A new treatment for frostbite sequelae; Botulinum toxin

Frostbite sequelae are a relevant occupational injury outcome for soldiers in arctic environments. A Caucasian male soldier suffered frostbite to both hands during a military winter exercise. He developed sensory-motor disturbances and cold hypersensitivity. Angiography and thermography revealed imp...

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Main Authors: Arne Johan Norheim, James Mercer, Frauke Musial, Louis de Weerd
Format: Article
Language:English
Published: Taylor & Francis Group 2017-01-01
Series:International Journal of Circumpolar Health
Subjects:
Online Access:http://dx.doi.org/10.1080/22423982.2016.1273677
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spelling doaj-09f2ab4a02d1411b9dbdf75d9df906602020-11-25T00:43:12ZengTaylor & Francis GroupInternational Journal of Circumpolar Health2242-39822017-01-0176110.1080/22423982.2016.12736771273677A new treatment for frostbite sequelae; Botulinum toxinArne Johan Norheim0James Mercer1Frauke Musial2Louis de Weerd3University of Tromsø - The Arctic University of NorwayUiT The Arctic University of NorwayUniversity of Tromsø - The Arctic University of NorwayUniversity Hospital North Norway, TromsøFrostbite sequelae are a relevant occupational injury outcome for soldiers in arctic environments. A Caucasian male soldier suffered frostbite to both hands during a military winter exercise. He developed sensory-motor disturbances and cold hypersensitivity. Angiography and thermography revealed impaired blood flow while Quantitative Sensory Testing indicated impaired somato-sensory nerve function. Two years after the initial event, he received an off label treatment with Botulinum toxin distributed around the neurovascular bundles of each finger. After treatment, cold sensitivity was reduced while blood flow and somato-sensory nerve function improved. The successful treatment enabled the soldier to successfully pursue his career in the army.http://dx.doi.org/10.1080/22423982.2016.1273677Frostbitecold injurybotulinum toxinvasospastic disorderthermographynon-freezing cold injuryquantitative sensory testingangiographymilitaryarmy
collection DOAJ
language English
format Article
sources DOAJ
author Arne Johan Norheim
James Mercer
Frauke Musial
Louis de Weerd
spellingShingle Arne Johan Norheim
James Mercer
Frauke Musial
Louis de Weerd
A new treatment for frostbite sequelae; Botulinum toxin
International Journal of Circumpolar Health
Frostbite
cold injury
botulinum toxin
vasospastic disorder
thermography
non-freezing cold injury
quantitative sensory testing
angiography
military
army
author_facet Arne Johan Norheim
James Mercer
Frauke Musial
Louis de Weerd
author_sort Arne Johan Norheim
title A new treatment for frostbite sequelae; Botulinum toxin
title_short A new treatment for frostbite sequelae; Botulinum toxin
title_full A new treatment for frostbite sequelae; Botulinum toxin
title_fullStr A new treatment for frostbite sequelae; Botulinum toxin
title_full_unstemmed A new treatment for frostbite sequelae; Botulinum toxin
title_sort new treatment for frostbite sequelae; botulinum toxin
publisher Taylor & Francis Group
series International Journal of Circumpolar Health
issn 2242-3982
publishDate 2017-01-01
description Frostbite sequelae are a relevant occupational injury outcome for soldiers in arctic environments. A Caucasian male soldier suffered frostbite to both hands during a military winter exercise. He developed sensory-motor disturbances and cold hypersensitivity. Angiography and thermography revealed impaired blood flow while Quantitative Sensory Testing indicated impaired somato-sensory nerve function. Two years after the initial event, he received an off label treatment with Botulinum toxin distributed around the neurovascular bundles of each finger. After treatment, cold sensitivity was reduced while blood flow and somato-sensory nerve function improved. The successful treatment enabled the soldier to successfully pursue his career in the army.
topic Frostbite
cold injury
botulinum toxin
vasospastic disorder
thermography
non-freezing cold injury
quantitative sensory testing
angiography
military
army
url http://dx.doi.org/10.1080/22423982.2016.1273677
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