Department of Anesthesia, Intensive Care and Perioperative Medicine, University of Brescia, Brescia, Italy.
Curr Opin Crit Care. 2010 Apr;16(2):123-7. doi: 10.1097/MCC.0b013e328336a229.
Critical illness myopathy and neuropathy are common complications in the ICU, causing limb and respiratory muscle weakness. We review the most recent data concerning their presentation, diagnosis and treatment.
Limb muscle strength can be reliably assessed by using the Medical Research Council scale or handgrip dynamometry. A Medical Research Council sum score below 48 or mean Medical Research Council score below 4 (antigravity strength) across all testable muscle groups, and a force value of less than 11 kg-force for men and less than 7 kg-force for women at dominant-hand dynamometry identify ICU-acquired weakness in previously healthy individuals admitted to an ICU for nonneuromuscular disorder. Clinical signs, together with measurements of the maximal inspiratory and expiratory pressures and vital capacity, are important to timely diagnose respiratory muscle weakness. Electrophysiological testing is usefully implemented in unconscious patients or in awake patients who do not improve despite appropriate treatments. Early physiotherapy in the ICU can increase the proportion of patients reaching an independent functional status following their ICU stay. Critical illness myopathy and neuropathy may occur outside the ICU; however, exact estimates are lacking.
Systematic application of diagnostic criteria and early physiotherapy may help clinicians to timely diagnose critical illness myopathy and neuropathy and to reduce the associated morbidity.
危重病性肌病和神经病是 ICU 中的常见并发症,可导致肢体和呼吸肌无力。我们对其发病表现、诊断和治疗的最新数据进行综述。
可通过使用英国医学研究理事会(Medical Research Council,MRC)量表或手握力计来可靠评估肢体肌肉力量。在所有可检测的肌肉群中,MRC 总和评分低于 48 或平均 MRC 评分低于 4(抗重力强度),且在握力计测试中,男性的力值低于 11 千克力,女性低于 7 千克力,可识别出先前健康的个体在非神经肌肉疾病入住 ICU 后发生 ICU 获得性无力。临床体征,以及最大吸气和呼气压力以及肺活量的测量,对于及时诊断呼吸肌无力很重要。在无意识患者或尽管接受了适当治疗但仍未改善的清醒患者中,电生理测试具有重要意义。在 ICU 中早期进行物理治疗可增加患者在 ICU 停留后达到独立功能状态的比例。危重病性肌病和神经病可能发生在 ICU 之外;然而,确切的估计数据尚缺乏。
系统应用诊断标准和早期物理治疗可能有助于临床医生及时诊断危重病性肌病和神经病,并降低相关发病率。