The Impact of Upcoming Treatments in Huntington's Disease: Resource Capacity Limitations and Access to Care Implications.
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BORIS DOI
Publisher DOI
PubMed ID
33843690
Description
BACKGROUND
The most advanced disease-modifying therapies (DMTs) in development for Huntington's disease (HD) require intrathecal (IT) administration, which may create or exacerbate bottlenecks in resource capacity.
OBJECTIVE
To understand the readiness of healthcare systems for intrathecally administered HD DMTs in terms of resource capacity dynamics and implications for patients' access to treatment.
METHODS
Forty HD centres across 12 countries were included. Qualitative and quantitative data on current capacity in HD centres and anticipated capacity needs following availability of a DMT were gathered via interviews with healthcare professionals (HCPs). Data modelling was used to estimate the current capacity gap in HD centres.
RESULTS
From interviews with 218 HCPs, 25% of HD centres are estimated to have the three components required for IT administration (proceduralists, nurses and facilities). On average, 114 patients per centre per year are anticipated to receive intrathecally administered DMTs in the future. At current capacity, six of the sampled centres are estimated to be able to deliver DMTs to all the anticipated patients based on current resources. The estimated waiting time for IT administration at current capacity will average 60 months (5 years) by the second year after DMT availability.
CONCLUSION
Additional resources are needed in HD centres for future DMTs to be accessible to all anticipated patients. Timely collaboration by the HD community will be needed to address capacity gaps. Healthcare policymakers and payers will need to address costs and navigate challenges arising from country- or region-specific healthcare delivery schemes.
The most advanced disease-modifying therapies (DMTs) in development for Huntington's disease (HD) require intrathecal (IT) administration, which may create or exacerbate bottlenecks in resource capacity.
OBJECTIVE
To understand the readiness of healthcare systems for intrathecally administered HD DMTs in terms of resource capacity dynamics and implications for patients' access to treatment.
METHODS
Forty HD centres across 12 countries were included. Qualitative and quantitative data on current capacity in HD centres and anticipated capacity needs following availability of a DMT were gathered via interviews with healthcare professionals (HCPs). Data modelling was used to estimate the current capacity gap in HD centres.
RESULTS
From interviews with 218 HCPs, 25% of HD centres are estimated to have the three components required for IT administration (proceduralists, nurses and facilities). On average, 114 patients per centre per year are anticipated to receive intrathecally administered DMTs in the future. At current capacity, six of the sampled centres are estimated to be able to deliver DMTs to all the anticipated patients based on current resources. The estimated waiting time for IT administration at current capacity will average 60 months (5 years) by the second year after DMT availability.
CONCLUSION
Additional resources are needed in HD centres for future DMTs to be accessible to all anticipated patients. Timely collaboration by the HD community will be needed to address capacity gaps. Healthcare policymakers and payers will need to address costs and navigate challenges arising from country- or region-specific healthcare delivery schemes.
Date of Publication
2021
Publication Type
Article
Subject(s)
Keyword(s)
Huntington’s disease and services capacity building health care facilities health resources health services accessibility intrathecal injection manpower spinal puncture
Language(s)
en
Contributor(s)
Guttman, Mark | |
Pedrazzoli, Marco | |
Ponomareva, Marina | |
Pelletier, Marsha | |
Townson, Louisa | |
Mukelabai, Kopano | |
Levine, Aaron | |
Nordström, Anna-Lena | |
Reilmann, Ralf |
Additional Credits
Series
Journal of Huntington's disease
Publisher
IOS Press
ISSN
1879-6400
Access(Rights)
open.access