Studies on the Nature of Pain Arising From an Ischemic Limb

Harpunder, Karl; Stein, Irwin D.

doi:10.1097/00005053-194410000-00025

Cited by 2 publications

(3 citation statements)

References 0 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…), and therefore it is not possible to induce muscle pain in a specific muscle. Accumulation of algogenic substances accompanies ischaemic contractions, which are likely to cause pain (8,9). Exercise-induced muscle pain by concentric muscle work is normally short-lasting and a result of impaired blood flow during work.…”

Section: Experimental Techniques To Induce Muscle Painmentioning

confidence: 99%

Effect of Muscle Pain on Motor Control: A Human Experimental Approach

Graven-Nielsen

Svensson

Arendt‐Nielsen

2000

Advances in Physiotherapy

View full text Add to dashboard Cite

so-called ''pain-adaptation model'', pre-tion between muscle pain and motor Deep pain has the potential to affect control in order to obtain a better un-dicting a decrease in movement ampliderstanding of the basic pain mecha-tude and velocity by muscle pain. The daily movements. The effect of muscle pain per se on co-ordination during neural mechanisms underlying pain-nisms. The interaction between muscle movement is not fully understood. Ex-evoked changes in dynamic motor func-pain and motor control depends on the motor task (rest, static, and dynamic tion can best be related to alternating perimental muscle pain induced in inhibition and excitation of motoneu-healthy subjects might help to elucidate contractions). There is a previous hypothesis concerning the accompaniment rones, but the exact pathways responsi-the basic interaction between muscle pain, muscle activity, and muscle co-or-ble for the modulation are not known. of muscle pain by muscular hyperactivdination. Mechanical, chemical, ther-The new knowledge from human exper-ity, but this so-called ''vicious cycle themal, or electrical stimuli can imental muscle pain studies provides a ory'' has not gained much support in experimentally activate muscle recep-the scientific literature. In addition, sa-better understanding of the basic effects line-induced muscle pain causes no in-of muscle pain and may allow the de-tors that signal noxious input. In this paper, endogenous and exogenous crease in EMG activity at rest. Muscle velopment of better and more evidencepain reduces maximal voluntary con-methods to induce human muscle pain based strategies to manage or reduce the risk of work-related musculoskeletal are discussed. The experimental model traction and endurance time during submaximal contractions. Moreover, pains. mainly used is intramuscular (i.m.) inmuscle pain causes changes in co-ordi-jection of hypertonic saline, as it is safe nation during dynamic tasks with in-KEY WORDS: Experimental muscle and it induces local and referred muscle creased antagonistic muscle activity and pain that can be quantified. This experi-pain -motor control. mental model of muscle pain has been decreased agonistic muscle activity.

show abstract

Section: Experimental Techniques To Induce Muscle Painmentioning

confidence: 99%

Effect of Muscle Pain on Motor Control: A Human Experimental Approach

Graven-Nielsen

Svensson

Arendt‐Nielsen

2000

Advances in Physiotherapy

View full text Add to dashboard Cite

show abstract

“…Harpuder and Stein (13) found three to five minutes necessary for the working muscle to recover sufficiently. Hitzrot, Naide and Landis (4) rested their subjects for at least fifteen minutes before applying stimuli to the calf muscles.…”

Section: The Rest Period Required Before Exercisementioning

confidence: 99%

“…Most other investigators [McWilliam and «Tebster (11), Harpuder and Stein (12,13), Katz, Linder and Landt (14) and Kissin (15)] used a similar technique. They exercised the muscles of the forearm by having the subject pull a bar which lifted a standard weight while a tourniquet was applied above the forearm.…”

mentioning

confidence: 99%