults and to ensure safety of individuals utilizing these types of products. |
| NCT03029650 ↗ | Scopolamine Patch Pharmacokinetics in Healthy Adults | Completed | University of Iowa | Phase 4 | 2016-11-01 | The study to be performed will utilize already FDA-approved marketed products in healthy adults for the purpose to generate data for establishing rate of drug delivery of Transderm Scop® TDDS (transdermal drug delivery system) in healthy adults and to ensure safety of individuals utilizing these types of products. |
| NCT03920644 ↗ | Study of the Safety and Efficacy of DPI-386 Nasal Gel on Ocean-Going Vessels | Unknown status | Naval Aeromedical Research Unit, Dayton | Phase 3 | 2019-04-01 | This multi-site Phase 3 clinical trial is a randomized, double-blind, placebo-controlled study to identify the safety and efficacy of DPI 386 nasal gel (intranasal scopolamine gel) for the prevention and treatment of nausea associated with motion sickness. The study will be conducted aboard military ships undergoing military operations or aboard commercial boats rented for the study to obtain data in a real world environment. The study will have three arms: DPI-386 nasal gel, placebo nasal gel, and Transderm Scop® (1.0 mg/72 hours; transdermal scopolamine patch [TDS], the current standard of care for the treatment of motion sickness). The study will include 120 subjects per arm, for a total of 360 subjects (n=360). A double-dummy design will be used to mask the treatment assignment. All subjects will receive both a patch and nasal gel: DPI-386 Nasal Gel + placebo patch, placebo nasal gel + placebo patch, or TDS patch + placebo nasal gel. |
| NCT04219982 ↗ | DPI 386 Nasal Gel for the Prevention of Nausea Associated With Motion Sickness | Terminated | Repurposed Therapeutics, Inc. | Phase 2/Phase 3 | 2018-06-29 | Determine the efficacy, in terms of time to nausea (inclination to vomit), of DPI-386 Nasal Gel as compared to the current standard of care (TDS) and placebo nasal gel. • Describe the pharmacokinetics (PK) of a multi-dose schedule of DPI-386 Nasal Gel (0.2 mg twice a day for six consecutive days) as compared to the current standard of care (TDS). Determine the safety of a multi-dose schedule of DPI-386 Nasal Gel with an emphasis on cognitive adverse events as compared to the current standard of care (TDS) and placebo nasal gel. Determine how alertness is affected by administration of DPI-386 Nasal Gel, as compared to the current standard of care (TDS) and placebo nasal gel. |
| NCT04272255 ↗ | Nasal Gel Under Military Operational Conditions for the Prevention of Nausea Associated With Motion Sickness | Recruiting | Repurposed Therapeutics, Inc. | Phase 3 | 2019-04-22 | This multi-site Phase 3 clinical trial is a randomized, double-blind, placebo-controlled and open label active-controlled study to identify the safety and efficacy of a repeated-dose regimen of DPI-386 nasal gel (intranasal scopolamine gel) for the prevention and treatment of motion sickness. The study will be conducted aboard Navy fleet or Marine ships undergoing military operations to obtain data in an operationally relevant real world environment. |
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