Cargando…

A protocol for a randomised controlled, double-blind feasibility trial investigating fluoxetine treatment in improving memory and learning impairments in patients with mesial temporal lobe epilepsy: Fluoxetine, Learning and Memory in Epilepsy (FLAME trial)

BACKGROUND: People with temporal lobe epilepsy (TLE) report significant problems with learning and memory. There are no effective therapies for combatting these problems in people with TLE, resulting in an unmet therapeutic need. The lack of treatment is, in part, due to a poor understanding of the...

Descripción completa

Detalles Bibliográficos
Autores principales: Drew, Cheney J. G., Postans, Mark, Petralia, Cateno, McNamara, Rachel, Pallmann, Philip, Gillespie, Dave, Evans, Lisa H., Muhlert, Nils, Winter, Mia, Hamandi, Khalid, Gray, William P.
Formato: Online Artículo Texto
Lenguaje:English
Publicado: BioMed Central 2019
Materias:
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6612194/
https://www.ncbi.nlm.nih.gov/pubmed/31321071
http://dx.doi.org/10.1186/s40814-019-0474-x
_version_ 1783432845247643648
author Drew, Cheney J. G.
Postans, Mark
Petralia, Cateno
McNamara, Rachel
Pallmann, Philip
Gillespie, Dave
Evans, Lisa H.
Muhlert, Nils
Winter, Mia
Hamandi, Khalid
Gray, William P.
author_facet Drew, Cheney J. G.
Postans, Mark
Petralia, Cateno
McNamara, Rachel
Pallmann, Philip
Gillespie, Dave
Evans, Lisa H.
Muhlert, Nils
Winter, Mia
Hamandi, Khalid
Gray, William P.
author_sort Drew, Cheney J. G.
collection PubMed
description BACKGROUND: People with temporal lobe epilepsy (TLE) report significant problems with learning and memory. There are no effective therapies for combatting these problems in people with TLE, resulting in an unmet therapeutic need. The lack of treatment is, in part, due to a poor understanding of the neurobiology underlying these memory deficits. We know that hippocampal neurogenesis, a process believed to be important in learning and memory formation, is permanently reduced in chronic TLE, and this may go some way to explain the learning and memory impairments seen in people with TLE. The common anti-depressant drug fluoxetine has been shown to stimulate neurogenesis both in the healthy brain and in neurological diseases where neurogenesis is impaired. In an animal model of TLE, administration of fluoxetine was found to restore neurogenesis and improve learning on a complex spatial navigational task. We now want to test this effect in humans by investigating whether administration of fluoxetine to people with TLE can improve learning and memory. METHODS: This is a single-centre randomised controlled, double-blind feasibility trial. We plan to recruit 20 participants with a diagnosis of TLE and uni-lateral hippocampal sclerosis, confirmed by 3T MRI. Eligible participants will undergo baseline assessments of learning and memory prior to being randomised to either 20 mg/day fluoxetine or matching placebo for 60 days. Follow-up assessments will be conducted after 60 days of trial medication and then again at 60 days after cessation of trial medication. Feasibility will be assessed on measures of recruitment, retention and adherence against pre-determined criteria. DISCUSSION: This trial is designed to determine the feasibility of conducting a double-blind randomised controlled trial of fluoxetine for the treatment of learning and memory impairments in people with TLE. Data collected in this trial will inform the design and utility of any future efficacy trial involving fluoxetine for the treatment of learning and memory in people with TLE. TRIAL REGISTRATION: EudraCT 2014-005088-34, registered on May 18, 2015
format Online
Article
Text
id pubmed-6612194
institution National Center for Biotechnology Information
language English
publishDate 2019
publisher BioMed Central
record_format MEDLINE/PubMed
spelling pubmed-66121942019-07-18 A protocol for a randomised controlled, double-blind feasibility trial investigating fluoxetine treatment in improving memory and learning impairments in patients with mesial temporal lobe epilepsy: Fluoxetine, Learning and Memory in Epilepsy (FLAME trial) Drew, Cheney J. G. Postans, Mark Petralia, Cateno McNamara, Rachel Pallmann, Philip Gillespie, Dave Evans, Lisa H. Muhlert, Nils Winter, Mia Hamandi, Khalid Gray, William P. Pilot Feasibility Stud Study Protocol BACKGROUND: People with temporal lobe epilepsy (TLE) report significant problems with learning and memory. There are no effective therapies for combatting these problems in people with TLE, resulting in an unmet therapeutic need. The lack of treatment is, in part, due to a poor understanding of the neurobiology underlying these memory deficits. We know that hippocampal neurogenesis, a process believed to be important in learning and memory formation, is permanently reduced in chronic TLE, and this may go some way to explain the learning and memory impairments seen in people with TLE. The common anti-depressant drug fluoxetine has been shown to stimulate neurogenesis both in the healthy brain and in neurological diseases where neurogenesis is impaired. In an animal model of TLE, administration of fluoxetine was found to restore neurogenesis and improve learning on a complex spatial navigational task. We now want to test this effect in humans by investigating whether administration of fluoxetine to people with TLE can improve learning and memory. METHODS: This is a single-centre randomised controlled, double-blind feasibility trial. We plan to recruit 20 participants with a diagnosis of TLE and uni-lateral hippocampal sclerosis, confirmed by 3T MRI. Eligible participants will undergo baseline assessments of learning and memory prior to being randomised to either 20 mg/day fluoxetine or matching placebo for 60 days. Follow-up assessments will be conducted after 60 days of trial medication and then again at 60 days after cessation of trial medication. Feasibility will be assessed on measures of recruitment, retention and adherence against pre-determined criteria. DISCUSSION: This trial is designed to determine the feasibility of conducting a double-blind randomised controlled trial of fluoxetine for the treatment of learning and memory impairments in people with TLE. Data collected in this trial will inform the design and utility of any future efficacy trial involving fluoxetine for the treatment of learning and memory in people with TLE. TRIAL REGISTRATION: EudraCT 2014-005088-34, registered on May 18, 2015 BioMed Central 2019-07-06 /pmc/articles/PMC6612194/ /pubmed/31321071 http://dx.doi.org/10.1186/s40814-019-0474-x Text en © The Author(s). 2019 Open AccessThis article is distributed under the terms of the Creative Commons Attribution 4.0 International License (http://creativecommons.org/licenses/by/4.0/), which permits unrestricted use, distribution, and reproduction in any medium, provided you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons license, and indicate if changes were made. The Creative Commons Public Domain Dedication waiver (http://creativecommons.org/publicdomain/zero/1.0/) applies to the data made available in this article, unless otherwise stated.
spellingShingle Study Protocol
Drew, Cheney J. G.
Postans, Mark
Petralia, Cateno
McNamara, Rachel
Pallmann, Philip
Gillespie, Dave
Evans, Lisa H.
Muhlert, Nils
Winter, Mia
Hamandi, Khalid
Gray, William P.
A protocol for a randomised controlled, double-blind feasibility trial investigating fluoxetine treatment in improving memory and learning impairments in patients with mesial temporal lobe epilepsy: Fluoxetine, Learning and Memory in Epilepsy (FLAME trial)
title A protocol for a randomised controlled, double-blind feasibility trial investigating fluoxetine treatment in improving memory and learning impairments in patients with mesial temporal lobe epilepsy: Fluoxetine, Learning and Memory in Epilepsy (FLAME trial)
title_full A protocol for a randomised controlled, double-blind feasibility trial investigating fluoxetine treatment in improving memory and learning impairments in patients with mesial temporal lobe epilepsy: Fluoxetine, Learning and Memory in Epilepsy (FLAME trial)
title_fullStr A protocol for a randomised controlled, double-blind feasibility trial investigating fluoxetine treatment in improving memory and learning impairments in patients with mesial temporal lobe epilepsy: Fluoxetine, Learning and Memory in Epilepsy (FLAME trial)
title_full_unstemmed A protocol for a randomised controlled, double-blind feasibility trial investigating fluoxetine treatment in improving memory and learning impairments in patients with mesial temporal lobe epilepsy: Fluoxetine, Learning and Memory in Epilepsy (FLAME trial)
title_short A protocol for a randomised controlled, double-blind feasibility trial investigating fluoxetine treatment in improving memory and learning impairments in patients with mesial temporal lobe epilepsy: Fluoxetine, Learning and Memory in Epilepsy (FLAME trial)
title_sort protocol for a randomised controlled, double-blind feasibility trial investigating fluoxetine treatment in improving memory and learning impairments in patients with mesial temporal lobe epilepsy: fluoxetine, learning and memory in epilepsy (flame trial)
topic Study Protocol
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6612194/
https://www.ncbi.nlm.nih.gov/pubmed/31321071
http://dx.doi.org/10.1186/s40814-019-0474-x
work_keys_str_mv AT drewcheneyjg aprotocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT postansmark aprotocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT petraliacateno aprotocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT mcnamararachel aprotocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT pallmannphilip aprotocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT gillespiedave aprotocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT evanslisah aprotocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT muhlertnils aprotocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT wintermia aprotocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT hamandikhalid aprotocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT graywilliamp aprotocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT drewcheneyjg protocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT postansmark protocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT petraliacateno protocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT mcnamararachel protocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT pallmannphilip protocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT gillespiedave protocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT evanslisah protocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT muhlertnils protocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT wintermia protocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT hamandikhalid protocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial
AT graywilliamp protocolforarandomisedcontrolleddoubleblindfeasibilitytrialinvestigatingfluoxetinetreatmentinimprovingmemoryandlearningimpairmentsinpatientswithmesialtemporallobeepilepsyfluoxetinelearningandmemoryinepilepsyflametrial