This 2011 current concepts review by Sabapathy et al. synthesizes five decades of replantation surgery evidence, covering evolving indications for digital and major limb replantation, outcome data comparing replantation to revision amputation, and operative technical details including vessel sequencing, bone shortening, anticoagulation, and ischemia-time-based decision protocols.
When evaluating a traumatic amputation, use level of injury, injury mechanism, ischemia time, and center volume to guide replantation vs. revision decisions: fingertip and thumb amputations favor replantation attempts at high-volume centers, while major proximal amputations follow strict ischemia-time cutoffs (e.g., do not replant proximal-to-mid-arm injuries presenting beyond 6 hours).
Remember that functional outcomes — and patient satisfaction — reliably exceed prosthesis alternatives at most upper limb levels when technical execution is sound.
This 2011 current concepts review by Sabapathy et al. synthesizes five decades of replantation surgery evidence, covering evolving indications for digital and major limb replantation, outcome data comparing replantation to revision amputation, and operative technical details including vessel sequencing, bone shortening, anticoagulation, and ischemia-time-based decision protocols.
When evaluating a traumatic amputation, use level of injury, injury mechanism, ischemia time, and center volume to guide replantation vs. revision decisions: fingertip and thumb amputations favor replantation attempts at high-volume centers, while major proximal amputations follow strict ischemia-time cutoffs (e.g., do not replant proximal-to-mid-arm injuries presenting beyond 6 hours).
Remember that functional outcomes — and patient satisfaction — reliably exceed prosthesis alternatives at most upper limb levels when technical execution is sound.