1983PainRequires access

Phantom limb, phantom pain and stump pain in amputees during the first 6 months following limb amputation

Troels S. Jensen, Børge Krebs, Jørn Nielsen, Peter Vestergaard Rasmussen

Open publisher page 397 citations

Abstract

The incidence and clinical picture of non-painful and painful phantom limb sensations as well as stump pain was studied in 58 patients 8 days and 6 months after limb amputation. The incidence of non-painful phantom limb, phantom pain and stump pain 8 days after surgery was 84, 72 and 57%, respectively. Six months after amputation the corresponding figures were 90, 67 and 22%, respectively. Kinaesthetic sensations (feeling of length, volume or other spatial sensation of the affected limb) were present in 85% of the patients with phantom limb both immediately after surgery and 6 months later. However, 30% noticed a clear shortening of the phantom during the follow-up period; this was usually among patients with no phantom pain. Phantom pain was significantly more frequent in patients with pain in the limb the day before amputation than in those without preoperative limb pain. Of the 67% having some phantom pain at the latest interview 50% reported that pains were decreasing. Four patients (8%), however, reported that phantom pains were worse 6 months after amputation than originally. During the follow-up period the localization of phantom pains shifted from a proximal and distal distribution to a more distal localization. While knifelike, sticking phantom pains were most common immediately after surgery, squeezing or burning types of phantom pain were usually reported later in the course. Possible mechanisms for the present findings either in periphery, spinal cord or in the brain are discussed.

About this research paper

What this paper is about

The incidence and clinical picture of non-painful and painful phantom limb sensations as well as stump pain was studied in 58 patients 8 days and 6 months after limb amputation. The incidence of non-painful phantom limb, phantom pain and stump pain 8 days after surgery was 84, 72 and 57%, respectively. Six months after amputation the corresponding figures were 90, 67 and 22%, respectively. Kinaesthetic sensations (feeling of length, volume or other spatial sensation of the affected limb) were present in 85% of the patients with phantom limb both immediately after surgery and 6 months later. However, 30% noticed a clear shortening of the phantom during the follow-up period; this was usually among patients with no phantom pain. Phantom pain was significantly more frequent in patients with pain in the limb the day before amputation than in those without preoperative limb pain. Of the 67% having some phantom pain at the latest interview 50% reported that pains were decreasing. Four patients (8%), however, reported that phantom pains were worse 6 months after amputation than originally. During the follow-up period the localization of phantom pains shifted from a proximal and distal distribution to a more distal localization. While knifelike, sticking phantom pains were most common immediately after surgery, squeezing or burning types of phantom pain were usually reported later in the course. Possible mechanisms for the present findings either in periphery, spinal cord or in the brain are discussed.

Why it matters

OpenAlex reports 397 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

The incidence and clinical picture of non-painful and painful phantom limb sensations as well as stump pain was studied in 58 patients 8 days and 6 months after limb amputation. The incidence of non-painful phantom limb, phantom pain and stump pain 8 days after surgery was 84, 72 and 57%, respectively. Six months after amputation the corresponding figures were 90, 67 and 22%, respectively. Kinaesthetic sensations (feeling of length, volume or other spatial sensation of the affected limb) were present in 85% of the patients with phantom limb both immediately after surgery and 6 months later. However, 30% noticed a clear shortening of the phantom during the follow-up period; this was usually among patients with no phantom pain. Phantom pain was significantly more frequent in patients with pain in the limb the day before amputation than in those without preoperative limb pain. Of the 67% having some phantom pain at the latest interview 50% reported that pains were decreasing. Four patients (8%), however, reported that phantom pains were worse 6 months after amputation than originally. During the follow-up period the localization of phantom pains shifted from a proximal and distal distribution to a more distal localization. While knifelike, sticking phantom pains were most common immediately after surgery, squeezing or burning types of phantom pain were usually reported later in the course. Possible mechanisms for the present findings either in periphery, spinal cord or in the brain are discussed.

Key concepts: Phantom pain, Phantom limb, Amputation, Medicine, Imaging phantom, Phantom limb pain, Surgery, Neuropathic pain

Related papers

Back to paper searchBrowse research topicsOriginal source
Phantom limb, phantom pain and stump pain in amputees during the first 6 months following limb amputation — Research Paper | ScholarLens