OPERATIVE RIB FIXATION AFTER BLUNT TRAUMA: A PRACTICE MANAGEMENT - - PowerPoint PPT Presentation

OPERATIVE RIB FIXATION AFTER BLUNT TRAUMA:

A PRACTICE MANAGEMENT GUIDELINE FROM EAST

George Kasotakis, MD MPH FACS Boston University School of Medicine

An Eastern Association for the Surgery of Trauma Practice Management Guideline (PMG)

Committee

Team Member Affiliation and expertise George Kasotakis, MD MPH Boston University, Trauma Surgery & SCC Louis Alarcon, MD

• Univ. of Pittsburgh, Trauma Surgery & SCC

Patrick Bosarge, MD

• Univ. of Alabama, Trauma Surgery & SCC

John J. Como, MD MPH Metro Health Medical Center, Trauma Surgery & SCC Erik A. Hasenboehler, MD Johns Hopkins Medicine, Orthopedic Surgery Elliott R. Haut, MD PhD Johns Hopkins Medicine, Trauma Surgery & SCC Joseph Love, DO

• Univ. of Texas at Houston, Trauma Surgery & SCC

Mayur Patel, MD MPH Vanderbilt University, Trauma Surgery & SCC Nimitt Patel, MD Metro Health Medical Center, Trauma Surgery & SCC Erik Streib, MD Indiana University, Trauma Surgery & SCC

Conflict of Interest Disclosure

EAH is a paid consultant for DePuy Synthes Trauma.

Background

• Thoracic trauma significant source of morbidity &

mortality

– Directly associated with 25% of trauma-related mortality – Indirectly associated with another 50%

• Chest wall trauma typically accompanies internal

thoracic injuries

– Range of severity

• Rib fx ORIF relatively new option that addresses chest

wall-related morbidity

• Patients that benefit the most, and the outcomes that are

improved the most not well characterized

Outcomes considered

Outcome Mean Score Importance

Mortality 8.8 Critical Ventilator LOS 7.2 Critical ICU LOS 6.5 Critical Hospital LOS 6.5 Critical Pneumonia 6.7 Critical Tracheostomy requirement 6.9 Critical Pain control 6.5 Critical Lung volumes on spirometry 5.1 Important Quality of life 5.7 Important Exercise tolerance 4.4 Important Chronic disability 5.6 Important Time away from work 4.6 Important

PICO Questions

• PICO #1

– In adult patients with flail chest after blunt trauma (P), should rib ORIF be performed (I) (vs non-op mgt) (C) to improve mortality; shorten DMV, ICU LOS, and hospital LOS; decrease incidence of pneumonia and need for tracheostomy; and pain control (O)?

• PICO #2

– In adult patients with non-flail rib fractures after blunt trauma (P), should rib ORIF (I) be performed (vs non-op mgt) (C) to improve mortality; shorten DMV, ICU LOS, and hospital LOS; decrease incidence of pneumonia and need for tracheostomy; and pain control (O)?

Methods

• Literature Review

– PubMed, Embase, Cochrane

• Search Terms

– (Rib fracture or flail chest) AND (surgical management/therapy/surgery

• r fixation or plating or ORIF)
• Study Eligibility

– Prospective, cohort & case-control studies – Arms of rib ORIF vs non-op mgmt – No language / year of publication restrictions – Case reports, animal studies, reviews: excluded

Flow diagram of study selection

Total Article Results: 1,164

PubMed: 573 Embase: 453 Cochrane: 138

Duplicates Removed: 166 Articles Screened: 998 Full-text articles assessed for eligibility: 25 Additional articles identified through full-text article citation review: 3 Articles included in quantitative & qualitative synthesis: 22 Excluded: Studies not related to research question, not meeting inclusion criteria: 973 Articles excluded for lacking

• utcomes or groups: 6

ORIF improves mortality

ORIF shortens DMV

ORIF shortens ICU LOS

ORIF shortens hospital LOS

ORIF decreases incidence of pneumonia

ORIF decreases need for tracheostomy

PICO #2

• No studies included only non-flail chest pts
• 5 studies included both flail & non-flail pts:

– Nirula (2006): ORIF decreased DMV in pts requiring MV – deMoya (2011): ORIF improved pain control – Khandelwahl (2011) - ORIF improved pain control & allowed earlier return to activity – Wu (2015): ORIF shortened ICU, hosp LOS, DMV; decreased pneumonia, need for tracheostomy – Majercic (2015): ORIF shortened ICU LOS (& DMV, trach in non-TBI pts) – Pieracci (2016): ORIF decreased DMV & need for tracheostomy

• No subgroup analyses in any of the above

Recommendations

PICO#1 – Flail chest:

• In adult patients with flail chest after blunt trauma, we

conditionally recommend rib ORIF to decrease mortality; shorten duration of mechanical ventilation, ICU LOS and hospital LOS; incidence of pneumonia and need for tracheostomy.

• We cannot offer a recommendation for pain control with

currently available evidence.

Additional Considerations in flail chest

• Rib ORIF should be undertaken early to maximize benefit.
• Less pronounced benefit on DMV/ICU LOS if mod-severe

pulmonary contusions, or in those with other indications for prolonged ventilation.

• Most studies excluded patients with mod-severe TBI pts.
• Most authors recommend ORIF of ribs 3-10.
• A survival benefit cannot be consistently anticipated

(mortality benefit in <2004 studies)

Recommendations

PICO#2:

• In adult patients with non-flail rib fractures after blunt

trauma, we cannot offer a recommendation for any of the outcomes with currently available evidence.

1st Author (year) Country Design Patient type Time to ORIF (d) ORIF # Non-op # Kim (1981) France Retrospective Flail chest 18 142 Aubert (1981) France Retrospective Flail chest 18 144 Ahmed (1995) UAE Retrospective Flail chest 0.5-2 26 38 Karev (1997) Ukraine Retrospective Flail chest 1 40 93 Voggenreiter (1998) Germany Retrospective Flail chest 2 20 22 Tanaka (2001) Japan Prospective Randomized Flail chest 8.2 18 19 Balci (2004) Turkey Retrospective Flail chest 2 27 37 Granetzny (2005) Germany Prospective Randomized Flail chest 1.25 20 20 Nirula (2006) USA Case-control Any fracture 2.7 30 30 Teng (2009) China Retrospective Flail chest 2.5 32 28 Solberg (2009) USA Retrospective Flail chest 0.75 9 7 Khandelwahl (2011) India Prospective Any fracture 11 32 29 deMoya (2011) USA Case-control Any fracture 5 16 32 Althausen (2011) USA Case-control Flail chest 2.3 22 28 Marasco (2013) Australia Prospective Randomized Flail chest 4.6 23 23 Doben (2014) USA Retrospective Flail chest 3 10 11