| Literature DB >> 28508237 |
Adil Haider1,2, John W Scott1,2, Colin D Gause3, Mira Meheš4, Grace Hsiung3, Albulena Prelvukaj4, Dana Yanocha4, Lauren M Baumann3, Faheem Ahmed5, Na'eem Ahmed5, Sara Anderson6, Herve Angate7, Lisa Arfaa4, Horacio Asbun8,9, Tigistu Ashengo10,11, Kisembo Asuman12, Ruben Ayala13, Stephen Bickler14, Saul Billingsley15, Peter Bird16, Matthijs Botman17, Marilyn Butler18, Jo Buyske19, Angelo Capozzi20, Kathleen Casey4, Charles Clayton21, James Cobey4,22, Michael Cotton23, Dan Deckelbaum24,25, Miliard Derbew26, Catherine deVries27, Jeanne Dillner28, Max Downham29, Natalie Draisin15, David Echinard30, Sohier Elneil31, Ahmed ElSayed32, Abigail Estelle33, Allen Finley34, Erica Frenkel35, Philip K Frykman36, Florin Gheorghe37, Julian Gore-Booth38, Richard Henker39, Jaymie Henry4, Orion Henry40, Laura Hoemeke41, David Hoffman42, Iko Ibanga43, Eric V Jackson44, Pankaj Jani26, Walter Johnson45, Andrew Jones46, Zeina Kassem47, Asuman Kisembo12, Abbey Kocan48, Sanjay Krishnaswami49,50, Robert Lane51, Asad Latif52, Barbara Levy53, Dimitrios Linos54,55, Peter Linz56, Louis A Listwa57, Declan Magee58, Emmanuel Makasa59, Michael L Marin60, Claude Martin61, Kelly McQueen62, Jamie Morgan63, Richard Moser64, Robert Neighbor65, William M Novick66,67, Stephen Ogendo26, Akinyinka Omigbodun68, Bisola Onajin-Obembe69, Neil Parsan70, Beverly K Philip71, Raymond Price27, Shahnawaz Rasheed72, Marjorie Ratel73, Cheri Reynolds74, Steven M Roser75, Jackie Rowles76, Lubna Samad77, John Sampson78, Harshadkumar Sanghvi11, Marchelle L Sellers79, David Sigalet80, Bruce C Steffes81, Erin Stieber82, Mamta Swaroop83, John Tarpley62, Asha Varghese84, Julie Varughese85, Richard Wagner86, Benjamin Warf87, Neil Wetzig88, Susan Williamson89, Joshua Wood90, Anne Zeidan91, Lewis Zirkle28, Brendan Allen4, Fizan Abdullah92,93.
Abstract
After decades on the margins of primary health care, surgical and anaesthesia care is gaining increasing priority within the global development arena. The 2015 publications of the Disease Control Priorities third edition on Essential Surgery and the Lancet Commission on Global Surgery created a compelling evidenced-based argument for the fundamental role of surgery and anaesthesia within cost-effective health systems strengthening global strategy. The launch of the Global Alliance for Surgical, Obstetric, Trauma, and Anaesthesia Care in 2015 has further coordinated efforts to build priority for surgical care and anaesthesia. These combined efforts culminated in the approval of a World Health Assembly resolution recognizing the role of surgical care and anaesthesia as part of universal health coverage. Momentum gained from these milestones highlights the need to identify consensus goals, targets and indicators to guide policy implementation and track progress at the national level. Through an open consultative process that incorporated input from stakeholders from around the globe, a global target calling for safe surgical and anaesthesia care for 80% of the world by 2030 was proposed. In order to achieve this target, we also propose 15 consensus indicators that build on existing surgical systems metrics and expand the ability to prioritize surgical systems strengthening around the world.Entities:
Keywords: Anaesthesia Care; Consultative Process; Global Target; Universal Health Coverage; World Health Assembly
Mesh:
Year: 2017 PMID: 28508237 PMCID: PMC5596034 DOI: 10.1007/s00268-017-4028-1
Source DB: PubMed Journal: World J Surg ISSN: 0364-2313 Impact factor: 3.352
Fig. 1Timeline of the global consultative process for the development of surgical indicators and the unifying target for safe surgical and anaesthesia care
Proposed indicators to monitor and evaluate surgical systems
| Domain | Best for | Indicator | Reference |
|---|---|---|---|
| Access | Surgical system | Access to timely essential surgery† | WHO Core 100** |
| Specialist surgical workforce density† | WHO Core 100** | ||
| Trauma care | Estimated proportion of seriously injured patients transported by ambulance | WHO IMR | |
| Trauma and obstetrics | National whole blood donation rate | WHO GDBS | |
| Obstetrics | C-section rate | WHO Core 100+ | |
| Anaesthesia | Proportion of operating theatres with pulse oximetry | WHO PSPOP | |
| Ratio of anaesthetists to surgeons | WHO Core 100** | ||
| Quality | Surgical system | Surgical Volume† | WHO Core 100** |
| Perioperative mortality rate (POMR)† | WHO Core 100 | ||
| Trauma care | Inpatient trauma mortality rate | ACS COT | |
| Obstetrics | Maternal Mortality Ratio (proportion due to maternal haemorrhage, obstructed labour) | WHO Core 100** | |
| Neonatal mortality | WHO Core 100 | ||
| Anaesthesia | POMR on operative day | WHO Core 100** | |
| Financial risk protection | Surgical system | Protection against impoverishing expenditure† | WHO Core 100** |
| Protection against catastrophic expenditure† | WHO Core 100** |
†Core LCoGS measure for surgical systems strengthening, WHO Core 100: Worth Health Organization’s Global Reference List of 100 Core Health Indicators, 2015, WHO Core 100** the surgically relevant indicator can be disaggregated from existing Core 100 indicators, WHO Core 100+ signifies a Core 100 “Additional Indicator”, WHO IMR: WHO’s Indicator and Measurement Registry, WHO GBDS: WHO’s Global Database on Blood Safety, WHO PSPOP: WHO’s Patient Safety Pulse Oximetry Project, ACS COT: American College of Surgeons Committee on Trauma
Proposed indicators to monitor sub-specialty care
| Burden | Population-level incidence and prevalence measures |
| DALYs attributed to condition; proportion of DALYs avertable by treatment | |
| Access | Proportion of population able to access facilities providing condition-specific care |
| Sub-specialist providers per 100 K population | |
| Quality | Annual volume of sub-specialty procedures |
| Post-operative mortality/morbidity | |
| Financial protection | Inclusion into national insurance coverage |
| Protection against impoverishing and catastrophic expenditure |