Journal of wound care · 2025
Acute microcirculatory effects of remote ischaemic conditioning in hard-to-heal wounds.
СтатьяПоддержка исследования: вне правительства СШАНазвание и аннотация: Перевод в очереди
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Lucius Julia, Groß Mascha, Schleusser Sophie, Deichmann Henriette, Horn Marco, Tasar Raphael R, Jensen Jan-Oluf, Stang Felix H, Mailänder Peter, Kisch Tobias
Аннотация
OBJECTIVE: Remote ischaemic conditioning (RIC) is known to have a positive impact on heart muscle cells, kidney and liver cells. RIC improves microcirculation in healthy skin. Microcirculation is a crucial factor in wound healing. This study examined the microcirculatory effects of RIC in hard-to-heal (chronic) wounds based on the hypothesis that RIC improves cutaneous microcirculation in hard-to-heal wounds.
METHOD: Patients with hard-to-heal wounds (>3 weeks) participated in the study. RIC comprised three ischaemia cycles (five-minute inflation of blood pressure cuff to 200mmHg), each followed by a 10-minute reperfusion phase on a healthy upper limb. After the third and final ischaemia cycle, a reperfusion of 20 minutes ensued. Microcirculation was continuously recorded through a combined laser Doppler and white light spectrometry.
RESULTS: The cohort comprised 20 patients. In hard-to-heal wounds, oxygen saturation in a 6-8mm tissue depth was increased by a maximum of 11.2% (percentage change from baseline; p<0.02) and capillary blood flow was increased by a maximum of 47.7% (p<0.0001). There was no significant change of the postcapillary venous filling pressure.
CONCLUSION: The results of this study showed that RIC enhanced microcirculation in hard-to-heal wounds by elevating capillary blood flow and oxygen saturation.
METHOD: Patients with hard-to-heal wounds (>3 weeks) participated in the study. RIC comprised three ischaemia cycles (five-minute inflation of blood pressure cuff to 200mmHg), each followed by a 10-minute reperfusion phase on a healthy upper limb. After the third and final ischaemia cycle, a reperfusion of 20 minutes ensued. Microcirculation was continuously recorded through a combined laser Doppler and white light spectrometry.
RESULTS: The cohort comprised 20 patients. In hard-to-heal wounds, oxygen saturation in a 6-8mm tissue depth was increased by a maximum of 11.2% (percentage change from baseline; p<0.02) and capillary blood flow was increased by a maximum of 47.7% (p<0.0001). There was no significant change of the postcapillary venous filling pressure.
CONCLUSION: The results of this study showed that RIC enhanced microcirculation in hard-to-heal wounds by elevating capillary blood flow and oxygen saturation.