Table 2.
Article | Population and Follow Up Timing | Frostbite Grade/Degree | Long-Term Sequelae |
---|---|---|---|
Norheim et al., 2018 [15] | Self-reported data of 397 Norwegian soldiers in 2017 having suffered frostbite from 2010–2014 | 1–2 | 70 % with long-term sequelae 21% unable to work and undertake usual leisure activities |
Carlsson et al., 2014 [16] | Self-reported data of 12 patients; 4 patients with hand frostbite, 6 patients with feet frostbite, and 2 patients with hand and feet frostbite; hand frostbite was followed-up after 4 month and 4 years, foot frostbite only after 4 years | 1–2 | 4 months after frostbite of the hands (n = 6): 100% with discomfort when exposed to cold 67% with cold sensation 67% with white fingers/toes 4 years after frostbite of the hands (n = 6): 100% with discomfort when exposed to cold 83% with cold sensation 17% with white fingers/toes 4 years after frostbite of the feet (n = 8): 89% with discomfort when exposed to cold 100% with cold sensation 100% with white fingers/toes |
Koljonen et al., 2004 [17] | Self-reported data form 14 patients with frostbite during the previous 7 years | Not specified | 15% with daily, intolerable pain 50% chronic pain 50% with limitations in their social life 36% with poor emotional well being |
Ervasti et al., 2000 [18] | Clinical examination of 30 patients with frostbite 4–11 years earlier | 2 | 63% with sequelae of any kind 66% with increased tendency for vasospasm 53% with hypersensitivity to cold 40% with numbness of fingers 33% with declined sensitivity to touch 13% with lowered working ability |
Arvesen et al., 1996 * [19] | Clinical examination of 40 Norwegian soldiers with frostbite in the previous 21–78 months; 16 with involvement of the hands and 24 with involvement of the feet | 1–3 | 38% with disturbed sense of cold 38% with disturbed sense of heat 33% skin and nail dystrophia 20% with hyperhidrosis 18% with reduced light-touch perception 18% with reduced pain perceptions 10% with reduced blunt-touch perception 8% with pain on deep pressure5% with paraesthesia 3% with reduced muscle power |
Rosen et al., 1991 * [20] | Self-reported data of 40 Norwegian soldiers with frostbite at least 2 years prior; 18 with involvement of the hands and 28 with involvement of the feet | 1–3 | Hands: 100% with cold hypersensitivity 50% with paraesthesia 61% with hypaesthesia 56% skin and nail dystrophia 44% with pain 6% with hyperaesthesia 6% with hyperhidrosis 6% with arthralgia Feet: 93% with cold hypersensitivity 64% skin and nail dystrophia 54% with pain 46% with paraesthesia 54% with hypaesthesia 14% with hyperhidrosis 11% with hyperaesthesia 7% pain when walking 4% with arthralgia |
Taylor et al., 1989 [21] | 40 US soldiers examined 6 months after frostbite | 1–4 | 65% with neurovascular sequelae (cold sensitivity, paraesthesia, pain, and hyperaesthesia) 8% had to be reassigned to new functions due to symptom severity |
Blair et al., 1957 [22] | Self-reported data of 97 US soldiers with frostbite in previous 4 years; 50 were examined clinically | 2–4 | Self-reported sequelae in winter 71% with numbness 70% with pain 69% with cold feet 58% with abnormal colour 53% with hyperhidrosis 40% with pathology in joints Self-reported sequelae in summer 31% with numbness 45% with pain 24% with cold feet 31% with abnormal colour 78% with hyperhidrosis 25% with pathology in joints Sequelae detected on physical examination 58% with abnormal nails 48% with abnormal colour 42% with hyperhidrosis 28% with joint stiffness |
* Studies about the same subjects.