Three routine free flaps per day in a single operating theatre: principles of a process mapping approach to improving surgical efficiency

Daniel Marsh, Nakul Gamanlal Patel, Warren Matthew Rozen, Muhammed Chowdhry, Hrsikesa Sharma, Venkat V Ramakrishnan

Research output: Contribution to journalArticleResearchpeer-review

Abstract

Background: Breast reconstruction is a multi-stage process, involving many individual procedures and many healthcare professionals which take the patient through from diagnosis of breast cancer to the completion of cancer treatment and ultimate breast reconstruction. With an experience of over 3,000 autologous breast reconstructions, we have refined both our surgical technique and overall approach to breast reconstruction to improve the efficiency in free flap base d breast reconstruction surgery. Methods: Through a process mapping approach similar to that employed by large-scale industry, we have broken down free flap based breast reconstruction into multiple smaller processes. By looking at various steps as a simple component of the whole, we have improved our theatre efficiency to maximize patient throughput and improve our outcomes for breast reconstruction patients. Results: Since beginning free flap breast reconstruction surgery, we have improved overall efficiency by applying a process mapping approach. In our early experience, we undertook a single patient undergoing breast reconstruction with a free flap per theatre list, moving to two patients having breast reconstruction, and now carry out three free flap based reconstructions in a single theatre per day as a routine. Specific times are demonstrated, with no increased complication rate. Conclusions: Through clearly defined processes, operative efficiency in autologous breast reconstruction can achieve three free flaps per day in a single theatre.
Original languageEnglish
Pages (from-to)107-114
Number of pages8
JournalGland Surgery
Volume5
Issue number2
DOIs
Publication statusPublished - Apr 2016

Keywords

  • deep inferior epigastric artery
  • perforator flap
  • microsurgery
  • free flap

Cite this

Marsh, Daniel ; Patel, Nakul Gamanlal ; Rozen, Warren Matthew ; Chowdhry, Muhammed ; Sharma, Hrsikesa ; Ramakrishnan, Venkat V. / Three routine free flaps per day in a single operating theatre: principles of a process mapping approach to improving surgical efficiency. In: Gland Surgery. 2016 ; Vol. 5, No. 2. pp. 107-114.
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title = "Three routine free flaps per day in a single operating theatre: principles of a process mapping approach to improving surgical efficiency",
abstract = "Background: Breast reconstruction is a multi-stage process, involving many individual procedures and many healthcare professionals which take the patient through from diagnosis of breast cancer to the completion of cancer treatment and ultimate breast reconstruction. With an experience of over 3,000 autologous breast reconstructions, we have refined both our surgical technique and overall approach to breast reconstruction to improve the efficiency in free flap base d breast reconstruction surgery. Methods: Through a process mapping approach similar to that employed by large-scale industry, we have broken down free flap based breast reconstruction into multiple smaller processes. By looking at various steps as a simple component of the whole, we have improved our theatre efficiency to maximize patient throughput and improve our outcomes for breast reconstruction patients. Results: Since beginning free flap breast reconstruction surgery, we have improved overall efficiency by applying a process mapping approach. In our early experience, we undertook a single patient undergoing breast reconstruction with a free flap per theatre list, moving to two patients having breast reconstruction, and now carry out three free flap based reconstructions in a single theatre per day as a routine. Specific times are demonstrated, with no increased complication rate. Conclusions: Through clearly defined processes, operative efficiency in autologous breast reconstruction can achieve three free flaps per day in a single theatre.",
keywords = "deep inferior epigastric artery, perforator flap, microsurgery, free flap",
author = "Daniel Marsh and Patel, {Nakul Gamanlal} and Rozen, {Warren Matthew} and Muhammed Chowdhry and Hrsikesa Sharma and Ramakrishnan, {Venkat V}",
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Three routine free flaps per day in a single operating theatre: principles of a process mapping approach to improving surgical efficiency. / Marsh, Daniel; Patel, Nakul Gamanlal ; Rozen, Warren Matthew; Chowdhry, Muhammed; Sharma, Hrsikesa; Ramakrishnan, Venkat V.

In: Gland Surgery, Vol. 5, No. 2, 04.2016, p. 107-114.

Research output: Contribution to journalArticleResearchpeer-review

TY - JOUR

T1 - Three routine free flaps per day in a single operating theatre: principles of a process mapping approach to improving surgical efficiency

AU - Marsh, Daniel

AU - Patel, Nakul Gamanlal

AU - Rozen, Warren Matthew

AU - Chowdhry, Muhammed

AU - Sharma, Hrsikesa

AU - Ramakrishnan, Venkat V

PY - 2016/4

Y1 - 2016/4

N2 - Background: Breast reconstruction is a multi-stage process, involving many individual procedures and many healthcare professionals which take the patient through from diagnosis of breast cancer to the completion of cancer treatment and ultimate breast reconstruction. With an experience of over 3,000 autologous breast reconstructions, we have refined both our surgical technique and overall approach to breast reconstruction to improve the efficiency in free flap base d breast reconstruction surgery. Methods: Through a process mapping approach similar to that employed by large-scale industry, we have broken down free flap based breast reconstruction into multiple smaller processes. By looking at various steps as a simple component of the whole, we have improved our theatre efficiency to maximize patient throughput and improve our outcomes for breast reconstruction patients. Results: Since beginning free flap breast reconstruction surgery, we have improved overall efficiency by applying a process mapping approach. In our early experience, we undertook a single patient undergoing breast reconstruction with a free flap per theatre list, moving to two patients having breast reconstruction, and now carry out three free flap based reconstructions in a single theatre per day as a routine. Specific times are demonstrated, with no increased complication rate. Conclusions: Through clearly defined processes, operative efficiency in autologous breast reconstruction can achieve three free flaps per day in a single theatre.

AB - Background: Breast reconstruction is a multi-stage process, involving many individual procedures and many healthcare professionals which take the patient through from diagnosis of breast cancer to the completion of cancer treatment and ultimate breast reconstruction. With an experience of over 3,000 autologous breast reconstructions, we have refined both our surgical technique and overall approach to breast reconstruction to improve the efficiency in free flap base d breast reconstruction surgery. Methods: Through a process mapping approach similar to that employed by large-scale industry, we have broken down free flap based breast reconstruction into multiple smaller processes. By looking at various steps as a simple component of the whole, we have improved our theatre efficiency to maximize patient throughput and improve our outcomes for breast reconstruction patients. Results: Since beginning free flap breast reconstruction surgery, we have improved overall efficiency by applying a process mapping approach. In our early experience, we undertook a single patient undergoing breast reconstruction with a free flap per theatre list, moving to two patients having breast reconstruction, and now carry out three free flap based reconstructions in a single theatre per day as a routine. Specific times are demonstrated, with no increased complication rate. Conclusions: Through clearly defined processes, operative efficiency in autologous breast reconstruction can achieve three free flaps per day in a single theatre.

KW - deep inferior epigastric artery

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KW - microsurgery

KW - free flap

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